KR20180017061A - Distribution input device for marine products - Google Patents

Abstract

The present invention relates to a dispensing and input apparatus for marine product cultivation. More specifically, the body of the dispensing and input apparatus for marine product cultivation includes marine apartments including a hydraulic apparatus to maintain the freshness of marine products while employing an automatic hydraulic adjustment method for marine product cultivation. The dispensing and input apparatus is also used to cultivate the marine products while being under the sea in the shared areas around the Korean peninsula. dispensing and input apparatus such as fish and seashells include a conveying chain fish path tunnel facility connected to a dual-structure block tank in the shape of an egg while being formed in a distribution and input apparatus for cultivating marine products. Barge lines, which are floating docks including offshore hydroelectric power generation plants in small to large scales, are input to the river estuary and an offshore location for cultivating marine products. A fish tunnel is connected to the barge lines arranged as dual structure storage tanks. The dispensing and input apparatus can respond to red tides, strong waves and winds, and earthquakes as well as restoring damage. The dispensing and input apparatus has multiple fish tunnels from the center of the Korean peninsula to the inside with a radius of 1,200 km to let various fish pass therethrough to areas such as the Mongolian desert while collecting various fish and marine products such as whales and shrimps as well as small fishes input to the four major fisheries of the world, configure complex fish farms by including the bait preferred by the fish flowing to the north and south poles, and configure a fish tunnel for obtaining hydroelectric energy.

Description

[0001] The present invention relates to a distribution input device for marine products,

The present invention relates to a distribution dispensing apparatus for aquaculture, and more particularly, to a dispensing apparatus for aquaculture, and more particularly to a dispensing apparatus for aquaculture, In order to provide the freshness maintenance form formed by the automatic hydraulic control system, a marine apartment having a hydraulic facility is provided, and the transportation chain connected to the double structure block type double structure block tank formed inside the distribution input device for seafood such as seafood A barge ship with a small, medium and large marine hydroelectric power plant, including a tunnel facility, is connected to a floodplain with double structure storage tanks for the proliferation of marine products, Able to cope with damage caused by earthquake in tunnel, red tide and wind wave It relates to the dispensing chute for water form.

In general, the distribution dispenser for aquatic aquaculture is equipped with a device for distributing and installing a shared water surface treatment construction equipment for aquaculture that constitutes the installed aquaculture according to the installation location of the inland river in the global village and coastal beach area,

Mooring devices located at the estuary and coastal pier. With a number of fishing boats constructed of advanced equipment anchored by ropes attached to a bollard, In the past, many of the fishing vessels have been operating, such as the fact that they are returning to the wharf where the fishing coach is located and the number of catches is full and the ship is filled with joy, The fisheries development system which opens the valves to overflow with the abundant fish species at the wharf where the fisheries cooperatives are located, without abandoning many fishermen to overcome them, It is possible to organize commerce of aquatic products in an artificial tunnel, Year, and even that perspective to connect the continuously supplied to the Fisheries catches gongpanjang and elsewhere to collect all the stars on the catch of fisheries dependent sikdok equipped to perform as a tunnel,

The landfill site of the Korean Peninsula is composed of advanced equipments located in Daejeon, Daejeon, and Daejangju. The landfill site of the Korean Peninsula is divided into the landfill site, It is equipped with sanitary facilities and automatic hydraulic elevation control devices in a shared reclaimed landfill equipped with transportation equipment. The trains constructed within the transportation channel marine tunnel transportation equipment are equipped with a distribution input device for aquaculture production equipment constituting a hydraulic aquaculture facility In order to maintain the freshness of the aquaculture process, it is possible to use a freezer as a processing device for aquatic products and to use it as a distribution device for aquaculture production.

FIGS. 1 to 37 are flowcharts for distinguishing the level of the prior art from that of the present invention.

         <Figure 1> <Figure 2>

Referring to FIG. 1, there is shown a conventional landfill apparatus including a distribution system for aquatic products and a landfill construction machine, which is constituted inside the distribution and dispensing apparatus main body 1 of the prior art, The shape of the new Korean federal state, including the landfill site and landfill site of the shared landfill, showing the composition of the common landfill and shared landfilling process of the landfill and the landfill, is stronger than the atomic bomb, To provide spiritual peace to a specific area of the new federal state of Korea that shows the construction of a distribution dispenser for aquaculture, As shown in FIG.

Referring to FIG. 2, it can be seen that the control of the aquatic aquaculture device included in the aqua regulating unit 811 of aquatic products and landfill construction equipment constituted by the main body 1 of the distribution and dosing device for aquaculture production according to the present invention (811e) is a tentative one-tiered form to explain in detail the constitution of the Northeast Asian New South Korean national administrative capital, which is composed of the unified Korea chapter map of Northeast Asia, which is constructed before and after the common landfill and the shared water surface landfill process. It is a cross section of a diameter of 36 km, which consists of a radius of 18 km and a radius of 400 m and a radius of 1 radius, starting from No. 1 Northeast Asia at a radius of 200 m from the center. Detailed Enlargement Intellectual Constraints To establish a spiritual peace that shows the construction of a dispensing device for aquatic aquaculture Above by an ocean, the illustration showing a characteristics aquatic food dispensing chute for which it includes a tunnel communication device illustrating an embodiment of a dispensing chute for aquatic form even.

As shown in FIGS. 1 to 2, the aquarium production and distribution system for the aquatic products and the landfill construction equipment constituted by the main body 1 of the distribution and input device for aquatic cultivation according to the embodiment of the present invention, The common and shared reclamation land within the 2,400 km diameter area consisting of a radius of 1,200 km from the center of the Korean Peninsula constructed before and after the common landfill and landfill process is divided into the circular 3000 Each of the compartments is subdivided into 360 compartments of 1 ° to 360 °, and each parcel is divided into a flood control unit 811 for aquaculture and landfill construction and aquaculture system for aquaculture,

This is a general composition diagram representing the present invention showing the elemental characteristics of a seawater processing device of a shared water surface landfill treatment construction machine equipped with a marine sea trough tunnel transportation device to form one new Northeast Asia Korean Federation nation. In order to form a federal state, it is desirable that all the countries within the circle of 3000 rounds should be demoted to the local government.

As shown in Fig. 1 to Fig. 2, the common landfill of the landfill constituting the distribution and input device for aquaculture of aquatic products and landfill construction equipment, and the shared development land of the shared waterfloor landfill are constructed in a shared landfill (995) and the shared surface landfill (996)

First, China, which makes fish processing equipment,

The land area is 239,085 ㎢ and the sea area is 188,377 ㎢, and the total area is 427,462 ㎢ area.

Russia, which constitutes a distribution and input device for aquaculture of construction machinery in a shared landfill (995) and a shared reclaimed landfill (996)

The land area is 3,566 ㎢ and the sea area is 54,137 ㎢, and the total area is 57,703 ㎢.

Japan, which constitutes a distribution input device for aquaculture of a construction machine in a shared landfill (995) and a shared water surface landfill (996) of a floodplain hull landfill,

The land area is 32,229 ㎢ and the sea area is 143,061 ㎢, the total area is 175,360 ㎢,

North Korea, which constitutes a distribution and input device for aquaculture of construction machinery in a shared landfill (995) and a shared water surface landfill (996)

The land area is 120,000 ㎢ and the sea area is 132,704 ㎢. The total area is 252,704 ㎢, which constitutes the distribution input device for aquaculture production,

South Korea, which constitutes a distributor for aquaculture of construction machinery in a shared landfill (995) and a shared surface landfill (996)

The land area is 100,000 ㎢ and the sea area is 283,205 ㎢, and the total area is 383,205 ㎢.

A new common landfill site and shared landfill site (989), which constitutes a distribution and input device for aquacultural aquaculture of construction machinery at a shared landfill site (995) and a shared water surface landfill site (996)

The total land area is 494,550 ㎢ and the sea area is 801,484 ㎢. The total area is 1,296,434 ㎢,

The total land area of each country is divided into the landfill area within the radius of 600 km from the center of the Korean peninsula (1000)

Hereinafter, the landfill range in the case of a radius of 1200 km from the center 1000 of the Korean Peninsula will be described in detail as follows in detail by dividing the total area of each country constituting the fisheries development apparatus in the floating island .

The Republic of Korea, which constitutes a distribution system for the aquaculture of construction machinery in a landfill radius of 1,200 km from the center of the Korean peninsula,

The land area is 221,336 ㎢ and the area ratio is divided into 10.6%

China, which constitutes a distributing device for aquaculture of construction machinery in a landfill of 1,200 km radius from the center of the Korean Peninsula,

Land area of 1,558,045 ㎢ and area ratio is divided into 74.7%

Russia, which constitutes a distributor for aquaculture of construction machinery in the landfill area of 1,200 km radius at the center of the peninsula,

Land area is 2,080 ㎢ and area ratio is divided into 0.1%

Japan, which constructs a distribution system for the aquaculture of construction machinery in a landfill radius of 1,200 km from the center of the Korean Peninsula,

The land area was divided into 304,501 ㎢ and the area ratio was 14.6%

The land area is 2,085,989 ㎢, the sea area is 2,435,611 ㎢, the total area ratio is 100%, the total area is 4,521,600 ㎢, the land area occupies 46%

Among the landfills that occupy 54% of the land area, the landfill area, which constitutes a distribution system for marine aquaculture of construction machinery of the New South Korea, which is a new concept of United Nations,

The distribution facility for aquaculture that constitutes the dispensing device for the aquaculture production of the construction machinery of the new federal state territory of the Republic of Korea. A common area consisting of the interior of the main body and a shared water surface. A 600 km radius from the center of the Korean Peninsula, A land area of 1,200 km from the center (1000) is constructed as a landfill area in the landfill site of a floating oceanic hull, and aquaculture development process consists of a distribution system for aquaculture of construction machinery.

The calculation of the area constituting the distance of 1,200 km from the center 1000 of the Korean peninsula,

Each of the 3,000 rounds of radiation pattern formed in the center of the Korean Peninsula (1000) is divided into 360 sections from 1 ° to 360 ° to form individual parcels. By constructing a new concept of the United Nations, The process for ensuring peace between Asia and the world is provided with a distribution system for the aquaculture production of construction machinery to construct a distribution input device for aquaculture production at a floating landfill site,

We will permanently abandon the development of military equipment for the defense of the expansion of the military force by releasing the status of our country that is the cause of the previous territorial dispute to the local government and permanently abandon the development of military equipment. And all citizens of the country are resident in Tokyo, Beijing is our territory, residents in Beijing can move freely to and from Tokyo, and Siberian residents of Russia, who make up residence in Beijing, reside in South Korea , And a distribution and input device for aquaculture production is constructed in the landfill site of the floating docking hood so that residents in North Korea can freely move and reside in Beijing to Tokyo.

By constructing this new concept of the United Nations, the New United Nations, the United Nations, the territory of the countries of territorial dispute,

Northeast Asian Peace Coexistence and Shared Sleep Northeast Asia's Peaceful Coexistence Treaty, which is a peacekeeping method that is made up of the landfill, is the process of landfill. It is equipped with the distribution and input devices for the aquaculture of the processing construction machinery, and it constitutes the fisheries development process in the floating landfill.

On the other hand, if we look at the trend of fishery industry recently, it is a fact that fish farming and cage aquaculture are popular due to depletion of fishery resources and importing fishery resources which are scarce. However, due to the weather, The fishermen and the merchant ships are damaged and sink by the harmful red tides and typhoons among them, and the fishermen and fishermen of the fishermen will see the loss of hands. The price of oil is skyrocketing and the domestic fishery industry is getting scarce. Therefore, it is urgently necessary to take comprehensive measures for the distribution and dispensing equipment for aquaculture production so that these can be quickly overcome and overcome.

Most importantly, the development of domestic fisheries has a great influence on the development of the national economy. Therefore, it is necessary to prepare a quick and efficient countermeasure according to the climate change. In order to evacuate the fishermen of the caged fish farms, In order to overcome and resolve these incidents that constitute a distribution device for aquaculture, which is a development device, a comprehensive countermeasure for aquatic products production and distribution device for aquaculture of aquatic products for cultivation of aquatic products and construction water treatment equipment for shared water surface is desperately needed.

The damage caused by the illegal fishing activities by invading the territorial waters of other countries is often serious, such as crimes against human traffickers who engage in illegal fishing activities and crimes against human trafficking.

At least, it is necessary to consistently and efficiently provide stable supply of fishery resources in preparation for population proportion,

If the quantity of water supplied is less than that of the catches, the price of fish will rise and the stock will accumulate in the stores, the economic growth will slow down because the sale is not made, and aquatic products for abatement of the auction system, Landfill treatment Improving the guidance of the price control authorities of distribution equipment for aquaculture of construction machinery is desperately needed.

Hereinafter, the characteristics of fish and shellfish, which are processed products according to the production process of fish and shellfish of the prior art level, and the distribution and input device for aquaculture of aquatic products and landfill construction machinery constituting the inside of the distribution dispenser main body 1, The control unit 811 will be described as follows.

Generally, the facility control section 811a of the flood control system 811a of the flood control system 811 includes a control unit 811a for aquaculture and aquaculture of aquatic products and landfill processing construction equipment, The control unit 811b, the power transmission control unit 811c and the harmful tidal control prevention control unit 811d of the omnidirectional submarine transverse railway substation for providing power transmission, and fish and shellfish species as food, This is an important protein food in Korea, which accounts for more than 30% of the total protein and 80% of the animal protein consumed by us. The fish and shellfish are not only consumed but also edible as eggs and organs.

First, in the aquatic aquaculture apparatus regulating unit 811e constituting the distribution and input device regulating unit 811 for aquaculture of aquatic products and the buried processing construction machine,

Sea fish are a kind of fish that live in the sea and reach thousands of species.

Second, in the freshwater fish apparatus style control unit 811f constituting the distribution and dispensing apparatus control unit 811 for aquaculture of aquatic products and landfill processing construction machines,

There are various kinds of fish such as carp, crucian carp, loach, catfish, eel,

A marine hydroelectric power production control unit 811a for providing a power production and a facility control unit 811a of a floating marine hood position shifting construction machine included in a marine aquaculture and a landfill construction equipment marine aquaculture feeding control unit 811, And a power transmission control unit 811c, a harmful tidal control prevention unit 811d, a marine aquarium aquarium control unit 811e, a freshwater fish device aquarium control unit 811f, (811g), a control unit for fishery freshness maintenance aquaculture apparatus (811g), an echinoderm apparatus aquaculture control unit (811h), a crustacean arthropod control unit (811i), a crustacean arthropod control unit The control unit 811k of the fish and shellfish processing apparatus, the control unit 811m of the fish and shellfish production processing apparatus 811m, the control unit 811n of the fish and shellfish processing control apparatus 811n, Tunnel fish and shellfish scattering controller 811q (811s) connected to the fishery movement control unit (811r) controlling the fish and shellfish movement control within the island tunnel and the dam control unit (811s) connected to the fishery control unit of the fishery and the groundwater and the deep ocean water supply unit An adjustment unit 811t, an undersea resource transport unit 811u and an electronic sensor valve screw adjustment unit 811z so as to constitute a distribution and dispensing apparatus main body 1 for aquaculture production, .

The line relationship between the control unit inverter and the collecting tank is such that when the washing water is sucked in, the pump is operated in the air After the installation position is clearly set in front of each pump of the check valve shelf unit and each of the front and rear isolation valves, the pressure tank and the control unit The inverter is equipped with a first pressure check sensor, which is a discharge pressure check sensor, and an overpressure prevention switch, which is integral with the second pressure check sensor, in the discharge confluent line. The washing water is discharged while the washing water is discharged to the discharge nozzle .

In the electric motor body 192 constituting the washing of fish and shellfish,

A fan 195 is attached to the hood 193 and the snap ring 194 and a stator 191 is fixed to the rotor assembly 199 and the front rotary bearing 200 on the inner body front reinforcing steel plate 197 and the rotary shaft 198 of the motor body 192, The terminal box 203 and the terminal box cover 205 are attached to the lifting bolts 204 and the rear rotation bearing 206 are connected to the assembly 201. The rear frame 201 is provided with a gap A construction machine 970 having a rotor iron core 210 and a stator winding 212 connected to the rotor core 208 and the fan cover 209 and a stator winding 212, And a water dispenser for aquaculture production of a construction machine constituting a floating landfill constructed by a marine tunnel communication device 941,

A crank attached to the rotating body, and a link bar connecting the crank to the fixed pin hole at a front portion of the rotating shaft (192) (6 mm × 6 mm × 6 mm and 60 mm in length) was inserted into the center hole of the frame to form a fixed pinhole (width × length × height × length: 3 mm × 3 mm × 3 mm × 80 mm) is machined by half of the fixing pin hole of the rotary shaft (192) and the fixing pin hole by a fixing pin dimension, the fixing pin is aligned with the fixing pin hole at the time of assembly, and then the fixing pin is rotated And the stator core and the stator winding are attached to the inner surface of the body frame, and the stator core and the stator winding are attached to the fixing pin machining hole of the impeller, A plurality of further into ache Trojan attached to the piston peripheral surface is an electric motor the motor unit of the distribution chute for aquatic forms formed on the divided, separated by a compressor pump and the compressor.

Hereinafter, a distribution dispenser for connecting with a conventional fishing boat will be described.

Referring to FIG. 24, it can be seen that the control of the aquatic aquaculture device included in the aquarium production and distribution processing apparatus for the aquatic products and the landfill processing construction machine constituted by the main body 1 of the distribution and dosing apparatus for aquaculture production according to the present invention, The portion 811e is provided with a float 811e which constitutes an embodiment of a connection shaft 238 including a facility control portion 811a to an electronic sensor valve thread control portion 811z of the floating pick- The control unit 811 of the aquaculture system for aquaculture and aquatic products contained in the equipment facility control unit 811a and the aquaculture control equipment 811 for the aquaculture processing equipment for the landfill construction equipment are classified into the types of tonnage of the conventional ship Ship side configuration showing vessels for explanation.

As shown in Figure 24, the number of tones represented by the type of tonnage displayed on the same boat is all different. For example, a cargo ship with a gross tonnage of 12,000 tons will have a tonnage of 20,000 tons, a net tonnage 9,000 tons of water and 27,000 tons of drainage tonnage, so if there is a 10,000-ton gross passenger ship, a 10,000-ton cargo ship, and a 10,000-ton warship, the passenger ship is the largest The size is the cargo ship and the warship is the smallest.

As shown in Figure 24, there is a fixed wing propeller in which the wings are fixed at an angle at all angles, and a variable wing propeller in which the angle of the wings can be arbitrarily adjusted to improve the adjustability. In the tugboat and marine supply ship which should excel, ship rudder and the reader-propeller which made the propeller together are used a lot.

As shown in Fig. 24, in the reduction device constituting the rolling and rolling of the ship,

As shown in FIG. 24, the ship nuisance experienced by the severe waves when we ride the ship constitutes the operation of various shake motions of the ship, and the movement in which the ship is shaken to the left and right in the width direction, that is, ).

So, ship engineers have long been developing a variety of reduction devices that reduce this rolling.

A bilge keel 1122 constituting the rolling reduction devices, an intrinsic rolling tank 1136, and pin straddlers,

As shown in FIG. 24, the left and right rolling of the ship constituting the bilge kill 1122 among the rolling reduction apparatuses is reduced by about 20%, and the effect of increasing the structural strength of the outboard plate can be obtained .

As shown in FIG. 24, among the rolling reduction apparatuses, the effect of reducing the left-right rolling of the boat constituting the intruding tank 1136 by about 50% can be seen.

As shown in FIG. 24, among the rolling reduction apparatuses, a wing extending out into the water is installed on both left and right sides of the ship constituting the pin stabilizer, and a high grade Of the rolling device.

The shape of the wings constituting the fin stabilizer is similar to that of an airplane wing. In the case of a large passenger ship of 50,000-ton class, the length of the wing is 8 m and the width of the wing is about 2 m.

As shown in Fig. 24, in the type and characteristics of the ship's rudder,

The three components of the ship are to float on the water, to run on the water and to go in the desired direction, that is to say, to build a hull with sufficient structure, to install a power unit to move the ship, To move the boat in any direction.

There are many kinds of rudders 1138 constituting the rudder, depending on their shape and how they are operated.

Referring to FIG. 25, it can be seen that adjustment of the aquatic aquaculture device included in the aquarium of the aquatic products and landfill construction and construction machine for the aquatic products production and dispensing device 811, The portion 811e is provided with a float 811e which constitutes an embodiment of a connection shaft 238 including a facility control portion 811a to an electronic sensor valve thread control portion 811z of the floating pick- The machine control unit 811a is a type of conventional marine vessel showing elemental characteristics and is a side view of a sinking vessel showing vessels for explaining the comparison of the size of a ship to be sank,

As shown in Fig. 25, the speed of the ship is expressed by a few kilometer-per-hour speeds mainly used by automobiles and airplanes, and not by a few miles per hour, but in units of Nottra.

1 nautical mile is 1,852 meters, which is 247 meters longer than 1 mile of 1,605, so the speed of 30 knots is a great speed on water.

Referring to FIG. 26, it can be seen that the control of the aquatic aquaculture device included in the aqua regulating unit 811 of aquatic products and landfill construction equipments constituting the main body 1 of the distribution and dosing device for aquatic cultivation according to the present invention The portion 811e is provided with a float 811e which constitutes an embodiment of a connection shaft 238 including a facility control portion 811a to an electronic sensor valve thread control portion 811z of the floating pick- The machine control unit 811a is a type of conventional marine vessel showing elemental characteristics and is a side view of a sinking vessel showing vessels for explaining the comparison of the size of a ship to be sank,

As shown in FIG. 26, the hull of the ship has a structure that is easy to make, secondly, it has a high stability in the width direction of the ship, and third, it has a basic concept of having sufficient strength against bowing in the longitudinal direction of the ship The design is made up.

In other words, the easiest structure to make, the structure that does not fall, and the structure that does not break are the main things to make the boat sail faster with as little resistance as possible when the boat is running.

[Figure 30] is a view for explaining the operation of the aquatic aquaculture system regulating unit (811) included in the aquarium production and distribution apparatus control unit (811) of the aquatic products and landfill construction equipment constituted inside the main body (1) And a connecting shaft 238 including an equipment sensor adjusting unit 811a to an electronic sensor valve thread adjusting unit 811z of the floating pick-up hull position moving construction machine, The inner structure 1137a of the boat 1137 constituting the built-in stellar ship structure 1137 of the conventional ship showing the elemental characteristics of the hydraulic pump 1137c included in the facility control section 811a of the ship The outer surface 1137b of the boat, the drive motor and the hydraulic pump 1137c, the outer sheath 1137d, and the pin 1137e.

Referring to FIG. 27, it can be seen that the control of the aquatic aquaculture device included in the aquatic products production and distribution processing apparatus for the aquatic products culturing and dispensing apparatus control unit 811 constituted inside the main body 1 of the distribution and dosing apparatus for aquatic cultivation according to the present invention The portion 811e is provided with a float 811e which constitutes an embodiment of a connection shaft 238 including a facility control portion 811a to an electronic sensor valve thread control portion 811z of the floating pick- The gullies sail ship 1130 of the Roman era having a bow of the conventional vessel 1131 showing the elemental characteristics of the sail boats 1130 included in the machine control unit 811a, Or naval battle, the strait configuration of the sailboat 1130 using the furnace,

As shown in FIG. 27, it is designed at a German shipyard that constitutes the side of a German police highway with minimum air resistance, and sails at a maximum speed of 60 knots.

Referring to FIG. 28, it can be seen that the control of the aquatic aquaculture apparatus included in the aquarium production and distribution processing apparatus for the aquatic products and the landfill processing construction apparatus constituted by the main body 1 of the distribution and dosing apparatus for aquaculture production according to the present invention, The portion 811e is provided with a float 811e which constitutes an embodiment of a connection shaft 238 including a facility control portion 811a to an electronic sensor valve thread control portion 811z of the floating pick- The heaving parts 1132a and 1132b constituting various swinging movements of the boat by the waves of the conventional ship showing elemental characteristics showing various swinging movements 1132 of the ship included in the machine facility adjustment part 811a The operation of the various swinging motions 1132 of the ship by the pitching 1132b, the rolling 1132c and the swinging 1132d, the swinging 1132e and the yawing 1132f,

As shown in Fig. 28, a side surface of a spherical bow shape of a ship which is being dried in a conventional ship dock is constituted. The resistance generated when the hull is running includes a wave resistance 1139 causing a wave from the bow, ), A swirling resistance (1142) which is a swirling resistance occurring in the skirle (1141) and the like, frictional resistance or viscous resistance (1143) due to friction between the hull surface and water, and air resistance (1144).

As shown in Fig. 28, the bubble bow constituting the bow of a ship reduces the wave resistance 1139, which occupies the largest weight among the resistance of the hull, as a measure for reducing the number of engine horsepower of the boat Development.

29, a control system for aquatic aquaculture device (aquaculture system) included in a distribution and dispensing device control unit 811 for aquatic production of aquatic products and an embankment construction machine constituted by a main body 1 of a distribution and dispensing apparatus for aquatic production according to the present invention The portion 811e is provided with a float 811e which constitutes an embodiment of a connection shaft 238 including a facility control portion 811a to an electronic sensor valve thread control portion 811z of the floating pick- Which constitute various swinging motion deformations 1133 of the ship by the waves of the conventional ship showing various characteristic changes 1133 of the ship hull included in the equipment adjustment portion 811a, (1133a), a hogging state 1133b, a twisted state 1133c, and various modifications 1133 of the hull 1133d where the bow and stern are wobbled together,

As shown in Fig. 29, the forward portion of the sea surface lower end portion (SLD) constituting the bulb shape of the latest Malibank-class destroyer of the US Navy of the conventional marine vessel is provided with a spherical athlete, a bilge kill as an intermediate portion of the ship, (SLU), a 5-inch automatic fastshield and a 20mm flanks located at the middle of the ship, a helicopter deck at the stern, and an MK 32 torpedo launcher It has a pipe, a harpoon missile, and 20mm flanks, and is made up of spherical bow shapes of the latest destroyer.

Referring to FIG. 30, it can be seen that adjustment of the aquatic aquaculture device included in the aqua regulating unit 811 of aquatic products and landfill construction equipment constituted by the main body 1 of the distribution and dosing device for aquaculture production according to the present invention The portion 811e is provided with a float 811e which constitutes an embodiment of a connection shaft 238 including a facility control portion 811a to an electronic sensor valve thread control portion 811z of the floating pick- The interior 1137a of the ship constituting the structure 1137 of the built-in stabilizer ship of the prior art showing the elemental characteristics showing the hydraulic pump 1137c included in the machine facility control section 811a, A part of the outside of the boat 1137b, the drive motor and the hydraulic pump 1137c, the outside sheathing 1137d and the pin 1137e,

As shown in Fig. 30, in the aquatic aquarium culture system control unit 811e constituted by the inside of the distribution dispenser main body 1 for aquatic cultivation,

The three components of the ship are to float on the water, to run on the water and to go in the desired direction, that is to say, to build a hull with sufficient structure, to install a power unit to move the ship, To move the boat in any direction.

There are many kinds of rudders 1138 constituting the rudder according to their shapes and methods of operation, but they are roughly divided into six types as follows.

The rudder 1138 constituting the rudder is provided with a general reader 1138, a beaker reader 1138a, a collet nozzle flap 1138b, a fine-tipped propeller 1138c, Or a collet nozzle reader 1138d, an outline form 1138e of a satellite reader propeller, and pump jets to form a rudder.

As described above, the hinges 1132a, the pits 1132b, the rollings 1132c, and the swings 1132d, which constitute various swinging motions 1132 of the boat by the waves of the conventional ship, The damage of the hull due to waves due to the various swinging movements of the boat by the surging 1132e and the yoying 1132f has been converted into an obstacle to the fishermen, A countermeasure against the problem is urgently needed.

Referring to FIG. 31, it can be seen that the control of the aquatic aquaculture device included in the aquarium production and distribution processing unit 811 of the aquatic products and landfill processing construction machine constituted by the main body 1 of the distribution and dosing device for aquaculture production according to the present invention The portion 811e is provided with a float 811e which constitutes an embodiment of a connection shaft 238 including a facility control portion 811a to an electronic sensor valve thread control portion 811z of the floating pick- A part of the outer shape of the meridian pot propeller 1138g of the conventional vessel showing the elemental characteristic showing a part of the conventional vessel included in the machine control part 811a,

Referring to FIG. 32, it can be seen that the control of the aquatic aquaculture device included in the aqua regulating unit 811 of aquatic products and landfill construction and construction machines constituting the main body 1 of the distribution and dosing device for aquatic cultivation according to the present invention The portion 811e is provided with a float 811e which constitutes an embodiment of a connection shaft 238 including a facility control portion 811a to an electronic sensor valve thread control portion 811z of the floating pick- A part of the external strainer configuration of the prior art 116G / T class line network line scanner 1145 showing the characteristic features of the line network scanner 1145 included in the equipment control unit 811a,

33 is a view for explaining the operation of the aquatic aquaculture system regulating unit 811 included in the aquarium production and distribution apparatus control apparatus 811 of the aquatic products and landfill processing construction machine constituted by the main body 1 of the distribution- And a connecting shaft 238 including an equipment sensor adjusting unit 811a to an electronic sensor valve thread adjusting unit 811z of the floating pick-up hull position moving construction machine, A facial expression of the conventional fishing boat showing the elemental characteristics of the conventional fishing boat in the facility control unit 811a of the fishing boat,

[Figure 34] Figure 34 is a view for explaining the operation of the aquatic aquaculture system regulating unit 830 included in the aquarium production and distribution apparatus for the aquatic products and the landfill processing construction machine constituted by the main body 1 of the distribution and dosing device for aquaculture production according to the present invention, And a connecting shaft 238 including an equipment sensor adjusting unit 811a to an electronic sensor valve thread adjusting unit 811z of the floating pick-up hull position moving construction machine, A search beam partial search contour side configuration of a searchlight of a conventional fishing boat showing an elemental characteristic showing a searchlight of a conventional fishing boat included in a facility adjustment section 811a of a fishing boat,

[35] FIG. 35 is a block diagram showing a configuration of a distribution system of a marine aquarium cultivation apparatus and a marine aquarium culture apparatus control unit included in a distribution and input device control unit 811 for aquatic production and aquaculture processing construction machine, And a connecting shaft 238 including an equipment sensor adjusting unit 811a to an electronic sensor valve thread adjusting unit 811z of the floating pick-up hull position moving construction machine, A portion of the external side lateral strap configuration of the scanning fishing line of the conventional fishing line showing the characteristic feature of the scanning fishing line of the conventional fishing line included in the facility adjustment portion 811a of the fishing line,

[36] FIG. 36 is a block diagram showing a distribution system of a marine aquaculture apparatus according to the present invention, which is included in a distribution and input device control unit 811 for aquatic production and aquatic products, And a connecting shaft 238 including an equipment sensor adjusting unit 811a to an electronic sensor valve thread adjusting unit 811z of the floating pick-up hull position moving construction machine, A partial aspect lateral strabismus configuration which damages the fishery condition during the detection of the fishery of the conventional fishing boat showing the characteristic features of the fishery detector of the conventional fishing boat included in the facility control unit 811a of the fishing boat,

[37] FIG. 37 is a block diagram showing the configuration of a distribution system of a marine aquaculture apparatus and a marine aquarium culture apparatus control unit included in a distribution and input device control unit 811 for aquatic production and aquaculture processing construction machine, And a connecting shaft 238 including an equipment sensor adjusting unit 811a to an electronic sensor valve thread adjusting unit 811z of the floating pick-up hull position moving construction machine, Beam scanning color of the conventional fishing boat showing element characteristics of the multi-beam scanning color of the conventional fishing boat included in the facility control unit 811a of the fishing boat 811a,

Figs. 21 to 37 are diagrams illustrating the conventional distribution and dispensing apparatus for aquatic culture according to the present invention.

As shown in Figures 31-37, a sailboat 1130, which is a Gelish ship in Roman times, has a bow (1131) in the bow of a conventional vessel, and a sailboat 1130), and the purpose and characteristics of the device such as the ultrasonic probe 1146 of the 116G / T line network probe 1145 will be described in detail.

 As shown in Figs. 31 to 37, the aquatic products and the aquaculture system for aquaculture of the aquatic products and the landfill construction equipments are arranged in a distributor /

The vertical search 1147 showing the features of the vertical fish finder 1147 of a conventional vessel and the features of a partial contour side of the ultrasonic fish finder 1146 record includes a transceiver 1157 And the signal returned from the sea floor is received by the transceiver 1157 and amplified by the water hammer 1152 to be supplied to the recording pen 1158.

In the recording pen 1158 constituting the ultrasonic probe 1146,

As the spindle suits the measurement, it is attached to the rotating belt, and recording of the jokes on the recording paper 1149 displays the information of the sea together with the running of the fishing boat.

The purpose of use of the vertical search 1147 of the vertical fish of a conventional vessel is,

In the era when Sonar (907) has not yet been developed, the rider was responsible for the search of the value of the search and the turnout.

However, the development of sonar (907) seems to have halved the role of current vertical search (1147), but vertical search (1147) still plays a major role in fishing.

The sea aquarium aquarium control unit 811e is provided with a divergent angle of orientation of the conventional fishing boat and a partial outer side perspective configuration of a blind spot exemplifying an embodiment configured at a time before and after the common land surface filling process, In the case of the so-called "good" network composed of chapters, it is very important to distinguish the fish species.

Many species of fisheries (1148) in the East China Sea need to be harvested for fisheries fisheries (1148).

In particular, when fishing for horse mackerel and mackerel, 200 kHz is most frequently used for discrimination of fish species.

On the other hand, it takes time for the backbone to get caught in the fish nets, and the sardines are caught in the back of the fish because the fish is low.

There is a wide angle and a narrow angle constituting the direction angle 1155 of the sound wave. When the sardine and mackerel such as the line fishing are used, the wide angle can be searched in a wide range.

The aquatic products aquaculture apparatus control unit 811e constituted of the aquaculture apparatus 811 of the aquaculture apparatus for the aquaculture of the aquatic products and the landfill construction equipment exemplifies one embodiment constructed before and after the common land surface and the common water surface embedding process Fig. 27 (A) of a conventional fishing boat showing an elemental characteristic showing a seafood processing apparatus control section 811 of a marine product aquaculture product and a shared water surface embedding processing construction machine is an example of a mackerel record of a vertical mating 1147, FIG. 27B is a side view showing the sardine and horse mackerel reaction side, FIG. 27C is a reaction side configuration of the rat (rat meat), where the diagonal line is a blind spot, 1155) is enlarged, the blind spot 1156 is widened, and as the angle of emission of the sound wave becomes larger, the blind spot portion expands, and even if the fish group 1148 is present at this portion, it does not appear in the record.

The fish group 1148, which is located at a position farther away from the vertical line from the seabed 1150,

It is masked by the recording of the seabed 1150 and disappears.

The transmission power constituting the vertical search 1147 can be sufficiently detected as a transmission power of about 1 kW to 4 kW for the network line mainly operating on the continental shelf.

Therefore, the standard equipment of the 116G / T class line network equipment (1145) is one 150m / m interrogation and 150m / m interrogation In most cases, one is used for judging poor quality by 15 KHz.

Figure 27 (A) of the prior art fishing vessel showing the elemental features of the fisheries development device control unit 811 illustrating one embodiment constructed before and after the common and shared surface embedding process, FIG. 27B is a side view showing the reaction side of sardine and horse mackerel, and FIG. 27C is a side view showing the reaction side of rat fish (rat meat).

The marine aquarium culture aquarium control unit 811e constituted by the inside of the distribution dispenser control unit 811 for aquaculture of aquatic products and landfill construction equipments,

Unlike the vertical search 1147 constituting the multifaceted expression search unit 1161, it is a device for selecting and searching arbitrary directions by using a plurality of transceivers 1157 as a changeover switch in the front and left and right directions.

Depending on the purpose of use, the direction, incidence, frequency, and the number thereof are determined. However, the number of the transceivers 1157 is about 5 to 12 in a multi-faceted expression of 200 KHz.

This is valid for triangular search and 200KHz for more searching.

In addition, there is no 200KHz tape in the scanning sonar, which is one of the reasons for adopting a good resolution.

The marine aquarium culture aquarium control unit 811e constituted by the inside of the distribution dispenser control unit 811 for aquaculture of aquatic products and landfill construction equipments,

In searchlights constituting the conventional fishing line,

It is a word synthesized with sound waves, navigation, and sidewalks developed during World War II.

The transceiver 1157 constituting the searchlight canker 1167 is raised or lowered by about 60 to 100 cm from the ship bottom or raised or lowered by 360 ° in the horizontal direction or 0 to 90 ° in the vertical direction A turning device 1166, an operating portion 1164 for controlling the turning device 1166,

Further, it is composed of a display section 1163 for recording a reflection signal and a sound field 1162. [

In the seawater aquaculture system regulating unit 811e constituted by the inside of the distribution dispenser for the aquaculture system for aquaculture and landfill construction equipment, the searchlight sonar 1167 is used for a wide range of information and for remote search And a compact size for searching among a large size to be made up of a network. The transmission power is large in the range of 8 to 20 kW, 3 to 5 kW in the medium type, and 1 to 2 kW in the small type.

The operation such as up and down, turning, landing, etc. is controlled by electric or hydraulic pressure, turning is manual turning in the direction designated by the user, and automatic turning by setting an arbitrary range and automatically turning the range .

The operation of the searchlight of the fishing boat is three-dimensionally displayed.

The display method includes a recording method and a picture-in-picture (P P I) display method using a cathode ray tube, and the output thereof can be identified as audible sound 1162 through an audio circuit.

There are many who think that the main power of Soner (1167) is inclined toward the scanning sonar, but it is not so. In other words, it is important to understand that it plays a big role in distinguishing the volume of reaction and the degree of network in the recording paper,

In addition, when fishing boats are operated collectively near each other, there is also an advantage that the scanning noise is interfered with the mutual sound waves, but the searchlight noise is hardly received.

(A) of the conventional fishing line reacts with the mackerel, and (B) the sea horse of the bottom portion is fed to the control portion 811e of the marine aquaculture production device constituted by the distribution dispenser control portion 811 of the aquaculture- (C) the mackerel reaction in the net, and (D) consists of partial contour aspects showing a record example of the searchlight canker (1167) with respect to the wake.

Searchlight Sonar (1167) In the basic knowledge that constitutes use,

First of all, the speed at which ultrasonic waves flow into the seawater is usually about 1,500 meters per second, but there are differences depending on the seasons and the seasons in the year.

Sea water temperature .................................. θ (C)

Salinity Concentration .................................. ∫ (%)

Water pressure (water depth) ................................ h (m)

Therefore, considering the prevailing prevailing area, it varies according to each sea area, and also depends on the vertical direction in the East Sea region.

C = 1.410 + 4.21-0.037? -0.037? 2 + 1.145S + 0.0168h (m / s)

Investigations in various parts of the world show that the difference between the highest and lowest is about 100 (m / s).

The number of seawater is about 3m / sec per 1C increase in the total seawater temperature, and about 1.7m / sec for every 100m (about 10 atm) increase in the total depth of water. See Table 1 below.

Next, regarding the absorption attenuation of the ultrasonic wave, when the ultrasonic wave is fired in the sea, as the distance becomes longer, the forces are attenuated.

First, the attenuation due to the gradual reduction of acoustic energy density due to reflection refraction diffusion of acoustic energy in water.

Second, the attenuation of acoustic energy as it is absorbed by the viscosity of the medium and converted to other energy.

The higher the frequency, the larger the absorption attenuation of the ultrasonic waves.

Therefore, it can be seen that the absorption coefficient? Is the frequency of the frequency.

Generally, it can be seen that the transmitted ultrasonic wave is attenuated in the reciprocating path when the reflector is hit.

T L = 40 Log R + 2? R? R = distance (m), absorption coefficient =? (DB / m)

The marine aquarium culture aquarium control unit 811e constituted by the inside of the distribution dispenser control unit 811 for aquaculture of aquatic products and landfill construction equipments,

In the case of an offshore field in Hokkaido, for example, an ultrasonic wave radiated horizontally (as shown in the figure below) is composed of a boundary of about 100m and a density difference of sea water. It is called as a wave tube of.

Therefore, even in the case of small fishes, it may be surprisingly detected far away, and even in the case of large fishes, the detection distance may be short and the detection may not be performed.

This can be seen when each group exists at positions A and B in Figure 35. See Table 3 below.

With respect to the bending section of the ultrasonic wave, the refraction phenomenon of the ultrasonic wave greatly depends on the previous speed. See Table 4 below and Table 5 below.

When sonar is used, refraction of the acoustic line causes the Shadow area. This depends on the ocean, sea and seasons, but the presence of the acoustic part of the sound makes it a great wall for remote sensing.

Therefore, it is necessary to increase the S / N ratio of the receiving system by increasing the transmission power further to some extent and to some extent to overcome the frequency.

It is a so-called underwater radar that can instantaneously detect and display sea fishes and sea conditions constituting the scanning canal.

The indication is instantly recognizable at 360 degrees in the forward direction of the charity by the method of PID (P P I) in the cathode ray tube like a radar.

The conventional search light sonar 1167 is mechanically shaken by a single ultrasonic beam to obtain a clear view of the deteriorated state according to the recording on the recording surface.

As a result, it is necessary to repeat the sending and receiving several times before judging the response of the fish, and the scanning son can judge the fish by sending and receiving one time.

First, the ultrasonic transmission arm is fired in a non-directional manner around the charger.

The ultrasound is spreading to distant places around the charity, and it goes all the time.

If there is a fish in the middle, a part of the ultrasonic wave corresponding to the fish is reflected and returned.

By measuring the time and direction of the return of the ultrasonic waves, the position, distance, depth, and orientation of the fish, as well as its size, distribution, and direction of movement can be known.

There are two types of scanning noise used in purse seine fishing, 360 ° detection and 180 ° detection, and many models are available from 30KHz to 160KHz.

The marine aquarium culture aquarium control unit 811e constituted by the inside of the distribution dispenser control unit 811 for aquaculture of aquatic products and landfill construction equipments,

For the overall scanning device efficiency,

First, it is possible to search the fish at 360 ° all directions at all times.

Secondly, there is a sea area that is missing from the search like a searchlight sonar, so it may be lost even if there are fishes, and it takes considerable time to search a wide range.

Third, it is easy to distinguish between wake and fish.

In the case of purse seine fishing with many fishing boats operating in the same sea area, the discrimination between the wake and the fish is directly connected to the fish. In the searchlight sonar, the wake, which is difficult to discriminate Since it is displayed on Brown Spirit as a line of a bone, it will be known immediately.

An ultrasonic wave 1178 constituting a scanning circuit basic circuit 1173, a transducer 1192, a transducer switch 1179, a pre-amplification processing 1180, a transmitter group 1181, A scan control 1184, a sweep control 1185, a spiral voltage generator 1186, an electronic scanner 1187, and an electronic switch group (not shown) 1188, a chattering delay circuit 1189, a vision amplifier 1190, a deflection coil 1191 and Brownian spots 1193 to constitute a scanning circuit basic circuit 1173.

The recording device 1174a, the switchboard 1174b, the display device 1174c, the sound device 1174d, the stationary device 1174e, the transmission device 1174f, the control device 1174g, Devices 1174h, and is composed of basic circuits 1173 of the scanning cannon.

In the comparison between the scanning and the search light sources (1175)

The wider the area is, the faster the scanning sonar search (1175a), the search light sonar search (1175b), and the missing search line speed (1175c).

The plural fish groups 1148 can be simultaneously picked up.

It is possible to selectively target the fish expelled in Brown image (1193).

In addition, it is possible to grasp large and small fishes as one big fish group by grasping the movement of the fishes and arranging each line correctly.

In addition, the distribution width of the fish group 1148 is well known.

When a fisherman (1148) is enlisted in a state of division, the fishes may disperse or precipitate rapidly and miss the large group.

In addition, it can know the network situation during the network, the network during the envy, and the fishery in the network (1148).

The marine aquarium culture aquarium control unit 811e constituted by the inside of the distribution dispenser control unit 811 for aquaculture of aquatic products and landfill construction equipments,

In the case of (A), it is impossible to detect because of the trajectory at the position of (2) which is detected at the position of (1).

In the case of (B), a bubble layer is formed around the charring line when the feeding line is formed, making it difficult to detect the front fish group 1148.

In the case of (C), if the line crosses between the fishing line being searched and the fish line 1148, it becomes difficult to detect because of the trail.

In addition, fisheries (1148), which are likely to miss fisheries, can not be detected because of their wakes in fishing grounds where charity and other ships search together. Therefore, Do.

As shown in Fig. 40,

In the case of (A), we can detect the fishery discovery approach,

(B), it is possible to detect the picking action,

In the case of (C), the operator attempts to operate the network during the transmis- sion start.

(a) Discovery - Identification of fish species, incidence; 5 ° distance; 0-100m Approx.

(b) search - incidence; 5 ° direct distance;

(c) Transmission - Transmission Initiation During rapid traverse, distance 220m, bearing 100 °.

(d) The wake and charm of the bypassing charity.

(e) Leading midpoint of the line Approximately 150m. Heading 120 °, slightly touched.

(f) Leading fishermen,

(g) The upper right is two additional lines.

(h) The net formation is clearly seen, the fish moving rapidly from the starboard side to the player side.

(i) The fish is deployed in a long shape, one side is turned to the side of the net and the other side is turned to the side of the bow.

(j) The fish are divided and divided.

(k) Almost complete transmission, fish are split into two, (catch is about 150)

The marine aquarium culture aquarium control unit 811e constituted by the inside of the distribution dispenser control unit 811 for aquaculture of aquatic products and landfill construction equipments,

In a video embodiment of a sonar transmission of a conventional fishing line,

It is a so-called two-session display that was developed to display fishing behavior and underwater conditions in the same brown zone, such as a scanning sonar (1174) or a searchlight sonar (1167), for more reliable operation.

The time projection display constituting the image embodiment is configured to instantaneously process and display signals from a sonar, a gyro, and a speckle log as a computer.

Since the information constituting the processing display is displayed on the screen, the operator is configured to immediately recognize the changes in the underwater condition and the fish movements, that is, the visual changes.

The size of the fish on the screen, the number of fishes, the direction and speed of movement of the fishes, and the direction of the fish, the speed and position of the charity, And it became an essential weapon for the purse seiners who need to make an accurate and accurate judgment.

In recent years, we have developed the multi-beam scanning color sorter to further develop the state-of-the-art display.

The sonar was developed especially for gourmet tuna fishing and trawl fishing, but the brown image shows the title angle, the ping sector, the density of the fish with depth, the location and size of the fish, the swimming speed and direction of the fish, , The true azimuth of the charity, the charity wake, and other fishes, are color-projected on the screen in a clear color at any time.

The sonar transceiver is 34 KHz in ceramic form and has a fish-finding ability in the range of 250 m to 3,000 m while being suspended at 18 mph.

In addition, it can be said to be a versatile sonar because it can combine the function of automatic tracking of the image fish group.

In the network probe system of the record room example (1214) of the net probe system constituting the fisheries development apparatus,

The mesh network denial of envy constituting the ride slaughter any attached to one point or three-point transmitter (1213b) does cause ride also receives a signal as represented precipitated ride diagram of the network control in the navigation group recording sheet coming as a ring The point of the book is grasped.

In the numerical example of the record room example (1214) of the network probe constituting the fisheries development apparatus,

And receives the signal from the transmitter 1213b constituting the water hammer to supply a signal to the indicator 1212. [

Generally, after the completion of the transmission, the prefectural government will arrange this during the year.

The 1152 cable should be slipped silently rather than suddenly pulled.

Although the transmitter 1213b constituting the fisheries development apparatus has a fixed frequency, it carries out frequency modulation suitable for the probe according to the probe sonor, and emits a non-directional signal in the water.

In the method of configuring the transmitter 1213b,

Attach the transmitter (1213b) as a rope or chain to the grid in the middle of the ring network.

The transmitter 1213b is configured to be easily disconnected from the dipole network in consideration of battery replacement.

In addition, the location of the transmitter 1213b is generally anywhere in the vicinity of the transmitter 1213b if there are no obstacles around the transmitter 1213b and the receiver 1152 is visible. However, in the case of the one point system, It does not matter whether it is attached to a place where you want to know.

There is no difference in the case of the three-point type, but it is generally not necessary to attach it to both ends and the center of the net, but it is necessary to remember which part of the network the frequency transmitter 1213b is attached to.

In the indicator 1212 constituting the fisheries development apparatus,

It can be displayed on the mat or on the recording sheet 1149 of the ultrasonic wave searcher 1146 based on the tomographic information from the indicator 1212. [

Some of the indicators 1212 are designed to alert the alert department when the network reaches a set value by setting a warning.

The line-to-line sound of the telephone sound system 1215, which constitutes the fisheries development apparatus,

It is a device that can wirelessly transmit fish finder information of search lines (2 ~ 3 chucks) at the front operation and can directly observe by recording the same record on the main line.

Unlike previous radiotelephone calls, it is possible to observe the record of a fellow ship directly on the main line, so that it is possible to know more precisely which line to envy or when to travel on a fish line under a certain line, Tom can be utilized systematically and rational operation can be realized.

In addition, since wireless communication is not used, there is no fear of information leakage on the other line, and the trouble of the communication company is reduced.

In the tele-sound apparatus constituting the fisheries development apparatus,

1212, 1218, SCNAR 1219, power source 1220, and wireless 1220, which constitute a device 1216 of a telephone sound included in the telephone sound system 1215, A control 1221, vertical dubbet 1/2 wavelengths 1222, and 1223 main lines to constitute a fisheries development apparatus.

Recently, the countries of the world that make up the fisheries development have been working on fisheries such as tuna whales rising from the Antarctic to Oceania,

In view of the fact that fishermen are engaged in fishing with helicopters, fish species are captured before the fishermen enter the 4th fishery in the middle and middle sea of each country. It is urgently necessary to take measures to configure the system.

In addition, germanium (1224) nutrients contained in the soil of the Korean peninsula are rich in ocher, and are composed of germanium (1224) nutrients and plunges (1225) All the fishermen who flow into the Antarctic and the Arctic constitute spawning in the four major fisheries, and the fishermen and all human beings give birth in all the waters around the Korean peninsula and have fisheries development equipment according to the proportion of population. The measures to be taken are urgently needed.

Also, it is a general term for animals that have a multi-cellular system in the four major fisheries. It contrasts with single-cell adult protozoa. It is the same as the animal kingdom in the 5th Biology. The body consists of cell differentiated diploid eukaryotic cells, and the oocyte reproduction by the combination of eggs and sperm produced by meiosis at specific sites is the basic method of reproduction. The welfare animal includes more than 30 gates of modern life, but there are many extinct gates.

The systematic relations of each inquiry are restored in various ways depending on various methods and points of view, but there is no orthodoxy. The main reason for this is found in the Cambrian Explosion (Cambrian Defense), a phenomenon in which fossil records of important inquiries first appeared in the early Cambrian Period. There is no doubt that welfare animals are derived from single-celled eukaryotes, but there is much debate as to how multicellularization has taken place from an ancestor, and whether or not it has progressed systematically. A typical hypothesis of the origin of the welfare animal is the Gastraean theory and the ciliate theory

The 1,100 species of invertebrates that make up the sea ginseng of the echinodermata are.

The body is soft and cylindrical, 2 to 200 cm long, and 1 to 20 cm thick. It is usually hazy and darkish in color, and often has a lump that resembles a cucumber. The internal skeleton is shrunk into many unique shaped pieces in the skin. Most species have five tubal lines from the mouth to the anus. The anal opening is used for excretion of breath and waste. Ten or more tentacles are around the mouth and can retract (retract) and are used to ingest food (nutrients or mud with small animals) or dig an oyster. Movement is slow. Many sea cucumbers abandon their internal organs through the anus, which seems to be a device for running away from predators or a phenomenon caused by physiological reasons. In addition, some species emit sticky, thin fibers to trap or confuse the enemy. In the anal cavity of sea cucumbers, there are breathing fish (species of Caer pus), whose head comes out. Many sea cucumbers produce toxins that are fatal to small animals but not harmful to humans. In the Namyang Islands, sea cucumber juice is added to the water to kill fish or paralyze the senses of fish. Sea cucumbers are found in all oceans, mostly in shallow waters, but sometimes also in very deep places. It also lives the most in the Indian Ocean and the western Pacific.

A large sea cucumber with about 80 to 100 species of bats belonging to the genus Holoturia (Ho lo t h u r ia) lives on coral reefs. It contrasts with single-cell adult protozoa. It is the same as the animal kingdom in the 5th Biology. The body consists of cell differentiated diploid eukaryotic cells, and the oocyte reproduction by the combination of eggs and sperm produced by meiosis at specific sites is the basic method of reproduction. The welfare animal includes more than 30 gates of modern life, but there are many extinct gates.

There are more than 900,000 species known to date among the most numerous species of animals, including insects, crustaceans, arachnids, and tributaries. It plays an important role in the ecosystem because it has a large number of species and populations and a variety of habitats so that it can be found anywhere on the earth.

Basically, it is an arthropod that lives underwater and has gills and breathe with water. The body is divided into head, chest, and abdomen, and the head and chest are attached to each other. The appendix running on the body segment is differentiated into 2 pairs of tactile, 3 pairs of jaws, 5 pairs of chest legs, 4 pairs of legs. The shell of the exoskeleton has hard calcium carbonate.

Landless and aquatic invertebrates with no twigs (over 100,000 species). Mainly hide in the shell of calcareous body.

It is composed of octopus, white squid, genuine octopus, why octopus, jukumi, octopus, a little ear squid, and ear squid.

It is a collective term for creatures that can not maintain their position in reverse of the flow of water because they are floating in the water such as marine, lakes, swamps, rivers, etc. and are small in size with no swimming power. Plankton is defined according to ecology. It is a floating creature that has only a weak moving ability and floats in water and moves according to the flow of seawater.

Plankton is a migratory sea creature that varies according to the size of its body. It is also called a floating organism as a group of ecologically separated general aquatic organisms.

Refers to a creature that has no, or very weak, passive self-athletic ability.

In addition, it is urgently necessary to take measures to construct a fisheries development device so as to prevent the growth of jellyfish and starfish, which are harmful to the human body, and to prevent the inflow of contaminants.

It is equipped with a motor motor unit that constitutes a fish processing equipment and collects fish and shellfish from a tidal flat farm and collects them in a collecting place to prepare a carrier. By the help of a villager or an acke, a pipe, a claw, a hook, an ax, It is a fact that the shellfish collected by using a hand tool is collected and distributed in the bowl or vinyl by the type, the volume or the weight, and it is a reality that comes to the present by the primitive work by the manpower. The purpose of this is to reduce unnecessary energy consumption by causing problems, and it is necessary to reduce the total consumption of goods by land from 30 to 40 tons of trousers. In the heatwave period, fly insects breed, , The present invention is installed on the barge line. After the processing, the shellfish is transported by land, and the angle of the shell is set or re-plotted at the aquaculture nursery, so that the transportation cost and the artificial dependency can be avoided, It is possible to wisely select the shell processing methods before and after the dissection process that constitutes the fish processing equipment of the aquatic products cultivation aquatic product and the shared water surface processing processing construction machine of the sea.

As a part of the improvement of the work environment of fisheries processing and scattering and collecting workshops scattered in the coastal waters such as oysters, mussels, clams, clams, shellfishes, scallops, etc., fishes and shellfishes are collected from the production tidal flats or shellfish farms. It is designed to protect aquaculture workers, intermediate traders, and consumers by stripping off shells and collecting shellfish in plastic bags to preserve price and freeze management according to volume and weight. As a result of the lack of idle manpower due to the urbanization of the industry and the delay of the flow to the right place due to the urbanization of the local people, the fishery products for cultivation of aquatic products, A rising factor is generated to form a refrigerated storage This product is the reality of falling into low-cost products.

Therefore, in order to process more shells faster and faster, it is required to process 30 ~ 50kg per person per day at the previous technology level. However, with the use of fish processing equipment, 200 ~ 300kg per person (MAN &amp; Simply Working ROAD) from the process (MAN &amp; Dual typing work ROAD), it is necessary to prepare the fish processing equipment of the marine products for cultivation of aquatic products and construction & There are devices in the art for treating seafood aquaculture products with aquatic products harvesting and aquatic products harvesting and processing facilities for the peaceful maintenance of the outside and inside and the stability of food for billions of population .

Hereinafter, the conventional technical field will be briefly described with reference to the constitution views exemplifying an embodiment of a seafood processing apparatus of a marine product for culturing aquatic products and a construction machine for a shared water surface embedding process.

The aquatic products aquaculture apparatus control unit 811e constituted by the inside of the distribution dispenser dispenser 811 for aquaculture of the aquatic products and the landfill construction equipments is provided with a distribution dispenser for aquatic production The facility,

The cutting process combined with the double structure connection structures of the inner block tank 596 and the outer block tank 599, which can be disassembled and coupled to the distribution machine 970 of the construction machine, And an internal block tank 596 connected to the double structure block tank hydraulic unit of the hydropower generation and an outer block tank 596 connected to the hydropower double structure block tank hydraulic facility, ) The double structure block tank 598 temporarily stores aquatic products at a place having a double structure block tank 598 at the lower end of the connection structure of the double structure block tank 598. Thus, Each aquatic facility that is composed in the facility is provided with aquatic products at each marine hydroelectric power plant,

The dual structure block tank 598 is connected to the connecting shafts constituting the aquatic products. The aquatic product storage tank is provided with a double structure block tank facility. The double structure block tank facility and the double structure block tank facility constituting the inside of the distribution and dispensing apparatus main body 1 It is equipped with marine tunnel traffic devices (941) which are connected to prevent the disaster of aquatic products style by adjusting height of aquaculture farm with hydraulic equipment,

The maritime tunnel transport apparatus 941 is provided with a control system for transporting fishery products of a marine product and a shared water surface treatment construction machine configured to be transported in a marine aquaculture farm,

In the aquaculture apparatus 811 for aquaculture and aquaculture of the aquatic products and the landfill construction equipment constituted inside the main body 1 of the distribution system for aquaculture,

A marine hydroelectric power production control unit 811b for providing power production, a power transmission control unit 811c for the marine bi-directional transverse railway substation to provide power transmission, A control unit 811d for controlling the fresh water fisheries aquaculture apparatus 811e and a control unit 811g for controlling the freshwater fish culture apparatus 811f, A control unit 811h of the crustacean arthropod farming apparatus 811j, a crustacean arthropod farming apparatus control unit 811j, a mollusk feeding apparatus control unit 811k, A fish processing unit 811m and a fish processing unit 811m and a shellfish production processing unit 811m and a fish and shellfish processing control unit 811n and a fish and shellfish distribution and processing unit 811p and a fish and shellfish scattering control unit 811q A fish and shell movement regulating unit 811r for controlling the movement of fish and shellfish inside the fishway, A dam ground control unit 811s connected to the shellfish scattering control unit, groundwater and deep sea water capacity supply control unit 811t for controlling the supply of groundwater and deep seawater capacity, a submarine resource transport unit 811u, And valve-screw adjusting portions 811z.

The marine aquarium culture aquarium control unit 811e constituted by the inside of the distribution dispenser control unit 811 for aquaculture of aquatic products and landfill construction equipments,

(593,594,595) of small, medium and large sized marine hydroelectric power plants (593,594,595), which is a distributing and inputting device of the construction machinery constituting the landfill process, A landfill site consisting of small-sized, medium-sized and large-scale marine nuclear hydroelectric power plant floodplain (593,594,595), which constitutes the water surface reclamation process, and landfill (997) A distribution dispenser for aquaculture is provided,

(997) of the above-mentioned tobacco-gathering area, and the inside of the main body (1) of the distribution and input device for aquatic culturing constituted in the floodplain of the floating oceanic hull, In the hydroelectric facility of the hydroelectric power plant 943 constituting the flood control device 956 having the construction machine 970 of the flood control system for overcoming various floods,

           <Figure 3> <Figure 4>

As shown in Fig. 3, the Phelpton aberration is constituted by the pump aberration and the Francis aberration,

In the large hydraulic power generator seesaw facility 944, which further constitutes hydraulic operation of the hydraulic power plant,

A rotational speed detector 944a for a hydrostatic power generator for providing a position at the top of the center of the rotational shaft 944q constituting the large hydrostatic generator seesiter 944, A generator 944b for supplying a current to the motor field coil of the alternating-current generator of the alternator, a thruster ring 944c for pushing the ring-shaped ligature 944c, an upper rotation bearing 944d and a device 944e for pushing the rotation bearing 944e A stator frame 944g and a center stator 944h and a rotary shaft 944i and a braking device ring 944j of a low speed cooler and a jack 944k and a low speed rotary shaft 944l of a braking device, And a large hydrostatic generator seesiter 944 located at the upper end of the central portion of the rotary shaft 944q so as to have a connection structure with the rotary shaft 944q to drive the turbine 267 and turbine rotary support 944n for hydroelectric power generation, 944o) and guide vane and blade Comprising a hydroelectric power assembly comprising a plurality of wheels 944q,

(35) hydraulic tube shape that constitutes the kinetic energy of water with the flow rate of the current to the inside of the hydroelectric power room constituting the hydroelectric power plant of the nuclear power plant and constitutes the kinetic energy of the water as mechanical energy, In the large hydroelectric generator seeside facility 944,

The center shaft frame 673 constituting the large hydroelectric generator seeside facility 944 is installed in the seesaw crane boom section of the tower crane having a multi-stage entrainment type man- (593,594,595) of a small-sized, medium-sized and large-scale offshore hydroelectric power plant having a power plant connection structure for generating power by further providing devices for generating electric energy. (593,594,595) hydroelectric power plants and aquaculture farms of large-scale and medium-sized and large-scale marine hydroelectric power plants constituting the large hydroelectric generator seiso facility (944) (811) for aquaculture and aquaculture of the aquatic products and the landfill construction machine constituting the inside of the distribution dispensing apparatus main body (1) A double structure block tank dust collector included in the electric power production and manufacture section 811b is provided with a plurality of generators for nuclear waste disposal and power generation of the nuclear reactor facility to operate nuclear power plants of the connection axis reactor, And a power distributing and dosing device of the power transmitting portion 811d constituted by the power generation producing portion 811b of the aquaculture distribution dispensing device adjusting portion 811 and the transforming devices for transmitting power,

The hydroelectric power station equipment constituting the floating hearth-

A pressure head tank 189 located above the hydroelectric power plant 943 and a suction port 269 in front of the pressure head tank 189 are connected to a hydraulic power plant A plurality of introduction pipes 191 are connected to the lower portion of each hydraulic power generator 944 located inside the hydroelectric power plant by a discharge port 270 at the upper portion of the pressure head tank 183 and the upper portion of the hydraulic pump 943, A connection structure is formed in the Francis aberration 943c and a suction port 269 in front of the Pelton aberration 943b,

As shown in FIG. 4, in the distribution dispensing apparatus control unit 811 of the aquaculture system for aquaculture of the aquatic products and the buried processing construction machine constituting the inside of the dispensing and dispensing apparatus main body 1 for aquaculture, And the electric motor body 192 constituting the floating hydroelectric power production control unit 811b of the flooded landfill of the floating hydroelectric power generating unit 811b.

The rotor assembly 199 and the front rotary shaft receiver 200 are fixed to the hood 193 and the snap ring 194 with the fan 195, the motor body 192 inner front body reinforcement plate 197, The terminal box 203 and the terminal box cover 205 are attached to the lifting bolts 204 and the rear rotation bearing 206 are fixed to the rear reinforcing steel plate 207 through the stator assembly 201 and the motor protection casting frame 202, A construction machine 970 including a rotor iron core 210 and a stator winding 212 connected to the fan cover 209 and the stator core 211 and a flood control system for overcoming the flood damage, A double structure block tank 598 which is connected to the marine tunnel communication device 941 by the water harmony control devices 956 having the radioactive nuclear waste treatment facility 956 and disassembled into the marine tunnel communication equipment 941 A shared landfill 945 and a shared reclaimed landfill 946 that make up the bond. It includes a configuration and marine embedding processing aquatic food dispensing chute for control of the construction machine and;

A distributor and dispenser for aquaculture production, a production and distribution system for the aquatic products and the landfill construction equipment inside the control body (1) In the marine hydro-nuclear power generation control unit 811b,

(997) of the land reclamation site to construct the landfill site for the aquaculture system for the aquaculture production of the floodplain. The flood damages The power pump 304 in which the impeller 143 is formed at the end portion of the rotary shaft 198 of the motor body 192 formed by the flood control devices 956 having the construction machine 970 of the overhead system, A flood control device 956 including a construction machine 970 having various flood control systems for overcoming floods formed by a prime mover air compressor 80 and a double structure block tank A shared landfill 945 having disassembly and connection with the marine tunnel traffic devices 941 with a water tank 598 and a distribution input device for aquaculture of a construction machine constituting a floating reclaimed hull landfill on a shared water surface landfill 946 phrase It includes and;

The marine aquarium culture aquarium control unit 811e constituted by the inside of the distribution dispenser control unit 811 for aquaculture of aquatic products and landfill construction equipments,

Landless and aquatic invertebrates with no twigs (over 100,000 species). Mainly hide in the shell of calcareous body.

It is composed of octopus, white squid, genuine octopus, why octopus, jukumi, octopus, a little ear squid, and ear squid.

It is a collective term for creatures that can not maintain their position in reverse of the flow of water because they are floating in the water such as marine, lakes, swamps, rivers, etc. and are small in size with no swimming power. Plankton is defined according to ecology. It is a floating creature that has only a weak moving ability and floats in water and moves according to the flow of seawater.

Plankton is a migratory sea creature that varies according to the size of its body. It is also called a floating organism as a group of ecologically separated general aquatic organisms.

Refers to a creature that has no, or very weak, passive self-athletic ability.

In addition, it is urgently necessary to take measures to construct a fisheries development device so as to prevent the growth of jellyfish and starfish, which are harmful to the human body, and to prevent the inflow of contaminants.

It is equipped with a motor motor unit that constitutes a fish processing equipment and collects fish and shellfish from a tidal flat farm and collects them in a collecting place to prepare a carrier. By the help of a villager or an acke, a pipe, a claw, a hook, an ax, It is a fact that the shellfish collected by using a hand tool is collected and distributed in the bowl or vinyl by the type, the volume or the weight, and it is a reality that comes to the present by the primitive work by the manpower. The purpose of this is to reduce unnecessary energy consumption by causing problems, and it is necessary to reduce the total consumption of goods by land from 30 to 40 tons of trousers. In the heatwave period, fly insects breed, , The present invention is installed on the barge line. After the processing, the shellfish is transported by land, and the angle of the shell is set or re-plotted at the aquaculture nursery, so that the transportation cost and the artificial dependency can be avoided, It is possible to choose wisely before and after the dissection process that constitutes a distribution device of aquaculture of aquatic product cultivation aquatic products and a shared aquatic landfill construction machine.

Aquatic products and landfill treatment Sprinkler equipment constituting the disaster prevention preventive control of the dispensing and dispensing device control unit 811 of the aquaculture system of the construction machine includes,

A plurality of drenchers 299a, b, c, and d are attached to the sprinkler head 111 of the trench head of the sprinkler system, The block 117 is connected to the valve 114 through the underground pipes 115 and the auxiliary valve 118 and the bell 119 and the alarm valve 120 and the test valve 121 A high pressure water pump 122 and a vibration alarm device 300 so as to control the distribution and input device controller 811 for aquatic products and aquaculture processing equipment for aquatic products contained in the aquarium production and distribution apparatus main body 1 ) Disaster prevention and control structures.

A distribution and dispensing apparatus for aquaculture, a distribution system for the aquatic products and the landfill construction equipment constituting the main body (1) The piston pump 127, the plunger pump 148, the blind pump 311, the turbine pump 140, and the waste water pump 309, which are included in the marine hydroelectric power production control section 811b and preventive disaster prevention control, ,

            <Figure 5> <Figure 6>

           <Figure 7> <Figure 8>

          <Figure 9> <Figure 10>

         <Figure 11> <Figure 12>

As shown in FIG. 5 to FIG. 12, in the guaranteed function of the pump, which clearly specifies the full-closed position and the extended position inside the positive displacement pump constituting the type and characteristics of the pump,

And a method of dispensing a certain amount of fluid in the same manner as that of shoveling, is provided in the aquaculture system for aquaculture and landfill construction equipment constituted by the inside of the distribution dispenser main body 1 for aquatic cultivation, Dispatch disaster prevention containment control containment structures that include.

In the aquaculture apparatus 811 for aquaculture and aquaculture of the aquatic products and the landfill construction equipment constituted inside the main body 1 of the distribution system for aquaculture,

A marine hydroelectric power production control unit 811b for providing power production, a power transmission control unit 811c for the marine bi-directional transverse railway substation to provide power transmission, A control unit 811d for controlling the fresh water fisheries aquaculture apparatus 811e and a control unit 811g for controlling the freshwater fish culture apparatus 811f, A device form control unit 811h,

Therefore, a piston or a plunger of a reciprocating pump is provided to suck up a predetermined amount of liquid and send it up.

First, get a high pressure even in a compact And is effective for small flow rates of high viscosity,

Second, the pumping action is intermittent, so there is a pulsation. To reduce the pumping action, a ply for constant rotation speed is provided or an air chamber (air chamber) 402 is provided, and a pulsation prevention device (accumulator) .

Third, since the discharge amount of one stroke (stoke) is constant, it is possible to dispatch and dispatch a fixed amount.

Next, even if the number of revolutions is changed, the change of the discharge pressure is not as severe as the centrifugal pump. That is, there is a suction / discharge valve so that the number of parts is increased, and the failure of the valve is fatal.

A mechanism for converting the rotational motion of the power into the reciprocating motion requires a crank method or an extinguishing method, which may complicate the components or cause vibration.

As shown in FIG. 5 to FIG. 12, in the distribution and input device control unit 811 of the aquatic products manufacturing and aquaculture system constituting the inside of the distribution dispensing apparatus main body 1 for aquaculture, In the facilities of the individual pumps constituting the unit,

The facilities of the individual pumps constituting the kind of the reciprocating pump include,

First, the piston pump has a seal line (packing) and a valve attached to the piston,

Second, the plunger pump differs from the piston pump in that the seal line is fixed to the pump body and is not attached to the reciprocating plunger. Therefore, the plunger 253 is easy to replace the packing, and a very high pressure can be obtained.

The pump of the plunger 253, which constitutes the kind of the reciprocating pump,

A machine room located inside a machine room located on the roof of a large building. Reduction gears (251) to various motors on a rooftop house correction tank (34). A wire rope (19) of a tackle winch (137) (7) of the fire-fighting and disinfection piping line (168) line is provided integrally with the equipment inside the pump fire extinguisher body so that the loess (158 ) And firefighters (159) to the diaphragm pump (144).

The membrane pump 144, which is a diaphragm pump constituting the movement of the loess 158 and the arsonization 159,

Water containing a lot of fluid, mud, sand, etc. can also be pumped. The rubber membrane or Teflon membrane 538 is moved up and down to suck and discharge.

It is characterized in that the crank 248 located at the upper end of the diaphragm pump 144 and the link belt 249 are formed on the rubber film 538 and are not easily worn or closed with particles containing fluid, And to the prevention of early evolution.

Therefore, it is suitable for chemical and harmful fluids because it can be completely leak-proofed without grand packing. It is suitable for fire disaster prevention in case of fire and other disasters.

The vane pump, which is a wing pump constituting the movement of the oil,

By moving the handle to the left and right, the two chambers can easily be mounted on the wall with a simple pump consisting of suction and discharge, which is often used to transfer oil from the drum or to pour water under the vessel.

 As shown in FIG. 5 to FIG. 12, in the distribution and input device control unit 811 of the aquatic products manufacturing and aquaculture system constituting the inside of the distribution dispensing apparatus main body 1 for aquaculture, In the facilities of the respective pumps constituting the pump,

A plurality of pumps are constituted by a fire sensor pump body mounted on the same fire fighting cable car 256 as the elevator constituting the movement of equipment installed in the past,

The tackle winch 137, which is mounted on the fire fighting cable car 256,

The rooftop fire-fighting cabin 394 constituted by the tackle winch 137 using air and the steel tows 116 of the high and low mountains 395 are provided with air by supplying the air supplied from the air compressor 80, The driving wheel rollers 135 are installed to wind the gear speed and the wire rope of the transmission 398 and the motor speed constituting the fastener string 396 and the speed comb 397 to the tackle winch control box 53 A disk brake 399 serving as a brake is formed to form a hydraulically operated cylinder 126 and a pneumatic cylinder 126 and a motor motor 192 and a switch.

As shown in FIG. 5 to FIG. 12, in the distribution and input device control unit 811 of the aquatic products manufacturing and aquaculture system constituting the inside of the distribution dispensing apparatus main body 1 for aquaculture, In the facilities of the respective pumps constituting the pump,

A rotary pump rotary pump 357 is provided and one of the positive displacement pumps pushes fluid between the casing and the rotor when the rotor inside the pump rotates.

The characteristics of preventing this confusion with the centrifugal pump having a centrifugal force are as follows. First, there is no suction / discharge valve such as a reciprocating pump, and there is little pulsation due to continuous discharge. Second,

The third is viscous and good for fluid (oil, oil, tar, pitch, paint, etc.)

At this time, the larger the viscosity, the smaller the number of revolutions and the larger the power is selected.

In the case of high pressure, it is necessary to install a safety valve, and it is sensed that a centrifugal pump is good for liquid having no viscosity,

The gear pump is a pump that has two types of gears meshing to open and close the gear when it is opened.

First, it is suitable for transfer of high viscosity liquid,

Secondly, it is suitable for high-pressure use, and the discharge amount does not change much even if the discharge pressure is changed.

Third, the fact that the fluid does not vigorously agitate like a centrifugal pump,

Fourth, the structure is simple, and it is easy to decompose, clean and clean,

Fifth, since the abrasion is promoted by the liquid containing the particles, it can not be used for the liquid containing solid particles.

Spur gears (spur gears) are simple in structure, easy to process, and cheap in cost. However, they are subject to noise and vibration, bearings may be damaged, and durability is weak.

As shown in FIG. 5 to FIG. 12, in the distribution and input device control unit 811 of the aquatic products manufacturing and aquaculture system constituting the inside of the distribution dispensing apparatus main body 1 for aquaculture, In the rotary pump rotary pump 357 equipment constituting the rotary pump,

Double helical gears to offset the torsional helical gear or helical thrust (axial force) are difficult to machine and expensive, but have no noise or vibration.

The external gear pump 326a and the internal gear pump 326b are classified according to the shape of the gear and the reference for the sealing and cavitation by the teeth of the gear pump 326 will be described as follows.

As shown in FIG. 5 to FIG. 12, in the distribution and input device control unit 811 of the aquatic products manufacturing and aquaculture system constituting the inside of the distribution dispensing apparatus main body 1 for aquaculture, In the rotary pump rotary pump 357 equipment constituting the rotary pump,

The involute gears are two points that contact each other when the gears are meshed with each other, so that the liquid between them is hardly compressed and forms a very high pressure, which is called a seal. This causes a great obstacle to the rotation of the pump, , Causing damage to bearings, noise and vibration,

As shown in FIG. 5 to FIG. 12, in the distribution and input device control unit 811 of the aquatic products manufacturing and aquaculture system constituting the inside of the distribution dispensing apparatus main body 1 for aquaculture, In the rotary pump rotary pump 357 equipment constituting the rotary pump,

On the other hand, if the gears are in contact with each other when the gears are in contact with each other, if the two points are in contact, the liquid outside the two points of the gear will not enter, and a very large negative pressure will form in the space between the two points. It causes a large noise as the liquid enters and collapses, generating bubbles and causing vibration, and remarkably reducing the durability of the pump, which is called cavitation. In order to prevent such cavitation,

First, the finishing must be very precise, the material must be carefully selected, the price becomes very expensive,

Secondly, it is difficult to exchange or assemble because of the complicated structure,

The third is that depending on the material, if it is not careful, it may cause cracks or cracks,

Fourth, the mixing of foreign objects should be avoided,

Fifth, † 'If you do not go through each number,

The sixth is that you can not add clipping on the way like a gland packing, you have to swap it back once it has been exchanged or wrapped,

The seventh is to connect the power of the pump well and shorten the life time of the seal if the vibration is not eliminated, which is the most excellent sealing method at present,

Therefore, it is important to know the disadvantages and to avoid them.

First, the type of mechanical seal is:

An unbalanced type and a balanced type constituting an inside and outside type having a set type and a single seal type and a double seal type surface pressure balance type constituting a seal type can be mentioned.

First, the inside type is generally used in the way that the fixed ring is on the pump side.

Secondly, when the outer ring type is on the pump side, there is a problem in the corrosion resistance of the structural material and the spring material, when the viscous coefficient is high viscosity liquid exceeding 100 cp and when the solidification point is low, It is usually used when it is high vacuum.

The third type is a general method in which the single seal type is sealed with one sliding surface.

Fourth, double seal type,

It is used when it is necessary to keep warm or cold, when liquid is solidified when it leaks, when the inside is high vacuum or when gas is sealed. It is used in high temperature or low temperature liquid or mechanic It is also effective for a liquid containing slurry as a disadvantage of curl seal.

Fifth, the unbalanced type is generally used in a sealing manner in which the pressure in the pump is directly applied to the sliding surface of the seal.

The liquid pressure,

Less than 4k g / ㎠ (depending on the product, less than about 7k g / ㎠ for lubrication fluids and less than 2.5k g / ㎠ for less lubrication fluids).

Sixth,

When the pressure inside the pump is large, it is used as low carbons in such a way that the pressure is not applied to the sliding surface of the seal, or when the internal pressure is 4 to 5 kg / ㎠ or more, it is used for low boiling liquid such as LPG or liquefied gas .

In the case of ordinary mechanical seals, the pushing of the rotating ring of the sliding surface is a spring. When the liquid pressure is applied thereto, the contact force of the sealing section is added to prevent leakage.

However, when the contact pressure is too high, the abrasion of the sliding surface is promoted. Therefore, when the internal pressure is high, this pressure is balanced to adjust the contact pressure.

The following cooling and lubrication is the frictional heat of the liquid or the sliding surface of the liquid. When the temperature rises due to the heat of the liquid, the material wears and corrodes or the packing seals. Therefore, the cooling and lubrication functions As shown in the drawing, in each method 391 constituting the mechanical seal,

As shown in FIG. 5 to FIG. 12, in the distribution and input device control unit 811 of the aquatic products manufacturing and aquaculture system constituting the inside of the distribution dispensing apparatus main body 1 for aquaculture, A flashing hole 361 is formed in the quenching portion 268 and the culver 367 above the axial bar portion 390 constituting the † '

First, the flushing hole 361 constituting the † '

The most common method is to inject liquid from outside at the high-pressure side liquid of the shaft end and to keep the temperature of the seal appropriately to prevent vaporization of the sealing end surface to improve lubrication, It also prevents accumulation.

Secondly, quenching (268), which constitutes the † 'method for disaster prevention prevention control,

In the area where there is no fluid on the high pressure side of the shaft end part, the liquid is poured so that the cooling liquid comes into contact with the sealing end surface of the seal. When handling volatile fluid or air, And the diluted solution is recovered.

In addition, it is formed in a distribution and dispensing device control unit 811 of aquatic products and landfill construction equipment constituted by the inside of a distribution dispenser main body 1 for aquatic cultivation, Equipment.

For example, in the case of handling (L P G) or the like, this cooling water is allowed to flow out of the sealing face so as to be washed away as soon as it is leaked.

Third, cooling is a method of cooling the outer periphery of the seal, not the sealing cross section, which has a lower cooling effect than quenching, but does not need to prevent leakage to the atmosphere, and does not need to pay attention to the purity of cooling water.

Next, with respect to the material constituting the mechanical seal,

The material of the seal depends on the type of the sealed liquid, the temperature, the pressure, the presence of foreign matter, the speed, the permissible degree of leakage, etc. However, it is known to the general public as a combination of stainless steel and kaolin graphite. Carbone graphite is self-lubricating, does not fuse with metals,

Low friction, strong against chemicals. In addition to stainless steel, stellite, ceramics, cemented carbide are added or heat treated. It is constructed inside the main body (1) of a distribution device for aquaculture in a shared reclaimed landfill equipped with marine artificial tunnel transportation equipment which provides sufficient corrosion resistance and abrasion resistance. Which is formed in a distribution and dispensing apparatus control unit 811 for aquaculture of aquatic products and landfill construction machines.

Examples of combining materials of mechanical seals are as follows.

The vibration of the pump is very much overlapped with one or several factors.

Firstly, according to the hydraulic vibration,

First, vibration caused by cavitation: a period of about 600 to 25,000 cycles brings about rapid vibration and noise.

Second, the vibration cavitation caused by the surging phenomenon,

Surging occurs when the discharge amount is large, but surging occurs not only when the discharge amount is small, but also has a long period of about 10 to 0.1 times the cycle.

Third, the vibration due to waterhammer,

Fourth, the vibration due to the unbalance of the flow in the pump,

The following is the vibration caused by mechanical vibration,

First, the vibration due to the unbalance of the rotating body,

Secondly, the vibration due to the dangerous speed causes a severe vibration caused when the rotational speed of the shaft resonates with the natural frequency of the rotating body.

Third, vibration caused by solid friction is a kind of self-excited vibration that occurs when the lubricant is insufficient on the rotating shaft, or when an active part such as a bearing or a bush and ring contacts,

Fourth, the vibration caused by the hydraulic pressure of the bearing is vibration caused by the hydraulic pressure of the bearing part when the rotary shaft rotates at an angular speed about twice as high as the dangerous speed. It is not so common in the normal speed pump, And,

Fifth, the vibration due to the natural frequency of the pump is a problem especially in the vertical axis pump,

Sixth, the vibration due to the centering failure is very important in the case of centering failure,

The seventh is the vibration caused by the prime mover, and the nuclear vibration of the eighth, because the foundation is weak.

The output definition for the use of the diesel engine 226 will be described as follows.

First, the term commercial refers to the generator Refers to the applied power (I S O, equivalent to 8528 PRP)

Secondly, the term "emergency" refers to an output (equivalent to ISO 8528 ESP) applied to an emergency generator used for a limited period of time in the event of a main power failure. In the engine model, a cooling fan 195, a cylinder 126, 250 are assembled and attached to the belt 252 and the flywheel 268. [ As shown in the figure,

As shown in the above table, the output tolerance is ± 5%. The description of the specification of the engine 226 is the same as that of the engine specification specification of the right side.

<Engine specification>

Finally, the precautions for handling the compressor are described in detail as follows.

First, in general precautions related to the handling of compressors,

First, the compressor is always kept clean and the surroundings are cleaned and arranged thoroughly.

Second, when the operation of the compressor is shut down and the compressor is shut down for a short period, the compressor is operated once a day for a while.

However, in case of long-term shutdown, disassemble and disassemble, replace worn or damaged parts or lubricant with new ones, remove all cooling water (drain) and do anti-corrosion measures.

Third, each axis number is checked and adjusted whenever there is an opportunity.

Fourth, valves, pressure gauges, regulators, filters, etc. are regularly inspected and routinely inspected to prevent malfunctions.

Fifth, cool water uses clean water. Cooling tube is disassembled every June or year. It is cleaned with water vapor. If the weight is decreased by 10% or more, it is corroded or worn.

Sixth, always pay attention to the gas leak of each part, and to find out toxic and flammable, even with a small amount of detector, and take appropriate measures.

Seventh, oil is chosen with the help of a mker.

In the eighth, if there is an abnormality, stop driving immediately and notify the maker and ask for repair.

In the following notes on starting,

Be sure to check that bolts, nuts and other screws are tight.

Next, fill the crankcase with a specified amount of lubricating oil and check the lubrication condition.

Pass the third cooling water and check the circulation of the cooling water.

Next, open the pressure gauge, pressure regulating valve, drain valve, etc., and check the pressure indication for any abnormality.

Next, the small compressor is rotated by hand with no load. Check that the motor is connected to the cylinder by inserting the switch after checking it.

The sixth suction valve is closed and the switch is opened with the bypass valve or drain valve open.

Next, when the normal rotation is performed, the drain valve and the bypass valve are closed from the first stage to the next stage, and the suction valve is simultaneously opened.

Finally, pay attention to pressure, lubricating oil, temperature, noise, vibration leakage at each stage.

Then, in the notes during driving,

The pressure, leakage, vibration, temperature, abnormal noise of each stage, the quantity and temperature of the cooling water, the temperature and pressure of the lubricating oil and the load of the motor are checked.

In particular, pay attention to abnormal rise or drop in temperature or pressure, and never try to tighten or hammer the bolt during operation.

This is divided into the following.

First, regarding the handling of the reciprocating compressor,

First, the scale of the pressure gauge, the abnormality of intake / exhaust gas temperature at each end,

Second, the change of bearing temperature,

Third, watch for changes in the coolant temperature and adjust the quantity if necessary.

Fourth, keep an eye on the cylinder lubrication and control the flow rate, or supply oil to the lubricator.

Fifth, changes in external flow rate and hydraulic pressure,

Sixth, the leakage and temperature rise of piston rod packing,

Seventh, whether or not the color of the drains is rapidly blackened,

Eighth, whether there is any difference in sound or vibration of each part from normal,

Ninth, whether there is any leakage of gas from valves such as safety valve, drain valve, or flange, joint or other tight surface,

Next, whether there is any abnormality in power consumption,

Finally, the abnormality of the automatic device / monitoring instrument operation,

The following is a description of the handling of the Torque Compressor,

First, the lubricating pressure of the bearing lubricating oil, the temperature of the returned oil,

Second, the oil pressure or return oil pressure for the shaft bar, or the differential pressure or leakage flow rate,

Third, the vibration of each part such as main body, bearing,

Fourth, the existence of abnormality of bearing water temperature,

Fifthly, the change of the cooling water temperature is monitored, and the quantity of water is adjusted when necessary.

Sixth, is there any leakage of gas on piping system valve or flange connection or other tight surface,

Next, whether there is any abnormality in power consumption,

Finally, the abnormality of the automatic device / monitoring instrument operation,

In the notes at the fourth stop,

First, switch off the electric motor and close the intake valve.

Second, check the pressure drop and close the discharge valve. Observe the abnormal sound or vibration until stop.

Next, close the chilled water valve to cut off the chilled water and drain all of the water in the water jacket or chiller.

Finally, discharge any other condensate or oil.

In the notes on the fifth disassembly and inspection,

Firstly, when disassembling and checking, make sure that the machine is disconnected from the power source so that it does not operate.

Secondly, if the gas inside is toxic or flammable, it should be completely insulated and replaced with inert gas.

The following should be done after confirming that there is no pressure at each end of the decomposition operation.

Finally, when the cylinder head is disassembled, the bolts alternate in the order of the opponent facing each other, and gradually release to the two relatively positioned positions (of course, confirming that there is no abnormality,

As shown in FIG. 5 to FIG. 12, a distribution-input-device disaster included in a distribution-input-device control section 811 of aquatic products and a landfill-processing construction machine constituting the inside of the distribution dispensing apparatus main body 1 for aquatic- It is possible to control the flow rate of the flammable gas by the type of fire, by the type of fire, as a distribution input device for aquaculture of facilities of fire prevention and disaster prevention countermeasures for selection of model for connection and separation process of each prime mover and compressor, The damage caused by a fire occurring in a blinking moment of 1 second, as clearly described above depending on the material, can not be deduced, so the fire is provided in a way that is pre- .

As shown in FIG. 5 to FIG. 12, in the distribution and input device control unit 811 of the aquatic products manufacturing and aquaculture system constituting the inside of the distribution dispensing apparatus main body 1 for aquaculture, A turbulent pump 331, a self-priming pump 340 and an axial flow pump 341, a mixed-flow pump 342, a viscous pump 343 and an impeller of a propeller pump 146 constitute a turbine pump, A power transmission control unit 811c of a submarine transverse railway substation for providing power transmission, a power transmission control unit 811b for power transmission control, A fishery product aquarium control unit 811e, a freshwater fishery device aquarium control unit 811f, a fishery freshness maintenance aquestion control unit 811g, 811h) of the hydroelectric power station The control block 238 is connected to the control of the territorial dispute and the power transmission control part of the submarine crossing railway substation. The control part of the electronic sensor valve, which controls the supply of groundwater and deep seawater, And turbine pumps connected to the fish and shellfish scattering control unit, and is constituted by a distribution input device for aquaculture production in the landfill site of the floating feeder into the main body (1) of the distribution and input device for aquaculture production.

As shown in FIG. 5 to FIG. 12, in the aquarium of the aquatic products and the landfill processing construction machine constituted inside the distribution dispenser main body 1 for aquaculture production, In the respective valve installations for aquaculture application for aquaculture production constituted in the hydrothermal power generation control unit 811b for producing the power for constituting the distribution and dispensing apparatus for aquaculture,

The adjustment control valve 459 constituting the respective valves and the adjustment device 459 constituted by the land of the general type faucet 496 of the faucet type of the piping accessories and the distributing and inputting facilities of the aquaculture facility of the hydroelectric power plant installed in the ocean, The valve 459 integrally includes a secondary side sensing hole 462, a diaphragm 463, and a pilot valve 464 to the pressure reducing valve 460, the pilot operated pressure reducing valve 461 and the magnetic pressure reducing valve 461, A main valve 466, a main valve spring 467, an adjusting spring 468, an automatic pressure regulating valve 469, a threaded automatic pressure regulating valve 470a, a flange pressure regulating valve 471b, 472, a spring-type safety valve 473, a relief-type safety valve 474, a steam-type Pomp spring safety valve 475, a PFO-type safety valve 476, a temperature control valve 477, A level adjuster 478, an automatic water dispenser 479a, an automatic level adjuster 480, an air vent valve 481, A hot air type automatic air exhaust valve 482, a hot water type automatic air exhaust valve 483, a refrigerant pipe valve 484, a refrigerant stop valve 485, a feed valve 486, and a bellows type The expansion valve 489, the diaphragm-type expansion valve 490, the bellows-type expansion valve 491, the rich valve 492, the refrigerant pressure A regulating valve 493 and a solenoid valve 494 to provide seafood processing aquatic products for the aquatic products and seawater processing equipment of the common water surface embedding processing construction machine to constitute a distribution input device for aquaculture hull landfill,

The general type faucet 496 of the faucet type constituting the piping accessories,

The packing 531, the packing 532, the handle 533, the disk 534, the disk packing 535, the water-repellent packing 536, the anti-aging article 536, the packing box 533, A packing 537 and a rubber membrane and a Teflon membrane 538. The water distribution system includes a water distribution system for aquatic products and a water distribution system 811) is composed of preventive control interconnection structures for disaster prevention.

The ground surface, the upper surface of the ground surface and the lower surface of the ground surface will be abbreviated.

A 5000 kg ceiling crane wire rope 19 or rope 131 at the industrial site constituting the cable car 256 facility equipped with the tongue springs 137 is placed at the point A and B of the valley at the top of the valley, The rope 19 and the rope 131 are provided as the shackle 23 at the hooking hook 18 at the lower end C and the point D as shown in FIG. (135) to the landfill site, a seaweed farming aquaculture system for aquaculture and a shared water surface treatment landfill,

The lifespan basket 42 and the injection nozzle 10 constituting the cable car 256 facility provided with the tangled springs 137 at the respective positions of the respective branches are connected to each other by a 15-m long fire hose,

The water collecting tank 34, which is a water tank formed by a movable dual structure, and the power cable 71, which constitutes the interior of the cable car 256, are provided together, A cable car (256) is installed at each of the points (A), (B), (C), and (D) depending on the length of the mountain, and a distribution input device for aquaculture ,

As shown in FIG. 5 to FIG. 12, the conventional configuration including the aquarium in the main body 1 of the aquatic production aquarium culture feeder and the aquarium culture aquisition / (496), which is a general type faucet (496) of a faucet type and a piping accessory, and the valves for providing a nuclear reactor facility of the ocean, and a flotation system for aquacultural aquaculture and shared water surface landfill Construction machinery of fishery and shellfish farming system is constructed, and the operation of nuclear power plants is carried out in the land and ocean of the world.

As shown in FIGS. 5 to 12, the lifting type poisoning vessel included in the aquatic products and in the distribution and input device control unit 811 for aquaculture of aquatic products and landfill construction equipment constituted inside the distribution and dispensing apparatus main body 1 for aquaculture production, In the installation of the distributor valve constituting the landfill,

It is used to control fluid and flow rate of steam or water, and it can be used according to the purpose of use such as a sluice valve, a stop valve, a glow valve, an angle valve, a check valve, a reducing valve and a cock.

Table 2-1 shows the valve configuration, Table 2-2 lists the valves, and Table 2-3 lists the (K S) specifications of the valves.

<Table 2-1> Configuration of valve

<Table 2-2> Classification of Valve

<Table 2-3> Valve KS specifications table

As shown in FIG. 5 to FIG. 12, in the distribution and input device control unit 811 of the aquatic products manufacturing and aquaculture system constituting the inside of the distribution dispensing apparatus main body 1 for aquaculture, A description will be given of the slit valve device of the connection structure constituted in Fig.

The valve is also referred to as a gate valve 296 by opening and closing the valve by a screw rod in parallel with the cross section of the pipe. When the valve is fully opened, the resistance of the fluid flow is very small compared to other valves. There is no fluid left in the valve chamber, the diameter is usually 50mm or 1,000mm, and the large size is operated by power.

However, there is a drawback that the valve is expensive and takes time to open and close the valve.

Therefore, when the diameter of the water pipe of the power plant 267 and the water pipe of the water supply pipe are large and it is not necessary to frequently open and close the valve, various accessories formed on the slow valve valve 403 are attached, The valve 403 is provided with a valve cover 405 on the valve body 404 and a packing press 407 and a packing press nut 408 on the slow valve 406 as shown in the figure, A handle 410 and a handle nut 411 and a packing 412 are attached to the valve seat 409,

As shown in FIG. 5 to FIG. 12, in the distribution and input device control unit 811 of the aquatic products manufacturing and aquaculture system constituting the inside of the distribution dispensing apparatus main body 1 for aquaculture, The specification of the slow valve of the connection structure will be described as follows.

The kind of the slit valve may be a wedge gate valve, a parallel slide valve, a double disc gate valve, a wedge valve, or the like depending on the structure of the disc.

As shown in FIG. 5 to FIG. 12, in the distribution and input device control unit 811 of the aquatic products manufacturing and aquaculture system constituting the inside of the distribution dispensing apparatus main body 1 for aquaculture, In the arrangement of the wedge gate valve 413 of the connecting structure,

The wedge gate valve (413), which constitutes the floating landfill site,

And is divided into a single valve 414 and a flexible valve 415.

As shown in the figure, the unit type is a wedge-shaped valve, and the angle of the wedge is usually 6 ° to 8 °, while the bronze small valve has a wedge angle of 8 °.

The flexible valve 415,

As shown in the figure, the groove is formed at the center, so that the influence of the heat on the valve seat in the high-temperature pipe or the like is absorbed by the flexure.

Second, in the device configuration of the parallel slide valve 416,

The parallel slide valve has a spring inserted between two parallel valve bodies so that the valve is pressed against the valve seat by fluid pressure.

As shown in FIG. 5 to FIG. 12, in the distribution and input device control unit 811 of the aquatic products manufacturing and aquaculture system constituting the inside of the distribution dispensing apparatus main body 1 for aquaculture, There is little friction between the valve side surface of the connecting structure and the disk side and the valve is not affected by thermal expansion, so it is easy to open and close the valve.

The valve disc and valve seat operate by sliding, so the valve seat uses a hard metal. This valve is suitable for high temperature and high pressure when vertically mounted.

Next, in the device configuration of the double disk gate valve 417,

The wedge type valve is difficult to be completely opened and closed due to deformation of the valve seat due to frictional resistance and thermal expansion. In order to prevent this, the valve body is divided into two, and the valve disk is widened by the thrust of the valve step to press the valve seat against the valve seat.

The structure adopting the advantages of the wedge gate valve 413 and the parallel gate valve 416 has a relatively small influence on the deformation due to temperature and pressure.

As shown in FIG. 5 to FIG. 12, in the distribution and input device control unit 811 of the aquatic products manufacturing and aquaculture system constituting the inside of the distribution dispensing apparatus main body 1 for aquaculture, A detailed description of the device of the stop valve 418 of the connecting structure is as follows.

It is called the glow valve that the inlet and the outlet are in a straight line according to the flow direction of the fluid and the angle valve is the angle of the inlet and the outlet.

The connection method of pipe is screwed joint and flange joint method, and the material is forged steel for high-temperature and high-pressure bronze for small-sized medium pressure, and cast iron main steel for large-sized one.

The opening / closing spherical surface of the valve has a flat sheet, a conical sheet, a spherical sheet and a stit sheet, which have a large resistance loss against the flow of fluid and are prone to collect dust in the dead zone.

This is the most widely used type of valve because it is easy to manufacture valve and valve seat when the lift is small and valve opening and closing is fast.

The valve and the valve stem are connected by a packing gland, and the valve and the rod are in the form of a cylinder.

The Y-type glow 419,

It is used in applications such as glow valves and is intended to reduce the resistance by inclining the valve cylinder by 45 ° to 60 ° with respect to the center line.

The angle valve 420 has the same function as the glow valve 419, but is used to change the flow direction of the fluid at a right angle.

As shown in FIG. 5 to FIG. 12, in the distribution and input device control unit 811 of the aquatic products manufacturing and aquaculture system constituting the inside of the distribution dispensing apparatus main body 1 for aquaculture, The needle valve of the connecting structure,

15 to 16 mm m conical needle used for flow control is used for slightly increasing or decreasing the flow rate at a high pressure although the flow rate is very small. However, as shown in the drawing with reference to the specification table of the valve, the valve body 421 A valve presser foot 425 and a valve presser 426 handle 427 on the cover 422 and the lid fitting valve seat 424 and the packing presser ring 429 A packing bolt 433 is attached to the screw-in type 431 and the cover bolt 432 in the packing press 430 and a nut 435 for the cover bolt is fastened to the pin 434 and a fastening screw 438) of the seawater to which the gasket 441 is attached to the washer 439 and the packing 440 and the disruption prevention preventive part connecting structure constituting the aquarium production / Valve device.

Aquatic products and landfills Disaster prevention control of flood control system for aquaculture of aquaculture equipment for construction aquaculture flood prevention control flood control flood control system The valve specification chart (flange type globe valve and angle valve) do.

As shown in FIG. 5 to FIG. 12, in the distribution and input device control unit 811 of the aquatic products manufacturing and aquaculture system constituting the inside of the distribution dispensing apparatus main body 1 for aquaculture, In the connecting structure cock,

The first type 443 and the second type 444 of the connecting structure cock are classified into a first type 443 and a second type 444. The first type 443 has a bronze screw main cock 445 and a cast iron flange type land type 446, The gland cock 447 is formed and the cock 2 444 is formed as a handle cock 450 in the trunk 448 and the gas batt 449 but the fluid is flowed in a straight line, / Turning 4 makes the passage open fast because it is completely open. It has a lot of cast iron and bronze, and low pressure low pressure is used for drainage.

The cock can be a two-way cock and a three-way cock two-way flow.

The main cock is (a) fastened with a nut under the plug 458 as shown in the same figure, and the gland cock is pressed by the packing as shown in (b) and (c).

In the check valve 451 of the connecting structure constituting the disaster prevention prevention control,

It is classified as swing type check valve (452) and lift type check valve (453). It is used to automatically close the valve when the fluid flow flows in one direction. There are swing type and lift type.

The swing type check valve 452,

Since it is opened and closed by rotating the pin 457 about its axis, the frictional resistance against the water flow can be used for any pipe that is smaller than the lift type and is horizontal or vertical.

The lift-type check valve 453 has the structure of a valve seat such as a glow valve, and the valve is vertically lifted by the pressure of the fluid as shown in the figure.

The lift of the valve is about ¼ of the diameter and the friction resistance against the flow is large. The disc 456 and the disc pin 457 and the plug 458 are attached to the body 454 and the cover 455 formed by the check valve 451. [

The check list of the check is as follows.

In addition, there is a smoothing key type in which a lift-type check valve 453 is winged to mitigate the impact.

The check valve is designed to flow only in a certain direction. Be careful of the flow direction of the fluid when installing. A 10A or 15A bronze screw type or 50A or 200A type cast iron or cast steel flange type.

As shown in FIG. 5 to FIG. 12, in the distribution and input device control unit 811 of the aquatic products manufacturing and aquaculture system constituting the inside of the distribution dispensing apparatus main body 1 for aquaculture, In the adjustment valve 459 of the connecting structure constituting the floating landfill,

The pressure reducing valve 460 constituting the adjusting valve 459 and the temperature adjusting valve 477 for the safety valve 472 and the air vent valve 481 for the auto water dispenser 478, ) Is a valve that is installed between a high-pressure pipe and a low-pressure pipe and brakes the lift of the valve by an appropriate device, and keeps the pressure on the low-pressure side almost constant regardless of changes in pressure on the high-

The behavior of the valve is typically performed by a bellows, diaphragm 463, or piston 127.

When the pressure ratio of the high-low pressure is within 2: 1 and the pressure ratio of the high-low pressure is exceeded, it is better to use the two pressure-reducing valves 460 in series to perform the two-stage pressure reduction. The structure is generally composed of an adjustment spring 468, a diaphragm 463, a pilot valve 464, a piston 127, a main valve 466 and the like as shown in the same figure.

As shown in FIG. 5 to FIG. 12, in the distribution and input device control unit 811 of the aquatic products manufacturing and aquaculture system constituting the inside of the distribution dispensing apparatus main body 1 for aquaculture, In a pilot operated relief valve (magnetic force type, 461) of the connecting structure constituting the floating landfill,

A main valve spring 467 is attached to the pilot valve 464 and the piston 127 and the main valve 466 in the secondary side sensing hole 462 and the diaphragm 463, (½~1½ inch) auto pressure regulating valve 470a and a flange type (2~6 inch) pressure regulating valve 471b.

In the safety valve 472 of the connecting structure constituting the disaster prevention prevention control,

And is separated into a spring type safety valve 473 and a relief type safety valve 474 by a Pope spring safety valve 475 for steam and a Pope type safety valve 476.

In this way,

The glow valve 419 is similar to the glow valve 419, and the glow valve 419 is opened or closed by an external force. However, the safety valve is opened or closed by the external force, the spring force or the weight of the valve stem and the weight of the lever.

Disaster Prevention Preventive Control Pedestal The safety valve of the connecting structure of the hull landfill,

It is a valve that is installed in pressure vessels such as boilers and other pipes handling high-pressure fluids. When the pressure within the pipes or vessels reaches the specified limits, the internal energy is released automatically to release the pressure inside the vessels to a safe level .

It is a safety device that must be attached to pressure vessels with large accumulation energy such as boilers. One type of safety valve is a relief valve.

It is used as a valve connected directly to a pipe line of a pipe through which a pressure fluid flows, and is used for the purpose of warning while adjusting the pressure of the pipe constantly.

The performance of the valve is determined by the accuracy of the ejection pressure, the pressure at the ejection stop, the pressure difference in the ejection, and the ejection volume. When the valve is opened and the steam is spouted, the pressure at the inlet side is referred to as the ejection pressure, the pressure at the inlet side is referred to as the ejection stop pressure when the valve is closed, and the difference between the ejection pressure and the ejection stop pressure is referred to as the ejection difference pressure.

Disaster Prevention and Controlled Floating Standing The temperature control valve 477 of the connecting structure, which is constituted at the hull landfill,

It has the same structure as the auto temperature control valve 477, and is an autocontrol valve for controlling the temperature of the liquid, which is opened and closed by the action of the bellows, which is very sensitive to the temperature change, and automatically adjusts the flow rate of the heating steam or the cooling water It is used for heat exchanger or heavy oil heater.

An auto leveler 480 is additionally formed in the automatic water dispenser 479 of the connection structure constituting the disaster prevention preventive control. The automatic water dispenser 479 and the regulator 480 adjust the level of the automatic water boiler to its maximum efficiency point The water level is always induced at a rich time, thereby preventing the danger caused by the shortage of the boiler water supply.

Disaster Prevention and Control Subsidy The air vent valve (481) included in the adjustment valve (459) of the seafood processing apparatus connection structure of aquatic products and a water surface-buried construction construction machine constructed in the landfill site,

The air vent valve 481 is divided into an automatic air exhaust valve thermal type (for steam 482), an automatic air exhaust and a valve bucket type (hot water type) (56 mm x 48 mm), and the valve (width x length: 53 mm x 68 mm, 483) dimensions are provided, and the air vent valve for the air is of an open type or a thermal flow type, The intake air vent valve is float type.

The fuselage is made of bronze bellows with bronze, the flute with brass, and the bucket with bronze.

As shown in FIG. 5 to FIG. 12, in the distribution and input device control unit 811 of the aquatic products manufacturing and aquaculture system constituting the inside of the distribution dispensing apparatus main body 1 for aquaculture, In the refrigerant piping valve 484 of the connecting structure constituting the flooded landfill,

(Diaphragm type) 488 is connected to the refrigerant stop valve 485, the feed valve 486 and the charge valve (bellows type) 487 constituting the refrigerant pipe valve 484, And the expansion valve 489 is formed of a diaphragm type expansion valve 490 and a bellows type expansion valve 491. The rich valve 492 and the pressure adjustment valve The valve 494 and the auto water feed valve integrally formed with the valve 484 for the refrigerant pipe.

The valve 486 integral with the refrigerant stop valve 485 and the bellows type charge valve 487 included in the refrigerant stop valve 485 and the valve 485 integral with the full valve 488, which is a diaphragm, Has a structure of valve and valve seat similar to those of the glow valve as described above. In order to prevent the leakage of refrigerant from the fuselage penetration portion on the valve side, a grate packed type (bonnet type) There is a diaphragm type in which a shaft is sealed and a shaft is sealed by a diaphragm or a non-filled type. A diaphragm having a large diameter can not be manufactured by a bellows or a diaphragm.

The grand type has all shaft caps (bonnet, cap) and is mostly packed sheet type recently to prevent the exchange of bellows, pack or packing (packing) and leakage at valve opening.

The valve material of the connecting structure constituting the disaster prevention preventive control,

The bigger fuselage is made of cast iron or cast iron, the smaller diameter is almost forged, the valve stellite is used, and the valve seat is made of nerunnel metal.

Valve material should be harder than valve seat material to prevent wear.

The expansion valve 489 is divided into a diaphragm-type expansion valve 490 and a bellows-type expansion valve 491,

As shown in FIG. 5 to FIG. 12, in the distribution and input device control unit 811 of the aquatic products manufacturing and aquaculture system constituting the inside of the distribution dispensing apparatus main body 1 for aquaculture, There are three types of expansion valve (489) of the connecting structure: a passive expansion valve, a pressure expansion valve, and a thermodynamic expansion valve.

In the main problem facilities during the pump operation,

The standard gland packing 344 is provided with a gland 345, a packing 346 with a liquid lantern ring, a lantern packing 347, a double gland packing 348 and a throttle bushing packing 349, A water jacket attaching packing 353 for a sleeve inner cooling jacket and an auxiliary gland 355 for cooling the inner cooling chamber 354 of the sleeve are provided with a cooling water outlet 350, a rod 351 and a cooling water inlet 352, And a cooling chamber 356 for a leakage liquid,

In the plurality of manufacturing methods constituting the gland packing 344,

The flushing hole 361, the O-ring 362, the stopper 363, the middle ring 364, and the sealing cross-section (not shown) are provided with eight strands 358, a bag weave 359, The handle 371 and the partition wall 372 are provided with the seat ring 366, the driven ring 367, the quenching 368 and the culling 369 while the axial push load 373 The suction pressure 377 and the back pressure 372 constituting the balance hole 376 constituted by the balance 334 and the balance hole 376 in which the pressure 374 acting on the impeller front surface and the pressure 375 acting on the impeller rear surface are adjusted to the unbalance 335, (378)

The discharge pressure 381, which constitutes the front wear ring 380 of the balance hole 376,

The impeller arranging shaft portions 390 of the pressure distribution and the impeller 385 of the multi-stage pump are provided with the cooling system 391 of the mechanical seal, The water hammer pump 393 is constructed such that the return pipe 370 is connected to the impeller arrangement 386 of the multi-stage pump by the water separating pump 387 and the water hammer pump 393 having the water supply coupling 388 A water hammer action 389 is provided,

The water hammer pump 393 is provided with the water hammer action 389 and the water hammer pump 393 having the water separation 387 and the water supply coupling 388 in the impeller arrangement 386 of the multi-

Main Problems Constructed During Pump Operation The pump facility is provided with a control unit 811 for aquaculture apparatus for aquaculture of aquatic products and landfill construction equipment constituted inside the dispensing and dispensing apparatus main body 1 for aquaculture production, The pump facility is composed of

As shown in FIG. 5 to FIG. 12, in the distribution and input device control unit 811 of the aquatic products manufacturing and aquaculture system constituting the inside of the distribution dispensing apparatus main body 1 for aquaculture, A plurality of sluice valves 403, which constitute a fire pump and a prime mover of a buoyant octopus hull landfill,

The flange type glow valve 419 and the flange type angle valve 420 constituting the slope valve 403 are divided into a body 421 and a main net 422 as a lid, a disk 423, Valve seat 424 and valve seat 425 and valve handle 426 and handle 427 and lid fitting ring 428 and packing presser ring 429 and packing press 430 and threaded fitting 431, The cover bolt 432 and the packing bolt 433 and the pin 434 and the nut 435 for the cover bolt and the nut 436 for the packing bolt bolt and the handle nut 437 and the detent screw 438 and the saw shaft 438, 439 and the packing 440 and the gaskets 441 while the valve presser 442 is connected to the flat pusher 442a and the conical pusher 442b, the spherical pusher 442c and the stator pusher 442d ), And has a type 1 cock 443 and is divided into a bronze threading main cock 445, a cast iron flange type gland type 446 and a bronze threading gland cock 447, The swag type check valve 452 and the lift type check valve 452 are formed of a three-way valve 444, a four-way valve 449 and a handle cock 450 having two-type cocks 444, The check valve body 454 is divided into the valve 453 and the cover 455 and the disk 456 and the disk pin 457 and the plug 458 are provided in the check valve body 454 so that the seafood processing of the aquatic products and the water- Disaster Prevention Controlled Dispensing Unit of Device.

In a plurality of slew valve (403) equipments which constitute a fire pump and a prime mover of a disaster prevention preventive control on a flooded landfill,

The passive expansion valve constituting the slew valve (403)

It is hardly used except for one part, and the static pressure expansion valve is used for a small capacity such as a domestic refrigerator, so that the pressure in the evaporator is constant The operation is provided,

Thermodynamically expanding valves are more widely used today, with liquid refrigerant evaporating completely out of the evaporator and operating in a gasified state, providing a direct inflatable evaporator,

The valve is made of stainless steel, the valve seat is made of monel metal, and the bellows is made of phosphor bronze, whichever type of body is made of, and the rich valve (492)

The float valve constituting the rich valve (492)

Wherein the valve is opened and closed in accordance with the amount of the refrigerant in the evaporator, and the structure includes a float and an arm, the brass stopper chamber is a valve for the liquid evaporator, The valve is made of cast iron or steel, the valves are made of stainless steel, the valve seat is made of brass, and the float valve is made up of a high-pressure float valve for adjusting the amount of refrigerant in the high-pressure shaft.

In a plurality of slew valve (403) equipments which constitute a fire pump and a prime mover of a disaster prevention preventive control on a flooded landfill,

The pressure regulating valve 493, which constitutes the refrigerant pressure regulating valve 493,

This object can be achieved by having the pressure in the evaporator used to keep the temperature of the refrigerant evaporated in the evaporator constant regardless of the load in the evaporator.

A plurality of evaporators are used in one compressor and are effective when the evaporation temperatures of the evaporators are different. However, the solenoid valve 494 is a separate valve for operating the opening and closing of the valves by the action of an electromagnet.

This is because the electromagnetic coil is attached to the glow valve. When the current flows through the coil, the plunger with the needle valve is moved upward by the electromagnet to open the valve. If the current does not flow, the plunger falls down by gravity.

It is installed in front of the expansion valve to prevent the refrigerant liquid from flowing into the evaporator when the compressor is stopped.

As shown in FIG. 5 to FIG. 12, in the distribution and input device control unit 811 of the aquatic products manufacturing and aquaculture system constituting the inside of the distribution dispensing apparatus main body 1 for aquaculture, The automatic water supply valve 495 of the multiple sluice valves 403, which constitutes the fire pump and the prime mover of the floodplain,

The automatic water supply valve is used to increase or decrease the amount of water supplied to the condenser automatically in response to the fluctuation of the load of the compressor due to the load on the outlet side of the condenser of the freezer (on the outlet side of the cooling water). Diaphragm or bellows is installed on the upper part, And the valve is operated by the high-pressure gas pressure.

In a plurality of slew valve (403) equipment that constitutes a fire pump and a prime mover in a floating hearth landfill,

A plurality of slew valve (403) equipment constituting the fire pump and the prime mover,

A packing press 531 is attached to the body 529 of the nipple 496 and the packing box 530 and a handle 533 is attached to the nipple 532 in a general type faucet (water receptacle 496) Resistant packing 536 and a packing 537 of an anti-aging article are disassembled and assembled into the disk 534 and the disk packing 535. [

The equipment that opens and closes the flow of water and water directly connected to the end of the water supply hot water pipe is called as a faucet. The material of the faucet is made of bronze casting and brass casting in general. Nickel or chrome plating is generally used,

The structure and part name of the general-purpose faucet are as shown in the figure, and the general faucet specification table is the same as the general faucet used for building equipment and faucet.

Standard faucet The same as the specification table in the table below.

In the general type water-only faucet 512,

A double tube structure block pipe line control shaft (238) constituting a seafood processing apparatus for aquaculture cultivation, and an electronic sensor valve screw control unit and a general type water faucet connected to an artificial turtle fish egg scattering control unit for prevention of natural disaster 512,

A long transverse faucet 512a with a long body and a long transverse faucet 512b with a Fomatsu body and a long overall faucet 512c with a long body and a short faucet 512d with a short body, ), A fodder type fuselage having a short transverse faucet 512e, a longitudinal water faucet 512f, a universal type faucet 512g, a capping lateral faucet 512h, a hydrothermal flow 512i, Distribution of aquaculture equipment for aquaculture production of a shared reclaimed landfill equipped with an ocean tidal tunneling device with a sanitary faucet (512j), a water mixture (512k), a sanitary flash valve (513) and a parallel bath faucet (514) And is configured in the charging device.

As shown in FIGS. 5 to 12, a transverse material faucet (not shown) included in a distribution and input device control unit 811 for aquaculture of aquatic products and landfill construction equipment constituting the inside of the distribution dispensing apparatus main body 1 for aquatic cultivation 514a, 514a, 514b, 514c, 514d, 514e, 514e, 514f, 514a, 514a, 514a, 514b, 514c, (514g), Jonghak Chemical (514h), Thyme (514i), and Jonghyuk Chemical (514j), which are used for the cultivation of aquatic products Apparatus,

515a of the faucet for faucet for building equipment constituting the double tube structure block piping line connecting shaft 238, a float valve 515a for the faucet for the building equipment, 515b), a urinals washing water supply 516, a mixing valve (for three-way valve 517), a mixing valve (exposure type) 517a, a hand shower 518 And a plurality of valves connected to the general type water supply faucet 512 connected to the shower head 521 and the hand shower 520, Inside the main body (1) The fish processing equipment of the aquatic products for cultivation of aquatic products and the construction equipment of the shared water surface constructed in the landfill of the floodplain is composed of a distribution device for aquaculture (512).

Explanation of the Sluve valve (403) facility which constructs the water flow index of the water development device of the shared water surface landfill with the marine sea trough tunnel device including the distribution device for aquaculture, .

Before the index, there are two types of index. It is used to regulate a part of water quantity of water supply device or to open and close it. It is installed in a position where it can freely open and close in the middle of a high tank water vertical up tube, a shower vertical up tube and an upper vertical up tube. There are two types of joints with pipe: screw joint for steel pipe and soldering for connection pipe.

(497), which sets up the restriction of water supply to the entire water supply system, is installed in the subterranean water supply branch of the highway and the boundary of the land, unlike before the water supply.

The exponent (497) is usually protected by a pre-exponential box and is not open or closed at will, except for special cases, such as water leakage.

As shown in the drawing, the structure of the exponent field 497 is such that, when the plug is rotated by 90 degrees, water flows, while when it is rotated by 90 degrees, the flow of water is stopped

At the next fractionalization 498,

It is a faucet used for branching water supply pipes less than 40m from the water supply pipe buried in the highway. The diameter of the water before the fraction is 13, 16, 20, 25m. Attach directly to the supply pipe of a cast iron or asbestos cement pipe or by using fractional saddles.

Before the fountain can be installed, it is possible to use a non-water-based perforator (a machine that punctures the water pipe without interrupting the water) to stop the water in the water pipe.

As shown in Figs. 5 to 12, a floatation hood hull position included in an aquarium and a landfill dispenser control device 811 of a marine products and buried processing construction machine constituting the inside of the distribution dispenser main body 1 for aquaculture production In the ball tap 499 of the plurality of slope valve 403 facilities constituting the fire pump and the prime mover provided in the equipment control unit 811a of the mobile construction machine,

It is a self-contained valve used to supply water to the water tank. When the water in the water tank reaches a certain level due to the ball of copper or synthetic resin at the end of the lever, the valve is automatically closed by buoyancy of the ball. To store a certain amount of water.

The ball tap (499) has a small diameter and a large diameter.

(811a) Prevention of disaster Prevention of flood Control of flood control system (811a) Construction of various construction equipment of valve,

Shaped Y-shaped strainer 501a, a U-shaped strainer end face 502b, and a V-shaped strainer 503,

The tube fixing metal 504, which constitutes a plurality of strainer 392,

And the connecting structure is formed by the supporting band 506 and the roller supporting band 507 and the vertical tube 508 and the steel band 509 and the bottom band 510 of the buckle portion 505, In addition,

In the traps 511 constituting the connection structure with the bottom bands 510,

A bottom thermal type trap 522 and a straight thermal type trap 523 and a bucket trap 524 and a bottom type bucket kits trap 525 and a top type bucket kett trap 526 and a float trap 527 and an impulse vapor trap 528 (811) for aquaculture and aquaculture of aquatic products and landfill construction machinery constructed in the main body (1) of a distribution and dispensing apparatus for aquaculture, and aquatic products Distribution distribution system for aquaculture consists of individual valve connection structures.

As shown in FIGS. 5 to 12, the lifting type poisoning vessel included in the aquatic products and in the distribution and input device control unit 811 for aquaculture of aquatic products and landfill construction equipment constituted inside the distribution and dispensing apparatus main body 1 for aquaculture production, In each of the valve-actuated equipment showing the configuration in the facility control unit 811a of the position-moving construction machine,

The V-type strainer 503 is formed on the strainer 392 constituting the distributing and dispensing apparatus of the nuclear reactor plant of the individual valve nuclear power plant in the threaded type and Y type strainer 501 and the U type strainer 502,

The strainer, which constitutes the valve-operated system,

It is used for piping of steam, water, oil, etc. and is used for removing dirt in the pipe.

In general, 2 B or less is a bolt-screw type, and a cast iron flange type is used for 2½B or more.

The Y-type strainer 501 has a Y-shaped body inclined at an angle of 45 ° with a cylindrical metal net. The strainer 392 has resistance against fluid The fluid flows from the inside to the outside of the net, and the opening area of the metal net, in which impurities are removed by installing a plug at the bottom, is about three times the nominal diameter cross-sectional area, and the mesh is easily exchanged.

In the respective valve operation type facilities showing the configuration for disaster prevention prevention control for providing the facility control portion 811a of the construction machine,

The U-shaped strainer 502, which is configured to prevent disaster prevention,

Inside the cast iron body, a round barrel with a filter net is placed vertically, and the fluid flows from the inside to the outside of the net.

Because the flow direction of the fluid changes perpendicularly to the structure, resistance to fluid is greater than that of Y-type strainer, but it is easy to repair and inspect. It mainly consists of oil strainer.

In the V-type strainer 503 constituting the disaster prevention prevention control,

Since the fluid flows through the net and the dirt is filtered by the metal mesh in the body of cast iron, the resistance against the flow velocity is less than that of the Y or U type because the structural fluid flows linearly through the strainer. A top-bottom type bucket kit 525 and a top-down type bucket kit 525 are provided with a top-down type trap 524 and a bottom-type bottom type trap 524 in an angle type thermal valve type trap 522 and a straight thermal type trap 523 constituting a trap 511 of a pipe fitting, The steam trap separates the condensed water and the air generated in the radiator or the steam pipe from the steam and discharges only the condensed water to the return pipe without passing the steam through the impeller steam trap 528 and the float trap 527. [

Generally, it is installed at the end of the steam pipe, the radiator outlet or the place where the condensate collects.

Types of steam traps include thermal traps, bucket traps, float traps, and impulse steam traps (528), depending on operating pressure and emissions.

As shown in Figs. 5 to 12, a floatation hood hull position included in an aquarium and a landfill dispenser control device 811 of a marine products and buried processing construction machine constituting the inside of the distribution dispenser main body 1 for aquaculture production In the distribution input device for aquaculture production showing the construction of the facility control part 811a of the mobile construction machine,

The thermal trap (523), which constitutes the distribution system for aquaculture,

The traps are divided into an angled type and a straight type according to the type of use. The bellows is made of a thin sheet of bronze bronze, filled with a volatile liquid (ETEL) inside the bellows, When the valve is closed and the drain (301) or the air is heated, the temperature is lowered, the bellows contracts to expand the valve, and the internal pressure Is less than 1 kg / ㎠ heat sink is used in the pipe end trap and air is passed through it, so it is used for steam piping of air liner type or vacuum return pipe type.

As shown in FIG. 5 to FIG. 12, the aquatic products and the landfill construction equipment of the distribution and dispensing apparatus main body 1 of the aquatic culturing apparatus, In the facility,

The trap facility constituting the distribution and dispensing apparatus of the aquatic-

The buoyancy of the bucket is controlled by the steam pressure. Therefore, there should be a pressure difference between the steam pipe and the return pipe. When the pressure difference is 1 kg / ㎠, theoretically Condensate can be pumped up vertically up to 10.33m, but it is actually less than 8m.

In addition, the low-pressure steam pipe which does not have sufficient pressure difference is not required to discharge condensate. At the same time, the bucket trap is suitable for high-pressure steam pipe, and the water pipe can be piped to the upper side of the trap. .

The bottom-up bucket trap (525) is also called an open trap. When condensate enters the trap, the bucket (B) floats on the outside of the bucket (B). When the condensate flows slowly overflowing into the kits, the bucket becomes heavy and loses its buoyancy and sinks, opening the valve (C). When the valve is opened, the condensate is discharged by the pressure of the steam acting on the water surface in the bucket.

In a top down bucket trap (526) installation, when the bucket is placed upside down from the bottom up and steam and condensate enter from under the trap, the bucket is filled with steam, buoyant, floated up, and the valve closes.

The steam in the bucket is discharged to the small hole in the upper part of the bucket according to the accumulated condensed water. When the steam is discharged, the Bucket loses its buoyancy and descends to its own weight to open the valve and discharge the condensed water and air. At the end of the discharge, the bucket is again filled with steam, buoyant, and the valve closes.

As shown in Figs. 5 to 12, a floatation hood hull position included in an aquarium and a landfill dispenser control device 811 of a marine products and buried processing construction machine constituting the inside of the distribution dispenser main body 1 for aquaculture production In the form of the float trap 527 constituting the aquarium type distribution and dispensing apparatus facility showing the construction of disaster prevention prevention control for providing the facilities control unit 811a of the mobile construction machine,

The float trap 527 is also referred to as a so-called multipass trap, and has a float buoyancy to provide valve opening and closing. The working pressure is a low pressure, medium pressure (about 4 kg / And it is not possible to discharge air. Therefore, when necessary, a thermal type is used together to provide a low temperature air discharge through the upper air discharge pipe.

The impulse vapor trap 528 includes an impulse vapor trap 528 that opens and closes the valve continuously in response to a temperature change in the cylinder and is compact in size compared to the amount of drains that the structure can handle extremely simply, High pressure, medium pressure, and low pressure can be used, but the drawbacks are that the steam leaks somewhat.

The drainage trap facility, which consists of disc-shaped valve rods and disc seats,

The drain trap is a manual deodorizing mechanism for preventing the gas generated in the sewer pipe from flowing backward from the device drain port to the room through the drain pipe. The material is made of cast iron, bronze brass, and ceramics,

The structure is designed to allow water to flow through a portion of the drainage system and to allow free passage of water,

The depth of the trap seal is 50 ~ 100mm. If it is lower than 50mm, gas and air may pass. When it is deeper than 100mm, the self-cleaning force is weakened, which causes debris on the bottom of the trap.

Drainage trap constructed at the landfill can be largely divided into a pipe trap and a box trap.

If the vertical pipe penetrates through the floor, put the sleeve on the bottom to allow the pipe to expand and contract freely, and install the supporting metal in the middle of the layer to prevent the transverse swing. .

The metal fixing tube 504 of the stationary metal is provided with the iron buckle support band 505 and the roller support band 507 on the support band 506 and the steel eyeglass band 509 on the straight pipe- Band 510 and the like.

The purpose of the pipe is to prevent the pipe from moving relative to the expansion and contraction of the pipe. It is necessary to provide a rigid attachment to the building and a shape of the fixing metal to be suitable for the fixing place. The gasket 32 is sandwiched between two flanges and is compressed by the tightening force of the tightening nut to prevent the gasket 32 from coming into close contact with the flange and leaking. In this case, Gasket holds a little elasticity.

The reason is that if there is no elasticity in the gasket 32 when the bolt is increased for some reason, leakage occurs immediately.

The following points should be considered when selecting gasket for piping.

First, consider the physical properties of the object in the tube, and then the temperature, pressure, the distinction between gas and liquid, the density, and the viscosity should be considered. The chemical properties of the material in the tube should be taken into account, and the chemical composition, stability, corrosiveness, , Attention must be paid to flammability and explosiveness, and the mechanical properties of gasket for piping,

The most suitable gasket material should be selected after considering all the above conditions. Therefore, the types of gasket materials can be classified into the following six types,

The first is rubber products and processed products,

The second is plant fiber products,

The third is animal textile products,

The fourth is a mineral fiber product, the fifth is a synthetic resin product,

The sixth is metal products and the main ones are as follows.

The above rubber streams and their processed products are widely used as gasket materials since they have high elasticity and are not eroded by chemicals.

If strength is required, use gaskets to mix rubber or metal mesh with cloth (cloth, 75)

For the selection of natural rubber, the rubber is characterized by a very high elasticity, no absorbency, and is not eroded well by soft acids or alkalis. However, since the heat resistance is poor, the rubber and its processed products, Curing deterioration was prepared at -55 占 폚,

The main drawbacks of natural rubber are poor oil resistance and therefore can be used for general cold water, drainage and air piping. However, the main body 1 of the distribution and dispensing apparatus for aquaculture production, which prevents use of oil, steam, hot water, This is a gasket material for a dispenser for an aquaculture system that shows a preventive control arrangement for disaster prevention to provide an equipment control section (811a) of a moving machine for moving a floatation hood,

As shown in FIGS. 5 to 12, the lifting type poisoning vessel included in the aquatic products and in the distribution and input device control unit 811 for aquaculture of aquatic products and landfill construction equipment constituted inside the distribution and dispensing apparatus main body 1 for aquaculture production, Dispense and dispense apparatuses for providing the equipment control unit 811a of the position-shifting construction machine In the equipment for each type of pump,

A reciprocating pump type hull position shifting construction machine 813a, a reciprocating pump type rotary pump type pump having a facility for each type of pump of the distribution input device, and a motor 192 constituting a reciprocating pump plunger pump 148, The operation of the diaphragm pump 144 and the operation of the wing pump 327 constituting the connection of the discharge joint tube 4 and the belt cover 261 to the rotary pump 337 and the operation of the wing pump 327, A rotary pump rotor 338 other than the pump 326 and a discharge port 270 provided at the suction port 269 to provide various kinds of pumps for moving the water to form a small, (593,594,595) of marine hydroelectric power plants of hydroelectric power plants, which are equipped with valve facilities, and aquatic products and shared water surface treatment for construction of valve facilities. Seawater processing equipments for construction machinery. (811a) of a marine food and beverage processing and construction machine in the main body (1) of the marine hull, It is composed of connecting structures.

As shown in Figs. 5 to 12, a floatation hood hull position included in an aquarium and a landfill dispenser control device 811 of a marine products and buried processing construction machine constituting the inside of the distribution dispenser main body 1 for aquaculture production In the distribution and dispensing apparatuses for providing the equipment control unit 811a of the mobile construction machine,

A plurality of gears for replacing the connection of the electric motor 192 and the turbine pump 140 constituting the turbine pump 140 with the pair of gears 250 on the rotary shaft 198 of the electric motor 192, The axial flow pump 341 and the mixed flow pump 342 of the propeller pump 146 are connected to the self-priming pump 340 having the discharge joint tube 4 and the priming 339 in the suction / A viscous pump 343 and an impeller 143 of a viscous pump are provided,

A certain amount of fluid shoveling is provided for a guaranteed function of the pump, which clearly defines the full-closed position and the deployed position inside the positive displacement pump constituting the inside of the distribution and dispensing apparatus main body 1 for aquatic culture,

The positive displacement pump constituting the fixed quantity of the fluid shovel is the same as that of the marine power plant of the marine power plant of the marine power plant of the small and medium sized and large sized marine hydroelectric power plant (593,594,595) And a facility connection structure for each type of pump constituting the inside of the dispensing and dispensing apparatus main body 1.

As shown in FIG. 5 to FIG. 12, it is possible to configure the marine product to be contained in the aquatic products and the distribution and dispensing device control unit 811 for aquaculture production of the aquatic products and the buried treatment construction machine constituting the inside of the distribution dispensing apparatus main body 1 During the pump operation of the preventive control of disaster prevention of the marine power plant facility of the hull position movement control of the floating control console (593,594,595) of the small, medium and large sized marine hydroelectric power plant,

(34) that constitute the disaster prevention preventive control for providing the facility adjustment section (811a) of the floating construction stand construction construction machine constituting the individual collection tank (34) Of the hydrologic control unit of the aquarium control system of the present invention is provided inside the main body (1) of the distribution and input device for aquaculture,

The center vertical line PBCL of the centrifugal pump 308 constituting the position outside the collecting tank 34 is connected to the motor 192 constituting the centrifugal pump 308, A pump rotational motion is provided by connecting a plurality of chains to a plurality of gears on the rotating shaft 198 of the electric motor 192 in connection with the fuseholder pump 308, An automatic valve 259 coupled to a tee elbow 44 connected to a pipe 14 located at the center of the manhole cover 152 and a collecting tank 34 are attached to the bed frame 286 at the lower end of the collecting tank 34. [ And then,

The electric motor 192 and the centrifugal pump 308 provide an engagement with the sub-port 315 in which the low-level pressure switch 104 operates according to the water level so that the sub- The flange 28 coupled to the louver cover 550 is inserted into the through hole of the collecting tank 34 through the bolt and the nut by a male tool while the flexible coupler 317 is pushed into the through- The main switch button 66 and the auxiliary switch 318 which are switches for on-off control of the respective pumps in the switch input circuit 58 provided inside the louver carver 550 are connected to the suction / The flow rate check flow meter 105 and the motor control module 106 are provided with a stop valve 114 and a connection with the automatic valve 259 in the water supply port 168,

As shown in FIG. 13, a small-sized and medium-sized (small) and medium-sized (small-sized and medium-sized) (593,594,595) of large-scale marine hydroelectric power plants, the disaster prevention precautionary control which is formed in the marine power plant equipment of the hull position movement control,

A device including a metal 539 having a large thermal expansion and a metal 540 having a small thermal expansion is provided with a time comparator 541 and a high level alarm 542 with a Baume-compiler alarm 543 and a vertical relay alarm 544 to the alarm reset button 545 and the check 545 to the lower level switch 546 and the check nozzle 549 to the sound cap 548 and the float inserter switch 551 to the indication scale 552 and the overflow connection 553 are provided with a vent pipe connection 554 and a flange connection 555 to provide a water storage level adjustment to the water collection tank 34,

As shown in Fig. 13, the connection structure of each instrument and switch and pipeline is shown in Fig. 13, and the position of the hull of the flood control console (593,594,595) of the small, medium and large- (1) aquaculture and landfill construction of the interior of the main body (1) of a moving aquarium, (2) a flood control device (811) 811a of the dam control unit of the dam control unit to control the overflow of water and the connection of each pipeline to the connection structure of the pump and each of the pump operation modes are equipped with the individual collection tank 34 Distribution plant for aquaculture of a hydroelectric power station constituting a floodplain Advisory structure of a hull for shifting the location of a construction machine Providing a control unit (811a) In distribution provided by the device gakgae water collection tank 34, equipment connected to the distribution structures for marine form the support sikdok hull landfill input device is configured.

(1) Marine products and landfill construction for the aquaculture system (1) Support for small, medium and large scale offshore hydroelectric power plants in the ocean to be included in the control unit (811) (593,594,595) Marine disaster control of marine power plants of marine plant facilities of disposal (593, 594, 595) Disaster prevention to prevent disasters to be installed in water plant Pump constituting preventive control A plurality of solenoid valves constituting a hydraulic pneumatic cylinder connected to valves In addition,

The solenoid valve pressure switch of each solenoid valve 76 and the solenoid valve start switch button main switch button 66 of the solenoid valve start switch button 66, which are supplied with the pressurized air generated by the air compressor 80 as a connection structure, The butterfly valve 622 is opened and pressed by hand to the main switch button 66 when the main switch button 66 is turned off so that the connection structure of the butterfly valve 622 is fully closed and operated When the on-time main switch button 66 of the main switch button 66 for stopping the start-up switch button is manually depressed, the butterfly valve 622 connection structure is opened so that the pressure air generated in the air compressor 80 A plurality of hatch covers 153 for a construction machine and a plurality of fire doors 154 and a connection structure for providing a connection structure with a plurality of fire doors 154, (811a) for aquaculture and aquaculture of aquatic products and landfill construction machinery constituting the distribution dispensing apparatus main body (1), and a facility control section (811a) The facility of the switch sensor for detection of the fish processing machine,

The solenoid valve body 557 constituting the application method of oil, air pressure and sensor technology is provided,

Flow type manifold 564 and the manifold 564 while providing a connection with the spool 558, the spool 559, the spool packing 560, the pilot 561, the coil 562 and the connector 563, 565, and constitute a plurality of types constituting the oil, air pressure, and sensor technology application methods, and are provided with screw bolts 567, an air hose coupling center union coupling 568, and a body coupling union coupling 569 (557) is installed in a distribution and input device control unit (811) for aquaculture and aquaculture processing construction machine constituting the inside of the distribution and dispensing apparatus main body (1) of aquatic cultivation, Is provided inside the facility control unit 811a of the construction machine,

Position solenoid valve 570 including a two position single 570 and two position double 571 constituting a solenoid valve body 557 type and a horizontal type including a central vertical type 572 and vertical type 573 and a horizontal type 574, 575)

The solenoid valve body 557 includes a straight line 576 which provides a connection with the microswitch 581 through a single 576, a double 577, an idle 578, a child 579, And a damper spindle 584 of a fire damper 583 that controls the air flow rate of the suction port 585a of the doctor ventilation 585 and the discharge port 585b of the base pipe type, (1) of the distribution system for the aquaculture of the aquaculture machine, and a docking control device connection structure of the construction machine connection structure (625) A connection structure for supplying the pressurized air generated in the piping line automatic pneumatic conveying device 916 is provided with a connection structure of a ballast butterfly valve 622 of a diving control device of a piping line,

It is equipped with a number of solenoid valve operation and assembling equipments in hydraulic pneumatic cylinders connected to the valve during pump operation. It is equipped with a distributing and inputting device of the hydrologic control and control section of the dam, As a connection structure, each pump operation method is provided,

 Dispensing device for aquaculture system (1) Aquatic products and landfill built in (1) Dispensing device for aquaculture of aquaculture equipment for the aquaculture system (811) Operation Mechanism Showing Preventive Control Configuration Pipeline line Automatic pneumatic conveying system (916) Consists of connecting structures and is composed of dispensing devices for the aquaculture of the aquaculture hull landfill.

In the collecting tank (34) equipment constituting the distribution and dispensing apparatus control unit (811) for aquatic production of aquatic products and the buried processing construction machine constituted by the distribution dispensing apparatus main body (1)

 (1) Marine products and landfill construction for the aquaculture system (1) Support for small, medium and large scale offshore hydroelectric power plants in the ocean to be included in the control unit (811) (593,594,595) for marine plant facilities of marine power plant facilities to control marine plant facilities for marine products;

As shown in FIG. 13, the 5-port solenoid valve constituting the model of the solenoid valve 76 constituted inside the distribution and dispensing apparatus main body 1 for aquaculture,

The coil 562 is attached to the guide body 561 in the spool 559 and the spool packing 560 to the valve body 557 and the cover 558 to the left side of the coil 562 in the two position single 569, And the two-position double 570 is also attached to the left and right sides of the coil on the left and right sides of the valve body 557 to form a two-position single 569 and a two-position double 570, .

In addition to the above-mentioned standard products, the three-position center cloth 577 and the three-position center presser 578 are provided as three-position center pick-up 579 in order-

577 and 576 on the Ai 577 and Ai 578, while the single product (575) and the double (576)

(579) is a mechanism of a fire damper opening / closing device of a ventilation device of a ventilation vent of a doctor ventilation and a ventilation device of a ventilation device when a fire occurs, and an air hose 109) and is widely used in buildings or other industries and marine vessels.

As shown in FIG. 13, a small-sized and medium-sized (small) and medium-sized (small-sized and medium-sized) (593,594,595) of a large-scale offshore hydroelectric power plant, the manifold system of a manifold system for the treatment of aquaculture of offshore power plant facilities,

(D M Q F 100 -M O O-S) and (D M Q F100-M O O-L) of 5-porter filament leaves (in inches), which are described in the following specification.

As shown in Figs. 68 to 76, in each solenoid valve specification,

As shown in FIG. 13, a small-sized and medium-sized (small) and medium-sized (small-sized and medium-sized) (593, 594, 595) of a large-scale offshore hydroelectric power plant, a solenoid valve (76) constituting aquatic products of marine power plant equipment of hull position movement control,

(LL, 571) and a vertical type (L, 572) are formed in the form of a direct connection type pipe 581 and a base pipe type (valve seat 582) (DC, DC 12V) and DC (direct current 24V) are connected to the coil 562 body for switching on (on) The screw tap and the machining hole dimension are described as follows in the intake port and the discharge port of all the accessories attached to the solenoid valve body 557 when the switch is turned off. (Distance dimension explanation is omitted)

              <Figure 13> <Figure 14>

As shown in FIG. 13, in the distribution and dispensing device control unit 811 of the aquatic production and aquaculture processing construction machine constituted by the inside of the distribution dispensing apparatus main body 1 for aquaculture, The threaded tabs are as follows: an air hose coupling former union coupling 567 and a union coupling (body coupling, 568) male and female threads are machined.

As shown in FIG. 13, a pressure sensor (not shown) installed in the elevator machine room included in the aquarium production and distribution processing apparatus for aquaculture and aquaculture processing construction machine, And detailed description of the unexplained portion of the pump fire extinguisher which is mounted on the cable car 256 so that the initial evacuation and lifesaving structure is achieved within one second is arranged in the hydraulic pressure sensor.

Air Solenoid Valve (76) Please read the following notes before using the product.

As shown in FIG. 13, a small-sized and medium-sized (small) and medium-sized (small-sized and medium-sized) (593, 594, 595) of a large-scale offshore hydroelectric power plant, the use conditions of a fluid for the aquaculture treatment of a marine power plant facility to control the hull position movement,

First, the filter should be installed with a filter with a degree of filtration of 5 μm or more. If there is such a large amount of drain, the pneumatic equipment may malfunction when the valve is used for the first time. do

As shown in the drawing, when drain control of the product of the air solenoid valve 76 is difficult, use of the filter with the auto drain is provided.

When there is a large amount of carbon tar generated in the air compressor, a large amount of carbon tar may be attached to the inside of the valve, making it impossible to operate. Therefore, when the carbon tar is low, an air compressor is used but oil mist and separator are used.

Regarding other conditions of the fluid to be used, the compressed air purification system of the pneumatic equipment manufacturer is taken into consideration.

The following is the initial lubrication for lubrication, so it may be used without lubrication. However, if lubrication is required, use turbine oil type 1 (ISOVG 32), but if lubrication is stopped during use, it will operate due to loss of initial lubricant Lubrication must be used continuously as it may cause defects.

Especially, do not use spindle oil.

The following leakage voltage will be described as follows.

When the power is cut off, the leakage voltage remaining at both ends due to leakage current should be suppressed to 3% or less,

If a C-R device is used for contact protection, the leakage voltage flowing through the C-R device may increase the leakage voltage.

Particular attention should be paid to the contactless relay because it may have a built-in protection circuit.

Fourth,

The temperature can be used up to -10 占 폚, but care must be taken to solidify or freeze the moisture of the drain 301,

If you are concerned about freezing, install an air dryer.

In case of using double solenoid type by momentary energization, the energization time should be 0.1 second or more.

As noted above, it is a note of the solenoid valve prior to use according to the description of the warning sign.

In the detailed description when selecting and handling pneumatic equipment according to warning signs,

First, the proper selection and determination of pneumatic equipment should be done after determining the design or specification of a function with expert knowledge and experience,

The use of pneumatic equipment is handled by a person with sufficient knowledge and experience,

Compressed air is very dangerous if it is handled incorrectly, so maintenance personnel are responsible for the maintenance of the equipment.

After confirming the safety device, operate the pneumatic equipment and confirm that the initial condition of the system and the compressed air are completely exhausted when disassembling and disassembly and assembly.

The maintenance of the compressed air in the condition that the air is not branched may cause injury to the human body due to the malfunction of the machinery.

As shown in FIG. 13, a small-sized and medium-sized (small) and medium-sized (small-sized and medium-sized) (593,594,595) of the marine power plant of the marine power plant of the large-scale marine hydroelectric power plant is not a general use condition for preparing the aquaculture of the hydroelectric power plant of the marine power plant facilities, When controlling harmful fluids, please consult with the manufacturer and consult with the manufacturer to remove the risk factors, even if extra safety is required.

Therefore, before using the pneumatic equipment, the person skilled in the art should confirm once again whether the specification to be ordered is correct and then clean the inside of the pipe before piping or other rinsing is sufficient so that foreign matter, cutting oil and other dust do not enter into the pipe,

When the Teflon film 538 is used, it may be rolled around 1.5 to 2 mm of the screw.

In the case of using the intermediate stop valve as described above, care should be taken not to cause leakage in the piping between the valve 76 and the cylinder 126. In the case of precise position control, precise stopping due to compressibility and minute leakage, If it is necessary to stop for a long period of time, contact the manufacturer to solve the problem. If it is not tightened with excessive force when piping, or if it is not tightened with proper torque, it may damage the human body due to malfunction The pipe should be installed with the following proper torque.

For a more detailed description of the operating environment

Install in a place where corrosive gas, chemical solution, seawater, rainwater, water vapor, etc. are installed. Install it in a place where moisture, oil, etc. are temporarily installed. Take measures such as a protective cover. A silencer or the like should be attached to the exhaust port of the valve to prevent dust or the like from entering the valve,

As shown in FIG. 13, the floatation and placement construction machine (1) included in the distribution and dispensing apparatus main body (1) for aquaculture production includes a flood control system (811) In the facility control section 811a of the control section 811,

And is connected to a hydroelectric power generation control unit 811b constituting a double pipe structure piping line connection shaft 238 of a hydroelectric power plant,

Hereinafter, the description will be made as to the detailed description of the range including the construction machine of the present invention according to the level of the prior art constructed inside the distribution dispenser main body 1 for aquaculture production.

In other words, construction machinery is a generic term for all machinery used for construction, ie, construction equipment used for excavation, transportation, traction, etc. using power obtained from prime mover, The construction machine according to the type of the equipment will be described in detail with reference to the drawings as follows.

             <Figure 15> <Figure 16>

<그림19> <그림20><Figure 17><Figure18>

<Figure 19><Figure20>

<그림21> <그림22>

<Figure 21><Figure22>

              <Figure 23> <Figure 24>

           <Figure 25> <Figure 26>

           <Figure 27> <Figure 28>

            <Figure 29> <Figure 30>

           <Figure 31> <Figure 32>

            <Figure 33> <Figure 34>

As shown in FIG. 15 to FIG. 34, the construction machine of the present invention constituted inside the distribution dispensing apparatus main body 1 for aquaculture production will be described.

First, the range of the bulldozer is an infinite orbit and a tire type;

Second, the excavator range is more than one ton with an excavator in infinite orbit and tire type;

Third, the road range is more than one ton with a loading device in infinite orbital and tire type; standard bucket capacity (㎥).

Fourth, the range of forklifts is to have a lifting device in the form of a tire;

Fifth, scraper range is voluntary with soil and sand excavation and conveyance; standard is bowl capacity (㎥).

Sixth, the range of the dump trucks is 12 tons or more, but the capacity is between 12 tons and 20 tons, excluding those registered as automobiles under the Automobile Control Act for cargo transportation;

Seventh, the range of the crane is to have a steel pillar and pivoting device in an infinite orbit and a tire type, except for the rail type;

Eighth, motor grader range is autonomous with stopper; specification is blade length (m).

Ninth, the roller range is 1. Independent with adjustable and voltage devices. 2. What is the vibration type of traction;

The tenth, safety guard range is a voluntary one with safety measures; the standard is the capacity of the fluid tank (ℓ).

For the first time, the concrete batching plant range is a movable type with aggregate storage, metering and mixing devices, with a prime mover, and the specification is the hourly output (ton / hr) of concrete.

The twelfth, concrete finishing range with prime mover and mover, with prime mover; standard is the standard width (m) that can be constructed.

The thirteenth, concrete spreader range, with prime mover, with prime mover; standard is the standard width (m) that can be constructed.

The fourteenth concrete mixer truck range is a self-contained mixer with an auxiliary device for the input and discharge of material inputs; the standard specifies the amount of concrete (m3) that can be mixed more than once in the vessel, .

Fifteenth, the concrete pump range is a mobile and truckload with a prime mover of more than 5m3 per hour of concrete delivery capacity; the standard is the capacity (m3 / hr) per hour of ascon.

Sixteen asphalt mixing plants range from aggregate feeders, dry heaters, mixers, asphalt feeders with prime mover capacity (ascon) per hour (ton / hr).

The seventeenth, asphalt finish range is to have a prime mover with a sorting and sizing device, a standard pavement width (m) in which the ascon can be laid.

The eighteenth, asphalt spreader range is a self-contained type with asphalt spreader; the specification is the capacity (ℓ) of the asphalt tank.

Nineteen, the aggregate spreader range is self-contained with an aggregate spreader; the standard is the standard laying width (m).

20th, crusher range is movable with a prime mover of 20KW or more, standard (㎥ / hr).

The air compressor range is the one of the twenty - first, the air discharge amount is the moving type more than 283 ㎥ (7 ㎏ per ㎠) per minute, the specification is the air output per minute (㎥ / min).

Twenty-second, the perforator range is a self-contained one with a perforator;

Twenty-third, anti-tar and anti-erectile range, with a perforator, the weight of the hammer and flushing device being not less than 0.5 ton;

Twenty-fourth, the sowing range is the one with the sowing device, with the prime mover;

Twenty-fifth, the range of dredger is pump type, bucket type, depth type and grab type visa type, specification is P 8 and ㎥.

Twenty-sixth, the special construction machinery range is machinery with structure and function similar to the construction machinery of No. 1 to No. 25, which is specially designated by the Minister of Construction. It is located inside the body of the Korean Peninsula Shared to the outside The flood and drought can be efficiently and promptly prevented according to the weather forecast of the Meteorological Agency, which is composed of the main body (1) of the distribution apparatus for aquaculture, It is equipped with various equipments equipped with various construction machinery to make it possible to overcome flood damage from various natural and man-made disasters, and it is equipped with a water surface burial treatment device inside and outside the area around the Korean peninsula to be formed in landfill and landfill. (1) Before and After the Shared Water Surface Treatment Process And a distribution dispenser for aquaculture.

As shown in Figs. 15 to 34, the fishery products constituting the distribution and dispensing apparatus main body 1 for aquatic cultivation and the seafood processing apparatus control section 811 of the shared water surface- (593,594,595) of marine nuclear power plants of medium and large sized hydroelectric power plants, and nuclear power plants of nuclear power plants of marine power plant facilities which are controlled by displacement of explosives. It should not be used in the environment. It should be installed in the main body (1) of the distribution and input device for aquaculture production, taking into consideration the specifications, avoiding the use in a place with vibration and impact, Aquatic products and landfill processing aquaculture equipment for the aquaculture of the construction machinery control unit (811) flood control system construction on the hull landfill The marine products processing, to provide a place and install the pressure sensor and the pneumatic and hydraulic sensor.

The facility control unit 811a of the flood control system 811 of the aquaculture control system for aquatic products and landfill construction equipment constructed in the main body 1 of the aquaculture system includes , A solenoid valve (76) that constructs aquatic aquaculture system of hydroelectric power plant of marine power plant facility of hull position movement control of floating carpentry (593,594,595) of small size, medium and large scale marine hydroelectric plant composing in ocean, 5 The port solenoid valve,

In addition to the above-mentioned standard products, the three-position center cloth 577 and the three-position center presser 578 are provided as three-position center pick-up 579 in order-

(579) is a mechanism of a fire damper opening / closing device of a ventilation device of a ventilation vent of a doctor ventilation and a ventilation device of a ventilation device when a fire occurs, and an air hose 109) and is widely used in buildings or other industries and marine vessels.

As shown in FIGS. 15 to 34, the flood control device 811 included in the seafood processing apparatus control part 811 of the aquatic products and the water surface-buried processing construction machine constituting the inside of the distribution dispensing apparatus main body 1 for aquatic cultivation, One embodiment of the connecting shaft 238 of the common and shared water surface landfill including the equipment control part 811a of the construction machine to the electronic sensor valve screw control part 811z is described as a facility adjustment part 811a And an electronic sensor valve screw control unit 811z of a connection shaft 238 of a common and a shared surface landfill and an artificial fish and shellfish scattering control unit 811q are connected to a fish and shellfish movement control unit 811r ) And an operation of an adve- lon and an airship of a fisheries development device showing the conventional configuration that is connected to a dam control unit (811s) connected to a controllable part of a fish and shellfish scattering control system, It consists of fire and disaster prevention methods that are configured to perform initial evolutions within 1 second after installation of injection nozzles and bed nozzles inside and outside the building.

It consists of fire and disaster prevention methods that are constructed to perform initial evolutions within 1 second after installation of jet nozzles and bed nozzles inside and outside the building. (593,594,595) of small, medium and large sized marine hydroelectric power plants constructed in the SDU, and the seawater processing equipments of the aquatic products cultivation aquaculture and the shared water surface treatment construction equipments in the shared water surface landfill (946) Dispensing devices.

As shown in FIGS. 15 to 34, the small and medium-sized and large-sized vessels included in the seafood processing apparatus control section 811 of the aquatic products and the common water surface embedding processing construction machine constituted inside the dispensing and inputting apparatus main body 1 for aquatic culturing, (593, 594,595) of the hydro-electric power plant of the marine hydro-electric power station (593, 594, 595), which is located in the construction machinery of the flood control disaster prevention system, Among the devices, there are vessels 1078 having resilience for lifesaving in contrast to a conventional sinking ship constituting a sinking prevention vessel for overcoming the sinking prevention even in a severe storm surge wave 1101, Disposing disinfection and disinfection devices inside the main body (1) of the fish processing machine of the construction machine,

A rising airflow 925 of a typhoon and a descending airflow 926 and an airflow control device 951 and a flexible high pressure hose 190 for the harmful redeye suction dust collector are connected to the introduction pipe 191 and the blower 641, The cement boom 651 and the crane boom hook 652 and the rubber balloon 914 and the air nozzle 923 and the loess mixture 927 and the crude oil A sounding line 934 and cooling air bubbles 939 are connected to the disaster prevention nozzle 945 through the underground line and the submarine line wiring 946 and the double structure air inflow rubber tubes 947 inside the container for the inflating and deflating device, Construction equipment installed on manufacturing base and marine tunnel to substitute marine vessel. Distribution equipment of transportation equipment Installation of small-sized, medium-sized and large-scale marine hydroelectric power plant equipped with position shift control device and throttle control device The hull position shifting tank (593, 594, 595) Of a marine hydroelectric power plant (1) including a marine power plant of a marine power plant, a small-sized, medium-sized and large-scale marine hydroelectric power plant included in a seafood processing apparatus control section (811) (593,594,595) equipped with the facilities of disaster prevention equipment to adjust the position of the hull by adjusting the position of the hull, and control the marine products of the marine fish farming landfill Device.

As shown in Figs. 15 to 34, when a conventional marine vessel sinks, the seafood processing apparatus control section of the aquatic products and the common water surface embedding processing construction machine constituting the inside of the distribution dispensing apparatus main body 1 811). However, in the present invention, the emergency escape port is provided in the form of a thermal cross, so that the hatch cover 153, the lifeless bed nozzle 172 and the rope rope An elevator 636, an elevator alley bed 632, a conveyor 633, a bollard 638, an anchor 639, an anchor chain 640 and a helicopter 647 ) And the rubber balloon 914 to the inside of the distribution and dispensing apparatus main body 1 for the aquatic culture and the seaweed processing apparatus control section 811 of the seawater refining processing construction machine, Rollover or sink The rescue captain shall be composed of marine vessels for emergency escape after the rescue and shall be composed of a distribution and input device for aquaculture at the marine landfill site.

In the past, the dams were not equipped at all with the same number of revolutions as the round water tanks, causing landslides in the rainy season, causing the flood victims to take away the lives and property of the people, and low- Due to inundation of living area, livestock industry and industrial complex, wastewater from living and livestock industries flows into rivers and flows into the sea, so that marine creatures move to rivers, so that fishes and shellfish can not freely scatter in the rivers of valleys In order to contribute to the nation's economic development, four major river revitalization projects and the restoration of the world's four major fisheries, it is possible to reduce the damage of human life and property from a large number of floods efficiently and quickly A comprehensive plan prepared by the government is the number A distribution dispensing device for product cultivation is desperately needed,

Therefore, the pipeline line automatic pneumatic conveying device 916 is connected to the seaweed processing device control unit 811 of the aquatic products and the common water surface embedding processing construction machine constituting the inside of the dispensing feeder main body 1 of the marine aquaculture- Which are equipped with flood control facilities to prevent many natural landslides from landslides, and are equipped with a distribution input device for aquaculture cultivation in floating landfill,

In addition to the river dam, which is composed of flood control facilities, aquatic products for marine aquaculture, and seawater processing equipments of the construction water treatment plant, the bridging water intake brink of the water source intake water brink was newly established. By constructing the installation of the device, it is possible to improve the quality of the natural ecosystem by improving the geology by introducing the germanium contained in the soil of the river bottom into the ocean to allow the marine organisms to move to the river, And restoration of equilibrium to maximize ecosystem restoration activities. In addition, forest dewatering projects are carried out in parallel with the dewatering project. In the drought period, Or water stored in a storage tank. A continuous supply of high quality water resources with abundant supply of water resources by the use of industrial water, hydroelectric power generation water, industrial water, pollution control and disaster prevention water is carried out in the marine aquatic product aquaculture system (1) A distribution and dispensing apparatus for aquaculture production is provided in a seaweed processing apparatus control unit 811 of a processing construction machine,

Hereinafter, a hydraulic system of a marine hydroelectric power plant will be described.

                <35> As shown in FIG. 35, a marine hydroelectric power plant having a double structure block tank according to the present invention is constructed in a main body (1) of a distribution system for aquatic products, A small, medium and large marine hydroelectric power plant (hereinafter, referred to as &quot; marine hydroelectric power plant &quot;) constituting the upper part of the ship's deck (269) Including Torricelli's Theorem Relation which shows the construction machine position control arrangement of the hull restraint of hull restraints (593, 594, 595) of the hull. The theoretical hydraulic forces that provide the flow rate and the operation of the seaweed flow are input to aberrations And the water turbine 680o is connected to the water intake facility 680n, which is the same as the arrangement of the multi-stage pump 2, (640p) and a waterproofing facility (680q) to constitute an embodiment of a hydroelectric power plant comprising a multi-stage large-scale hydroelectric power plant (944) of a marine Seiso hydroelectric power plant (943) Hydroelectric power plant of hull position movement control of small, medium and large sized marine hydroelectric power plant flood control station (593,594,595) constituting upper part (SDU) of marine hydroelectric power plant with elemental double structure block tank (593,594,595) Hull Location Moving Construction Machinery Equipment Control Section (811a) Small, medium, large sized marine hydroelectric power plant built in the main body (1) for aquaculture production (811a) Flow rate control hydroelectric power plant construction machine connection structure aquaculture distribution equipment.

Hereinafter, the present invention will be described in more detail with reference to a selenium rectification system (hereinafter, referred to as &quot; selenium system &quot;) provided in a plurality of types of welding systems included in a hydroelectric power generation facility constituted inside the main body 1 of a distribution- A DC arc welding machine and an AC arc welding machine as well as an electronic control equipment construction machine control part 811f included in the nuclear power plant operation 811 of a conventional hydroelectric power plant constituting an embodiment of a distribution and input device for aquaculture production A selenium rectification type DC arc welder and an AC arc welder to be put into a plurality of types of welding methods.

The present invention relates to an apparatus for controlling the distribution and input of aquatic products and a landfill construction equipment for aquatic products contained in the main body (1) of a reactor installation for nuclear waste treatment of a marine nuclear hydroelectric power plant having a dual structural block tank dust collector, (811), the floating and docking nuclear power plant facilities of offshore and offshore marine power plants,

The material is KS D 3515 with a thickness of 24mm and the steel plate (597) with a high strength is welded to the welding area in the same manner as welding (713) welding with a certain dimension. Weld joint for butt joint welding Type, K-type, J-type, V-type, H-type, X-type and V-type, The welding 713 shaped chamfer 727 in the form of a forming groove is provided with an underwater cutter and a computer laser cutter,

The dual structure block tank 598 is installed in the area of the internal piping 14 and the area of the external piping 14 in such a manner that the memory 70 designed by hand and designed by taking the tensile strength and the thickness of the metal plate dimension into consideration is connected to the computer network input 68 ) Underwater Laser Cutting Machine Operation Control The computerized control panel is equipped with underwater cutters up to 2/100 in tolerance according to the selected dimensional specifications and high-strength steel plate (597) In fact,

The unmanned camera 184 of the control system configured to check the status of the worksite transmits the cutter and the cutoff status to the monitor 52 through the operation of the computer control server 51, And a computer laser cutting device,

The cutting grooves are welded to the shape of various welded joint grooves which are the welding improvement surfaces constituted by the cutting apparatus.

The table below shows the distribution and input device control unit 811 for aquaculture and aquaculture processing construction equipment of the marine hydroelectric power plant having a conventional double structure block tank and the inside of the main body 1 of the distribution and input device for aquaculture production The following table shows the efficiency of the Japanese boiler standard welding inside the conventional thermal power generator structure constructed in the floating hydroelectric power plant of the offshore hydroelectric power plant including the onshore and offshore.

<Table 1-18 Welding Efficiency of Japanese Boiler Standards>

The type of welding method and the selection of welding machine are explained as the table below.

First, in the type of welding method,

Welding is a method of locally bonding two or more metals, and about 40 kinds are currently being used. Of these, the most important ones are those that are considered to be particularly important for those engaged in welding jobs As shown in Table 2-1, these can be roughly divided into three types of pressure welding and soldering.

<Table 2-1 Welding method of metal>

Welding is also known as melting welding, in which the molten metal is supplied or melted and welded, in which case the welded material melts and no pressure is applied.

The pressure is applied to the part to be connected and it is heated by the combustion flame or electric current of the gas or is heated only by heating without heating and sucked as a function of the surface tension in the gap of the surface where the other molten metal is connected, The work force acts to bond.

Various types of cutting methods are used for cutting of materials, processing of joints (joints), and gouging.

In addition to mechanical cutting, there is a method of using gas flame and arc. The method other than machine cutting is particularly related to welding.

Of these, the oxygen and acetylene welding methods are particularly popular among the coated metal arc welding and gas welding methods. Accordingly,

Submerged arc welding and inert gas arc welding are also the main welding methods, and therefore weigh more than other welding methods.

Secondly, in opening according to coated arc welding,

Coated arc welding is currently the most commonly used welding method and is often referred to as electrical welding.

In this welding method, welding is performed by providing an arc of electric arc between the welding electrode 853e to be coated and the welding object to be welded.

When this welding method is indicated, an alternating current or a direct current electric voltage is applied between the coated electrode and the base material to be welded to the holder, and electric arc is generated at the interval.

The welding rod 853e and the mother material 853g are melted by the strong heat of the electric arc of about 6,000 DEG C and the metal vapor or the volume of the welding rod 853e is melted by the melting of the metal and is deposited on the melting paper 853l Where it is combined with the molten base material 853g to produce weld metal 853h.

When the two materials are welded, when the material (material) is thick, a groove is formed in the following portion, and the groove is filled as welding metal 853h and joined.

The weld bead at this time has a ripple shape due to the solidification of the weld bead surface.

The electrode 853e is coated with a coating 853f on the outer surface of the metal core wire 853i.

The coating agent 853f is decomposed by the arc heat and stabilized so that the arc does not get out well due to the role of the gas generated by the decomposition, and the generated gas or slag,

By covering the molten metal, molten metal is protected from the atmosphere to prevent oxidation and nitrification. The molten metal improves by proper chemical reaction and sometimes adds other elements required for the weld metal.

Since the gas generated by the covering agent does not protect and protect the molten metal from being adversely affected by the air, the welded portion weakens and weakens, so in the present day, Do not.

AC or DC welding power source is used as welding machine. Other welding devices include welding cables, welding rod holders, handles or helmets, and other tools that other welders require.

Third, in the nature of the arc (853k), a voltage is applied between the electrode and the electrode once, and after a little contact is released, an electric arc arises which produces a blue light.

A large current (about 50 to 400A) flows through this arc 853k. This current dissociates the metal vapor and various gaseous molecules around it to divide the electrons into electrostatic cathodes and negative electrons, Ions flow toward the cathode and the anode, respectively, so that the arc current flows.

First of all, in case of coated arc welding with respect to polarity, when DC welding power is used, this is referred to as DC welding, and when AC welding is used, AC welding is used.

In direct current welding, it is divided into two polarities depending on whether a welding rod is connected to the anode of the welding machine.

Reverse polarity When the electrode is connected to the anode of the welder (DCRP), the polarity of the welder is reversed. Divide into polarities.

In the early days of electric arc welding, since the coating of the electrode was not well developed, a DC welding machine was used a lot but after that, a good AC arc welding rod was produced, so a low-cost AC welding machine was widely used. It is one of the possible progress.

There is a phenomenon in which, during arc welding, the arc is not directed in the right direction but is sideways. This is particularly so in the end or at the beginning of the weld that the arc is pushed into the weld as the wind is blowing, thereby preventing the weld from going to the desired spot without welding.

This phenomenon is called arc blow or self-deflection.

The phenomenon of this arc tip does not occur at the center of the welded part.

As an anti-arc prevention measure, firstly, AC welding should be used instead of DC welding.

The second method is to use a method of welding a plate of the same material as the backing starp (about 15 cm ² ) to extend the weld line at the beginning and end. The first method is most effective.

For coated arc welding, first with respect to the welder, an arc welder (Welder, 853)

There are DC arc welding machines and AC arc welding machines which are designed to allow a large current to flow as a low voltage suitable for welding. There is also a single welder for one welder and a multi-welder for more than two people.

First, in the DC arc welder 853, there are two types of DC arc welders, and 2.2 degrees is a DC arc welding machine 853n, which is a method of generating DC for welding by rotating the DC generator as an AC motor.

In arc welding, it is very important to adjust the welding current according to the welding object. In this type of welding machine, there is a control dial on the instrument panel to adjust the current.

In addition, since there is a changeover switch that matches the positive polarity and the opposite polarity because it is DC, just mark the positive and negative polarities as positive (+) (-) or negative (- There is also something left.

In addition, a three-phase induction motor (commonly referred to as a three-phase motor) is often used as a motor. When a welding machine is connected to a power source, the rotation direction of the motor may be reversed if the power line is connected incorrectly.

In this case, if only one line of 3 lines is exchanged with another line, whether the direction of rotation is right or wrong is indicated by the direction of rotation in the welding machine.

Selenium rectification type DC arc welding machine (853o), which is rectified to direct current by a rectifier rectifier with AC from the outside. This serene rectification type DC welding machine has developed recently and has no rotating parts, little no load loss (power consumption when not welding), quiet, cheap and easy to repair, It is becoming popular in developed countries recently. However, compared to an AC welder, it is still expensive and inefficient.

Secondly, in the AC arc welder 853p, since the stability of the arc is obtained even by the AC by the development of the welding rod, the use of the AC welding machine has been greatly increased. AC welding machines are widely used because they are relatively simple, cheap, and easy to repair.

The AC welding machine 853p is mainly used in the following three methods according to the current adjustment method.

First, a movable linear AC arc welder 853r and a gypsum-type AC arc arc arc welder 853 are used for a movable iron core arc arc welder 853q

The current adjustment of the moving iron-core alternating-arc arc welder 853q,

And adjusting the current using a variable resistor (C) in an AC arc welder 853p to remotely control the welding current remotely controlled welder).

Here, the rated secondary current is shown on the name plate of the welder, and the rated duty rate is also indicated as a percentage of the duty cycle.

For example, assuming that a welder with a rated current of 300A is actually welded with a current of 200A,

However, the rated use efficiency of this welder is 50%.

Therefore, it can be seen that continuous use at this time does not interfere.

In addition, there is an arc spot welding that welds as a spot instead of a continuous long weld, and a special (T IG) toroid is also used for cutting the arc, do.

The twin ar c method of generating an arc between two tungsten rods, such as atomic hydrogen arc welding by TIG welding, is also a heat source. .

On the other hand, in the characteristics of the inert gas tungsten arc arc (T I G) welding, alternating current or direct current is used, and the influence of the polarity on the welding result is very large.

In direct current welding (D.C. Welding)

The flow of electrons and ions flowing through the arc in DC welding is as shown in FIG.

In the positive polarity, the metal vapor and the ions of this nut gas are directed to the electrodes, and the electrons strongly impact the substrate, so that the ions are concentrated deeply.

Since the electrode does not generate excessive heat as a collision of the gas ions having a slow velocity, the electrode can flow at least a large current (not described below).

 When crushing a concrete structure, it is a device that can be used for brakes by replacing bits of novi and kata,

The specifications are as follows: Engine type: 75 c C 2 cylinders,

The fuel tank capacity is 1.1 L, the weight is 15 Kg, the power source is volatile, the oil is 12: 1, the superpower is 14.3J,

The crushing ability constituting the electronic control adjusting apparatus construction machine controlling section 811f is,

2.200 / min., It is an air compressor type reciprocating piston type, and it is preferable that several striking bits 940 are formed in the rock drill 847 in the construction,

A striking bit is formed in the jack body feature.

1) Maximum working diameter: ¢ 51m m

2) Working depth: 2.54m

3) Adjustable rotation speed

4) Underwater blast hole operation, no noise, non-vibration, shatter hole operation

In the specification of the rocker arm 847,

1) S t e l t y p e: 41/4 "× 1" h e x

2) Number of rotations: 0 to 300 RPM

3) Weight: 30kg

4) Length: 66c m

5) Width: 46c m

6) Pressure: 105-140 b a r

7) Flow rate: 26 ~ 34 L P M

Dispensing and dosing device for aquaculture of a hydroelectric power plant with dual structure block tank (1) Aquatic products and landfill constructed in the interior Dispensing device for aquaculture of a construction machine And a power transmission unit 811d which is provided in the form of a number of blowers 941 mounted inside the power transmission unit 811d and transmits power to prevent and prevent disaster prevention, as shown in the following figure, The impeller 143 of the body 941 and the rotary shaft 198 are assembled together with the rotary bearing 200.

And a power transmission unit 811d for transmitting power to the prevention and control of disaster prevention to a distribution and input device control unit 811 for aquatic production and aquaculture of aquatic products and landfill construction equipment constituted by the distribution dispensing device main body 1 for aquaculture It is a test list according to the model of the cooling fan (641) as shown in the following figure.

And a power transmission unit 811d for transmitting power to the prevention and control of disaster prevention to a distribution and input device control unit 811 for aquatic production and aquaculture of aquatic products and landfill construction equipment constituted by the distribution dispensing device main body 1 for aquaculture (Pressure switch) operation mode of the cooling machine automatic system and the manual control system as shown in the above figure, which is composed of the power transmission unit 811d for transmitting the power to the disaster prevention prevention control.

And a power transmitting portion 811d for transmitting power, as shown in the above figure.

A vacuum pump (Vacum pump) 635 is connected to the condenser lower gauge manifold valve as shown in the following figure, which is composed of a power transmitting portion 811d for transmitting the power of a marine hydroelectric power plant having a dual structure block tank And injecting the Freon gas again.

The figure below shows the external and internal cross section of a small air conditioner (DP-5KV) capacity.

And a power transmission unit 811d for transmitting power to a distribution and dispensing apparatus control unit 811 for aquatic culturing of aquatic products and landfill processing construction machines constituting a distribution and dispensing apparatus main body 1 for aquaculture production, And FIG. 5 is a perspective view and a front sectional view showing a medium-sized air conditioner mounted inside.

 And a power transmission unit 811d for transmitting the power of the aquarium and the landfill construction equipment for aquaculture production and control of the aquatic products culturing equipment for the aquatic products and the landfill construction equipment constituted by the aquarium production / distribution apparatus main body 1, A large number of air conditioners are mounted together.

And a power transmission unit 811d for transmitting power to a distribution and dispensing apparatus control unit 811 for aquatic culturing of aquatic products and landfill processing construction machines constituting a distribution and dispensing apparatus main body 1 for aquaculture production, The impeller 143 of the body of the blower 941 and the rotary shaft 198 are assembled together with the rotary bearing 200 and the like.

And a power transmission unit 811d for transmitting disaster prevention preventive control power of the nuclear power hydroelectric power plant unit 811 to the inside of the main body 1 of the nuclear reactor waste disposal reactor apparatus. This is a test list according to the fan 641 model.

And a power transmission unit 811d for transmitting power to a distribution and input device control unit 811 for aquatic culture of aquatic products and landfill construction equipment constituting a distribution and dispensing apparatus main body 1 for aquaculture production, It is a position explanatory view of the operation method of the press (pressure) switch of the cooling machine auto control type and the manual control type.

And a power transmission unit 811d for transmitting power to a distribution and input device control unit 811 for aquatic culture of aquatic products and landfill construction equipment constituting a distribution and dispensing apparatus main body 1 for aquaculture production, It shows the operation method of menu and auto switch.

And a power transmission unit 811d for transmitting power to a distribution and dispensing apparatus control unit 811 for aquatic culturing of aquatic products and landfill processing construction machines constituting a distribution and dispensing apparatus main body 1 for aquaculture production, And a vacuum pump (Vacum pump) 635 is connected to the lower condenser manifold valve of the condenser to re-inject the CFC gas.

The figure below shows the external shape of the compact air conditioner (DIPY-5KV) and the internal front section.

And a power transmission unit 811d for transmitting power to a distribution and dispensing apparatus control unit 811 for aquatic culturing of aquatic products and landfill processing construction machines constituting a distribution and dispensing apparatus main body 1 for aquaculture production, And the motor actuator 848 of the same-type device is installed.

And a power transmission unit 811d for transmitting the disaster prevention preventive control power of the nuclear power plant 811 constituting the inside of the distribution dispensing apparatus main body 1 of the nuclear waste disposal reactor apparatus.

And a power transmitting portion (811d) for transmitting power to a distribution and dispensing device control unit (811) for aquatic culture of aquatic products and landfill construction equipment constituting a distribution and dispensing apparatus main body (1) for aquaculture. A plurality of anchors and anchor bolts for replacing anchor bolts 133 at respective corners, a mooring device having a anchor bolt 133 and a key bed 616 for fixing the anchor bolts 133 to the sea floor, A hydraulic control unit for hatch cover (153) at a predetermined distance from the bottom of the hull, a double-tubular structure for adjusting the level of the underfloor of the tank frame, a skid bed (616) An excavator 845 for a central position holding tank at the upper end of the upper end of the hull deck having a plurality of hull anchoring bollards 638 and a drilling machine 908 for crude oil at the upper part of the holding tank, , And piping lines for connection cover for protecting the pipe rack (694), after drilling the sea floor during drilling, and providing the harmful gases destroyed,

A pipeline constituting the prevention of harmful gas, a plurality of electronically controlled valves of the internal safety control device, a central position holding tank integrally provided with the natural gas and crude oil drilling equipment, and an external wall outside the holding tank, A net 910, and a cigarette package 184 constituting the inside and the outside of the tank,

However, officially, according to the international convention, the range from the ground to the upper reaches of 29 Km is limited to that range. Therefore, as mentioned above, there are several sea-level and sea- The adoption of the method of strengthening the surveillance function to prevent the production of military equipment by installing the sensor sensor for military defense in the flood control station,

In order to make the nuclear facilities of Pyongan Island and Hamkyung Province lethargic, we installed sensors for military defense sensors,

Therefore, the nuclear missile that constitutes the military sensor sensor is constructed as a defensive missile attached to the net at the upper part of the firing position when the missile is fired. When the missile is fired, the missile is automatically executed,

The defensive missile, which is constructed in order to make the global village of no-

In the area above 29km above the ground, a military defense sensor system consisting of a large number of flood control units and a honeycomb net disaster prevention system are constructed in marine and airspace to provide a permanent peace,

A non - disaster - friendly global village constituting a permanent peace is a safe connection structure constructed inside a marine nuclear power plant. It is used as a construction machinery device constituting aquatic product form of a hydroelectric power plant having a double structure block tank for nuclear waste disposal,

A distribution and input device for aquacultural production of a hydroelectric power plant constituting a preventive measure in response to an artificial disaster, And a power transmission portion 811d.

(1) Inside the main body (1) Marine products and landfills Construction machinery Marine aquaculture equipment (811) Small-sized and large-sized marine hydroelectric power plant floodplain (593,594,595) Hull In the facilities of the disaster prevention apparatus constituting the flood control which is adjusted by the construction machine of the position movement control,

Dispensing device for aquaculture with double structure block tank constituting equipment of disaster prevention device Power is supplied to the control part (811) of the aquaculture device for aquaculture of the aquatic products and the landfill construction machine constituted inside the main body (1) The fuel supply piping line including the flooding control process and the piping line of the liquid to the disaster prevention piping line formed by the gas are integrally joined together and then the hose of the pipe nozzle is arranged in an orderly double- A spray nozzle body (B) is detachably assembled to an upper end portion (C) of a spray nozzle body above a lower end portion of the body, and a lower end portion (C) of a spray nozzle body constituting a firefighter nozzle (10) A lifesaving basket (length × width × height: 2500 mm × 2500 mm × 2000 mm, made of a wire rope or rope net) 42 is installed on the upper part of the body B, In part,

The torch burner 173 facility, which receives the fuel supplied from the gas fuel supply piping line and constitutes an emergency,

A gas burner 173 for cooking, which is attached to the lower part of the burner 173 constituting the torch burner 173 (the vinyl tent formed as a double structure in the form of a circle with the size of 10M x 10M x 10M, The uninhabited igniter 187 is installed and the outer circumferential surface of the adverbon is wrapped with the wire rope 19 or the rope 131 like a net and bound to the lower portion of the adobe with the rope 131, A camera 184 mount is provided,

A radiosonde (134), which is a weather observing instrument for observing diurnal conditions farther away from a higher position constituting the mount of the unmanned camera (184), is mounted, and a mouth multi-stage pump control system A multi-stage multi-stage pump 8 comprising the equipment of the fire extinguishing system 150, a disaster prevention piping line 89, a disaster prevention water channel 17, a double tube structure collecting tank 34, )Wow,

An electronic control device includes a plurality of valves and an air compressor (80), a generator (124), an engine (144), and a cylinder (138) configured in a doctor ventilation for interrupting the flow of the internal flow of the communication equipment constituting the microcomputer system. A fire hydrant 179 and a fire extinguisher 185 and a tube 188 and a head tank 189 and a high pressure hose 190 are connected to a tachograph winch 137 and a fuel connection structure The entire area where the igniter, the asphyxiant gas (163), the fire, the flame, and the pillar are generated is referred to as a fire sensor pump body, and the inside of the distribution dispenser main body (1) And a power transmission unit 811d for transmitting the power of the aquatic products and the aquarium culture aquarium culture control unit 811 of the buried processing construction machine.

In the disaster control system of the flood control process that is adjusted by the construction machine of the hull position movement control of the flood control console (593,594,595) of the small, medium and large scale hydroelectric power plant,

The fire sensor pump constituting the flushing control process is firstly made of KSD 3507, a plastic coating on the rolled steel for general piping, and a connection coupling to the nozzle body is made of K SD 2331 aluminum alloy for die casting and a heat- Or KSD 3699 hot rolled stainless steel strip. The temperature sensor is replaced by a bimetal or bourdon tube type to paraffin sensor type. It can be used as a solenoid solenoid valve for diesel engines, fire pumps, and other standardized hose pipes The size of the pipe nozzle supplying the liquid and the gas at the same time in the double pipe structure type according to the size,

At the same time, the tube nozzle 1 type,

It is manufactured in the standard order of diameters of 200m, 180m, 150m, 130m, 100m, 80m, and 50m,

In the tube nozzle 2 form,

(150x150) mm, (150x130) mm, (130x100) mm, (100x80) mm, (80x50) It is composed of 14 types of standard, tube nozzle connected to the hose part and tube nozzle of many linear straightening holes. It is possible to work in the building of a building, And the general fire of forest, forest, paper, and futon which is the ordinary fire of the building belonging to each fire classification, evolved early from fire and fire of the combustible or large fire of the neighborhood living area, (811) of aquatic products and landfill treatment construction equipment constituted by the inside of the main body (1) of the aquaculture production aquaculture apparatus, while being rescued as fire fighting and disaster prevention countermeasures by the airship, Forward It is preferred, this flood control process that consists of a power transmission unit (811d) configured.

(1) Inside the main body (1) The marine products of the marine hydroelectric power plant (593,594,595) of the small, medium and large sized marine hydroelectric power plants in the control unit (811) In the facilities of the disaster prevention apparatus constituting the flood control which is adjusted by the construction machine of the position movement control,

The fire-fighting nozzle (10) used as a plurality of pipe nozzles inside the marine power plant constituting the flushing control process with the disaster prevention device is provided with a thickness of 3 mm,

The piping body, which constitutes the flood control process of the disaster prevention device,

In the case of one type, when installed vertically above the height of the main body,

The nozzle joint portions are classified into seven stages, and the names of the fire-fighting nozzles of the fire-fighting nozzle of the above-mentioned one type are "Title 100" 10a, "Title 90" 10b and "Title 75" 10c and "Title 65" 10d A plurality of fire fighting disaster prevention pipes (hereinafter referred to as " fire fighting fire disposal pipes ") 20 having firefighting nozzles 10 formed by dividing them into "name 50" 10e, "name 40" 10f and " Is attached to the piping line (diameter: φ350 mm, vinyl coated flow tube 60) with the elbow and tee elbow 44 and the firefighter nozzle 10 attached to the line 168, and the "name 100 × 90" (10 h "50 × 40" (10l) and "nominal 40 × 25" (10m) in "Nominality 90x75" (10i) and "Nominality 75x65" (10j) and "65x50" In the case where the fire-fighting nozzle is constructed at a higher position as in the above-mentioned one embodiment,

The fire-fighting nozzle constituting the flushing control process of the fire-

A plurality of eight-sided gap 15 machining holes 20 at the normal position of the injection nozzle are formed by the reducer 35 having the above-described dimensions, and the gap of the eight-sided nozzle in the flange 28 joint portion is constituted by seven-

The shackle 23, the bolt 24, and the nut 24 are disposed at two positions of the tee elbow 44 flange machining hole 20, which is a portion connected to the disaster prevention pipe connected to the joint portion at the lower end of the flange 28, The rope 131 is pulled up to the upper end of the body of the nozzle 10 from the opposite sides of the shackle 23 in the direction opposite to the binding position while the rope 131 is fastened with the bolt At the same time, the worker does not go up to the height of the telephone main body while dismantling the rope 137 bound together, and the rope 137 is disassembled and the safety work is terminated. At the same time, a tongue winch 137 is provided, The nozzle 10 is provided,

In the equipment constituting the fire-fighting nozzle 10,

A firefighting nozzle 10 facility having a length of 1 km, 2 km and 3 km, in which a plurality of 15-m fire hose pipe nozzles 10 are connected,

Fire-fighting nozzles (10) are provided as disaster-controllable fire-fighting apparatuses,

(10) Equipment for the distribution of water for the production of aquatic products (10) Water treatment plant for the aquatic products and the landfill construction equipment in the main body (1) In the control unit (811) for the aquaculture system for aquaculture, small, medium and large- It is desirable that the flood control process of the flood control station (593, 594, 595) of the power plant is configured.

(7) The high-pressure piston-type disaster prevention pump (8) that provides the water supply. The disaster prevention water (7) during the operation is equipped with several disaster prevention water hoses (9) Disaster prevention water is discharged to each of the disaster prevention nozzle 10 installed between the nozzle 10 and the fire hose connection part and the water supply pipeline connection fixed type disaster prevention nozzle 10 in the seesaw crane boom 651, A weather shelf device provided with a wire rope 19 and a shackle 23 and a connection flange 28 for connection to the flood control nozzle 28. A basin in which a pile at the lower end of the lower part of the ad- (42) The connection line for protecting the disaster prevention nozzle at the bottom (19) The hose of the air transportation means lighter than air is connected with the double structure inside the disaster prevention hose to form the fire-fighting nozzle (10) The apparatus is provided with distribution dispensing apparatuses,

(1) Inside the main body (1) Marine products and landfill processing In the control section (811) of aquaculture system for aquaculture of the construction machine, flood damage of the floodplain (593,594,595) of small, medium and large- It is preferred that the conditioning process is configured.

In the facilities of the balloon 77 and the airship 78 constituting the flood control process,

The facility hose 109 and the high-pressure hose 190 constituting the advertisement balloon 77 and the airship 78 are equipped with a fire protection function such as forest fires and large-sized fires as well as forest protection, typhoons, Compressed air generated by the air compressor is used for disaster prevention. The air supply is provided while separating cold air and hot air, which are always compressed and mixed,

It is equipped with the wire rope and the frame which constitute the adventure balloon (77) and the airship (78) as an alternative method, and the disaster prevention material is controlled by the equipment inside the body of the pump extinguisher having the double structure according to the weather condition, The mixer section at the rear end of the disaster prevention pump constitutes a carbon dioxide (174) gas tank (171) as a Ti elbow coupling gas inlet, while a discrete injection device The carbon dioxide has a gas container 171 for storing the halon gas 175 while ensuring the function of initial evolution as a powder and compressed liquid gas at a rate 15 times faster than that of the fireproof water, Stage piping line 89 at the tail end of the multi-stage pump, so that the conventional port injection method is used, In the method,

(811) for the aquaculture device for aquaculture of aquatic products and landfill construction equipments, which is the same as the method of injecting injections into the inner blood vessels of the human body, It is preferable that the flood control process is performed by the power transmission unit 811d.

A suction pipe and a discharge pipe (3,4) for suctioning the pressure to the left and right sides around the suction port are connected to the periphery of the impeller (143) inside the protective cover of the multi-stage disaster prevention pump (8) Is called a head tank 189, and the head tank 189 is pressurized at pressures that allow the head tank to withstand 8 liters of capacity and 16 bars as the water pressure of the fire water rises at a very high pressure. Store,

When a certain pressure is reached, it is equipped with a large sized pipe (14) of a certain size and a pipe connection connecting elbow and a tee elbow (44), which are provided at the front of the head tank, A power transmission unit (not shown) for transmitting the power to the aquarium and the landfill construction and construction apparatus for aquatic products culturing and dispensing apparatus control unit 811 constituting the inside of the distribution and dispensing apparatus main body 1, 811d). &Lt; / RTI &gt;

Next to the water supply pipe 14 constituting the flood control step, a spray nozzle connecting portion connected to the disaster prevention pipe 14 for disaster prevention is provided,

(10a), "Nominal 90" (10b) "for each of the seven types of the standard specifications of the standard specification formed by the piping body whose specifications are adjusted by the piping body which is made by the piping connection part (35) (10e), "nominal 40" (10f) and "nominal 25" (10g) are mounted on the injection nozzle body The spray nozzles are connected to a pipe line of a predetermined length and connected to the piping 14 of the injection nozzle body by one set in the middle, and connected to the rear of the bottom surface of the machine room floor, The flange 28 is separately manufactured for each designation and is connected to the piping 14 through the piping connection reducer 35 and then to the piping 14 of the disaster control nozzle body and then to the piping connection reducer 35 As a result,

In the disaster prevention piping system constituting disaster prevention,

The connection and disconnection constituting the disaster prevention piping system is connected in the reverse order to the flange connection processing hole 20 in the circumference of the disaster prevention nozzle flange 28 with the bolts 24 and the nut 25 for connecting the injection nozzle and the washer 26 In the disaster prevention piping system constituted by the nozzle gap (15), a coupling is provided in the vicinity of the flange (28) and the flange (28)

The nozzle body (B) is constituted by two types of connection structures, and is connected to a distribution and input device control unit (811) for aquaculture and aquaculture processing construction machine for aquaculture, which is formed inside the distribution and dispensing apparatus main body (1) It is preferable that the flood control process is constituted by the power transmission unit 811d that transmits the adjustment power.

210 to 212, the distribution and input device control unit 811 for aquaculture and aquaculture processing construction machine constituting the inside of the distribution and dispensing apparatus main body 1 for aquatic production includes small, medium and large (593, 594, 595) of a marine hydroelectric power plant are equipped with the construction equipment of the disaster prevention device,

(811) for aquaculture and aquaculture processing equipment for aquatic products and landfill construction equipment constituting the inside of a distribution and dispensing apparatus main body (1) for aquatic cultivation apparatus constituting facilities of the abovementioned disaster prevention apparatus, (958), peace-preserving message image photoshop (958), which is more powerful than bombs, to be installed in the Northeast Asian region. Photoshop (958) In addition,

A small-sized, medium-sized and large-scale marine hydroelectric power plant (hereinafter, referred to as a &quot; marine hydroelectric power plant &quot;) is installed in a distribution and input device control unit 811 for aquaculture and aquaculture processing construction machinery constituting the inside of a distribution- (593, 594, 595), which is equipped with the facilities of disaster prevention equipment that adjusts the position of the hull by the construction machine,

On the other hand, in the vicinity of the launching platform of the satellite and the space rocket constituted in the distribution and input device control unit 811 for the aquatic products culturing of the aquatic products and the buried processing construction machine constituting the inside of the distribution dispensing apparatus main body 1 of the aquatic culturing, A 1 meter thick natural loess on the floor and a disaster prevention construction machine are installed on the deck deck,

In the vicinity of the launching platform constructed on the deck deck, a circular ocher block fire prevention wall having a diameter of 100 meters is provided with a thickness of 3 meters and a height of 15 meters,

When satellite and space rockets are fired from the launch pad and space rocket launcher at the top of the deck deck, when a huge amount of fuel is burned to obtain propulsion, high temperatures are generated, resulting from the launch of satellites and space rockets A 100-meter-diameter circular ocher-block fire wall with high-temperature and high-pressure combustion heat is installed in the hydroelectric power station facility to provide high-temperature and high-

The crane boom is a large-scale crane boom that provides hull movement in the deep sea because the hull is moved depending on the length of the crane. To prepare the operation, and to prepare a quarry in two places in front of the hull,

The hull is retracted, and both sides of the ship are provided with a tailpiece at the same time, and the ship is sheltered at the shore shelter,

Nuclear power plant facilities equipped with anchors and anchor chains, capable of delivering seedlings from the ocean floor,

It is desperately needed to construct the inside of the distribution dispensing apparatus main body of a marine hydroelectric power plant having a double structure block tank with equipment provided for safe hull movement execution.

The technical level of the present invention is that the term 'control activity' is a level that is removed or excluded altogether. It removes disaster damage that blows like a snowball. It is a feature that is provided as a disaster prevention system with a remarkable difference from a conventional technology level. In order to achieve the purpose of the invention, it is necessary to formulate the present invention of the construction equipment and the heavy machinery in the present invention so that the economic recession and the future of the political, economic, cultural, scientific and environmental fields constituting the settlement of the national debt within the next three years A technical feature is the distribution input device for aquaculture, which is composed of a future oriented ocean power plant including blueprint.

(590), which is a plurality of pillar holding tanks, and a barge hull (591) at the upper end of the pillar holding tank (590) are provided in the distribution dispensing apparatus main body (1) A small marine power station flood control 593 configured to disassemble and disassemble the barge hull 592 at the bottom of the holding tank 590 and a large marine power station flood control 595 It is a vital part of a distribution system for aquaculture which fixes to the deep sea of the ocean connected to the ocean.

In order to overcome various floods formed before and after the process of the water surface embedding process in the main body (1) of the aquatic production and distribution apparatus, a plurality of piers And a barge hull at the lower end of the holding tank is disassembled and disassembled into a barge hull at the upper end of the holding tank, and a large-sized marine power plant with a floating marine power plant, And a common water surface reclamation processing device which is installed in a landfill and a shared reclamation landfill by a disposal adjustment device having a construction machine of a flood control system and a distribution and input device for aquaculture in order to overcome various floods Shared surface landfill treatment process Before and after the flood treatment Landfill landfill Landfill distribution for aquaculture input Device. &Lt; / RTI &gt;

Hereinafter, the prior art for allowing a person skilled in the art to understand the dispensing device for the aquatic culture of the present invention is described in Patent Document 10-1167145, Jul. 13, 2012, Patent No. 10-1570665, -1799861, November 15, 2017, reference to the registered copyright of the non-patent document No. 2012.12.31, c-2012-0268465, the amendment of the Treaty documents and constitutional amendment of Northeast Asian peace coexistence treaty;

SUMMARY OF THE INVENTION The present invention has been made in view of the above problems, and a conventional aquatic aquaculture apparatus includes, as shown in the drawing, for example, a conventionally-

 Recently, the countries of the world that make up the fisheries development have been working on fisheries such as tuna whales rising from the Antarctic to Oceania,

In terms of performing fishing with a helicopter, various fish species perform fisheries in the middle and middle sea areas of each country. In order to overcome fish catches before being introduced into the 4th fisheries, In the area leading to the North Pole, the conventional aquatic products are equipped with a transporting body and a frozen body for processing fishery products, so that the red tides and wind waves can not overcome the natural disasters caused by the earthquake, It is often the case that global economic growth is stalled.

For this reason, the distribution input device for aquaculture is equipped with a lifting device, which is a distribution input device for aquaculture, which is connected to a tunnel, and a construction machine which is included in the lifelong communication system, to prevent earthquake damage before and after the earthquake. It is aimed to provide a distribution input device for aquaculture which consists of 1,500 households at the top of a deck of deck decks for the five people and measures for protection and upbringing of many types of offshore fisheries.

Further, according to the present invention, it is possible to prevent desertification in Northeast Asia and to prevent the harmful reproduction of harmful cold waves and heat waves in accordance with the long-term weather forecast constituted inside the dispensing and dispensing apparatus main body for aquaculture production, The construction of dual tube structure connected with the drainage system of the Weihai is also equipped with a construction machine to provide a distribution and input device for aquaculture,

Each of the fish species is passed through the distribution and dispensing apparatus for aquaculture production and the fishes that flow into the four fisheries of the world constituting the seafood processing apparatus, and the Mongolian desert so as to pick up each fish species from whales to shrimp It is composed of a plurality of fish tunnels (from the center of the Korean peninsula to the inside of a radius of 1200KM), the fisheries of the Antarctic and the Arctic to form fisheries that they like, and aquatic products It is another object to provide a distribution dispenser for aquaculture.

According to an aspect of the present invention, there is provided a distribution and dispensing apparatus for aquaculture,

The double tunnel structure penetrating the water intake dam of the distribution shaft 357 constituting the inside of the distribution and dispensing apparatus main body 1 of the aquatic production station constituting the distribution and dispensing apparatus for aquatic culture is also equipped with a construction machine, Forming an insert into the dam,

In the water storage tank and the intake water dam, there are provided a power pump for regulating the storage of water for aquaculture, an adjustment shaft 231 constituting each valve, and a connection port for connection to the marine tunnel transportation device 941 included in the adjustment shaft 231 A distribution dam construction apparatus comprising a power generating dam construction machine and a borehole 936 which are composed of the inside of a marine hydroelectric power plant floating feeder 593,594,595 are installed in the main body 1 of the distribution and input device for aquatic aquaculture, A borehole 936 is formed with the construction machine,

And a rotating body of a core drill 917 coupled to a pipe rack 854 formed in the drilling machine 908 forming the borehole 936. A plurality of boreholes 936 are provided on the downstream side of the river for distribution A borehole 936 is formed with a charging device,

The movement of the marine hydroelectric power plant floating feeder (593, 594, 595) of the aquaculture distribution apparatus is provided with an anti-sunken rescue line and a tug line to form a movement to the shackle connected to the rope chain and the wire rope formed on the anti- A power pump 304 for pumping groundwater located in the lower part of the dam, and a valve are provided to pour the ground water over the river surface while distributing the ground water discharge to each valve to control the flow of the water flow. A plurality of distribution shafts 357 and an adjustment shaft 231 for distributing and storing a plurality of distribution shafts 351 and 352 so as to control the distribution shafts 351 and 352;

The distribution and dispensing apparatus for aquaculture is connected to one side of a marine hydroelectric power station floating ship 593, 594, 595 connected to a marine tunnel communication device 941 of each control shaft 231 to control the hull position movement of a marine hydro- The seals 156 formed inside the cylinder 126 used as a sinking preventing retention line for the tanks and the cylinder 126 used as a carrier for disassembling and assembling are assembled so that the high pressure pump and the high pressure hose A crank 248 coupled to the valve device and a linkage 249 used as a connecting device to the crank 248 and a hydraulic cylinder 623 ) For controlling the flow of the water to the inside of the distribution and dispensing apparatus main body (1) for aquaculture, and a control unit (811) for aquaculture apparatus for aquaculture of the landfill treatment construction machine. And aquatic food dispensing chute for constituting the equipment control part (811a) of a mobile construction machine;

The distribution shaft 357 connected to the distribution shaft 357 of the aquaculture distribution and dispensing apparatus is provided with a fishery product for regulating the flow of the water constituting the inside of the distribution and dispensing apparatus main body 1 for aquatic production, A hydro-hydroelectric power production control unit 811b for producing power for the aquaculture system for the aquaculture production of the machine, which is included in the distribution control unit 811, and the hydroelectric power generation unit of the hydropower generator 213, A plurality of aberrons and turbines 267 for generating mechanical energy by generating a hydraulic pressure difference inside the turbines 261 and 272 and rotating the turbines 267 to produce power, The generator 213 for converting the power and the turbine 267 and the generator 213 are connected to the upper end of the rotating shaft 198 at a position below the rotational speed detector 214, Supply And the upper rotating shaft 217 is positioned below the device 216 for pushing the annular vane 215 into the device 216 for pushing the annular vane 215 into the lower portion of the exciter 215, A device 218 for pushing the rotary bearing under the upper rotation bearing 217 is located and a central stator 221 is disposed on the lower portion of the rotary bearing pushing device 218 and the stator coil 219 and the stator frame 220, The electric wire 71 is sandwiched between the center stator 221 and the fan 195 is positioned below the center stator 221 and the lower part of the fan 195 is rotated at a low speed A rotor coil in which a bearing 225 is located and a low speed cooler 222 is positioned below the low speed rotation bearing 225 and which is a rotating electromagnet constituting along the circumference of the rotary shaft 198; Non-rotating coil installed The turbine rotation bearing 227 and the impeller casings 228 are installed inside the casing 141 of the hydrostatic power generator 213 in the turbine 267 and a plurality of turbines 267 located at the lower end of the rotary shaft 198 And the turbine 267 is different in the shape of the Francis aberration 229 and the Pelton aberration 230 while the intake port 269 and the discharge port 270 are formed in the casing 141) and the hydrostatic generator (213) are moved within the hydrostatic power generator (213) to generate hydroelectric power by rotating several aberrations while controlling the voltage in the substation of the power transmission unit While the pump aberration 264 adjusts the opening and closing of the main valve 265 to the electric power supplied from the nuclear power plant to the flow rate stored in the river to operate the pump aberration 264, (811) of aquatic products and landfill construction equipment for preparing a water storage dam (680) located at the upper part of the power plant and producing aquatic products and aquatic products And a marine hydroelectric power production control unit 811b for providing power production, the facility control unit 811a of the floating marine hood position shifting construction machine included in the aqua regeneration distribution control unit 811 of the aquaculture processing construction machine, The aquatic aquatic culture aquarium control unit 811e and the freshwater fish aquarium aquarium control unit 811f are installed in the power transmission control unit 811c and the harmful tidal control prevention control unit 811d of the metropolitan subway transit railway substation, Fishery freshness maintenance aquaculture device regulating units 811g, and is constituted by distribution and input devices for aquaculture production;

The distribution shaft 357 connected to the distribution shaft 357 of the aquaculture type distribution and dispensing apparatus is provided with a power source for generating hydroelectric power by rotating a number of aberrations by adjusting the diameter of the suction port 269 and the discharge port 270, (1) for controlling the flow of the water in the main body (1) of the marine aquaculture production system by controlling the voltage in the substation equipped with the transformer of the substation to control the distribution to each industry And a power transmission control unit 811c of a submarine crossing railway substation for providing power transmission included in a distribution and dispensing apparatus control unit 811 for aquaculture and aquaculture of aquatic products and landfill construction equipment, Configure;

When a harmful tidal adjustment warning is issued in a drought period, the control tank 304 is connected to the distribution shaft 357 of the aquatic production and distribution apparatus, The backflow valve 409 is opened and the tuyere winch 137 for the opening and closing control device for the water gate is adjusted to control the flow of the flow of the water. (1) to control the flow of water constituting the inside of the main body (1) for aquaculture production, while discharging a large amount of control water to the ocean to prevent the occurrence of harmful red tide. And a harmful red-bell-cut prevention / control unit 811d included in the device control unit 811, and is constituted by a distribution and input devices for aquatic production;

The water stored in the peak intake water dam 680 is connected to the distribution shaft 357 of the aquaculture distribution and dispensing apparatus so that the power pump 304 and the piping and the fire hose 9 are opened while opening the valve 409 of the intake dam. A plurality of nozzles 10 connected to the hydroelectric power generation control unit 20 are connected to the flood control machinery on the entire lower crest line of the crest, The power supplied from the power transmission control unit 811c of the marine metropolitan transit railway substation providing the power transmission is included in the aquatic products and the aquarium production distribution input device control unit 811 of the landfill treatment construction machine Power Pump (304) Marine Fertilizer and Landfill Treatment with Equipments in the Machinery Room The control unit (811) of the aquaculture system for the aquaculture of the aquaculture system is equipped with the following features: fire, drought, heavy snow, extreme weather, typhoon, A pump constituting the inside of the dispensing and dispensing apparatus main body 1 for preparing aquatic products culture apparatus for providing a flood control facility for preventing natural disasters from occurring, And an aquatic aquaculture device regulating unit 811e included in the aquarium production control apparatus for the aquaculture of the aquatic products and the embankment processing construction machine for regulating the flow of the aquatic products,

And an irrigation tunnel (672) connected to an adjustment shaft (231) of the distribution and dispensing apparatus for aquaculture production, which is inserted through the respective control dams, is installed in the inside of the distribution and dispensing apparatus main body And a freshwater fish apparatus style regulating unit 811f included in a distribution and dispensing apparatus control unit 811 of aquatic products culturing and construction processing machine for regulating the flow of the water constituted by the aquarium, &Lt; / RTI &gt;

The hydraulic power generator connected to the control shaft 231 of the aquatic production and distribution apparatus and disposed in the marine tunnel communication device 941 and the marine hydroelectric power plant is a flow rate control distribution input device of the inlet port 269 for controlling the flow rate of the alga And a power production control unit 811b connected to the distribution shaft 357. The power production control unit 811b is connected to the distribution shaft 357. The power production control unit 811b ); And

A plurality of power pumps 304 connected to the control shaft 231 of the distribution and dispensing apparatus for aquaculture are installed to supply the groundwater and the deep seawater in the river into the water supply plant, And a tidal winch 137 for controlling the flow rate of the water flowing into the inside of the tear-off control device, A distribution and dispensing apparatus for aquatic culturing that regulates the flow of the water constituted by the aquaculture apparatus adjusting units 811g and the inside of the distribution and dispensing apparatus main body 1 for aquaculture is provided with a distributing shaft 357 and an adjusting shaft 231, Are provided with marine hydroelectric power station flotation dishes 593, 594 and 595 connected to the inside of the marine tunnel traffic device 941 constituting the control shaft 231 so as to operate a train 771,Castle and;

A portable lug connecting shaft coupling bolt 603 and a portable lug connecting shaft coupling and dismounting nut 603 are provided in the marine hydroelectric power station floating portable reader 593, 594, 595 of the marine tunnel communication device 941 of the control shaft 231 of the aquatic culture- A portable lug 607 and a portable lug pin 608. The water intake dam 680 is connected to the vertical partition wall 605, A plurality of pipes 409 and a plurality of pipes 14 are connected to the water storage tank 292 and each water intake dam 680 and a plurality of pipes 14 and fire hoses 9 are connected to the pipe 14 and the fire hose 9 and a water pump 293 and a water supply passage 294 of each water intake dam 680 so as to be connected to the inside of the distribution and injection device main body 1 for aquatic production (811) for aquaculture and landfill construction equipment for aquaculture of aquaculture of aquatic products culturing system for controlling the flow of a flow constituted by a floating culture The hull position shifting construction machine equipment control unit 811a is provided and the control shaft 231 of the double tunnel structure-shaped idol tunnel 672 is rapidly moved to the crane to prevent the hurricane and storm surge, Of the aquaculture system of the cooling device to make the aquaculture farm of the aquarium;

As shown in FIG.

Alternatively, it may be provided with a facility control unit 811a of the flood control system 811a of the marine earthen vessel hull locating and construction equipment included in the aquarium of the aquatic production and distribution processing equipment for aquaculture of the landfill processing construction machine, The tunnels 672 of the respective intake dams 680, which are constructed in the structure of the artificial tunnel 672,

Each of the tongues 672 constituting the tongue tunnel 672 passes through the wall of the intake dam 680 and adjusts the movement of the fish and shellfish located inside the tongue tunnel 672 located at the center of the dam to the scattering site A plurality of mirrors 804 are provided to provide sunlight and are provided with illumination facilities 806 inside the tunnels and are rotated at a constant inclination angle along the outer circumferential surface of each of the intake dam 680, An air compressor 80 which is connected to the water intake dam 680 and controls the opening and closing of the water gate 293 of each water intake dam 680 and a tongue winch 137 for a water gate opening / The tuyere winch 137 for opening and closing the water gate opening and closing apparatus having the connection structure with the air compressor 80 for opening and closing the water gate 293 for regulating the flow of the flow constituted inside the distribution and dispensing apparatus main body 1 for cultivation Of aquatic products and landfill construction machinery to control flow of water A freshwater fish apparatus style regulating unit 811f included in a distribution and dispensing apparatus control unit 811 for aquaculture;

An artificial tunnel 672 of each water intake dam 680 of the aquatic production and distribution apparatus is inserted and formed in the through passages so as to be located in the mountain ridge valley A plurality of water storage tanks 292 and the water intake tanks 292 are connected to the water intake 293 and the water discharge passages 294 and the water storage tanks 290, And a control shaft (231) of a construction machine included in a plurality of aquaculture system for controlling the flow rate of aquaculture facility accommodated in each water intake dam (680); And

Water is inserted into each water intake dam 680 by the aquatic production and distribution apparatus for aquaculture and is connected to the outer circumferential surface of the control shaft 231 and connected to a plurality of disaster prevention waterways 17, The flow rate of rainwater and loess mixture of the rainwater and the loess is controlled by the control shaft 231 for providing dispersion storage in the control water storage tank and the control dam in each coastal beach and the water intake control system for controlling the flow rate of the flood control facility accommodated in the distribution shaft 357 (680), and a water culture aquaculture facility for regulating the flow of the water constituting the inside of the distribution dispenser main body (1) of the aquaculture production aquaculture system is provided, A power generation control unit 811b and a power transmission control unit 811c of a submarine crossing railway substation that provides power transmission, and is constituted by a distribution and input devices for aquatic production;

In the facility control section 811a of the flood control system 811 of the aquaculture system for the aquatic products and the landfill construction equipment constituting the aquatic production and distribution apparatus,

And is connected to one side of a marine tunnel communication device 941 of each control shaft 231 constituting the inside of the distribution and dispensing apparatus main body 1 of the aquatic culture apparatus and the marine hydroelectric power station floating picker 593,594,595, (593, 594, 595), which is provided for controlling the movement and disassembly of the hull of the hydroelectric power plant (593, 594, 595), is installed in the main body (1) of the aquaculture system for aquaculture, 811) includes a cylinder (126) used as a conveying machine constituted by distributing and introducing devices of a construction machine of aquaculture control system for controlling flow of a flow rate, A high pressure hose 190 and a coupling 29 in the front of the cylinder 126 and a crank 248 in each valve device and a crank 248 ) Piston seal 822 and piston seal 823 are fixed to the cylinder 126 and the piston 127 constituting the body of the hydraulic cylinder 623 provided in the heavy equipment construction machine while being assembled with the link stand 249 The backup seal 830 and the load seal and backup seal 831 are attached to the O-ring 828 and the load seal 829 in the slip ring 826 and the diverting bush 827 in the booster seals 824 and 825, respectively A piston ring 836 and a ring 834 of the piston ring 837 around the rubber zero piston 127 and the cylinder (not shown) are connected to the piston seal 832 and the piston seal 833, 126), and is divided into a high-pressure valve and a low-pressure valve of a hydraulic pump, and a connection structure is provided by a motor, a hydraulic tank, and hydraulic hoses, 231 are connected to one side of the marine tunnel traffic device 941 and the marine hydroelectric power plant flood control station 593, ) Distribution Equipment for Marine Aquaculture Installed to Control and Disassemble the Hull Position of Marine Hydropower Plant (593,594,595) (1) Distribution System for Aquatic Products and Landfill Construction Equipment The facility control unit 811a of the flood control system 811 includes a distributing and inputting device for a construction machine for controlling the flow of water. And a distribution device for the aquaculture of the construction machine connected with the pressure of the force applied to the unit area of the unit;

The equipment control section 811a of the floating-fed consonant ship hull position moving construction machine included in the aquarium and the landfill processing construction machine for the aquaculture input device control section 811 constituting the inside of the distribution- In addition,

The control shaft 231 is connected to one side of a marine hydroelectric power plant floating ship 593, 594, 595 of a marine tunnel communication device 941 of each control shaft 231 constituting the inside of the distribution dispensing apparatus main body 1 for aquaculture, (593, 594, 595) installed in the main body (1) of a distribution system for aquaculture, which is provided for movement control and disassembly and assembly of a hull, 811), the equipment control unit 811a of the floatation construction and construction machinery comprises a distribution device for the aquaculture of a construction machine for controlling the flow of the water. The solenoid valve 76 at the connecting joint portion of the flange 28 of the confluent pipe 3 and the fire extinguishing water installed in the collecting tank 34 at the upper portion of the pump machine room are connected to the ball tap 499, An air hose 109 installed inside the nozzle hose 9 and an air nipple 110 for a socket which is detachably coupled to the connection portion of the air hose 109, The diesel engine generator 226 located at the upper end of the upper surface of the ground and the power source 46 is connected to the motor control module 80 of the prime mover 80, Pressure storage tank 145 so that the air generated by the operation of the motor 192 of the prime mover 80 supplied to the receiver high-pressure storage tank 145 is stored in the receiver high-pressure storage tank 145, The emergency valve 84 of the disaster prevention air piping line 181 is expanded and air is blown into the building and attached to the piping frame outside the building and at the same time the pressure gauge 101 and the pressure switch 104 ) The piston 127 and the cylinder 126 are attached to the crank handle handle composed of the crank 248 and the link rod 249 in the overpressure prevention switch box 108 of the motor control module 106 and the compressor body 263 The belt conveyor 261 is connected to the pulley 250 and the V-belt 252 for safety operation while connecting the conveyor 250 and the belt 252 corresponding to the speed reducer 251 to the prime mover 80 and the electric motor 192, A suction filter 262 is installed on the circumference of the belt 252 to regulate the rotation speed of the prime mover 80 and at the upper end of the compressor main body 263 to receive foreign matter into the air suction port 269, The piston 127 of the cylinder 263 and the air discharge port 270 to which the cylinder 126 is attached are connected to the receiver high pressure storage tank 145 and are connected to the high pressure storage tank 145 at a pressure of 6 kg per 1 cm 2 of air pressure The pressure gauge 101 connected to the safety valve 258 and the pressure switch 104 are connected to the electric motor 19 The operation of the electric motor 192 is resumed and the high pressure storage tank 145 is connected to the air valve 257 and the automatic valve 259 An air compressor 80 provided with drain valves 60 and disassembled into an air hose 109 and an air hose connection device nipple 110 and reciprocally reciprocated to the inside, Stage type screw cooler 147 in which heat is dispersed to the oil cooler 157 without the aft cooler 182 and is connected to the suction port 269 and the discharge port 270 through a connection device 730 is provided with a basket 42 and a bed nozzle 172 serving as a lifesaving structure so that the connecting structure of the construction machine is connected to the interior of the floating hood postal position moving facility adjustment unit 811a. A dispensing device for aquaculture connected to It is necessary to prepare the 1,500-generation refugee center for five people on the top of the deck deck of the deck, and to protect the fishery of many kinds of offshore fisheries. A distribution input device for aquaculture having a large-scale cage farm for catching fish rope nets for catching wire rope nets, bait for fishing nets, and typhoons and harmful red tide;

.

Alternatively, in a distribution system for aquaculture that constitutes a distribution input device for aquatic production of a marine hydroelectric power plant having a dual structure block tank,

The main components of the distribution system for the aquaculture were firstly selected as KSD 3705 hot rolled stainless steel for the material, and the use of a dual structure firefighting nozzle unit, which is formed at the top of the sea surface and at the top of the ground,

KSD 3705 Double-structure block tank holding tank and double structure block tank with cylindrical shape with hot-rolled stainless steel pipe Steel plates to support inner block tank and outer block tank installed on the outer side of the circumferential surface of the holding tank on the barge hull KSD 3705 steel material, which constitutes hydroelectric plant facilities,

The distribution input device for aquaculture, which constitutes a number of marine hydroelectric plant facilities,

Distribution device for aquaculture production Small-sized floatation pillars that make up a small floodplain block Tank top tank barge hull size Dimensions of width × height × height × thickness of steel plate are provided in dimensions of 600M × 800M × 40M × 30mm,

Distribution type dispenser for aquaculture Medium-sized floats that make up the middle floodplain The top of the tank top barge The size of the barge hull is set to dimensions of length × width × height × thickness of steel plate 2km × 3.2km × 40M × 32mm,

Distribution equipment for aquaculture production Large-scale floatation building block block that constitutes a large floodplain The top of the tank barge hull Size × width × height × thickness of steel plate, 10km × 12km × 40M × 35mm, The distance is sequentially connected,

A double structure block tank pipe bridge of 40.000km standard constituting the crossing with a distribution device for aquaculture. In the marine tunnel traffic equipment,

40.000km double structure block tank pipe bridge for marine culture aquaculture equipment,

The standard specification of the above-mentioned distribution and dispensing apparatus for aquaculture is:

Horizontal × Vertical × 4 places Corner diameter × Thickness × Thickness × Production unit length consists of distribution dispenser for aquaculture consisting of 15M × 15M × π 15M × 35mm × 0.5km.

Double structure block tank pipe bridge composed of a distribution device for aquaculture production A pipe bridge of a marine tunnel traffic facility of a pipe bridge composed of a 15M × 15M × π 15M × 35 mm × 0.5 km marine tunnel traffic facility,

It is set as the standard of 5m in diameter, and the diameter of the pipe pier is increased to 1M at 5M over the radius of the laddues per 1km according to the depth of the sea floor,

Distribution Tank for Marine Aquaculture Double Tube Tank Tubes for Marine Traffic Tunnel Construction Several bands for construction of pier bridges and several construction machines are installed and the pipe bridge is installed at a height of 300m above the sea level,

It is designed to be built up with several band guides and several construction machines for the installation of the anti-sinking rescue vessels which constitute the distributing device for the aquaculture production, and the height of the upper part of the sea slope (SLL) Vessels are equipped with safe sailing vessels to prevent sinking,

In the marine tunnel transportation device of the control shaft for adjusting the flow of the hydroelectric power plant equipment and the aquaculture equipment constituting the distribution input device of the marine hydroelectric power plant having the double structure block tank,

×핀 몸체 직 경∮;500×2×10∮mm)을 접속하면서 핀 연결축 끝단 부위로 가공된 나사 산 위치에 너트로 분해결합을 마련하고 예인선에 이송된 이중구조블록탱크는 반잠수 작업선에 탑재되는 밴드 지그대에 의해서 조립되는 지주탱크 상단의 바지선선체인 가로×세로×높이×철판두께;600M×800M×40M×18mm와,External tank tanks in the holding tanks and inner block tanks The length of the connecting shaft for connecting the portable luggers to the inner wall and the outer wall of each tank is 800 mm, the diameter is 300 mm, the thickness of the iron plate of the portable rhea is 150 mm, (Diameter x 30 mm) of the connection pin connecting shaft is connected with a connecting rod pin (length x

× 500 × 2 × 10 ∮ mm), while the double structure block tank transferred to the tug line is provided with a nut at the screw thread position machined to the end of the pin connection shaft, Length × width × height × thickness of steel plate: 600 M × 800 M × 40 M × 18 mm, which is the barge ship hull at the top of the holding tank assembled by the band guide mounted on the ship,

The barge hull at the bottom of the holding tank,

The pipe bridges are constructed by connecting the outer tank tanks of the holding tanks and the inner block tanks to the outer block tanks of 15M × 15M × π 15M × 24m × 1Km. A small marine power plant with a footprint of 600M × 800M × 800M, a large-sized marine power plant with a footprint of 2Km × 3.2Km × 2Km, × 10 Km × 10 Km × 10 Km in height and 10 Km × 10 Km according to the depth of the sea. The portable lug pin is fastened to the bolt nut in the machining hole of the lug connection shaft, Bottom barge hanger adjuster Kooki bed and core drill are equipped with a hole cutting drilling device with a diameter of 350 Ø or 400 Ø to constitute a marine hydroelectric power plant;

Injection nozzles composed of upper and lower deck deck tops at the top of the barge hull at the top of the holding tank, assembled at sea by anti-sinking buoyancy control device, have a nozzle hole diameter of 3 mm or 7 mm nozzles, Type nozzles and 490 nozzle openings Inside the nozzle and piping nozzle body (B) The fire water with the water pressure in the fire hose discharges into the gap of the spray nozzle and discharges the number of the spray jet and the curtain wall. A plurality of spray nozzles are installed in a main body of a distribution and input device for aquatic production of a marine hydroelectric power plant having a double structure block tank, Respectively,

A double structure block tank of a regulating shaft for controlling the installation and distribution of a marine hydroelectric power plant having a dual structural block tank; a marine tunnel traffic device; and a distribution input device for a marine hydroelectric power plant.

In order to prevent the safe navigation vessel from losing its restoring force even in a weather condition of any bad condition, it is necessary to provide an air inlet rubber tube (947) or a vessel (1078) And the passenger sinking casualties are not generated, and the load of the pipe bridge object of the barge ship is dispersed, and it is equipped with the infiltration control device distributing and inputting devices, and the marine hydroelectric power plant equipment is refurbished

The global maritime hydroelectric power plant facilities are equipped with a number of aquaculture distribution devices, including marine cranes for the construction industry due to the development of the marine environment industry. The distribution of marine hydroelectric power plant marine hydroelectric power plants with dual structure block tanks And is configured in the dispensing apparatus.

As described above, the present invention of the solution means of the present invention is characterized in that the novel manufacturing means and installation means,

According to the feature of the present invention, in the conventional aquatic aquaculture apparatus, as shown in the drawings, for example, in the conventional arrangement,

 Recently, the countries of the world that make up the fisheries development have been working on fisheries such as tuna whales rising from the Antarctic to Oceania,

In terms of performing fishing with a helicopter, various fish species perform fisheries in the middle and middle sea areas of each country. In order to overcome fish catches before being introduced into the 4th fisheries, In the area leading to the North Pole, the conventional aquatic products are equipped with a transporting body and a frozen body for processing fishery products, so that the red tides and wind waves can not overcome the natural disasters caused by the earthquake, It is often the case that global economic growth is stalled.

For this reason, the distribution input device for aquaculture is equipped with a lifting device, which is a distribution input device for aquaculture, which is connected to a tunnel, and a construction machine which is included in the lifelong communication system, to prevent earthquake damage before and after the earthquake. It is expected to provide 1,500 households for 5 persons on the top of the deck deck for flood control and to provide a distribution input device for aquaculture which consists of wire rope nets for protection,

Further, according to the present invention, it is possible to prevent desertification in Northeast Asia and to prevent the harmful reproduction of harmful cold waves and heat waves in accordance with the long-term weather forecast constituted inside the dispensing and dispensing apparatus main body for aquaculture production, In addition, it is expected that the double tube structure connected to the drainage plant will have the effect of providing a distribution and input device for aquaculture,

Each of the fish species is passed through the distribution and dispensing apparatus for aquaculture production and the fishes that flow into the four fisheries of the world constituting the seafood processing apparatus, and the Mongolian desert so as to pick up each fish species from whales to shrimp It is composed of a plurality of fish tunnels (from the center of the Korean peninsula to the inside of a radius of 1200KM), the fisheries of the Antarctic and the Arctic to form fisheries that they like, and aquatic products It will be effective to provide a distribution dispenser for aquaculture.

 FIG. 1 is a schematic diagram of a marine aquarium culture system control unit 811 included in a distribution and input device control unit 811 for aquatic products culture and aquatic products and a buried treatment construction machine constituted by a main body 1 of a distribution and dosing device for aquatic cultivation according to the present invention. And a connecting shaft 238 including an equipment sensor adjusting unit 811a to an electronic sensor valve thread adjusting unit 811z of the floating pick-up hull position moving construction machine, An electronic sensor valve screw control unit 811z of the connection shaft 238 of the shared water surface landfill, a freshwater fish device style control unit 811f, a fishery freshness maintenance and control unit control unit 811g, (811r) connected to the tunnel fish and shellfish scattering control unit (811q) and connected to the dam control unit (811s) connected to the fish cannon control unit Equipment for mobile construction machinery (593,594,595) equipped with a small, medium and large-scale marine hydroelectric power station included in a distributing and inputting apparatus for aquaculture formed at the upper part (SDU) of a marine power plant dock hull deck (SDU) A biaxial plunger pump 148b and a radial plunger pump 148c of the plunger pump 148 to a hydraulic tank 819 having a connecting structure and an excavator 856 showing a construction machine position adjustment structure of the hull position shifting adjustment, And a connecting structure.
FIG. 2 is a view showing a distribution system of a marine aquaculture apparatus and an aquatic aquaculture system control unit included in a distribution and input device control unit 811 for aquatic production and aquaculture processing construction machine constituted by the main body 1 of the distribution- (811e) is connected to a double pipe structure mine clearer (1085) including a facility control section (811a) to an electronic sensor valve thread control section (811z) of the floating pick- The electronic sensor valve screw adjusting portion 811z of the connection shaft 238 of the common and shared water surface landfill, which is combined with the facility adjustment portion 811a of the floatation / A fish and shellfish movement regulating unit 811r for controlling the fish and shellfish culture control unit 811f, the fish and shellfish freshness maintaining and controlling unit 811g and the fish and shellfish scattering control unit 811q, Fish and shellfish spawn (593,594,595) of a small, medium and large sized hydro-nuclear power plant constructed on the upper part of the deck (SDU) of the marine power plant connected to the dam control control section (811s) connected to the control section. (811a) to enlarge the lenght of the marine power plant. The upper tank barge hull (591) and the holding tank lower barge hull (592) are double Structural block tank (598) Central supporting tank and auxiliary support coupling Separation Portable lug coupling pin The elemental detailed assembly process showing the assembly of the floating linkage (606) and floating lug (607) Nuclear power plant Nuclear waste treatment Location of hull Location of elementary hydroelectric plant included in distribution apparatus for aquaculture, Assembling a main portion of the hull up of marine hydroelectric power station is a perspective configuration.
FIG. 3 is a schematic view showing a distribution system of a marine aquaculture apparatus and a marine aquarium culture apparatus control unit included in a distribution and input device control unit 811 for aquatic production and aquaculture processing construction machine constituted by the main body 1 of the distribution- (811e) is connected to a double pipe structure mine clearer (1085) including a facility control section (811a) to an electronic sensor valve thread control section (811z) of the floating pick- The control unit 811a, the electronic sensor valve screw control unit 811z, the freshwater fish device style control unit 811f, and the fishery freshness maintenance form device 811b constituting the embodiment of the fish- The dam control unit 811s connected to the control unit 811g and the tunnels and fish-shell scattering control unit 811q is connected to the fish-shell movement control unit 811r, Year Distribution of the aquaculture system showing the construction machine position control arrangement of the hull locomotion control of the marine power plant flood control station (593, 594, 595) of small, medium and large sized marine nuclear hydroelectric power plants at the upper part of the ship's dock (SDU) The boom 882a and the diesel pile hammer 883 are connected to the asphalt finishing machine 871 and the punching machine 876 in the asphalt spreader 872 and the pile driver 882 in the road safety device 864 included in the input device, Hydraulic structure of the drilling machine (908) for hard water in the double structure block tank pipe bridge (928), dual structure block tank pipe bridge (937) and marine tunnel traffic equipment (941) It is a strabismus diagram.
FIG. 4 is a view showing a distribution system of a marine aquaculture apparatus and an aquatic aquaculture system regulating unit included in a distribution and input device control unit 811 for aquatic production and aquatic products, The facility control unit 811a of the floating position control and moving construction machine constituting the embodiment including the equipment control unit 811a to the electronic sensor valve control unit 811z of the floating pick- ), An electronic sensor valve screw adjusting part 811z, a freshwater fish device style adjusting part 811f, a fishery freshness maintaining and adjusting device adjusting part 811g and a fishery shellfish scattering adjusting part 811q, (811s) connected to the control section (811r) of the controlled fishery shell and the control section (811s) of the dam control connected to the control section of the fishery shellfish scattering section of the fishery terminal, the small-, medium- and large- water power (879a) and bucket dredger (879b) of the dredger (879) included in the distribution system for the aquaculture system showing the construction machine position control arrangement of the marine power plant flood control station (593,594,595) Steel pipe bending method for piping block constituting marine hydroelectric power plant floating structure of structure and partial partial structure diagram of front side of steel structure inside double pipe structure providing weld joint basic method and steel pipe manufacturing process This is a schematic diagram of a hydroelectric power plant float hood assembly assembly showing the configuration.
FIG. 5 is a schematic view showing a distribution system of a marine aquarium culture apparatus and a marine aquarium culture apparatus control unit included in a distribution and input device control unit 811 for aquatic products culture and aquatic products built in the main body 1 of the distribution- Which is one embodiment of the connection shaft 238 of the landfill including the facility control portion 811a to the electronic sensor valve screw control portion 811z of the floating picket hull position moving construction machine, The control unit 811a of the mobile construction machine, the electronic sensor valve screw control unit 811z, the freshwater fish device style control unit 811f, the fishery freshness maintenance and control unit control unit 811g, and the fishery fishery product scattering control unit 811q (SDU) connected to the control unit 811s of the dam control connected to the control unit 811r of the fish-shell moving control of the inner fishes and the control unit Constructing a compact (593,594,595) of the marine power plant of medium and large sized marine hydroelectric power plant, grab dredger (879l) showing the construction machine position adjustment control of the hull locomotion control, double structure block of the construction machine connection structure, A dual structure holding tank and a floating structure for explaining the overall configuration of the partial hydrograph of the hydroelectric power station of the marine hydroelectric power plant. It is included in the distribution input device for the aquaculture production system showing the decomposition and coupling configuration in block tanks of the floating tank, which shows the decomposition and connection in units of block tanks, which are the floating tank of the marine hydroelectric power plant constituting the assembly method included in the distribution apparatus for cultivation. Offshore hydroelectric power plant flood control station Hydroelectric power plant flood control stand Hull assembly A structure of formula:
FIG. 6 is a view showing a distribution system of a marine aquaculture apparatus according to an embodiment of the present invention; FIG. Which constitutes one embodiment of the connecting shaft 238 of the shared water surface landfill including the facility control section 811a to the electronic sensor valve thread control section 811z of the float elevation hood position shifting construction machine, The electronic sensor valve screw adjusting unit 811z and the freshwater fish device style adjusting unit 811f of the position shifting construction machine equipment control unit 811a and the connecting shaft 238 of the shared water surface landfill and the fishery freshness maintaining / 811g connected to the drainage control unit 811q connected to the drainage control unit 811q and to the drainage control unit 811s connected to the fishery control unit 811r of the drainage control unit 811r, Marine power plant body Crushers (874) Construction machinery construction equipment (593, 594, 595), small, medium and large sized hydroelectric power plants of the small hull deck upper part (SDU) (771) Hydraulic power plant (771), which consists of a pipe bridge (928), a pipe bridge (937) and an inside of a marine tunnel traffic device (941) included in a distribution device for aquaculture It is a schematic view of the connection structure of the construction machine.
[7] FIG. 7 is a schematic diagram of a distribution system of a marine aquaculture apparatus, which is included in a distribution and input device control unit 811 for aquatic production and aquaculture processing construction machine, Which constitutes one embodiment of the connecting shaft 238 of the shared water surface landfill including the facility control section 811a to the electronic sensor valve thread control section 811z of the float elevation hood position shifting construction machine, The electronic sensor valve screw adjusting unit 811z and the freshwater fish device style adjusting unit 811f of the position shifting construction machine equipment control unit 811a and the connecting shaft 238 of the shared water surface landfill and the fishery freshness maintaining / 811g connected to the drainage control unit 811q connected to the drainage control unit 811q and to the drainage control unit 811s connected to the fishery control unit 811r of the drainage control unit 811r, Marine power plant body A cylinder 126 and a plunger pump (not shown) included in the construction machine position control arrangement of the hull position shifting control of the marine power plant flood control station 593, 594, 595 of a small, medium and large marine hydroelectric plant constituting the hull deck upper part (SDU) 148) and a radial plunger pump (148c) of a marine hydroelectric power plant of a construction machinery connecting structure. The structure of the block tank unit disassembly / Which is included in the distribution input device for aquaculture.
FIG. 8 is a schematic diagram of a marine aquarium culture apparatus control unit 810 included in a distribution and dispensing apparatus control unit 811 for aquatic production and aquaculture processing construction machine constituted by the main body 1 of the distribution and dosing apparatus for aquatic cultivation according to the present invention. Which constitutes one embodiment of the connecting shaft 238 of the shared water surface landfill including the facility control section 811a to the electronic sensor valve thread control section 811z of the float elevation hood position shifting construction machine, The electronic sensor valve screw adjusting unit 811z and the freshwater fish device style adjusting unit 811f of the position shifting construction machine equipment control unit 811a and the connecting shaft 238 of the shared water surface landfill and the fishery freshness maintaining / 811g connected to the drainage control unit 811q connected to the drainage control unit 811q and to the drainage control unit 811s connected to the fishery control unit 811r of the drainage control unit 811r, Marine power plant body Cylinders for aquaculture dispensing equipment showing a construction machine position control arrangement for hull position control of marine power plant flood control stations (593, 594, 595) of small, medium and large sized marine nuclear hydroelectric power plants at the upper part of the hull deck (SDU) (126) Construction of machinery for disassembly Construction of marine hydroelectric power plants of connected structures Dual structure of flood control block Tanks (598) Marine anti-submergence work for each assembly of welded joints Marine safety equipment at the top of the line (621) And a double structure block tank 598 and a band guide 621 included in a distribution and inputting apparatus for aquatic culture are partially and partially shown in detail. Structure of double structure block tank (598) Construction of a hydroelectric power plant float-type hood assembly assembly showing the construction of the unit part side detail coupling system A.
FIG. 9 is a view showing a distribution system of a marine aquaculture apparatus and an aquatic aquaculture system regulating unit included in a distribution and input device control unit 811 for aquatic production and aquaculture processing construction machine constituted by the main body 1 of the distribution- Which constitutes one embodiment of the connecting shaft 238 of the shared water surface landfill including the facility control section 811a to the electronic sensor valve thread control section 811z of the float elevation hood position shifting construction machine, The electronic sensor valve screw adjusting unit 811z and the freshwater fish device style adjusting unit 811f of the position shifting construction machine equipment control unit 811a and the connecting shaft 238 of the shared water surface landfill and the fishery freshness maintaining / 811g connected to the drainage control unit 811q connected to the drainage control unit 811q and to the drainage control unit 811s connected to the fishery control unit 811r of the drainage control unit 811r, Marine power plant body (126) included in the fisheries development apparatus showing the configuration of the construction machine position control of the hull locomotion control of the marine power plant floating feeder (593, 594, 595) of a small, medium and large sized hydroelectric power plant constituting the upper part of the hull deck (SDU) Piston motor (885a) of hydraulic crane (885) Hydraulic power plant installation of construction machinery connection structure Double structure of flood control block Tank (598) Filler to provide connection assembly Sail (959) and tug (636) A connection structure that is incorporated in a fisheries development apparatus in a distribution dispensing apparatus main body 1 for aquaculture production and which is wound around a rotary tug winch 958 and unwinds anchor chains 640 with a tug winch 958 (959) and tugboats (636), and provided assistance for the operation of the tugboat (636) of the hydroelectric power plant. The nuclear waste treatment dual structure block tank bridge (929) (598) as a connection structure to provide a joint work process at the sea level to provide a temporary passage of a sailing ship, while a temporary structure of a double structure block tank bridge pipe bridge (929) (598) Partial double structure shown in partial detail (598) Nuclear waste treatment in a distributing device for aquaculture, showing the construction of a unit part side detail connection structure Double structure block tank pipe bridge (929) Hydraulic connection It is a schematic diagram of the installation method of the hooded hood assembly.
FIG. 10 is a view showing a distribution system of a marine aquaculture apparatus and an aquatic aquaculture system control unit included in a distribution and input device control unit 811 for aquatic production and aquaculture processing construction machine constituted by a main body 1 of a distribution- Which constitutes one embodiment of the connecting shaft 238 of the shared water surface landfill including the facility control section 811a to the electronic sensor valve thread control section 811z of the float elevation hood position shifting construction machine, The electronic sensor valve screw adjusting unit 811z and the freshwater fish device style adjusting unit 811f of the position shifting construction machine equipment control unit 811a and the connecting shaft 238 of the shared water surface landfill and the fishery freshness maintaining / 811g connected to the fishermen's shellfish control unit 811q connected to the fishermen's fish and shellfish scattering control unit 811q and the fishermen's movement control unit 811s connected to the fishermen's fishery control unit 811s connected to the fish- Hull position moving gun An electronic sensor valve screw adjusting portion 811z and a freshwater fish device style adjusting portion 811f and a fishery freshness maintaining and adjusting device adjusting portion 811g and a fishery freshness adjusting device adjusting portion 811b of the connecting shaft 238 of the shared water surface landfill, (SDU) of the ship's body dock hull deck upper part (SDU) of the dam hydrological control control part (811s) connected to the tunnels and fishery scattering control part connected to the tunnels and fishery scattering control part (811q) (593, 594, 595) of a small, medium and large sized marine hydroelectric power station including a hydroelectric power plant showing the position control structure of the construction machine, a marine power plant showing the connection structure of the construction machine, a hull deck upper part (593,594,595) of a marine power plant marine nuclear power hydroelectric plant of small, medium and large size (SDU) (879a) of the dredger (879) included in the water dispensing apparatus and the bucket dredger (879b).
FIG. 11 is a view showing a distribution system of a marine aquaculture apparatus and an aquatic aquaculture apparatus control unit included in a distribution and input device control unit 811 for aquatic production and aquaculture processing construction machine, Which constitutes one embodiment of the connecting shaft 238 of the shared water surface landfill including the facility control section 811a to the electronic sensor valve thread control section 811z of the float elevation hood position shifting construction machine, The electronic sensor valve screw adjusting unit 811z and the freshwater fish device style adjusting unit 811f of the position shifting construction machine equipment control unit 811a and the connecting shaft 238 of the shared water surface landfill and the fishery freshness maintaining / 811g connected to the drainage control unit 811q connected to the drainage control unit 811q and to the drainage control unit 811s connected to the fishery control unit 811r of the drainage control unit 811r, Marine power plant body Hydraulic power plant construction machinery connection structure showing the construction machine position adjustment structure of hull position movement control of marine power plant marine power plant (593, 594,595) of small, medium and large scale marine hydroelectric power plant constituting upper part of hull deck (SDU) Marine power plant dock included in a distribution system for aquatic aquaculture Construction machinery position control of hull position movement control of marine power plant flood control station (593,594,595) of small, medium and large scale hydroelectric power plant at the upper part of deck of ship (SDU) (879l) is a perspective view of a construction machine connection structure.
FIG. 12 is a view showing a distribution system of a marine aquaculture apparatus and an aquatic aquaculture system control unit included in a distribution and input device control unit 811 for aquatic production and aquaculture processing construction machine, Which constitutes one embodiment of the connecting shaft 238 of the shared water surface landfill including the facility control section 811a to the electronic sensor valve thread control section 811z of the float elevation hood position shifting construction machine, The electronic sensor valve screw adjusting unit 811z and the freshwater fish device style adjusting unit 811f of the position shifting construction machine equipment control unit 811a and the connecting shaft 238 of the shared water surface landfill and the fishery freshness maintaining / 811g connected to the drainage control unit 811q connected to the drainage control unit 811q and to the drainage control unit 811s connected to the fishery control unit 811r of the drainage control unit 811r, Marine power plant body Hydroelectric power plant showing construction machine position control structure of hull locomotion control of marine power plant marine power plant floating marine power plant (593,594,595) of small, medium and large scale hydroelectric power plant constituting upper part of hull deck (SDU) Showing the arrangement of the construction machine position adjustment of the hull locomotion control of the marine power plant flood control station (593,594,595) of the small, medium and large scale hydroelectric power station included in the distribution input device for aquaculture consisting of the upper part of the power plant dock hull deck (SDU) 874 is a perspective view of the connection structure.
[Fig. 13] Fig. 13 is an explanatory view of a marine aquarium culture apparatus control unit 811 included in a distribution and dispensing apparatus control unit 811 for aquatic production and aquaculture processing construction machine constituted by the main body 1 of the distribution- Which constitutes one embodiment of the connecting shaft 238 of the shared water surface landfill including the facility control section 811a to the electronic sensor valve thread control section 811z of the float elevation hood position shifting construction machine, The electronic sensor valve screw adjusting unit 811z and the freshwater fish device style adjusting unit 811f of the position shifting construction machine equipment control unit 811a and the connecting shaft 238 of the shared water surface landfill and the fishery freshness maintaining / 811g connected to the drainage control unit 811q connected to the drainage control unit 811q and to the drainage control unit 811s connected to the fishery control unit 811r of the drainage control unit 811r, Marine power plant body The bridge bridge (937), which shows the construction machine position control arrangement of the hull locomotion control of the marine power plant marine station (593,594,595) of the small and medium and large sized marine nuclear hydroelectric power plant at the upper part of the hull deck (SDU) (SDU) of a marine power plant dock hull deck upper part (SDU) showing a hydroelectric power plant construction machine connection structure constituted inside a marine tunnel traffic apparatus composed of electric vehicles 771 to the inside of a marine tunnel traffic apparatus 941 The previous cylinder included in the distributing device for aquaculture, showing the configuration of the construction machine position control of hull position movement of the marine power plant floating feeder (593,594,595) of the small, medium and large scale hydroelectric power station included in the distribution system for the aquaculture. Axis plunger pump 148b of the plunger pump 148 and the construction machine connection structure of the radial plunger pump 148c.
[Figure 14] Figure 14 is a view showing an example of a fish processing apparatus control unit included in a distribution and input device control unit 811 for aquatic culturing of aquatic products and landfill processing construction machines constituted inside the main body 1 of the distribution- Which constitutes one embodiment of the connecting shaft 238 of the shared water surface landfill including the facility control section 811a to the electronic sensor valve thread control section 811z of the float elevation hood position shifting construction machine, The electronic sensor valve screw adjusting unit 811z and the freshwater fish device style adjusting unit 811f of the position shifting construction machine equipment control unit 811a and the connecting shaft 238 of the shared water surface landfill and the fishery freshness maintaining / 811g connected to the fishermen's shell and fish-egg scattering control unit 811q, and the dam control unit 811s connected to the fish-shell movement control unit 811r, Show hydraulic plant Aquatic products of the elementary shared reclaimed surface landfill and landfill treatment, a common of the distribution and dispensing apparatus control apparatus 811 of the aquaculture apparatus of the construction machine and the connection shaft 238 of the shared water surface landfill A hydropower plant of a hydroelectric power plant having a double structure block tank constituted by a marine hydroelectric power production control unit 811b for producing a marine hydroelectric power plant for producing power production, FIG. 2 is a perspective view of a hydroelectric power station having a double structure block tank showing a configuration of an embodiment constructed by the structure shown in FIG.
[Fig. 15] Fig. 15 is a schematic view showing a distribution system of a marine aquaculture apparatus and an aquatic aquaculture system regulating unit included in a distribution and input device control unit 811 for aquatic production and aquaculture processing construction machine constituted by a main body 1 of a distribution- Which constitutes one embodiment of the connecting shaft 238 of the shared water surface landfill including the facility control section 811a to the electronic sensor valve thread control section 811z of the float elevation hood position shifting construction machine, The hull position transfer of the connecting shaft 238 of the shared water surface landfill including the facility control section 811a of the position-moving construction machine to the electronic sensor valve thread control section 811z is carried out by the control section of the construction machinery control section of the marine power plant dock hull deck upper part (SDU) Adjustment of distribution facility for aquaculture of aquaculture and landfill construction machinery showing construction of reactor facility mooring system of nuclear power plant by construction machine Of 811 and a common connection axis (238) of the shared surface of the landfill (593,594,595) included in the control of the distribution input device for aquaculture, which is constructed inside the main body (1) of the aquaculture system for aquaculture production of the marine hydroelectric power production control unit (811b) A large flange connecting joint is formed on the portable lug 607 and the portable lug pin 608 on the partition wall 605 and the pin connecting shaft 606 for engaging the portable rubber. Also,
FIG. 16 is a view showing a distribution system of a marine aquarium aquarium containing a marine aquarium aquarium, a marine aquarium aquarium, Which constitutes one embodiment of the connecting shaft 238 of the shared water surface landfill including the facility control section 811a to the electronic sensor valve thread control section 811z of the float elevation hood position shifting construction machine, Adjustment of the equipment of the floating construction hood position shifting construction machine constituting an embodiment of the connecting shaft 238 of the shared water surface landfill included in the facility control portion 811a to the electronic sensor valve screw control portion 811z of the position- The portion 811a includes a culture field 1301 for each fish species constituting the fish and shellfish processing apparatus 1298 used on the land, a pond 1302, a farm site 1309 for storing the low fish 1303, , An collecting place 1310, and a water service center 1311 The city is a dual-tube structure, even if the tunnel (672a) provided to the barge hull (591) Distribution for aquatic form of sharing sleep landfill construction machine configured with a large deck to the upper chute side perspective also configure that.
FIG. 17 is a view showing a distribution system of a marine aquaculture apparatus according to an embodiment of the present invention; FIG. Which constitutes one embodiment of the connecting shaft 238 of the shared water surface landfill including the facility control section 811a to the electronic sensor valve thread control section 811z of the float elevation hood position shifting construction machine, One embodiment of the connecting shaft 238 of the common and shared water surface landfill included in the facility control part 811a to the electronic sensor valve screw control part 811z of the position-shifting construction machine is described as a facility adjustment of the floating pick- In the section 811a, a picker 1196 constituting a fishery discovery approach 1195 showing a fish catch not including fishing boats constituting the fish and shell processing apparatus 1298 used on the land, 1198) into the Language (1196) is the seafood transport device is other oral winch (137) to a barge hull (591) Distribution for aquatic form of sharing sleep landfill construction machines that make up the upper deck deck chute side perspective configuration also includes a scene.
FIG. 18 is a view showing a distribution system of a marine aquaculture apparatus and an aquatic aquaculture apparatus control unit included in a distribution and input device control unit 811 for aquatic production and aquaculture processing construction machine constituted by a main body 1 of a distribution- Which constitutes one embodiment of the connecting shaft 238 of the shared water surface landfill including the facility control section 811a to the electronic sensor valve thread control section 811z of the float elevation hood position shifting construction machine, And the connecting shaft 238 of the common surface and the common water surface landfill included in the facility control portion 811a to the electronic sensor valve screw control portion 811z of the position-moving construction machine, The facility control section 811a includes a pick-up 1196 constituting a fish-finding discovery approach 1195 showing a fish-picker that does not enter a fishing line constituting a fish and shell processing apparatus 1298 used on the land, The network (1198) A plurality of floodgate barge hulls 591 are provided on the upper part of the deck deck, and a tongue-and-groove winch 137, which is a fishermen transporting device constituting the picker 1196, Fig. 6 is a side view showing a distribution input device for aquaculture of a construction machine.
FIG. 19 is a schematic view showing a distribution system of a marine aquaculture apparatus according to an embodiment of the present invention; FIG. Which constitutes one embodiment of the connecting shaft 238 of the shared water surface landfill including the facility control section 811a to the electronic sensor valve thread control section 811z of the float elevation hood position shifting construction machine, One embodiment of the connecting shaft 238 of the common and shared water surface landfill included in the facility control part 811a to the electronic sensor valve screw control part 811z of the position-shifting construction machine is described as a facility adjustment of the floating pick- In the portion 811a, a fishing net holding net 932 constituting the fish and shellfish processing device 1298 used in the land is inserted and a double pipe structure constituting the catching portion 1196 is also provided with a tunnel 672a, Chapter and distributor (1301 A fish farm 1302 for storing the fish stock 1303 and a fish farm 1309 for storing the fish stock 1303 and a tunnel structure 672a having a double pipe structure for connection to the collecting site 1310 and the water collecting hall 1311 (591) of the sea barge hull deck deck. This figure shows a side view of the distribution input device for aquaculture, which constitutes a construction machine with a shared water surface.
FIG. 20 is a view for explaining an operation of the aquatic aquaculture apparatus regulating unit 811 included in the aquarium production and distribution apparatus control apparatus 811 of the aquatic products and landfill processing construction machine constituted by the main body 1 of the distribution and dosing apparatus for aquaculture production according to the present invention. (811e) of the flood control system 811a to the electronic sensor sensor screw control unit 811z of the float-type hull position moving construction and construction machine, and the connection shaft 238 of the shared water surface landfill And the common sensor included in the equipment control unit 811a to the electronic sensor valve screw control unit 811z of the floating picket hood position shifting construction machine constituting the picker 1196 through the use of the net 932, An embodiment of the flood control system 238 is applied to the facility control unit 811a of the flood control system for the floatation hull placement and construction machine by inserting a net 932 for securing the fish stocks constituting the fish processing apparatus 1298 used on the land 1196 The double tube A culture site 1309 storing the fish culture field and the distribution site 1301 for each fish species, a vulture 1302 and a low fish 1303 and a collecting site 1310 and a water coagulating dyer 1311 Sectional structure of a distribution and input apparatus for aquaculture that constitutes a shared water surface embedding processing construction machine constructed with a tunnel 672a and mounted on a deck deck of a barge hull 591. FIG.
[Figure 1] through [Figure 20] are schematic diagrams illustrating an embodiment of a distribution and dispensing apparatus for aquatic cultivation according to the present invention.
[Figure 21] is a schematic view showing a distribution system of a marine aquaculture apparatus and an aquatic aquaculture system regulating unit included in a distribution and input device control unit 811 for aquatic production and aquaculture processing construction machine constituted by the main body 1 of the distribution- And a connecting shaft 238 including an equipment sensor adjusting unit 811a to an electronic sensor valve thread adjusting unit 811z of the floating pick-up hull position moving construction machine, The power transmission control unit 811c of the omnidirectional transverse railway substation 696 connected to the facility control unit 811a of the common ground surface and the connection shaft 238 of the common and shared surface landfill The freshwater fish device style control unit 811f is equipped with a wire rope and spray nozzle and a double pipe structure fire hose for disaster prevention disinfection control disaster prevention device operation, A disturbance extinction and contraction disruption prevention device included in a distribution and dispensing apparatus for aquatic culturing showing an embodiment showing a distribution dispenser and a distribution input device control device for aquatic products aquaculture and aquaculture processing construction machine 811 ) Of the connecting shaft 238 of the common and shared surface landfill And is a lateral sash configuration view of the mollusk animal aquarium control unit 811k.
22 is a view showing a distribution system of a marine aquaculture apparatus and an aquatic aquaculture system regulating unit included in a distribution and input device control unit 811 of aquatic products producing and embedding processing construction machine, And a connecting shaft 238 including an equipment sensor adjusting unit 811a to an electronic sensor valve thread adjusting unit 811z of the floating pick-up hull position moving construction machine, When the electric heater of the nichrome wire 659 is installed inside the doctor ventilation 585 in front of the fan 195 constituted by the facilities control section 811a of the facility control section 811a and the harmful tidal blocking prevention and control section 811d, The cooling fan and the hot air balloon serve as the cooling fan 641. The cooling fan and the hot air balloon are disposed in front of or behind the fan 196 as the cooling fan 641, ) And the transformer room 782 and the middle A plurality of blowers (not shown) constituting a distribution and dispensing apparatus 811 for aquatic culturing included in a distribution and dispensing apparatus for aquatic culturing constituted by apparatuses used for a control room 781 and the like, (941).
FIG. 23 is a view showing an example of a marine aquarium culture apparatus control unit included in a distribution and input device control unit 811 for aquatic production and aquaculture processing construction machine constituted by the inside of the distribution dispensing apparatus main body 1 according to the present invention. And a connecting shaft 238 including an equipment sensor adjusting unit 811a to an electronic sensor valve thread adjusting unit 811z of the floating pick-up hull position moving construction machine, And a control device 811a for aquatic products and landfill construction equipment for aquaculture of the landfill construction apparatus according to the present invention. It is a detailed map of the enlarged section of the detailed boundary of the territorial boundary according to the International Maritime Code.
FIG. 24 is a view showing a distribution system of a marine aquarium production apparatus control unit included in a distribution and input device control unit 811 for aquatic production and aquaculture processing construction machine constituted by a main body 1 of a distribution and input device for aquatic production according to the present invention, And a connecting shaft 238 including an equipment sensor adjusting unit 811a to an electronic sensor valve thread adjusting unit 811z of the floating pick-up hull position moving construction machine, The distribution control unit 811 of the aquaculture system for aquatic products contained in the facility control unit 811a of the aquatic plants and the aquaculture processing construction machine according to the present embodiment describes the comparison of the size of the ship according to the type of tonnage of the conventional ship showing the characteristic features. Fig. 2 is a side view of a ship showing vessels for the present invention.
FIG. 25 is a view showing a distribution system of a marine aquaculture apparatus and an aquatic aquaculture system regulating unit included in a distribution and input device control unit 811 for aquatic production and aquaculture processing construction machine constituted by the main body 1 of the distribution- And a connecting shaft 238 including an equipment sensor adjusting unit 811a to an electronic sensor valve thread adjusting unit 811z of the floating pick-up hull position moving construction machine, The apparatus control unit 811a of FIG. 8A is a side view of a sinking vessel showing vessels for explaining the size comparison of a ship that is sunk by the type of tonnage of a conventional ship showing elemental characteristics.
FIG. 26 is a view showing an example of a marine aquarium culture apparatus control unit included in a distribution and dispensing apparatus control unit 811 for aquatic culture and aquatic products and a burying processing construction machine constituted by the main body 1 of the distribution and dispensing apparatus for aquatic cultivation according to the present invention. And a connecting shaft 238 including an equipment sensor adjusting unit 811a to an electronic sensor valve thread adjusting unit 811z of the floating pick-up hull position moving construction machine, The apparatus control unit 811a of FIG. 8A is a side view of a sinking vessel showing vessels for explaining the size comparison of a ship that is sunk by the type of tonnage of a conventional ship showing elemental characteristics.
[Figure 27] Figure 27 is a view for explaining the operation of the aquatic aquaculture system regulating unit 830 included in the aquarium production and distribution apparatus control unit 811 of the aquatic products and landfill construction equipment constituted inside the main body 1 of the distribution- And a connecting shaft 238 including an equipment sensor adjusting unit 811a to an electronic sensor valve thread adjusting unit 811z of the floating pick-up hull position moving construction machine, The gully sail vessel 1130 of the Roman era having a bow of the conventional vessel 1131 exhibiting the elemental characteristic showing the sail vessel 1130 included in the facility control unit 811a of the ship FIG. 11 is a perspective view of the sailboat 1130 when the marine combat is performed.
[28] FIG. 28 is a block diagram illustrating a distribution system of a marine aquaculture apparatus and a marine aquarium system, which are included in a distribution and input device control unit 811 for aquatic production and aquatic products, And a connecting shaft 238 including an equipment sensor adjusting unit 811a to an electronic sensor valve thread adjusting unit 811z of the floating pick-up hull position moving construction machine, A heaving 1132a constituting various swinging movements of the ship by the waves of the conventional ship showing elemental characteristics showing various swinging movements 1132 of the ship included in the facility adjustment portion 811a of the ship, The swinging motion 1132 of the ship by the pitching 1132b, the rolling 1132c and the swing 1132d, the swinging 1132e and the yawing 1132f.
[29] FIG. 29 is a block diagram showing a distribution system of a marine aquaculture apparatus, which is included in a distribution and input device control unit 811 for aquatic production and aquaculture processing construction machine, And a connecting shaft 238 including an equipment sensor adjusting unit 811a to an electronic sensor valve thread adjusting unit 811z of the floating pick-up hull position moving construction machine, Which constitute various swinging motion deformations 1133 of the boat by the waves of the conventional ship showing the various features 1133 of the ship body included in the facility adjustment portion 811a of the ship, 1133a, hogging state 1133b, twisted state 1133c and various deformations 1133 of the hull where the bow and stern are not mutually tilted 1133d.
[Figure 30] is a view for explaining the operation of the aquatic aquaculture system regulating unit (811) included in the aquarium production and distribution apparatus control unit (811) of the aquatic products and landfill construction equipment constituted inside the main body (1) And a connecting shaft 238 including an equipment sensor adjusting unit 811a to an electronic sensor valve thread adjusting unit 811z of the floating pick-up hull position moving construction machine, The inner structure 1137a of the boat 1137 constituting the built-in stellar ship structure 1137 of the conventional ship showing the elemental characteristics of the hydraulic pump 1137c included in the facility control section 811a of the ship The exterior 1137b of the ship, the drive motor and the hydraulic pump 1137c, the external plate 1137d and the pin 1137e.
[31] FIG. 31 is a block diagram showing an apparatus for controlling a distribution system of a marine aquarium and aquatic aquaculture apparatus according to the present invention, And a connecting shaft 238 including an equipment sensor adjusting unit 811a to an electronic sensor valve thread adjusting unit 811z of the floating pick-up hull position moving construction machine, Which is a part of a prior art ship showing a part of a conventional ship included in a facility control section 811a of a ship.
FIG. 32 is a view for explaining the operation of the aquatic aquaculture device regulating unit 810 included in the aquarium production and distribution apparatus for the aquatic products and the landfill processing construction machine constituted by the main body 1 of the distribution and dosing device for aquaculture production according to the present invention, And a connecting shaft 238 including an equipment sensor adjusting unit 811a to an electronic sensor valve thread adjusting unit 811z of the floating pick-up hull position moving construction machine, FIG. 10 is a partial perspective view of a 116G / T class line network line scanning device 1145 according to a prior art level showing elemental characteristics of a network line scanning device 1145 included in a facility control unit 811a of a facility control unit 811a.
33 is a view for explaining the operation of the aquatic aquaculture system regulating unit 811 included in the aquarium production and distribution apparatus control apparatus 811 of the aquatic products and landfill processing construction machine constituted by the main body 1 of the distribution- And a connecting shaft 238 including an equipment sensor adjusting unit 811a to an electronic sensor valve thread adjusting unit 811z of the floating pick-up hull position moving construction machine, FIG. 8 is a side view showing a configuration of a conventional fishing boat, a configuration of a fishing boat, and a part of an external appearance of the fishing boat showing elemental features of a conventional fishing boat included in the facility control unit 811a of the fishing boat 811a.
[Figure 34] Figure 34 is a view for explaining the operation of the aquatic aquaculture system regulating unit 830 included in the aquarium production and distribution apparatus for the aquatic products and the landfill processing construction machine constituted by the main body 1 of the distribution and dosing device for aquaculture production according to the present invention, And a connecting shaft 238 including an equipment sensor adjusting unit 811a to an electronic sensor valve thread adjusting unit 811z of the floating pick-up hull position moving construction machine, Fig. 8 is a partial side view of the search beam of a searchlight of a conventional fishing boat showing an elemental characteristic showing a searchlight of a conventional fishing boat included in a facility control unit 811a of a conventional fishing boat.
[35] FIG. 35 is a block diagram showing a configuration of a distribution system of a marine aquarium cultivation apparatus and a marine aquarium culture apparatus control unit included in a distribution and input device control unit 811 for aquatic production and aquaculture processing construction machine, And a connecting shaft 238 including an equipment sensor adjusting unit 811a to an electronic sensor valve thread adjusting unit 811z of the floating pick-up hull position moving construction machine, FIG. 8 is a partial sectional side view of a scanning fishing line of a conventional fishing boat showing an elemental characteristic showing a scanning fishing line of a conventional fishing line included in the facility control unit 811a of the fishing line.
[36] FIG. 36 is a block diagram showing a distribution system of a marine aquaculture apparatus according to the present invention, which is included in a distribution and input device control unit 811 for aquatic production and aquatic products, And a connecting shaft 238 including an equipment sensor adjusting unit 811a to an electronic sensor valve thread adjusting unit 811z of the floating pick-up hull position moving construction machine, FIG. 8 is a partial sectional side view showing the fishery of the fishery of the conventional fishing boat, which shows elemental characteristics of the fishery detector of the conventional fishing boat included in the facility control unit 811a of FIG.
[37] FIG. 37 is a block diagram showing the configuration of a distribution system of a marine aquaculture apparatus and a marine aquarium culture apparatus control unit included in a distribution and input device control unit 811 for aquatic production and aquaculture processing construction machine, And a connecting shaft 238 including an equipment sensor adjusting unit 811a to an electronic sensor valve thread adjusting unit 811z of the floating pick-up hull position moving construction machine, FIG. 8 is a partial sectional side view showing the constituent elements of a multi-beam scanning color of a conventional fishing boat showing element characteristics of a multi-beam scanning color of a conventional fishing boat included in a facility control unit 811a of a facility fishing line 811a.
[FIG. 21] to [FIG. 37] are schematic diagrams illustrating an embodiment of a distribution and dispensing apparatus for aquatic culture according to the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. The following embodiments will be described in detail to enable a person skilled in the art to sufficiently convey the idea of the present invention. . Therefore, the distribution dispensing apparatus for aquaculture of the present invention is not limited to the embodiments described below, but may be embodied in other forms. In the drawings, the width, length, thickness, etc. of constituent elements may be exaggerated for convenience. Like reference numerals designate like elements throughout the specification.

Hereinafter, description will be made with reference to Figs. 1 to 37. Fig.

Preferably, as shown in Figs. 1 to 37, in the distribution and dispensing apparatus for aquaculture,

The double tunnel structure penetrating the water intake dam of the distribution shaft 357 constituting the inside of the distribution and dispensing apparatus main body 1 of the aquatic production station constituting the distribution and dispensing apparatus for aquatic culture is also equipped with a construction machine, Forming an insert into the dam,

In the water storage tank and the intake water dam, there are provided a power pump for regulating the storage of water for aquaculture, an adjustment shaft 231 constituting each valve, and a connection port for connection to the marine tunnel transportation device 941 included in the adjustment shaft 231 A distribution dam construction apparatus comprising a power generating dam construction machine and a borehole 936 which are composed of the inside of a marine hydroelectric power plant floating feeder 593,594,595 are installed in the main body 1 of the distribution and input device for aquatic aquaculture, A borehole 936 is formed with the construction machine,

And a rotating body of a core drill 917 coupled to a pipe rack 854 formed in the drilling machine 908 forming the borehole 936. A plurality of boreholes 936 are provided on the downstream side of the river for distribution A borehole 936 is formed with a charging device,

The movement of the marine hydroelectric power plant floating feeder (593, 594, 595) of the aquaculture distribution apparatus is provided with an anti-sunken rescue line and a tug line to form a movement to the shackle connected to the rope chain and the wire rope formed on the anti- A power pump 304 for pumping groundwater located in the lower part of the dam, and a valve are provided to pour the ground water over the river surface while distributing the ground water discharge to each valve to control the flow of the water flow. A plurality of distribution shafts 357 and an adjustment shaft 231 for distributing and storing a plurality of distribution shafts 351 and 352 so as to control the distribution shafts 351 and 352;

The distribution and dispensing apparatus for aquaculture is connected to one side of a marine hydroelectric power station floating ship 593, 594, 595 connected to a marine tunnel communication device 941 of each control shaft 231 to control the hull position movement of a marine hydro- The seals 156 formed inside the cylinder 126 used as a sinking preventing retention line for the tanks and the cylinder 126 used as a carrier for disassembling and assembling are assembled so that the high pressure pump and the high pressure hose A crank 248 coupled to the valve device and a linkage 249 used as a connecting device to the crank 248 and a hydraulic cylinder 623 ) For controlling the flow of the water to the inside of the distribution and dispensing apparatus main body (1) for aquaculture, and a control unit (811) for aquaculture apparatus for aquaculture of the landfill treatment construction machine. And aquatic food dispensing chute for constituting the equipment control part (811a) of a mobile construction machine;

The distribution shaft 357 connected to the distribution shaft 357 of the aquaculture distribution and dispensing apparatus is provided with a fishery product for regulating the flow of the water constituting the inside of the distribution and dispensing apparatus main body 1 for aquatic production, A hydro-hydroelectric power production control unit 811b for producing power for the aquaculture system for the aquaculture production of the machine, which is included in the distribution control unit 811, and the hydroelectric power generation unit of the hydropower generator 213, A plurality of aberrons and turbines 267 for generating mechanical energy by generating a hydraulic pressure difference inside the turbines 261 and 272 and rotating the turbines 267 to produce power, The generator 213 for converting the power and the turbine 267 and the generator 213 are connected to the upper end of the rotating shaft 198 at a position below the rotational speed detector 214, Supply And the upper rotating shaft 217 is positioned below the device 216 for pushing the annular vane 215 into the device 216 for pushing the annular vane 215 into the lower portion of the exciter 215, A device 218 for pushing the rotary bearing under the upper rotation bearing 217 is located and a central stator 221 is disposed on the lower portion of the rotary bearing pushing device 218 and the stator coil 219 and the stator frame 220, The electric wire 71 is sandwiched between the center stator 221 and the fan 195 is positioned below the center stator 221 and the lower part of the fan 195 is rotated at a low speed A rotor coil in which a bearing 225 is located and a low speed cooler 222 is positioned below the low speed rotation bearing 225 and which is a rotating electromagnet constituting along the circumference of the rotary shaft 198; Non-rotating coil installed The turbine rotation bearing 227 and the impeller casings 228 are installed inside the casing 141 of the hydrostatic power generator 213 in the turbine 267 and a plurality of turbines 267 located at the lower end of the rotary shaft 198 And the turbine 267 is different in the shape of the Francis aberration 229 and the Pelton aberration 230 while the intake port 269 and the discharge port 270 are formed in the casing 141) and the hydrostatic generator (213) are moved within the hydrostatic power generator (213) to generate hydroelectric power by rotating several aberrations while controlling the voltage in the substation of the power transmission unit While the pump aberration 264 adjusts the opening and closing of the main valve 265 to the electric power supplied from the nuclear power plant to the flow rate stored in the river to operate the pump aberration 264, (811) of aquatic products and landfill construction equipment for preparing a water storage dam (680) located at the upper part of the power plant and producing aquatic products and aquatic products And a marine hydroelectric power production control unit 811b for providing power production, the facility control unit 811a of the floating marine hood position shifting construction machine included in the aqua regeneration distribution control unit 811 of the aquaculture processing construction machine, The aquatic aquatic culture aquarium control unit 811e and the freshwater fish aquarium aquarium control unit 811f are installed in the power transmission control unit 811c and the harmful tidal control prevention control unit 811d of the metropolitan subway transit railway substation, Fishery freshness maintenance aquaculture device regulating units 811g, and is constituted by distribution and input devices for aquaculture production;

The distribution shaft 357 connected to the distribution shaft 357 of the aquaculture type distribution and dispensing apparatus is provided with a power source for generating hydroelectric power by rotating a number of aberrations by adjusting the diameter of the suction port 269 and the discharge port 270, (1) for controlling the flow of the water in the main body (1) of the marine aquaculture production system by controlling the voltage in the substation equipped with the transformer of the substation to control the distribution to each industry And a power transmission control unit 811c of a submarine crossing railway substation for providing power transmission included in a distribution and dispensing apparatus control unit 811 for aquaculture and aquaculture of aquatic products and landfill construction equipment, Configure;

When a harmful tidal adjustment warning is issued in a drought period, the control tank 304 is connected to the distribution shaft 357 of the aquatic production and distribution apparatus, The backflow valve 409 is opened and the tuyere winch 137 for the opening and closing control device for the water gate is adjusted to control the flow of the flow of the water. (1) to control the flow of water constituting the inside of the main body (1) for aquaculture production, while discharging a large amount of control water to the ocean to prevent the occurrence of harmful red tide. And a harmful red-bell-cut prevention / control unit 811d included in the device control unit 811, and is constituted by a distribution and input devices for aquatic production;

The water stored in the peak intake water dam 680 is connected to the distribution shaft 357 of the aquaculture distribution and dispensing apparatus so that the power pump 304 and the piping and the fire hose 9 are opened while opening the valve 409 of the intake dam. A plurality of nozzles 10 connected to the hydroelectric power generation control unit 20 are connected to the flood control machinery on the entire lower crest line of the crest, The power supplied from the power transmission control unit 811c of the marine metropolitan transit railway substation providing the power transmission is included in the aquatic products and the aquarium production distribution input device control unit 811 of the landfill treatment construction machine Power Pump (304) Marine Fertilizer and Landfill Treatment with Equipments in the Machinery Room The control unit (811) of the aquaculture system for the aquaculture of the aquaculture system is equipped with the following features: fire, drought, heavy snow, extreme weather, typhoon, A pump constituting the inside of the dispensing and dispensing apparatus main body 1 for preparing aquatic products culture apparatus for providing a flood control facility for preventing natural disasters from occurring, And an aquatic aquaculture device regulating unit 811e included in the aquarium production control apparatus for the aquaculture of the aquatic products and the embankment processing construction machine for regulating the flow of the aquatic products,

And an irrigation tunnel (672) connected to an adjustment shaft (231) of the distribution and dispensing apparatus for aquaculture production, which is inserted through the respective control dams, is installed in the inside of the distribution and dispensing apparatus main body And a freshwater fish apparatus style regulating unit 811f included in a distribution and dispensing apparatus control unit 811 of aquatic products culturing and construction processing machine for regulating the flow of the water constituted by the aquarium, &Lt; / RTI &gt;

The hydraulic power generator connected to the control shaft 231 of the aquatic production and distribution apparatus and disposed in the marine tunnel communication device 941 and the marine hydroelectric power plant is a flow rate control distribution input device of the inlet port 269 for controlling the flow rate of the alga And a power production control unit 811b connected to the distribution shaft 357. The power production control unit 811b is connected to the distribution shaft 357. The power production control unit 811b ); And

A plurality of power pumps 304 connected to the control shaft 231 of the distribution and dispensing apparatus for aquaculture are installed to supply the groundwater and the deep seawater in the river into the water supply plant, And a tidal winch 137 for controlling the flow rate of the water flowing into the inside of the tear-off control device, A distribution and dispensing apparatus for aquatic culturing that regulates the flow of the water constituted by the aquaculture apparatus adjusting units 811g and the inside of the distribution and dispensing apparatus main body 1 for aquaculture is provided with a distributing shaft 357 and an adjusting shaft 231, Are provided with marine hydroelectric power station flotation dishes 593, 594 and 595 connected to the inside of the marine tunnel traffic device 941 constituting the control shaft 231 so as to operate a train 771,Castle and;

A portable lug connecting shaft coupling bolt 603 and a portable lug connecting shaft coupling and dismounting nut 603 are provided in the marine hydroelectric power station floating portable reader 593, 594, 595 of the marine tunnel communication device 941 of the control shaft 231 of the aquatic culture- A portable lug 607 and a portable lug pin 608. The water intake dam 680 is connected to the vertical partition wall 605, A plurality of pipes 409 and a plurality of pipes 14 are connected to the water storage tank 292 and each water intake dam 680 and a plurality of pipes 14 and fire hoses 9 are connected to the pipe 14 and the fire hose 9 and a water pump 293 and a water supply passage 294 of each water intake dam 680 so as to be connected to the inside of the distribution and injection device main body 1 for aquatic production (811) for aquaculture and landfill construction equipment for aquaculture of aquaculture of aquatic products culturing system for controlling the flow of a flow constituted by a floating culture The hull position shifting construction machine equipment control unit 811a is provided and the control shaft 231 of the double tunnel structure-shaped idol tunnel 672 is rapidly moved to the crane to prevent the hurricane and storm surge, Of the aquaculture system of the cooling device to make the aquaculture farm of the aquarium;

As shown in FIG.

Preferably, as shown in Figs. 1 to 37, the aquatic products of the aquatic producing and distribution processing equipment and the flood control device 811 of the aquaculture system for aquaculture of the landfill processing construction machine The tunnels 672 of the respective intake dams 680, which are provided inside the tunnels 672 of the double pipe structure with the machine control unit 811a,

Each of the tongues 672 constituting the tongue tunnel 672 passes through the wall of the intake dam 680 and adjusts the movement of the fish and shellfish located inside the tongue tunnel 672 located at the center of the dam to the scattering site A plurality of mirrors 804 are provided to provide sunlight and are provided with illumination facilities 806 inside the tunnels and are rotated at a constant inclination angle along the outer circumferential surface of each of the intake dam 680, An air compressor 80 which is connected to the water intake dam 680 and controls the opening and closing of the water gate 293 of each water intake dam 680 and a tongue winch 137 for a water gate opening / The tuyere winch 137 for opening and closing the water gate opening and closing apparatus having the connection structure with the air compressor 80 for opening and closing the water gate 293 for regulating the flow of the flow constituted inside the distribution and dispensing apparatus main body 1 for cultivation Of aquatic products and landfill construction machinery to control flow of water A freshwater fish apparatus style regulating unit 811f included in a distribution and dispensing apparatus control unit 811 for aquaculture;

An artificial tunnel 672 of each water intake dam 680 of the aquatic production and distribution apparatus is inserted and formed in the through passages so as to be located in the mountain ridge valley A plurality of water storage tanks 292 and the water intake tanks 292 are connected to the water intake 293 and the water discharge passages 294 and the water storage tanks 290, And a control shaft (231) of a construction machine included in a plurality of aquaculture system for controlling the flow rate of aquaculture facility accommodated in each water intake dam (680); And

Water is inserted into each water intake dam 680 by the aquatic production and distribution apparatus for aquaculture and is connected to the outer circumferential surface of the control shaft 231 and connected to a plurality of disaster prevention waterways 17, The flow rate of rainwater and loess mixture of the rainwater and the loess is controlled by the control shaft 231 for providing dispersion storage in the control water storage tank and the control dam in each coastal beach and the water intake control system for controlling the flow rate of the flood control facility accommodated in the distribution shaft 357 (680), and a water culture aquaculture facility for regulating the flow of the water constituting the inside of the distribution dispenser main body (1) of the aquaculture production aquaculture system is provided, A power generation control unit 811b and a power transmission control unit 811c of a submarine crossing railway substation that provides power transmission, and is constituted by a distribution and input devices for aquatic production;

In the facility control section 811a of the flood control system 811 of the aquaculture system for the aquatic products and the landfill construction equipment constituting the aquatic production and distribution apparatus,

And is connected to one side of a marine tunnel communication device 941 of each control shaft 231 constituting the inside of the distribution and dispensing apparatus main body 1 of the aquatic culture apparatus and the marine hydroelectric power station floating picker 593,594,595, (593, 594, 595), which is provided for controlling the movement and disassembly of the hull of the hydroelectric power plant (593, 594, 595), is installed in the main body (1) of the aquaculture system for aquaculture, 811) includes a cylinder (126) used as a conveying machine constituted by distributing and inputting apparatuses of a construction machine of aquaculture control system for controlling flow of a flow rate, A high pressure hose 190 and a coupling 29 in the front of the cylinder 126 and a crank 248 in each valve device and a crank 248 ) Piston seal 822 and piston seal 823 are fixed to the cylinder 126 and the piston 127 constituting the body of the hydraulic cylinder 623 provided in the heavy equipment construction machine while being assembled with the link stand 249 The backup seal 830 and the load seal and backup seal 831 are attached to the O-ring 828 and the load seal 829 in the slip ring 826 and the diverting bush 827 in the booster seals 824 and 825, respectively A piston ring 836 and a ring 834 of the piston ring 837 around the rubber zero piston 127 and the cylinder (not shown) are connected to the piston seal 832 and the piston seal 833, 126), and is divided into a high-pressure valve and a low-pressure valve of a hydraulic pump, and a connection structure is provided by a motor, a hydraulic tank, and hydraulic hoses, 231 are connected to one side of the marine tunnel traffic device 941 and the marine hydroelectric power plant flood control station 593, ) Distribution Equipment for Marine Aquaculture Installed to Control and Disassemble the Hull Position of Marine Hydropower Plant (593,594,595) (1) Distribution System for Aquatic Products and Landfill Construction Equipment The facility control unit 811a of the flood control system 811 includes a distributing and inputting device for a construction machine for controlling the flow of water. And a distribution device for the aquaculture of the construction machine connected with the pressure of the force applied to the unit area of the unit;

The equipment control section 811a of the floating-fed consonant ship hull position moving construction machine included in the aquarium and the landfill processing construction machine for the aquaculture input device control section 811 constituting the inside of the distribution- In addition,

The control shaft 231 is connected to one side of a marine hydroelectric power plant floating ship 593, 594, 595 of a marine tunnel communication device 941 of each control shaft 231 constituting the inside of the distribution dispensing apparatus main body 1 for aquaculture, (593, 594, 595) installed in the main body (1) of a distribution system for aquaculture, which is provided for movement control and disassembly and assembly of a hull, 811), the equipment control unit 811a of the floatation construction and construction machinery comprises a distribution device for the aquaculture of a construction machine for controlling the flow of the water. The solenoid valve 76 at the connecting joint portion of the flange 28 of the confluent pipe 3 and the fire extinguishing water installed in the collecting tank 34 at the upper portion of the pump machine room are connected to the ball tap 499, An air hose 109 installed inside the nozzle hose 9 and an air nipple 110 for a socket which is detachably coupled to the connection portion of the air hose 109, The diesel engine generator 226 located at the upper end of the upper surface of the ground and the power source 46 is connected to the motor control module 80 of the prime mover 80, Pressure storage tank 145 so that the air generated by the operation of the motor 192 of the prime mover 80 supplied to the receiver high-pressure storage tank 145 is stored in the receiver high-pressure storage tank 145, The emergency valve 84 of the disaster prevention air piping line 181 is expanded and air is blown into the building and attached to the piping frame outside the building and at the same time the pressure gauge 101 and the pressure switch 104 ) The piston 127 and the cylinder 126 are attached to the crank handle handle composed of the crank 248 and the link rod 249 in the overpressure prevention switch box 108 of the motor control module 106 and the compressor body 263 The belt conveyor 261 is connected to the pulley 250 and the V-belt 252 for safety operation while connecting the conveyor 250 and the belt 252 corresponding to the speed reducer 251 to the prime mover 80 and the electric motor 192, A suction filter 262 is installed on the circumference of the belt 252 to regulate the rotation speed of the prime mover 80 and at the upper end of the compressor main body 263 to receive foreign matter into the air suction port 269, The piston 127 of the cylinder 263 and the air discharge port 270 to which the cylinder 126 is attached are connected to the receiver high pressure storage tank 145 and are connected to the high pressure storage tank 145 at a pressure of 6 kg per 1 cm 2 of air pressure The pressure gauge 101 connected to the safety valve 258 and the pressure switch 104 are connected to the electric motor 19 The operation of the electric motor 192 is resumed and the high pressure storage tank 145 is connected to the air valve 257 and the automatic valve 259 An air compressor 80 provided with drain valves 60 and disassembled into an air hose 109 and an air hose connection device nipple 110 and reciprocally reciprocated to the inside, Stage type screw cooler 147 in which heat is dispersed to the oil cooler 157 without the aft cooler 182 and is connected to the suction port 269 and the discharge port 270 through a connection device 730 is provided with a basket 42 and a bed nozzle 172 serving as a lifesaving structure so that the connecting structure of the construction machine is connected to the interior of the floating hood postal position moving facility adjustment unit 811a. A dispensing device for aquaculture connected to It is necessary to prepare the 1,500-generation refugee center for five people on the top of the deck deck of the deck, and to protect the fishery of many kinds of offshore fisheries. A distribution input device for aquaculture having a large-scale cage farm for catching fish rope nets for catching wire rope nets, bait for fishing nets, and typhoons and harmful red tide;

As shown in FIG.

Preferably, the aquaculture apparatus for aquaculture that constitutes a distribution input device for aquatic production of a marine hydroelectric power plant having a dual structure block tank,

The main components of the distribution system for the aquaculture were firstly selected as KSD 3705 hot rolled stainless steel for the material, and the use of a dual structure firefighting nozzle unit, which is formed at the top of the sea surface and at the top of the ground,

KSD 3705 Double-structure block tank holding tank and double structure block tank with cylindrical shape with hot-rolled stainless steel pipe Steel plates to support inner block tank and outer block tank installed on the outer side of the circumferential surface of the holding tank on the barge hull KSD 3705 steel material, which constitutes hydroelectric plant facilities,

The distribution input device for aquaculture, which constitutes a number of marine hydroelectric plant facilities,

Distribution device for aquaculture production Small-sized floatation pillars that make up a small floodplain block Tank top tank barge hull size Dimensions of width × height × height × thickness of steel plate are provided in dimensions of 600M × 800M × 40M × 30mm,

Distribution type dispenser for aquaculture Medium-sized floats that make up the middle floodplain The top of the tank top barge The size of the barge hull is set to dimensions of length × width × height × thickness of steel plate 2km × 3.2km × 40M × 32mm,

Distribution equipment for aquaculture production Large-scale floatation building block block that constitutes a large floodplain The top of the tank barge hull Size × width × height × thickness of steel plate, 10km × 12km × 40M × 35mm, The distance is sequentially connected,

A double structure block tank pipe bridge of 40.000km standard constituting the crossing with a distribution device for aquaculture. In the marine tunnel traffic equipment,

40.000km double structure block tank pipe bridge for marine culture aquaculture equipment,

The standard specification of the above-mentioned distribution and dispensing apparatus for aquaculture is:

Horizontal × Vertical × 4 places Corner diameter × Thickness × Thickness × Production unit length consists of distribution dispenser for aquaculture consisting of 15M × 15M × π 15M × 35mm × 0.5km.

Double structure block tank pipe bridge composed of a distribution device for aquaculture production A pipe bridge of a marine tunnel traffic facility of a pipe bridge composed of a 15M × 15M × π 15M × 35 mm × 0.5 km marine tunnel traffic facility,

It is set as the standard of 5m in diameter, and the diameter of the pipe pier is increased to 1M at 5M over the radius of the laddues per 1km according to the depth of the sea floor,

Distribution Tank for Marine Aquaculture Double Tube Tank Tubes for Marine Traffic Tunnel Construction Several bands for construction of pier bridges and several construction machines are installed and the pipe bridge is installed at a height of 300m above the sea level,

It is designed to be built up with several band guides and several construction machines for the installation of the anti-sinking rescue vessels which constitute the distributing device for the aquaculture production, and the height of the upper part of the sea slope (SLL) Vessels are equipped with safe sailing vessels to prevent sinking,

In the marine tunnel transportation device of the control shaft for adjusting the flow of the hydroelectric power plant equipment and the aquaculture equipment constituting the distribution input device of the marine hydroelectric power plant having the double structure block tank,

×핀 몸체 직 경∮;500×2×10∮mm)을 접속하면서 핀 연결축 끝단 부위로 가공된 나사 산 위치에 너트로 분해결합을 마련하고 예인선에 이송된 이중구조블록탱크는 반잠수 작업선에 탑재되는 밴드 지그대에 의해서 조립되는 지주탱크 상단의 바지선선체인 가로×세로×높이×철판두께;600M×800M×40M×18mm와,External tank tanks in the holding tanks and inner block tanks The length of the connecting shaft for connecting the portable luggers to the inner wall and the outer wall of each tank is 800 mm, the diameter is 300 mm, the thickness of the iron plate of the portable rhea is 150 mm, (Diameter x 30 mm) of the connection pin connecting shaft is connected with a connecting rod pin (length x

× 500 × 2 × 10 ∮ mm), while the double structure block tank transferred to the tug line is provided with a nut at the screw thread position machined to the end of the pin connection shaft, Length × width × height × thickness of steel plate: 600 M × 800 M × 40 M × 18 mm, which is the barge ship hull at the top of the holding tank assembled by the band guide mounted on the ship,

The barge hull at the bottom of the holding tank,

The pipe bridges are constructed by connecting the outer tank tanks of the holding tanks and the inner block tanks to the outer block tanks of 15M × 15M × π 15M × 24m × 1Km. A small marine power plant with a footprint of 600M × 800M × 800M, a large-sized marine power plant with a footprint of 2Km × 3.2Km × 2Km, × 10 Km × 10 Km × 10 Km in height and 10 Km × 10 Km according to the depth of the sea. The portable lug pin is fastened to the bolt nut in the machining hole of the lug connection shaft, Bottom barge hanger adjuster Kooki bed and core drill are equipped with a hole cutting drilling device with a diameter of 350 Ø or 400 Ø to constitute a marine hydroelectric power plant;

Injection nozzles composed of upper and lower deck deck tops at the top of the barge hull at the top of the holding tank, assembled at sea by anti-sinking buoyancy control device, have a nozzle hole diameter of 3 mm or 7 mm nozzles, Type nozzles and 490 nozzle openings Inside the nozzle and piping nozzle body (B) The fire water with the water pressure in the fire hose discharges into the gap of the spray nozzle and discharges the number of the spray jet and the curtain wall. A plurality of spray nozzles are installed in a main body of a distribution and input device for aquatic production of a marine hydroelectric power plant having a double structure block tank, Respectively,

A double structure block tank of a regulating shaft for controlling the installation and distribution of a marine hydroelectric power plant having a dual structural block tank; a marine tunnel traffic device; and a distribution input device for a marine hydroelectric power plant.

In order to prevent the safe navigation vessel from losing its restoring force even in a weather condition of any bad condition, it is necessary to provide an air inlet rubber tube (947) or a vessel (1078) And to prevent the sinking casualties of the passengers from being generated, to distribute the load of the pipe bridge object of the barge hull,

The global maritime hydroelectric power plant facilities are equipped with a number of aquaculture distribution devices, including marine cranes for the construction industry due to the development of the marine environment industry. The distribution of marine hydroelectric power plant marine hydroelectric power plants with dual structure block tanks Input device;

.

In a preferred pure < hydraulic control training > task,

The first step is to select the hydraulic element by reading the hydraulic symbol indicated in the circuit diagram.

[Embodiment 1] In basic training

First,

First, the process of forming the pressure can be explained using the hydraulic hand pump.

Second, the pressure relief valve pressure setting method can be performed.

Third, it is possible to check the cracking pressure of the hydraulic pressure relief valve.

The following exercises follow

First, in the hydraulic hand pump practice

First, the parts necessary for the training are selected and fixed on the fixed plate.

Second, piped parts are arranged like a circuit diagram.

을 닫힘 상태로 전환한다.Third, the shut-off valve of Figure 6-1

To a closed state.

에 기름을 1.5ℓ 정도 채운 후 유압 셋을 오 프(Off) 시킨다.Fourth, the power of the hydraulic set is turned on,

Fill the oil to 1.5 liters and turn off the hydraulic set.

와

를 완전 개방 상태로 전환 후 핸 드 펌프를 일정하게 회전시키면서 압력 게이지 p 0의 상태를 관찰한다.Fifth shut-off valve

Wow

After the pump is turned to the fully opened state, observe the state of the pressure gauge p 0 while rotating the hand pump constantly.

를 서서히 닫힘 상태로 전환하면서 핸 드 펌프를 회전시킬 때 압력 게이지 p 0의 상태를 관찰한다.Sixth shut-off valve

Observe the state of the pressure gauge p 0 when turning the hand pump while slowly switching to the closed position.

를 어느 정도 닫힘 상태로 유지하고

는 완전 개방 상태로 전환 후 핸 드 펌프를 회전시킬 때 펌프 흡입 측의 변화를 관찰한다.Seventh shut-off valve

To a certain degree in a closed state

Observes the change in the suction side of the pump when the hand pump is rotated after switching to the fully opened state.

Discuss the results of the fifth, sixth and seventh sessions after arranging the eighth exercise device.

The following is a hydraulic pressure relief valve exercise.

First, select the parts needed for the exercise in Figure 6-2 and place it on the fixed plate and fix it.

The following parts are piped as shown in the circuit diagram.

를 열림 상태로 전환한다.The shut-off valve

To the open state.

의 조정나사를 반 시계 방향으로 완전히 돌린다.Fourth, the pressure relief valve

Turn the adjusting screw of the screw fully counterclockwise.

Fifth, the power of the hydraulic set is turned on (O n).

Sixth, the pressure of a pressure gauge p 1 until 50 kg _f / cm ² and turn the adjusting screw of the pressure reels re-program the valve in a clockwise direction.

를 닫힘 상태로 전환한다.Next, turn off the power of the hydraulic set, and then shut off valve

To the closed state.

를 서서히 개방시키면서 압력 릴 리 프 밸브가 열려 액 주 관

로 기름이 떨어질 때의 압력을 압력 게이지 p 1로 확인한다.Next, after the power of the hydraulic set is turned on, the shut-

The pressure relief valve is opened and the liquid pipe

Check the pressure when the oil is dropped by the pressure gauge p 1.

The working pressure of the eighth pressure relief valve is discussed in the ninth.

The final pressure gauge p 1 at 40 kg _f / cm ² 30 kg _f / cm ² after re joseonghan a pressure relief valve so that the repeating (7), (8), (9) a process for each case to create a Table 6-1.

Discuss the final result.

The following flow-pressure characteristics of the hydraulic pump are shown below

First, select the parts necessary for the exercise in Figure 6-3 and place it on the fixing plate and fix it.

Second, piped parts are arranged like a circuit diagram.

를 열림 상태로 전환한다.Third, the shut-off valve

To the open state.

를 시계방향으로 조정하여 완전 폐쇄 상태로 전환한다.Fourth, the flow control valve

To the fully closed state.

Fifth, the power of the hydraulic set is turned on (O n).

을 시계방향을 돌려 p 1 게이지의 압력을 50kg_f/cm² 되도록 조정한다.Sixth, the hydraulic relief valve

Turn clockwise to adjust the pressure of p 1 gauge to 50 kg _f / cm ² .

를 반 시계 방향으로 돌려 p 1 게이지의 압력을 10kg_f/cm²이 되도록 조정한다.Seventh, the flow control valve

Turn counterclockwise to adjust the pressure of p 1 gauge to 10 kg _f / cm ² .

의 셧-오 프 밸브를 폐쇄 상태로 전환한다.Eighth, the power of the hydraulic set is turned off and the flow meter

The shut-off valve of the shut-off valve is closed.

Ninth, the power of the hydraulic set is turned on (O n).

에 1.5ℓ의 기름이 채워질 때까지의 시간을 측정하여 표 6-2에 기록한다.In the tenth, using a stopwatch,

Is measured in 1.5 liters of oil and recorded in Table 6-2.

To eleventh, When the pressure of the pressure gauge _{p1 20, 30, 40kg f /} cm 2 il repeats the processes of (8), (9), respectively.

For the twelfth, discuss the results.

The fluid flow practice below is shown in the circuit diagram below.

In Step 1, select the parts necessary for the exercise in Figure 6-4 and place it on the fixing plate and fix it.

In the second step, piped parts are arranged like the circuit diagram.

를 열림 상태로 전환한다.In the third step, the shut-off valve

To the open state.

In the fourth step, the hydraulic pressure set is turned on (O n).

을 조정하여 p 1 게이지의 압력을 40 kg f/㎠ 되도록 셋 팅 한다.In the fifth step, the hydraulic relief valve

To set the pressure of p 1 gauge to be 40 kg f / cm 2.

In step 6, power off the hydraulic set.

는 오리 피 스 투명블록 P포트와 A포트에 유압 배관을 한다.Step 7 is a step-

To the orifice clear block P port and A port.

In step 8, the hydraulic pressure set is turned on (O n).

In step 9, the pressure before and after the orifice clear block is measured with p 1 and p 2 gauge, and the flow state of the fluid is observed.

를 오리 피 스 투명블록 P-B, 슬로 틀 투명블록의 P-A, P-T에 각각 유압배관을 한 후 8단계, 9단계 과정을 반복하여 표 6-3에 기록한다.Step 10 is a step-

To the orifice transparent block PB and to the sloped transparent block PA and PT, respectively. Repeat steps 8 and 9 to record in Table 6-3.

Step 11 discusses the results.

[Embodiment 2] In the control of the hydraulic single cylinder,

For the next exercise goal

Step 1 can understand the structure of a single cylinder and explain its function.

In the second step, the functional relationship between the velocity and the force of the piston can be understood and calculated to calculate the value.

As described above, the present invention provides a distribution input device for aquaculture production to the global village.

The embodiments of the present invention described above and shown in the drawings should not be construed as limiting the technical idea of the present invention to the drawings. The scope of protection of the present invention should not be limited by what is described in the claims, and those skilled in the art will be able to modify the technical idea of the present invention in various forms. Accordingly, such improvements and modifications will fall within the scope of protection of the present invention as long as it is obvious to those skilled in the art.

""

""

"자 형태의 지그),(23) 샤 클,(24)볼트,(25)너트,(26)와 샤,(27)외부블록탱크 외부 위치로 결합 분리 해지용 힌지,(27a)힌 지 용 ㄱ 형의 러 그 핀 연결축, (27b)힌 지 용 장축의 연결축,(28)플랜지 또는 선체의 벨 러 스 터 바라 싱 탱크 흡입구 이물질 접근 차단용 플랜지 마개철망,(29)카플 링,(30)카플 링 암 나사 산 몸체,(31) 카플 링 수나사산 몸체, (32)가스 켓 트 또는 고무패킹,(33) 노즐호스 장비 거치대,(34)집수정 탱크 또는 안전 탱크,(35)레 듀 사,(36) 고성능 수중펌프,(37) 펌프 수차,(38)토 출 분사 수,(39)물 막 또는 커 텐 물 막,(40) 소방정,(41) 감지노끈,(42) 바스켓,(43)이중비닐텐트 또는 봉지,(44)엘 보 또는 티 이 엘 보,(45) 소방용 펌프,
(46) 동력 전원 공급장치 전원,(47) 인버터, (48) 인버터 브 이오,(49) 억 세 스 포인터,(50) 인터넷망,(51) 입 형 다단펌프 또는 관제 서버,(52) 모니터,(53) 펌프 제어 보드 또는 타 구어 윈치 콘 트 롤 박스, (54) 근거리 무선통신안테나,(55)근거리 무선통신장치의 무선통신 제어모듈,(56) 디스플레이,(57) 전자제어장치 에이 디 이씨,(58) 스위치 입력회로,(59) 전자제어장치 엠 씨 유,(60)전자제어장치 디 이에 이씨,(61) 과전류차단기 브레이크,(62) 전원부,(63)디스플레이 화면,(64)아날로그입력,(65)디지털입력,(66)각 펌프의 온 오 프 제어를 위한 스위치 메인스위치 버 턴,(67)보조스위치 버 턴,(68)컴퓨터 전산망 입력,(69)현재 압력 값 압력설정수치의 설정압력 값 인식명판,(70)메모리,(71)동력전선,(73)방재물질 혼합기 믹서,(74)이중 관 구조 블록배관라인,(74a)내부블록배관,(74b)외부블록배관,(75)헝겊 꺼즈,(76)솔레노이드밸브(77)애드벌룬,(78)비행선,(79)가스통,(80)공기압축기,(81)모바일서비스,(82)휴대용단말기,(83)저압차단밸브,(84)비상밸브,(85)감압밸브,(86)제1압력체크센서,(87)제2압력체크센서,(88)전자제어유닛,(89)양수 관,(89a) 수직 하향 관,(89b) 수직 상향 관,(90)볼 밸브핸들,(91)드 렌 처 헤드,(92)밸브 내부디스크,(93)비상 싸 이렌,(94)최초발화원인물질 스파크 또는 낙뢰,(95)전신주,(96)변압기,(97)레 듀 사 붓 싱 소켓,(99)점멸 경고등,(100)파라핀노즐마개 또는 양초,(101)압력계,(102)감지센서바이메탈,(102a)열전대의구성방식,(102b)열 전류 발생,(102c) 열기전력 발생,(102d) 측정점,(102e)기준점,
(103)감지센서 열전 대온도계 스위치,(103a)열 전대 온도계의 구성방식,(103b)측 온 한계,(103c)온도 1,(103d)전류계 온도의 눈금,(103e)금속A,(103f)금속B,(103g)전위차가 발생,(103h)열 전대와 보상도선,(103i)측 온 접점,(103j)열 전쌍,(103k)보상접점,(103l)보상도선,(103m)기준접점,(103n)열전대의종류,(103o)보호관이 없음,(103p)보호관,(103q)고온물체,(103r)보호관,(103s)시 스 형,(103t)측 온 단자,(103u)측 온 접점,(103v)스 텐 금속 시 스,(103w)보호관 부착 백금 측 온 저항체,(103x)마 이 카,(103y)백금선,(103z)자기,
(104) 레벨 또는 압력스위치,(105)방 유량 체크용 유량계,(106)동력모터제어모듈,(107)밸브스위치작동용 추 또는 크레인 붐 대 레벨 유지 웨 이 트 용 추,(108)과대 압력 방지스위치 또는 스위치박스,(109)에어 호스,(110)공기호스 연결장치의 닛 플 소켓,(111)스프링 쿨 러 헤드,(112)반사 관,(113)가용금속용 퓨즈,(114)정지밸브 또는 수도밸브,(115)지하매설관,(116)주 탑 또는 철탑 또는 블록철탑,(117)부자,(118)부자회로개폐기,(119)벨,
(120)경보밸브,(121)시험밸브,(122)고압수도펌프,(123)레버 블 럭,(124)소화기(소화기a, 소화기b, 소화기c, 소화기D, 소화기e, 소화기f) (125) 체인,(126)실린더,(127)피스톤 또는 피스톤펌프,(128)소화기 고정용 핀,(129)빗장 장 금 장치,(130)인명구조 용 튜브,(131)로프,(132)컨테이너,(133)앙 카 볼트,(134) 라디오존데,(135)구동바퀴 로라 용,도 루레,(136)레 귤 레 이 트,(137)동체에 감긴 밧줄이나 쇠사슬로 수문개폐 조절장치용 타 구어 윈치,(138)시린 더,(139)철 개 망태,(140)터빈펌프,(141)케 싱,(142)베인 펌프 또는 가이드 베인,(143)임 펠 러,(144)다 이어 후 렘 펌프,(145)고압저장탱크,(146)프로펠러펌프 또는 프로펠러,(147)다단식나사 공기 압축기 그리고 나사펌프,(148)플 런 저 펌프,(148b)사 축 식 플 런 저 펌프, (148c) 레이디얼 플 런 저 펌프,(149)철재 빔,(150)방재펌프 제어시스템 또는 관제시스템,(151)오일 냉각기,(152)맨홀 덥게,(153)해치 카 버,(154)방화문,(155)글 랜드 패킹,(156)매 커 니 컬 시일 또는 각개의 시일,(157)제트펌프,(158)황토,(159)방화사,(160)옥내소화전상자,(161)자동소화전,(162)호스걸이,(163)질식 가스,(164)불연성 가스의 이산화탄소, (165)보강 철판,(166)성냥불(a) 또는 발화물체(화재유형별의 A급, B급과 C급으로 분류함),(167)나사 탭, (168)송수구 또는 소방방재 배관 라인,(169)방수 구,(170)내부냉각기,(171)배기가스,(172)인명구조겸용 침대노즐,(173)가스 렌 지 또는 버너,(174)탄산가스,(175)하론 가스,(176)핼 륨 가스,(177)발화물질 파라핀테이프,(178)비 발화물질 철사,(179)소화전(단구형a,쌍 구 형b),(180)비닐포대,(181)방재공기배관라인,(182)후미냉각기,(183)리밋스위치 또는 리 미트 스위치,(184)무인카메라,(185)끝이 뾰족한 틈새 결합공구 지 그대 쇄기,(186)스프링,(187)무인점화기 스파크라이터,(188)구명정,(189)압력탱크용 헤드 탱크,(190)플 렉 시 블 고압호스 또는 유압호스,(191)도입 관 또는 수압관,
(192) 동력모터인 전동기 몸체,(193)후드,(194)스냅 링,(195)팬,(196)몸체프레임,(197)몸체전방 보강 철판,(198)연결축 또는 회전축,(199)회전자조립,(200)전방회전 축 받 이,(201)고정자조립,(202)모터보호용 주물프레임,(203)단자박스,
(204)인양볼트,(205)단자박스 카 버,(206)후방회전 축 받 이,(207)후방 보강 철판,(208)공극,(209)팬 카 버 또는 보호 카 버,(210)회전자 철심,(211)고정자 철심,(212)고정자 권선,
(213) (214) (215) (216)(217)(218)(219)(220)(221) 등변 산 형 강,(222)(223)(224)(224a)(224b)(224c)(225)(226)(277)(228)(229)(230)(231)전환·가공 공장,(232)(233)(234)(235)불씨,(236)불꽃,(237)불기둥,
(238) 공유지 및 공유수면 매립지의 연결축,(239) ,(240),(241),(242),(243),(248)크랭크,(249)링크대,(250)푸 레, (251) 감속기, (252)브 이 밸 트,(253)플 런 저,(254)고정핀,(255)타임 머,(256)케이블 카 아,(257)공기밸브,(258)안전밸브,(259)자동밸브,(260)드 레인 밸브,(261) 밸 트 카 버,(262)흡입필터,(263)압축기 본체,(264) 펌프 수차,(265) 메인밸브,(266) 산림,(267)터빈 또는 회전날개,(268) 플라이 휠,(269) 흡입구,(270) 토출구,(271)공 운전 방지장치, (272) 펌프전원,(273) 제어 전원,(274) 비상운전회로,(275) 직류파워공급회로,(276)마이크로 콘 트 롤 유니 트,(277)디 아이피 스위치설정회로,(278)디스플레이회로,(279)M/C 구동신호 접점출력회로, (280) 모터 과부하 신호입력회로,(281)인버터 운전 데이트 입출력회로,(282)압력감지회로,(283)외부상태 입력회로,(284)토 출 압력 트랜스 미 터어,(285) 흡입/토 출 스위치,(286)베 드 프레임,
(287)냉각수 또는 냉각수 입구,(288)유 분리탱크,(289)흡입밸브,(290)기어드라이븐,(291)건조기,(292)이중 관 구조 물 저장탱크,
(293)수문,(293a)데 인 터 게이트,(293b)롤링 게이트,(293c)설계수위,(293d)수면,(293e)앵커부문 고정부,(293f)고정부,(294)수로 또는 회전수로,(295)수조 탱크,(296)게이트 밸브,(297)리 턴 밸브,(298)부시 또는 트로틀 부시,(299)드 렌 처 헤드(a,b,c,d)의 종류,(300)진동경보장치,(301)드 레인,(302)역 정지 밸브,(303)고압 볼 탱크,(304)양수펌프,(305)유량제어용 버터플라이밸브,(306)중탄산소다,(307)재유입구,(308)센 튜 리 퓨 우 걸 펌프,(309) 오수펌프,(310)스파이 럴 케 싱,(311)블류우트 펌프,(312)후드 밸브,(313)양수 구,(314)펌프 본체,(315)플 로 트,(316)볼 밀어넣기 기기,(317)플 랙 스 블 카프 링,(318)플 로 트 스위치,(319)뒷날개,(320)퍼올림 밸브,(321)빨아올림 밸브,(322)분출 수면 계,(323)실제 양정,(324)분출 양정,(325)제트펌프,(326)기어 또는 기어펌프,(327)윙 펌프,(330)분리 실,(331)마그넷 스위치,(332)핵폐기물건물,(333)빌딩 또는 대형건물,(334) 밸런스,(335) 언밸런스,(336)옥내 소화용 펌프,(337)로터리펌프,(338)로터리 회전자,(339)프라이 밍,(340)자 흡 식 펌프,(341)축 류 펌프,(342)혼 류 펌프,(343)점성펌프,
(344),
(344a)가(AB)변의 블록탱크,(344b)나(BC)변의 블록탱크,(344c)다(AC)변의 블록탱크,(344d)라(AR)변의 블록탱크,(344e)마(AQ)변의 블록탱크,(344f)바(AP)변의 블록탱크,(344g)사(AO) 변의 블록탱크,(344h)자(AM) 변의 블록탱크,(344i)아(AN) 변의 블록탱크,(344j)갑(ABC),삼각형 블록탱크,(344k)을(AB "C),삼각형 블록탱크, (344l)병(ARS),삼각형 블록탱크,(344m)무(AQT),삼각형 블록탱크,(344n)갑 자 (AOB),삼각형 블록탱크,(344o)을 축 (ANW),삼각형 블록탱크,(344p)병인(AMX),삼각형 블록탱크,(344q)차(DE)변의 블록탱크,(344r)카(BD)변의 블록탱크,(344s)타(CE)변의 블록탱크,
(345)글 랜드,(346)주 액 랜턴 링 부착패킹,(347)랜턴패킹,(348)2중 글 랜드 형 패킹,(349)드 로 틀 부시 부착패킹,(350)냉각수출구,(351)봉 수,(352)냉각수입구 또는 냉각수배관라인,(353) 슬리 이브 내면 냉각병용 워 터 재킷부착패킹,(354)슬리이브의 내부 냉각 실,(355)보조 글 랜드,(356)누설액의 냉각 실,
(357)공유지 및 공유수면 매립지의 분배 축,(358)글 랜드 패킹 여덟 가닥 짜기,
(359)봉지 짜기,(360)격 자 짜기,(361)플 래 싱 구멍,(362)O링,(363)스 톱 더,(364)중동 링,(365)밀봉 단면,(366)시 이 트 링,(367) 피동 링,(368)퀀 칭,(369)쿠 울 링,(370)되 돌림 관,(371)핸들(Handle),(372)격벽, (373)축 방향의 드 러 스 트 하중,(374)임 펠 러 전면에 작용하는 압력,(375)임 펠 러 뒷면에 작용하는 압력,(376)밸런스 호울,
(377)흡입압력,(378)배면 압력,(378)밸런스구멍,(380)전면 웨 어 링,(381) 토출압력,(382)배면 베어링 링,(384)뒷날개,(385)뒷날개 설치로 인한 압력분포와 임펠러,(386)다단펌프의 임 펠 러 배치,(387)수주분리,(388)수주결합,(389)수격작용,(390)축 봉 부,(391)냉각방식의 매 커 니 컬 시일,(392)스 트레이너,(393)수격펌프,(394)옥상 소방 운전실 또는 크레인운전실,(395)높고 낮은 산,(396)폴 저엔 코 드(Pulse Encoder),(397) 스 피 드 콤 멘 드(Speed Command),(398)모터 스 피 드 또는 변속기,(399)디스크 브레이크(DISC Brakes),(400)방파제 겸용 방제탱크,(401) 안전로프그물망, (402)공기 압축 실(Air Chamber),
(403)슬 루 우 브 밸브,(404)밸브몸통,(405)밸브 덥 개,(406)슬 루 우 스 밸브,(407)패킹 누르게,(408)패킹 누르게 너트,(409)밸브,(410)핸들,(411)핸들 너트,(412)패킹,(413)웨 지 게이트 밸브,(414)단체밸브,(415)플 렉 시 블 밸브,(416)패럴렐 슬라이드밸브, (417)더블 디스크 게이트 밸브,(418)스 톱 밸브,(419)플랜지형 글로 우 브 밸브,(420)플랜지형 앵글밸브,(421)몸통,(422)본 네트 덥 개,(423)디스크,(424)덥 개 붙임 밸브 시트,(425)밸브대,(426)밸브 누르개,(427)핸들,(428)덥개 끼움 링,(429)패킹 누르개 링,(430)패킹 누르개,(431)나사 끼움 형,(432)덥 개 볼트,(433)패킹 누르개 볼트,(434)핀,(435)덥 개 볼트용 너트,(436)패킹 누르개 보울트용너트,(437)핸들 너트,(438)멈춤 나사,(439)와셔,(440)패킹,
(441)가스 킷,(442)밸브 누르게,(442a)평면 누르게,(442b)원뿔 누르게,(442c)구면누르게,(442d))스 터 트 누르게,
(443)콕 1형 (444)콕 2형,(445) 청동나사 넣기 메인 콕,(446)주철 플랜지형 글랜드 형,(447)청동 나사 넣기 글 랜드 콕,(448)삼 방 콕,(449)사방 콕,(450)핸들 콕,
(451)첵 밸브,(452)스윙 형 첵 밸브,(453)리프트형 첵 밸브,(454)첵 밸브몸통,(455)덥게,(456)디스크,(457)디스크 핀,(458)플러그,(459)조정밸브,(460)감압밸브,(461)파이로 트 작동 자력 식 감압밸브,(462)2차 측 감지구멍,(463)다 이어 프 램,(464)파이로 트 밸브,(465)배기연돌,(466)메인밸브,(467)메인밸브스프링,(468)조정스프링,(469)오 토압력조절밸브,(470)나사형 오 토 압력조절밸브(a),(471)플랜지형 압력조절밸브(b),
(472)안전밸브,(473)스프링식 안전밸브,(474)리리 이 프 식 안전밸브,(475) 증기용 포 프 스프링식 안전밸브,(476)포 프 식 안전밸브,(477)온도조절밸브,(478) 오토 급수기,(479)오 토 급수기(a),(480)오 토 수준 조정기,(481)공기빼기밸브,(482)오 토 열 동 형 증기용 공기 배기밸브,(483)바 켓 트 온수형 오 토 공기 배기밸브,(484) 냉매배관용 밸브,(485)냉매 스 톱 밸브,(486)팩 드 밸브,(487)팩 레 스 밸브,(488)팩 레 스 밸브,(489)팽창밸브,(490)다 이어 후 렘 형 팽창밸브,(491)벨로 우 스 형 팽창밸브,(492)부자 밸브,(493)냉매용 압력조정밸브,(494)전자밸브,(495)오 토 급수밸브,(496)수전용 수도꼭지,(497)지수 선,(498)분수 전,(499)볼 탭,
(500)해양수력발전소의 선체안전 보존용 피뢰침,
(501)나사 이음 형 Y형 스 트레이너 외형도(a) 단면도(b),(502)U형 스 트레이너,(503)V형 스 트레이너,(504)관 고정금속,(505)터 언 버클 부 지지밴드,(506)지지밴드,(507)롤러 부 지지밴드,(508)수직 관 매몰용 밴드,(509)철재 안경밴드,(510)바닥밴드,(511)트랩,
(512)일반형 수전용 수도꼭지,(512a)동체가 긴 횡(橫) 수전,(512b)포 마 쓰 식 동체가 긴 횡(橫) 수전,(512c)동체가 긴 만능 수전, (512d)동체가 짧은 횡(橫) 수전,(512e)포 마 쓰 식 동체가 짧은 횡(橫) 수전,(512f)종 수전,(512g)만능 식 종 수전,(512h)카프 링 횡 수전,(512i)산 수전,(512j)위생 수전,(512k)탕 수 혼용 전,
(513)위생 플래시 밸브,(514)병렬 형 목욕 수전,(514a)횡 자재 수전,(514b)횡 자재 수전,(514c)종 자재 수전,(514d)포 마 쓰 식 횡 자재 수전,(514e)의과 용 수전,(514f)횡 화학 수전(단구),(514g)횡 화학 수전(양구),(514h)종 화학 수전(단구),(514i)목이 긴 종 화학 수전,(514j)종 화학 수전(양구),
(515)건축 설비용 수전의 후래 시 밸브(푸 시 버 턴 식),(515a)건축 설비용 수전의 후래 시 밸브(A형),(515b)건축 설비용 수전의 후래 시 밸브(소변기 용),
(516)소변기 세정 수전,(517)믹 싱 밸브(3구;매물용),(517a)믹 싱 밸브(노출형),(518)핸 드 샤워,(519)사와 헤드,(520)핸 드 샤워,(521)샤워 셋 트,
(522)앵글형 열 동 식 트랩,(523)스트레이트 열 동 식 트랩,(524)버 키 트 트랩,(525)상향식 버 키 트 트랩,(526)하향식 버 키 트 트랩,(527)플 로 우 트 트랩,(528)임 펄스 증기트랩,(529)수도꼭지몸통,(530)패킹 상자,(531)패킹 누르게,(532)꼭지대,(533)핸들,(534)디스크,(535)디스크패킹,(536)내수패킹,(537)내 노화 성 패킹,(538)테 프론 막,
(539)열팽창이 큰 금속,(540)열팽창이 작은 금속,(541)타임 머 또는 레벨스위치,(542)하 이 레벨 알람,(543)베 이 컴 페 일 루 어 알람,(544)스 멀 릴레이 알람,(545) 알람 리 셋 트 버 턴,(546)로 워 레벨스위치,(547)플 랩(flap;밸브의 혀),(548)사운 드 캡,(549)첵 노즐,(550)루 버 카 버,(551)플 로 이 트,인 셔 어 트 스위치,(552)지시눈금스케일,(553)오버 플 로 워 콘 넥 션,(554)벤 트 파이프 콘 넥 션,(555)플랜지 콘 넥 션,(556)이중비닐 개방형 침 바늘,(557)솔레노이드밸브 몸체,(558)카 버,(559)스 폴,(560)스 플 패킹,(561)파이로 트,(562)코일,(563)콘 넥 터,(564)메니 폴 드(L;P T Y 8"대유량형),(565)매니 폴 드(S;M 5 소유량 형),(566)나사볼트,(567)공기호스 결속 구 유니온 카플 링,(568)유니온 몸체결속 카플 링,(569)2위치 싱글,(570)2위치 더블,(571)L L; 중앙 수직형,(572)L; 수직형,(573)수평형; M,(574)F;피 팅 포함,(575)도시기호 싱글,(576)더블,(577)에이 취,(578)아이,(579)제이,(580)마이크로 스위치,(581) 직접 배관형,(582)베이스 배관형,(583)파 이어 댐 퍼,(584)댐 퍼 스핀들,(585)닥터 벤 츄 레이션,(585a)닥터 벤 츄 레이션 흡입구,(585b)닥터 벤 츄 레이션 배출구,(586)몽골 피에의 열기구,(587)블 량 샤 르 의 열기구,(588)켈 리의 열기구,(589)증기비행선,
(590)교각겸용 이중구조 지주 블록탱크,
(591)지주탱크 상단의 바지선 선체,
(592)지주탱크 하단의 바지선 선체,
(593)소형의 해양수력발전소의 부양식독,
(594)중형의 해양수력발전소의 부양식독,
(595)대형의 해양수력발전소의 부양식독,
(596)이중구조 내부블록탱크,
(597)고장력 스 테인 레 스 강의 철판,
(598)이중구조블록탱크,(599)이중구조 외부블록탱크,(600)블록탱크용 제1보조 형 강,(601) 블록탱크용 제 2보조 철판,(602)제 1보조 형 강과 제2보조철판의 모서리부위 용접 결함을 해소하기 위해 절단된 부위 스냅 홀,(603)블록탱크 선체 분해결합 휴대용 러 그 연결축 볼트,(603a)볼트의 나사 산,(604)블록탱크 선체 분해결합 휴대용 러 그 연결축 분해결합 너트,(603b)너트의 나사 산,(605)블록탱크 선체 분해결합용 제2보조철판 수직격벽,(606)블록탱크 선체 분해결합 휴대용 러 그 핀 연결축,(607)블록탱크 선체 분해결합 휴대용 러 그,(608)블록탱크 선체 분해결합 휴대용 러 그 핀,(609)블록탱크용 선체 분해결합용 제 2 보조철판 수평격벽,(610)블록탱크 선체 교통장치용 격벽맨홀, (611)인공위성,(612)우주로켓,(613)블록탱크 블록단위 선체 분해결합용 러 그 힌 지 소켓,(614)블록탱크 블록단위 선체 분해결합용 대형플랜지,(615)대형플랜지 접속연결구 접합부위 가공 홀 또는 러 그 가공 홀 작 키 베 드 가공 홀,(616)계류장치 부양 식 독 바지선 선체 균형 조절장치용 작 키 베 드,(616a)블록탱크 블록단위 선체 분해결합 위치이동 조절장치용 러그 장 공 홀,(617)블록탱크 선체 분해결합 이중 관 구조 탱크교각 건설용 부 교 식 새들 형틀,(618)블록탱크 선체 교통장치용 가이드레일,(619)헬리콥터 정류장,(619)블록탱크 블록단위 선체 분해결합조절장치용 유압회전실린더기계 또는 블록단위 선체의 드릴 선반 로터리 실린더기계의 랙＆ 피니 언 형(N R P) 실린더기계,(620)유압회전실린더(로터리 실린더[랙＆피니 언 형-N R P ]),(621)블록탱크 블록단위 선체 분해결합조절장치용 밴드 지 그대,(622)블록탱크 블록단위 선체 부침조절장치용 벨 러 스 터 버터플라이밸브,(623)블록탱크 블록단위 선체 분해결합조절장치용 유압실린더 유압 작 키,(624)블록탱크 선체 교통조절장치용 유압 실린더 도어 또는 블록탱크 블록단위 선체 분해결합조절장치용 유압실린더기계.(625)마 개 철판,(626) 화력발전소,(627)엔진제어시스템용 엔진제어모듈,(628)부 이 깃대 고무풍선,(629)밧줄용 로프,(630)로프 매듭갈고리,(631)비상 계단,(632)승강기용 앨 리 베 이 트,(633)컨베이어,(634)인양선 또는 침몰방지 체류 선,(635)진공펌프,(636)예인선,(637)반 잠수작업선,(638)볼 라 드,(639)앙 카,(640)앙 카 용 체인,(641)송풍기 또는 쿨 링 팬,(642)공기 보온용 히터 팬,(643)인공위성발사대,(644)계류탑,(645)전기자석 마그넷,(646)우주로켓발사대,
(647)헬리콥터,(648)체인 블 럭,(649)황토 세 멘 트 혼합장비 믹서기계,(650)애 자,(651)크레인 붐 대,(652)크레인 붐 걸 고리,
(653),(653a),(654)물,(654a)경수,(654b)중수,(655) 항상 같은 방향으로만 흐르는 전류인 직류, (656) 시소가 오르내릴 때마다 흐름의 방향이 바뀌는 전류인 교류,(657)
(678)하천,(678a)총 낙차,(678b)방수로,(678c)유입 식 발전소의 개념도,(678d)저수지식 발전소의 개념도,(678e)조정지식 발전소의 개념도,(678f)조력발전의 개념도,(678g)취수구,(678h)상부조정지,(678i)하부조정지,(678j)가역 식 펌프 수차,(678k)발전력,(678l)양수전력,(678m)양수,(678n)발전,(678o)조력조정지,(678p)한강수계에서의 각 발전소 위치구성도,(678q)화천 수력발전소,(678r)소양강 수력발전소,(678s)충주 수력발전소,(678t)춘천 수력발전소,(678u)의 암 수력발전소,
(678v)청평 수력발전소,(678w)팔당 수력발전소,(678x)소양강,(678y)남한강,(678z)괴산 수력발전소,
(679)제방,(679a)토질 차수 벽,(679b)상류 측 록 필,(679c)필터,(679d)본체 록필,(679e)부 벽 댐,(679f)표면 차수 판,(679g)부 벽,(679h)이용 수심,(679i)중공 부,(679j)주변전실,(679k)표층콘크리트,(679l)물의 위치 에너지,(679m)물의 운동에너지,(679n)기계에너지,(679o)전기에너지,(679p)이론수력,(679q)수차출력,(679r)발전기출력,(679s)수력발전의 개요도,(679t)댐 식 발전소의 개념도,(679u)스크린,(679v)취수탑,(679w)볼 탭 밸브,(679x)입구밸브,(679y)주요기기,(679z)주요변압기,
(680)댐,(680a)저수지 또는 조정지,(680b)취수댐,(680c)양수 댐,(680d)양수식,(680e)양수발전,(680f)댐 수로 식,(680g)댐 식,(680h)수로 식,(680i)압력수조,(680j)조 압 수조,(680k)침 사지,(680l)무 압 수조,(680m)상 수조,(680n)취수설비,(680o)도수설비,(680p)발전설비(양수),(680q)방수설비,(680r)고수위,(680s)저수위,(680t)암벽,(680u)상류면 보호층,(680v)배수 층,(680w)토질재료,(680x)기초암반,(680y)흙 댐, (680z)암석 댐,
(684) 전압, (685) 전력, (686)전원의 출구, (687)전원의 입구,
(690)초고압 변전소,(691)1차 변전소,(692)송전소 내부 중심에 7가닥의 강철선,(693)54가닥의 알루미늄선,(694) 연료호스,(695)송전선,(696)해양터널 횡단철도 변전소,(697)중간 변전소,(698)대단위 공장,(699)중 단위 공장,(700)2차 변전소, (701)소단위 공장,(702)가정(태양열 주택이 포함됨),(703) 스탭 발판 걸고리, (704) 전선 균형용 케 인 크 의 초고압 전선 균형 애 자,
(705),(706)소구경 전기저항 용접 관,(707)원재료,(708)언 코일 링,(709)레벨 링,(710)사이드 트리 밍,(711)절단과 대강 연결,(712)성형,(713)용접과 내외면 비 드 제거,(714)초음파와 와류 탐상시험,(715)용접부열처리,(716)공 냉,(717)수 냉,(718)진원성형,(719)절단,(720)평 평도 시험,(721)구조 관,(722)교정,(723)중간적재,(724)유도가열로,(725)에 스 알엠(S R M),(726)열간 절단,(727)면 취,(728)수압시험,(729)초음파와 와류탐상시험,(730)무게와 길이측정기,(731)육안 및 치수검사,(732)나사,(733)도 유,(734)일반 배관용,(735)아연도금,(736)아연도 강관,(737)보일러 튜브,(738)냉각 대,
(739)중 구경 케 이지 성형 전기저항 용접 관,(740)코일 마게 철판 원재료,(741) 사이드 트라 밍,(742)케 이지 성형,(743)송유관,(744)초음파 탐상시험,(745)진원성형,(746)송유관(석유산업용 강관),(747) 대구경 강관,(748)엣 지 밀 링 기계,(749)3롤 밴 딩 기계,(750)포스트 밴 딩 기계,
(751)가 용접,(752)내면용접,(753)백가 후 징,(754)외면용접,(755)관 단 싸 이 징,(756)관 단,면 취,(757)X-선시험,(758)냉 간 익 스 팬 딩,(759)마 킹.포장.출하,(760)스파이랄 용접강관,(761)언 코일 링,(762)구조 관과 강관말뚝,(763)비 도복 배관용,(764) 외면 브라스트 크리 닝,(765)내면 브라스트 크리 닝,(766)내면도장,(767)1차 도장, (768)도장과 도복,(769)도복 장 강관,(770)초음파와 X-선검사,
(771)해양터널장치용 내부 전동차,
(772)터빈발전기,
(773) 회전하지 않는 전기자코일,
(774) 회전하는 회전자전자석코일,
(775)송전선,(776)송전철탑,(777)개폐시설,(778)보일러 또는 주전자,
(779) 증기파이프,(780) 증기 또는 강력한 기체의 고온고압 증기 출입구,
(781)생산전력 중앙제어실 ,
(782)송전측정실 트랜스 포 머 룸, (783) 보일러 작동 노심,
(787) 자석,
(795) 중유탱크, (796) 중유,
(797) 유조선 또는 화물선,
(811)수산물 및 매립처리 건설기계의 수산물 양식용 분배투입장치조절부,
(811a)부양 식 독 선체위치이동 건설기계의 설비조절부, (811b)동력 생산을 마련하는 해양수력발전 동력생산조절부, (811c)동력 전달을 마련하는 오대양 육대주 횡단철도 변전소의 동력전달조절부, (811d)유해적조차단예방조절부, (811e)바다 수산물양식장치조절부, (811f)민물생선장치양식조절부,(811g)어패류 신선도 유지양식장치조절부, (811h)극피동물장치양식조절부, (811i)갑각류 절지동물양식장치조절 부,(811j)갑각류 절지동물양식장치조절 부, (811k)연체동물양식장치조절부, (811l)어패류영양가공장치조절부, (811m)패류 생산가공장치조절부, (811n)어패류의 부패방지가공장치조절부,(811p)어패류의 분배운송가공장치조절 부, (811q)어도터널 어패류 산란조절부, (811r)어도터널 내부 어패류이동조절의 어패류 이동조절 부,(811s)어도터널 어패류 산란조절부에 연결한 댐 수문 통제조절부, (811t)지하수와 해양 심층수 용량 공급 조절을 구성하는 지하수와 해양 심층수 용량 공급조절 부,(811u)해저자원운송부,(811z)전자센서 밸브 나사조절부,
(819)유압탱크,(819a)열판,(819b)유면계(오일 포트 장),(819c)드 레 인(배 유 구),(819d)탱크 밑판,(819e)격판(버 플 플레이어),(819f)석 션 스 트레이너,(819g)위판 패킹(내 유 고무),(819h)흡입구 패킹,(819i)흡입구 뚜껑,(819j)탱크위판,(819k)에어 블 리 저 겸 주유구(콤비네이션 에어 블 리 저),(819l)탱크각판,(819m)청소 창 패킹(내 유 고무),(820)유압모터,(821)유압펌프,(822)로드 앤드 피스톤 시일,(823)피스톤 시일,(824)부 프 시일,(825)웨 어 링,(826)스 라 이 드 링,(827)디 유 부시,(828)오 링,(829)로드 시일,(830)백업 시일,(831)로드 시일 ＆ 백업시일,(832)다스 트 시일,(833)핀 다스 트 시일,(834)다스 트 위 프 시일,(835)부프링,(836)피스톤 링,(837)다스 트 링,
(839)등 변산 형 강 또는 부 등 변 산 형 강,(840)기상관측장비 레 이다,(841)원유(기름),(842)해저광물뜰채바스켓,(843)심해저탐색 수중조명,(844)버킷 용 빠 레 트,(845)스 큐 르 드릴의 심해저 굴착장비용 굴착기,(846)앙 카 대체용 쇄기 크랭크,(847)착암기 또는 네트,(848)엑 츄 레 이 트,(849)해저광물 뜰채용 공기주머니,(850)턴 박 클,(851)교각용 레벨기초 밑 받침대,(852)고정용 쇄기 받침목,(853)아 아크 용접기 또는 아르곤용접기,(853a)용접연결선,(853b)용접 각 장,(854)파이프 랙,
(855)불도저,(855a)크 롤러형,도 저,(855b)휠 형,도 저,(855c)스트레이트,도 저,(855d)딜 터,도 저,(855e)앵글,도 저,(855f)힌 지,도 저,(855g)트리 도 저,(855h)레 이 크 도 저,(855i)하 이 드 릭 리 퍼,
(855j)도 저의 동력전달장치,
(855k)캠 기타 장치용 흡입펌프,(855l)기관,(855m)냉각계통,(855n)최종기어장치,(855o)기동 륜의 스프로킷, (855p)유동 륜의 아이 들러,(855q)조항클러치,
(856)굴 삭 기,(856a)백호,(856b)파워 셔 블,(856c)드래그 라인,(856d)어 스 드릴,(856e)크 램 셸,(856f)스키 머,(856g)리 퍼와 루터,
(857)로 더,
(858)지게차,
(859)스 크 레 이 퍼,(859a)견인 식 스 크 레 이 퍼,(859b)동력 식 스 크 레 이 퍼,(859c)에어 프 런,(859d)이 젝 트,(859e)볼,(859f)커 팅 테지,
(860)덤프트럭,(860a)트레일러,
(861)크레인 또는 기중기,(861a)기중기 구조의 각부명칭,(861b)익 스 턴 트 케이블,(861c)하중 계,(861d)브 리 들,(861e)붐 벡 스 들,(861f)메 이 로프,(861g)붐호이스트로프,(861h)상부프레임,(861i)하부프레임,(861j)호 이 스 트 로프,(861k)전방드럼,(861l)중간드럼,(861m)후방드럼,(861n)균형추,(861o)케이블 크레인,
(861p)기중기의 6개 전부장치,
(861q)갈 쿠 리 (Hook)장치,(861r)조개(Clamshell)장치,(861s)삽(Shovel)장치,(861t)긁어 파기(Drag line)장치,(861u)도량파기(Trench hoe)장치,(861v)기둥 박기(Pile driver) 장치
(862)모터 그 레이더,(862a)머플러,(862b)기관 플라이 휠,(862c)냉각팬,(862d)전후 전달 러 치,(862e)트랜스 러 치,(862f)고정기어식 변속기,(862g)주차브레이크,(862h)차등기어,(862i)트랜스 퍼 카 아 중성기어감속기,(862j)디스크 브레이크,
(862k)그 레이더의 외부구조,
(863)롤러,(863a)진동 롤러,(863b)소일 콤 팩 터,(864)노상 안전기,
(865)콘크리트 배 칭 플랜트,(865a)콘크리트 호 퍼,(865b)운반장치 차 징 차트,(865c)조정판,(865d)물 멧 처,(865e)대칭 호 퍼,(865f)스케일 프레임,(865g)저장 빈,(865h)종합벨트 컨베이어,(865i)턴 헤드,(865j)버킷 엘 리베이트,(865k)운반 시멘트 차드,(865l)조정판,(865m)기록장치,(865n)원형믹서,(865o)시멘트 사일로,(865p)스 쿠 르 컨베이어,(865a)콘크리트 호 퍼,(865b)운반장치 차 징 차트,(865c)조정판,(865d)물 멧 처,(865e)대칭 호 퍼,(865f)스케일프레임,(865g)저장 빈,(865h)종합벨트 컨베이어,(865i)턴 헤드,(865j)버킷 엘 리베이트,(865k)운반 시멘트 차드,(865l)조정판,(865m)기록장치,(865n)원형믹서,(865o)시멘트 사일로,(865p)스 쿠 르 컨베이어,
(866)콘크리트 피니 셔,(866a)스 쿠 르 스프레이,(866b)제1 스 크 리드,(866c)진동기,(866d)피니 싱 스 크 리드,(866e)가이드 롤러,(866f)가이드레일,(866g)마무리면,
(867)콘크리트 스 프 레 더,(868)콘크리트믹서트럭,(869)콘크리트펌프,(870)아스팔트 믹 싱 플랜트,(871)아스팔트 피니 셔,
(872)아스팔트살포기,(872a)동력 피동펌프,(872b)밸브제어,
(872c)분무 바,(872d)버니,(872e)버림 관,(873)골재 살포기,
(874)쇄석기,(874a)자 이레 토리 크러 셔,(874b)새시프레임,(874c)피 더 호 퍼,(874d)진동 그리스 리 피터,(874e)파쇄 헤드 부의 1차 조 크러 셔, (874f)파쇄 실 후미의 2차 조 크러 셔, (874g)진동스크린,(874h)드럼엘리베이터,
(875)공기압축기,
(876)천공기,
(877)항 타와 항 발기,
(878)사리 채취기,
(879)준설선,
(879a)펌프준설선,(879b)버킷준설선,(879c)스 팟 드 시어,(879d)운전실 또는 조정실,(879e)레 드 시어,(879f)스 팟 드,(879g)블 러 스 트 탱크,(879h)블 러 스 트펌프,(879i)레 드,(879j)기관실,(879k)디 퍼 준설선,(879l)그래 브 준설선,(879m)버킷구동장치,(879n)후부 스 팟 드,(879o)스 팟 드 윈치,(879p)버킷,(879q)좌우의전부스 팟 드,(879r)디 퍼,(879s)윈치,(879t)닻줄창고,(879u)벨트 컨베이어,(879v)그래 브,
(880)별도의 지정 건설기계,(881),(882)파일드라이버,(882a)붐, (883) 디젤파일 해머, (884)증기 해머, (885)유압크레인,(885a)피스톤 모터,
(886)타워크레인,
(886a)가 이 데릭 구조의 각부명칭,
(886b)가 이 데릭,(886c)주 측,(886d)붐,(886e)붐 호일,(886f)턴 버클,(886g)공망,(886h)3각 데릭,(886i)주 측,(886j)붐,(886k)붐 호일,(886l)레 크,
(887)드 레 그 크레인,
(887a)드 레 그 크레인의 구조,
(887b)호 이 스 트 케이블,(887c)덤 프 케이블,(887d)버킷,(887e)하부 붐,(887f)레 터 렉 트 케이블,(887g)케이블 롤러,(887h)붐 케이블,(887i)케이블 롤러,(887j)붐 호 이 스 트 케이블,(887k)케이블드럼,(887l)케이블드럼,(887m)평행 추,
(888)클 램 셀 부착물을 가진 크레인,(888a)홀딩 라인,(888b)개폐라인, (888c)클램 셀 버킷,(888d)상부프레임,(888e)하부프레임,(888f)랙 라인,(888g)로프가이드,(888h)붐 탠 던 트,(888i)브 리 들,(888j)붐 호 이 스 트 로프,(888k)전방드럼,(888l)후방드럼,(888m)평행 추,
(889)머 캐 덤 롤러,(890)탠덤 롤러,(891)탬 핑 롤러,(892)타이어 롤러,(893)트랙터,(894)트레일러,(895)램,(896)리드,(897)냉각수 냉 크,(898)파일,(899)헬밋,(900)연료펌프,(901)캠,(902)연료탱크,(903)기동장치,(904)붐 전 핀,(905)캐 드 워 크,(906) 어댑터,
(907)어군탐지기 소나,
(908) 원유시추용 드릴 링 머 신의 로터리 테이블선반기계,
(909)망간 단 괴,
(910)뜰채그물,(911)흡입채집기계,(912)해저광물채취로봇,
(913) 잠망경,(914)고무풍선,(915)와이어로프 체인,
(916)이중구조 배관라인 자동 공 압 식 밸브운송장치,
(917)코 아 드릴,
(918)비이오 피 이 스키 드,(919)고무타이어,(920)버너 붐,
(921)유해적조 미생물,(922)무공해의 천연가스,
(923)공기노즐,
(924)광물채집 뚜 레 박,(925)상승기류,(926)하강기류,(927)황사먼지 또는 비누거품용 황토혼합물,
(928)이중구조블록탱크 관 교각,
(929)핵폐기물처리 이중구조블록탱크 관 교량,
(930)화학물질,(931)시멘트,(932)어족자원 확보용 그물,
(933)방재 선 또는 방제 선,(934)원유시추선,(935)시 이소 핸들용 지렛대,
(936)시추공,
(937)이중구조블록탱크 관 교량,
(938)전극 판 아노 드,(939)냉각공기방울,(940)비트,
(941) 해양터널 교통장치,
(942)타워크레인 시 이소 크레인 붐 대.
(943)해양 시 이소 수력발전소,
(943a)수력발전 장치용 펌프 수차,(943b)대형수력발전 장치용 펠 톤 수차,(943c)대형수력발전 장치용 프란시스 수차,
(944)대형수력발전기 시 이소 수력발전설비,(944a)수력발전장치용 회전속도 검출기,(944b)교류발전기의 전동기 계 자 코일에 전류를 공급하는 직류발전기용 여자기,(944c)고리 관 깃을 밀어 넣는 기기,(944d)상부 회전 축 받 이,(944e)회전 축 받이를 밀어넣는 기기,(944f)고정자 코일,(944g)고정자 프레임,(944h)중심부 고정자,(944i)저속냉각기,(944j)제동장치 링,(944k)제동장치 또는 잭,(944l)저속 회전축 받 이,(944m)엔진발전기,(944n)터빈 회전 축 받 이,(944o),(944p)회전 축 받 이,(944q)날개바퀴,
(945)지중선로 방재노즐 또는 공유매립지,
(946)해저선로배선 또는 공유수면매립지,
(947)부침조절장치용 콘 테 이 너 내부용의 공기투입용 고무 튜브,
(948)용광로,(948a)용광로의 노 재 벽돌,
(949)선체의 잠수 위치조절 이동장치와 잠수 부력 조절용의 납덩이 추,
(950)온도 자동감지센서용 열전 대 온도계 스위치,
(951)유해적조 흡입 집진기용의 뜰채 바스켓 또는 빠 레 토,
(952)물의 위치에너지조절장치용 무동력펌프의 수격펌프,
(953)군사장비 잠수함,
(954)레이저 컴퓨터 절단기,
(955)핵 폭탄보다 더 강한 무기의 평화 보존형 이미지 포 토 샵,
(956)수해조절장치,
(957)해양 풍력발전소,(957a)풍력발전기와 풍력발전기풍차,(958)기상예보관측,(959)삿대 대체 사용 품 돛,(960)해양터널교통장치 또는 인공위성 일기예보 정보 수집기계,(961)우주로켓,(962)인공위성,
(963)평화주권선,(964)석유,(965)다이아몬드,(966)철,(967)주석,(968)석탄, (969)농기구,
(970)일체의 건설기계,(971)군수물자,(972)국경지역,(974)함선,(975)잠수함, (976)전투기,(977)함정,(978)핵 항공모함,(979)유류송유관,
(980)가스배관,(981)금과 은,(982)핵연료,(984)유리,(985)마노,(986)호박, (987)진주,(988)위령탑,(989)국제연합국가 또는 신한국연방국가,
(990)국제연합기구,(991)원폭,(992)수소폭탄,(993)침몰선박,(994)스위치 작동용 추와 감지센서용의 무게감량용 납덩이 추에 잠수원 잠수 부력 조절용의 납덩이 추,(995)잠수정,(996)바지선,(997)토석채집 장의 토석매립 체,(998)연안선수역,(999)공유지 및 공유수면 매립처리 조절장치,
(1000)한반도 중심지 또는 기준점,(1001)원형 3000 칸 형태로 형성한 공유지 및 공유수면매립설계장치,(1002)군사분계선,(1003)휴전선,(1004)휴전 원,
(1041)국경선,(1042)남방한계선,(1043)북방한계선,(1044)베타 적 경제수역, (1045)한중 잠정조치 수역,(1046)중국이 주장하는 직선기선,(1047)한국이 주장하는 E E Z,(1048)일본이 주장하는E E Z ,(1049)릴레이,(1050)직 경 2400 k m,(1051)한일 중간 수역,(1052)미래의 지구촌 공유지 및 공유수면매립설계,
(1053)한반도 중심지의 1°에서부터 360°의 360 칸으로 세분하여 각개의 필지,(1054),(1055)어패류산란장,(1056)엔 엘 엘(N N L),
(1057)연안선 수역 갯 뻘 지역의 조간대,(1058)월 창(MOON),(1059)핵분열,(1060)초전도발전기,(1061)초전도발전선,(1062)초전도체,(1063)전자기력,(1064)자기력,(1065)자기부상 고속도로,(1066)자기부상 열차,(1067)반도체,(1068)신소재,
(1078)인명구조용 복원력을 구비한 선박,(1079)전자기 추진 선의 방식도,(1080)신소재의 팽 창 압 파쇄 제,(1081)고 흡수성 수지,(1082)아이 씨 이(I.C)회로,반도체와,신소재와,로 타리 실린더(랙＆ 피니 언 형 -N R P, 620),
(1083)반경 1200 km,(1083a)남북도로연결 북한착공식 건설현장,(1083b)남북도로연결 남한착공식 건설현장,
(1084)지뢰 탐지기,(1084a)지네 형태의 지뢰 탐지기,
(1085)지뢰 제거기,(1086)지뢰,(1086a)대전차지뢰,(1086b)M 14 대인지뢰,(1086c)M 16 A1대인지뢰,(1086d)수 총류탄 및 포탄,(1086e)소구경탄,(1086f)철도관련 부수기재,(1086g)M 15 대전차,(1086h)M 16 대인(도약 식),(1086i)폭풍지뢰(발목 지뢰),(1086j)M 19 대전차,(1087)동물 이동통로,(1088)지뢰제거 폭(58m),(1089)지뢰제거 제1공병여단,(1090)용지보상 서울지방국토관리청,(1091)포장도로 서울지방국토관리청,(1092)육군건설단,(1093)리 노,(1094)마인 브레이크,(1095)불(화력),(1101)거센 풍랑 파도,(1102)티베트 고 원,(1103)몽 고 사막,(1104)만주벌판,(1105)텐 진 산맥,
(1106)제트기관의 구조,(1106a)공기 흡입구,(1106b)연료 공급 구,(1106c)관, (1106d)압축기,(1106e)연소실,(1106f)터빈,(1106g)노즐,
(1107)제트기관이 나르는 작동방식,(1108)비행기,(1109)왕복운동 기관의 구조,(1110)비행기 점검모습,(1111)바이킹 1호 탐사기,(1112)지구,(1113)화성, (1114)우뭇가사리,(1115)화성 착륙선,(1116)태양,(1117)여객선,(1118)선박의 설계방식,(1119)고속 정,(1120)구상선수,(1121)구축함,
(1122)빌지 킬,(1122a)빌지 킬 의 단면 모습,(1122b)빌지 킬 의 이음 용접선,(1122c)용접선,(1122d)수서 하부 안 곡 부의 외판,(1122e)이음 덮 판,
(1123)스 크 류,(1124)5인치 자동속사포,(1125)20㎜ 패 랭 크 스,(1126)헬기갑판,(1127)MK 32 어뢰 발사 관, (1128)하 푼 미사일,(1129)도크 장,(1130)돛단배,(1131)충 각,
(1132)파도에 의한 배의 여러 가지 흔들림 운동,(1132a)히 빙,(1132b)핏 칭,
(1132c)롤링,(1132d)스 웨 잉,(1132e)써 징,(1132f)요 잉,
(1133)파도에 의한 선체의 여러 가지 변형,(1133a)싸 검 상태,(1133b)호 깅 상태,(1133c)트 위 스 팅 상태,(1133d)선수와 선미가 서로 비 툴 린 상태,
(1134)공기 프로펠러 추진선,(1135)워 터 젯 트 추진선,
(1136)인 티 롤링 탱크,(1136a)세미 액티브 형의 인 티 롤링 탱크,(1136b)액티브 형의 인 티 롤링 탱크,
(1137)내장형 스 테 비 라 이 져 배의 구조,(1137a)배의 내부,(1137b)배의 외부,(1137c)구동 모터 및 유압펌프,(1137d)외판,(1137e)핀,
(1138)리더,(1138a)베 카 리더,(1138b)콜 트 노즐 플 랩,(1138c)프로펠러, (1138d)콜 트 노즐 또는 콜 트 노즐 리더,(1138e)쇼 텔 리더프로펠러의 외형, (1138f)아 저 폿 트 프로펠러의 외형,(1138g)머 에 이 드 폿 트 프로펠러의 외형,
(1139)조 파 저항,(1140)선미의 방향타,(1141)스 큐 르,(1142)와류 저항, (1143)마찰저항 또는 점성저항,(1144)공기저항,
(1145)116G/T 급 선 망 선 어 탐 기기,(1146)초음파 어 탐 기기,(1147)수직 어탐,(1148)어군,(1149)기록지,(1150)해저,
(1151)어선,(1151a)타선,
(1152)수 파기,(1153)송파 기,
(1154)수직어군의 구성 및 기록,(1155)지향 각,(1156)맹점,(1157)송수파기, (1158)기록 펜,(1159)와 이 드 어 탐,(1160)등 선,(1161)다면 식,어 탐의 구성, (1162)청음,(1163)기록 표시부,(1164)조작 부,(1165)송수신부,(1166)승강 선회 장치,(1167)서치라이트 소 너,(1168)서치라이트 소 너의 탐색 빔,(1169)음성 굴절에 의한 무 음역,
(1170)북해도 근해 어장,(1171)스캐닝 소 너(360°) 탐지 빔과 영상,(1172)스캐닝 소 너(180°) 탐지 빔과 영상,(1173)스캐닝 소 너의 기본회로,
(1174)스캐닝 소 너의 구성도,(1174a)기록기,(1174b)배전반,(1174c)표시 장치,(1174d)청음,(1174e)정상장치,(1174f)송신장치,(1174g)제어장치,(1174h)송수파기 상하장치,
(1175)스캐닝 소 너와 서치라이트 소 너의 비교,(1175a)스캐닝 소 너에 의한 탐색,(1175b)서치라이트 소 너에 의한 탐색,(1175c)탐색누락 해역 선속,
(1176)항적에 의한 어군탐지 불능,
(1177)항적 방해로 인한 기록의 실시 예,
(1178)초음파,(1179)송 수 절 환,(1180)전 영 증폭가공,(1181) 송신기 군,(1182)송신 팔 스,(1183)타이어, (1184)스캔 제어,(1185)스 위 프 제어,(1186)스 파 이 럴 전압 발생기,(1187)전자 스캐너,(1188)전자스위치 군,(1189)밤 형 성기 지연회로,(1190)비 데오 증폭기,(1191)편향코일, (1192)송수파기,(1193)브라운 영상,(1194)기포 층,(1195)어군발견접근,(1196)집어,(1197)투망,(1198)투망 중의 망,(1199)어군중심과 수심,(1200)자선 현위치,(1201)침 노선,(1202)네트 브 이, (1203)어군속도 및 이동방향, (1204)본선 항적,(1205)본선 속도,(1206)어군까지의 거리,(1207)본선 진행 방위,
(1208)시 투 에이 션 디 스 플레이 영상실 예,(1209)멀티 빔 스캐닝 컬러 소 너의 구성,(1210)망 탐 도계의 시스템,(1211)발진기,(1212)표시기,
(1213)발신기 부착위치,(1213a)침 자 망에 결부한다,(1213b)발신기,
(1214)망 탐 도계의 기록실 예,(1215)텔 레 사운드 시스템,(1216)텔 레 사운드의 기기 구성,(1217)어 탐 1,(1218)어 탐 2,(1219)S C N A R,(1220)전원,
(1221)무선제어,(1222)수직 다 브 렛 트 1/2 파장,(1223)본선,(1224)게르마늄,(1225)플랑크톤,(1226)타임 머,(1227)타임 머 부착용 조절스위치,(1228)복수 개의 압축기 상하회전작동 에어 실린더,(1229)진공펌프,(1230)실린더 지지대,(1231)흡착기,(1232)프레임,(1233)글로 브,(1234)가공물 집합소 그릇,(1235)에어 분배기,(1236)단수 개의 에어 실린더,(1237)에어 차단 핸 드 밸브,(1238)흡인 기,(1239)스프링,(1240)압축기 상하작동 에어 실린더,(1241)카플 링,(1242)링크,(1243)타임 머 조절 레버,(1244)실린더 부착용 나이프,(1245)유니 트 유량제어밸브,(1246)단수노즐,(1247)메탈 ,(1248)노즐나이프,
(1249)검사장치 육안 렌즈,(1250)거리조정센서,(1251)냉장 체,(1252)진공 원,(1253)정격전류용 전선,(1254)삼 상 전류용 전선,(1255)연결접점 단자박스,
(1256)리 미트 센서용 스위치,(1257)받침대,(1258)가이드,(1259)소형기,(1260)후 렉 스 치 퍼,(1261)고착 물 제거기,(1262)만 역 기,(1263)감속모터,(1264)소월 면,(1265)인대,(1266)순면,(1267)각 정,
(1268)스 텐 각 관,(1269)나이프조절 스토퍼,(1270)고무밴드,(1271)해부 칸,(1272)갈고리,(1273)갈고리나이프 밑 받침대,(1274)나이프 날 끝 부위,(1275)나이프 날 등 부위,(1276)갈고리 작업대,(1277)갈고리 핀셋나이프,(1277a)핀셋나이프,
(1278)작업선반 대,(1279)도마 덮게,(1280)도마,(1281)햄 머 또는 고무 햄 머,(1282)작두 형 나이프,(1283)조각도를 포함하는 펀칭나이프,(1284)에프 알 피 이 해부 상자,(1285)일반나이프,(1286)이매 패 류,(1287)이매 패 류 하단의 껍질,(1288)이매 패 류 상단의 껍질,(1289)선단 부,(1290)소월 면,인대, 순면,각 정,주치,후 주치 부위 등이 형성된 개구부,
(1291) 패주와 조개 살,(1292)분리 구,(1293)조개 곳이 홈과 생선 곳이 홈,(1294)양손,(1295)손잡이,(1296)어패류,(1297)알,내장 등의 부수물,(1298)어패류 가공장치,(1299)더블 회전축,(1300)물리적인 희소성 질소가스,(1301)어종별 배양장 및 배분 소,(1302)부어 류,(1303)저어 류,(1309)양식장,(1310)집산지,(1311)수협공판장,
도크 선체갑판 상단부(S D U),도크 선체갑판 중심부(S D M),도크 선체갑판 상단부(S D L),기계실 바닥표면 상단부(M F G U),기계실 바닥표면(M F G), 기계실 바닥표면 하단부(M F G L),지표면 상단부(G L U),지표면(G L L),지표면 하단부(G L D), 적도전선(EL), 북극(N P), 남극(S P),
경도(longitude;ld로 칭함),위도(latitude; l t로 약칭),
분사노즐 상단부(A), 분사노즐 몸체(B), 분사노즐 하단부(C),
도로지표면 상단부(G L U), 도로지표면(G L L), 도로지표면 하단부(G L D),
펌프 몸체(PB), 펌프 몸체 수직 라인(PPVL), 펌프몸체 수평중심라인(PBCL)
밸브 몸체 중심선(VBCL or PBCL),방화수수면 하단(WLD),방화수수면(WLL), 분출 수면(W L U), 해수면 상단부(S L U),해수면(S L L),해수면 하단부(S L D),
기계실 외부(Out of Merchinery Room;OMR)기계실(Merchinery Room ; MR)
기계실 내부(In of Merchinery Room ; IMR)(1) Distribution dispenser for aquaculture production Main body,
(2) a control box of a mouth type multistage pump control panel, (3) a suction merging pipe, (4) a joining pipe, (5) a pump isolation valve, (6) a pump backflow prevention check valve, (10) Double-structured fire-fighting nozzle, (10a) Nozzle body by designation "Nominal size 100 Quot ;, " 10b &quot;," 10 &quot;," 10 &quot;," (10k) " 65x50 &quot;, (10l) title "50x40 &quot;, (10k) 10m) Title "4 × 25",
(11) Fire nozzle frame, (12) Sensing sensor, (13) Cogs, (14) Piping or nozzle piping, (15) Clearance, (16) Tilt angle, (16a) Blade propelling angle, (19) wire rope, (20) machining hole, (21) shaker lug or portable lug, (17) disaster prevention waterway,
(22) You or the various forms of jigs ("

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(23) Shackles, (24) Bolts, (25) Nuts, (26) Shaws (27) (28) Flange or flange of the hull, (27) Flange or flange of the hull, (28) Flange cap, (29) Coupling, 30) Capping ring threaded body, (31) Coupling ring threaded body, (32) Gasket or rubber packing, (33) Nozzle hose equipment holder, (34) Collecting tank or safety tank, (35) (39) Water film or curtain water film, (40) Fire flame, (41) Sense lanyard, (42) Baskets, (42) High performance submersible pump, (37) , (43) double vinyl tents or bags, (44) elbow or tee elbow, (45) fire pumps,
(46) Power supply power supply, (47) Inverter, (48) Inverter, (49) Expansion pointer, (50) Internet network, (51) (55) a wireless communication control module of a short range wireless communication device, (56) a display, (57) an electronic control device, (58) Switch input circuit, (59) Electronic control unit, (60) Electronic control unit DiSEIC, (61) Overcurrent breaker brake, (62) Power supply, (63) Display screen, (64) Analog input, (65) Digital input, (66) Switch main switch button for each pump on-off control, (67) Auxiliary switch button, (68) Computer network input, (69) (70) Memory, (71) Power line, (73) Disaster material mixer mixer, (74) Double tube block piping line, (74a) Internal block piping, (74b) and others (78) airship, (79) gas cylinder, (80) air compressor, (81) mobile service, (82) portable terminal, (83) (84) Emergency valve, (85) Pressure reducing valve, (86) First pressure check sensor, (87) Second pressure check sensor, (88) Electronic control unit, (89) ) Vertical downward pipe, (89b) Vertical upward pipe, (90) Ball valve handle, (91) Drainage head, (92) Valve inner disk, (93) Emergency siren, (94) (100) Paraffin nozzle stopper or candle, (101) Pressure gauge, (102) Sensing sensor Bimetallic, (100) Pressure gauge, (95) Telephone pole, (96) Transformer, (102b) a thermal current generation, (102c) a thermoelectric power generation, (102d) a measurement point, (102e) a reference point,
(103a) a thermocouple thermometer switch, (103a) thermocouple thermometer configuration, (103b) side on limit, (103c) temperature 1, (103d) scale of the ammeter temperature, (103m) potential difference occurs, (103h) thermocouple and compensation wire, (103i) side on contact, (103j) thermocouple, (103k) compensation contact, (103l) (103n) Type of thermocouple, (103o) No protection tube, (103p) Protection tube, (103q) High temperature object, (103r) Protection tube, (103s) Seesaw type, , (103v) stent metal sheath, (103w) platinum side on resistance with protective pipe, (103x) magica, (103y) platinum wire, (103z)
(104) Level or pressure switch, (105) Flow meter for flow rate check, (106) Power motor control module, (107) (109) Air hose, (110) Nipple socket of air hose connection, (111) Sprinkler head, (112) Reflector, (113) Fuse for metal, (114) Stop Valve or water valve, (115) underground pipe, (116) main tower or pylon or block steel tower, (117) rich, (118)
(120) Alarm valve, (121) Test valve, (122) High pressure water pump, (123) Lever block, (124) Fire extinguisher (fire extinguisher a, fire extinguisher b, fire extinguisher c, fire extinguisher D, fire extinguisher e, fire extinguisher f) 125) chain, (126) cylinder, (127) piston or piston pump, (128) fire extinguisher fixing pin, (129) latching device, (130) lifesaving tube, (131) rope, (136) Anchor bolts, (134) Radiosondes, (135) Driving wheel rollers, Dorure, (136) Regulate, (137) Ropes or chains wrapped around the fuselage (138) Cylinder, (139) Steering wheel, (140) Turbine pump, (141) Casing, (142) Vane pump or guide vane, (143) Impeller, (145) high pressure storage tank, (146) propeller pump or propeller, (147) multistage screw air compressor and screw pump, (148) plunger pump, (148b) four axis plunger pump, (148c) ) Radial planer pump, (149) Steel beam, (150) Disaster control pump control system or pipe (151) Oil cooler, (152) Manhole cover, (153) Hatch cover, (154) Fire door, (155) Gland packing, (156) Mechanical seals or individual seals, (161) an automatic fire hydrant, (162) a hose hanger, (163) a smothering gas, (164) a carbon dioxide of an incombustible gas, (165) a reinforcing steel plate (166) Screw tap, (168) Transmission line or fire fighting piping line, (169) Water spout (166) Match fire (a) (170) an internal cooler, (171) exhaust gas, (172) a combined life bed nozzle, (173) a gas burner or burner, (174) carbon dioxide gas, (175) halon gas, (176) (177) Pyrotechnic material Paraffin tape, (178) Non-pyrotechnic wire, (179) Fire hydrant (Single spherical a, Double spherical b), (180) Plastic bag, (181) Disaster air piping line, (182) , (183) Limit switch or limit switch, (184) unattended camera, (185) (188) a spark lighter, (188) a lifeboat, (189) a head tank for pressure tanks, (190) flexible high pressure hoses or hydraulic hoses, (191)
(193) a snap ring, (195) a fan, (196) a body frame, (197) a body front reinforcing steel plate, (198) a connecting shaft or a rotating shaft, (199) (200) forward rotation shaft receiving part (201) stator assembly, (202) casting frame for motor protection, (203) terminal box,
(204) a lifting bolt, (205) a terminal box cover, (206) a rear rotating shaft holder, (207) a rear reinforcing steel plate, (208) a cavity, (209) a fan cover or a protective cover, An electron core, (211) a stator iron core, (212) a stator winding,
222, 223, 224, 224a, 224b, 224c, and 223c, respectively, of the first and second heat exchangers 212, 213, 214, 215, 216, 217, 218, 219, 220, (236) Fireworks, (237) Fireworks, (237) Fireworks, (237) Fireworks, (237) Fireworks, (237) Fireworks,
(238) the connection axis of the common and shared surface landfill, (239), (240), (241), (242), (243), (248) crank, (249) 251) Reducer, (252) Valve, (253) Plunger, (254) Pin, (255) Timer, (256) Cable Car, (257) Air Valve, (258) Safety Valve, (269) a main valve, (266) a main body, (266) an intake valve, (269) a suction valve, (269) (267) a turbine or a rotating blade, (268) a flywheel, (269) an inlet, (270) an outlet, (271) a ball drive prevention device, (272) a pump power source, 275 DC power supply circuit 276 Micro control unit 277 Di IP switch setting circuit 278 Display circuit 279 M / C drive signal contact output circuit 280 Motor (282) an overload signal input circuit, (281) an inverter operation data input / output circuit, (282) a pressure sensing circuit, (283) an external state input circuit, (284) a discharge pressure transmitter, Location, 286 Vespa de frame,
(287) a cooling water or cooling water inlet, (288) an oil separation tank, (289) an intake valve, (290) a gear drive, (291) a dryer, (292)
(293) Drain gate, (293b) Rolling gate, (293c) Design water level, (293d) Water surface, (293e) Anchor section fixing section, (293f) Fixing section, (294) (A), (b), (c), and (d) of the water tank, (295) the tank tank, (296) the gate valve, (297) the return valve, (298) the bush or throttle bush, 300 is a vibration alarm device 301 is a drain, 302 is a shut-off valve, 303 is a high-pressure ball tank, 304 is a pumping pump, 305 is a butterfly valve for controlling flow, 306 is sodium bicarbonate, (318) a hood valve, (313) a pumping port, (314) a pumping pump, (308) a Centrifugal Pump, (309) (316) a ball pushing device, (317) a flexible carriage, (318) a float switch, (319) a rear wing, (320) a scoop valve, (321) (323) jet pump, (326) gear or gear pump, (327) wing pump, (330) separation chamber, (322) (331) magnet switch, (332) (333) building or large building, (334) balance, (335) unbalance, (336) indoor fire pump, (337) rotary pump, (338) rotary rotator, (339) priming, ) Suction pump, (341) axial flow pump, (342) mixed flow pump, (343) viscous pump,
(344),
344b and 344c and 342b and 344c and 342b and 344c and 342c and 342c and 342c and 342c and 342c and 342c respectively correspond to the block tank 344b and the BC tank 344b, (344f) block tanks of side (A), (344h) and (AM) sides, (344i) block tanks of (A) (ABC), triangular block tanks, (344l) bottles (ARS), triangular block tanks, (344m) AQT, triangular block tanks, (A), a triangular block tank 344o as an axis ANW, a triangular block tank 344p asymmetry triangle block tank 344q a DE tank side block tank 344r (BD) side, (344s) a block tank on the side of the other (CE) side,
(345) gland, (346) main liquid lanthanum ring packing, (347) lantern packing, (348) double gland packing, (349) droplet bush attaching packing, (350) (352) Water jacket attachment packing (352) Cooling water inlet or cooling water piping line (353) Sleeve inner cooling jacket water jacket packing (354) Inner cooling chamber of sleeve, (355) A cooling chamber,
(357) Shared and shared landfill distribution axes, (358) Gland packing Eight stranding,
(362) O-ring, (363) Stop, (364) Middle ring, (365) Sealing cross section, (366) (367) quenching, (369) cooling ring, (370) reversion tube, (371) Handle, (372) partition wall, (373) (374) the pressure acting on the impeller front, (375) the pressure acting on the back of the impeller, (376) the balance ball,
(382) rear bearing, (384) rear wing, (385) rear wing installation (377) suction pressure, (378) back pressure, (378) balance hole, (386) Impeller arrangement of multi-stage pump, (387) Order separation, (388) Order coupling, (389) Water hammer action, (390) Axle rod, (391) (392), (393) Water hammer, (394) Rooftop fire fighting cab or crane cab, (395) High and low mountains, (396) Pulse Encoder, (397) Spike (398), (399) DISC Brakes, (400) Tank for Combined Breakwater, (401) Safety Rope Net, (402) Air Compressor (Air Chamber),
(403) valve, (404) valve body, (405) valve housing, (406) sluice valve, (407) packing press, (408) packing press nut, (409) valve, 414) a handle, 411 a handle nut, 412 packing, 413 a wedge gate valve, 414 a single valve, 415 a flexible valve, 416 a parallel slide valve, 417 a double disk (418) a stop valve, (419) a flange type globe valve, (420) a flange type angle valve, (421) a body, (422) a main body, (423) (425) valve seat, (426) valve handle, (427) handle, (428) covering ring, (429) packing press ring, (430) packing press, (431) 432) Dowel Bolts, (433) Packing Presser Bolts, (434) Pins, (435) Nuts for Bushing Bolts, (436) Nuts for Packing Pillow Bolts, (437) Handle Nuts, (438) ) Washers, (440) packing,
(441) a gasket, (442) a valve press, (442a) a plane press, (442b) a conical press, (442c) a spherical press, (442d)
(443) Cock 1 type (444) Cock 2 type, (445) Bronze threading main cock, (446) Cast iron flange type gland type, (447) Bronze threading gland cock, (448) 449) round cock, (450) handle cock,
(451) check valve body, (455) hotplate, (456) disk, (457) disk pin, (458) plug, (451) check valve, (452) swing type check valve, (469) Pilot valve, (461) Secondary side sensing hole, (463) Diaphragm, (464) Pilot valve, 465) Exhaust flue, (466) Main valve, (467) Main valve spring, (468) Adjusting spring, (469) Otto pressure regulating valve, (470) Screw type pressure regulating valve (a) Flanged pressure regulating valves (b),
(472) Safety valve, (473) Spring type safety valve, (474) Relief type safety valve, (475) Steam type poof spring type safety valve, (476) Valve, (478) auto water dispenser, (479) auto dispenser (a), (480) auto level regulator, (481) air vent valve, (482) (484) Refrigerant Stop Valve, (485) Refrigerant Stop Valve, (486) Packed Valve, (487) Packed Valve, (488) Packed Valve, (491) expansion valve, 491 diaphragm expansion valve, (491) bellows type expansion valve, (492) rich valve, (493) pressure regulating valve for refrigerant, (494) solenoid valve, (495) (496) water faucet, (497) exponent line, (498) before fraction, (499) ball tap,
(500) Lightning rod for hull safety preservation of marine hydroelectric power plant,
(501) V-shaped strainer (503) V-type strainer (504) Tube fixing metal (505) Tongue buckle part A support band 506 a support band 507 a roller support band 508 a vertical tube casting band 509 a steel spectacle band 510 a bottom band 511 a trap,
(512b) Fomatsu long fuselage faults, (512c) Long fuselage faucets, (512d) Fuselage with long fuselage, (512e), short (512e) Fomatsu fuselage with short transverse (橫) faults, (512f) type faucets, (512g) all purpose faucets, (512h) , (512j) sanitary faucet, (512k) bath water mixture before,
(513) Sanitary flash valve, (514) Parallel type bath faucet, (514a) Transverse material faucet, (514b) Transverse material faucet, (514c) (514f) Chemical tank faucet (514f) Chemical tank faucet (514g) Chemical tank faucet (514g) Chemical tank faucet (514i) Chemical tank faucet (514i) Chemical tank faucet Yanggu),
(515) Flood valve for building equipment (Fushivert), (515a) Flood valve for building equipment (type A), (515b) Flood valve for building equipment (for urinal) ,
(517) mixer valve (for 3 houses), (517a) mixing valve (exposed type), (518) hand shower, (519) head and head, (520) hand shower Shower, (521) shower set,
(522) angled thermal trap, (523) straight thermal trap, (524) bucket trap, (525) bottom bucket trap, (526) top down bucket trap, (527) (528) Impulse steam trap, (529) Faucet body, (530) Packing box, (531) Packing press, (532) Stem, (533) Handle, (534) Disc, (535) , (536) a domestic packing, (537) an aging packing, (538) a Teflon membrane,
(539) a metal with a large thermal expansion; (540) a metal with a low thermal expansion; (541) a time or level switch; (542) a low level alarm; (543) (545) alarm level switch, (546) low level switch, (547) flap, (548) sound cap, (549) check nozzle, (550) (551) float, inductance switch, (552) indicating graduation scale, (553) overflow connection, (554) vent pipe connection, (555) (556) a double vinyl open needle; (557) a solenoid valve body; (558) a cover; (559) a spool; (560) a spar packing; (561) a pilot; (563) connector, (564) manifold (L; PTY 8 "large flow type), (565) manifold (S, M 5 ownership type), (566) screw bolt, (567) (568) 2 position single, (570) 2 position double, (571) LL; central vertical type, (572) L; vertical type, (573) ) Horizontal type; M, (574) F; (581) Direct piping type, (582) Base piping type, (578) Double, (577) Double, (578) Child, (579) (585) Doctor Ventilation, (585) Doctor Ventilation, (585) Doctor Ventilation, (586) Thermal Balloon in Mongolia, ( 587) Blair Shah's Hot Air Balloon, (588) Kelly's Hot Air Balloon, (589) Steam Airship,
(590) Dual structure holding block tanks,
(591) Barge hull at the top of holding tank,
(592) Barge hull at bottom of holding tank,
(593) Lifelines of small hydroelectric power plants,
(594) Lifelines of medium sized hydroelectric power plants,
(595) Lifelines of large-scale offshore hydroelectric power plants,
(596) Double structure inner block tank,
(597) High tensile steels Steel plate,
(598) double structure block tank, (599) double structure outer block tank, (600) first auxiliary type steel for block tank, (601) second auxiliary steel plate for block tank, (602) (603) Block tank Hull disassembly Portable lug connection Shaft bolt, (603a) Bolt screw thread, (604) Block tank Hull disassembly handler (605) Block tank Secondary steel plate vertical partition for hull disassembly coupling, (606) Block tank Hull disassembly portable rug pin connecting shaft, (607) Block connecting shaft, Tank hull disassembly portable lug, (608) Block tank hull disassembly portable lug pin, (609) Hull for block tank Second auxiliary steel plate for disassembly, Horizontal bulkhead, (610) Block tank Hull bulkhead manhole for transport equipment, (611) satellite, (612) space rocket, (613) block tank block unit hull disassembly lug hinge socket, (614) Tank block unit Large flange for disassembly coupling (615) Large flange connection joint Spacer hole or rug machining hole Keyboard machining hole, (616) Mooring device Floating dock barge Hook baler for hull balancer (616a) Block tank Tank block Units Split hulls Displacement joints Lug holes for displacement control equipment (617) Block tank Hull disassembly double pipe structure Tank piers Construction auxiliary saddle formwork, (618) Block tank Hull transportation (619) Block Tank Block Unit Hydraulic Rotating Cylinder for Dismounting Coupling Control Unit Drill Lathes for Machine or Block Unit Hull Rack and Pinion Type (NRP) Cylinder Machines, (620) Hydraulic rotary cylinder (rotary cylinder [rack & pinion type -NRP]), (621) Block tank unit Block hinge unit for disassembly coupling control unit (622) Luster (623) Blocks of pipelines Blocks of pipelines Blocks of pipelines Blocks of pipelines Blocks of pipelines Blocks of pipelines Blocks of pipelines Blocks of pipelines Blocks of pipelines Blocks of pipelines Blocks of pipelines Blocks of pipelines Blocks of pipelines Blocks of pipelines Block- (625) an engine control module for an engine control system, (628) a flagpole rubber balloon, (629) a rope for a rope, (630) a rope knot, (631) ) Emergency stairs, (632) elevators, elevators, (633) conveyors, (634) lifting or docking lines, (635) vacuum pumps, (636) tugboats, (637) (638) Anchor, (640) Anchor chain, (641) Blower or cooling fan, (642) Heater fan for air heating, (643) Satellite launcher, (644) Mooring tower, (645) Electro Magnet Magnets, (646) Space Rocket Launchers,
(647) Helicopter, (648) Chain Block, (649) Loess Cement Mixing Equipment Mixer Machine, (650) Aerator, (651) Crane Boom Stand, (652)
(653), (653), (654) water, (654a) hard water, (654b) heavy water, (655) DC which is the current always flowing in the same direction, (656) Current, AC, (657)
(678a), (678a), (678b), (678c), (678c), (678d), (678e), (678e) and (678f) concept of tidal power generation, respectively. (678h), 678h, 678i, 678i, 678i, 678k, 678k, 678l, 678m, 678n, (678p) Hwacheon Hydroelectric Power Plant, (678r) Soyanggang Hydroelectric Power Plant, (678s) Chungju Hydroelectric Power Plant, (678t) Chuncheon Hydroelectric Power Plant, (678p) power plant,
(678v) Cheongpyeong Hydroelectric Power Plant, (678w) Paldang Hydroelectric Power Plant, (678x) Soyanggang River, (678y) Namhan River, (678z)
(679a) a bottom wall, (679a) a bottom wall, (679b) an upstream side lock fill, (679c) a filter, (679d) (679h) water depth, (679i) hollow space, (679j) surrounding whole room, (679k) surface layer concrete, (679l) water potential energy, (679m) water kinetic energy, (679n) mechanical energy, (679p) Hydraulic power, (679q) aberration output, (679r) Generator output, (679s) Hydroelectric power generation scheme, (679t) Concept of dam power plant, (679u) screen, (679v) Ball tap valve, (679x) inlet valve, (679y) main equipment, (679z) main transformer,
(680) Dam, (680a) Reservoir or adjustment site, (680b) Intake dam, (680c) Pumping dam, (680d) Pumping system, (680e) Pumped storage power generation, (680f) Dam channel system, (680g) Dam system, (680i) pressure water tank, (680j) pressure water tank, (680k) needle, (680l) pressure water tank, (680m) water tank, (680n) water intake system, (680q) waterproofing facility, (680r) high water level, (680s) low water level, (680t) rock wall, (680u) upstream surface protection layer, (680v) drainage layer, (680w) ) Foundation rock, (680y) earth dam, (680z) rock dam,
(684) voltage, (685) power, (686) power outlet, (687) power source inlet,
(692), (691) primary substations, (692) seven strands of steel wire in the center of the transmission line, (693) 54 strands of aluminum wire, (694) fuel hoses, (695) (697) middle substation, (698) large plant, (699) middle plant, (700) secondary substation, (701) small plant, (702) home (including solar house), (703 ) Stepped foot hook, (704) Ultra high voltage wire balancer for cable balance cable,
(705), (706) Small diameter electric resistance welded pipe, (707) raw material, (708) uncoiling, (709) level ring, (710) side trimming, (711) cutting and rough connection, (714) Ultrasonic and vortex test, (715) Welding heat treatment, (716) Air cooling, (717) Water cooling, (718) Ultrasonic molding, (719) Cutting (720) flatness test, (721) structural pipe, (722) calibration, (723) intermediate loading, (724) induction heating furnace, (725) SRM, (726) (728) Water pressure test (729) Ultrasonic and vortex test (730) Weight and length measuring instrument (731) Visual and dimensional inspection, (732) Screw, (733) For general piping, (735) galvanized, (736) galvanized steel pipe, (737) boiler tube, (738) cooling base,
(744), (744), (744) Ultrasonic Flaw Test, (745) Side Tramming, (742) Cage Molding, (743) (746) Oil Pipes, (747) Large Diameter Steel Pipes, (748) Edge Milling Machines, (749) 3 Roll Bending Machines, (750) Post Bending Machines,
(751) welding, (752) inner surface welding, (753) backing fusing, (754) outer surface welding, (755) tube welding, (756) , (758) cold laminar padding, (759) marking, packing, shipment, (760) spiral welded steel pipe, (761) uncoiling, (762) structural pipe and steel pipe pile, (763) (764) Outside Brast Cleaning, (765) Inner Blast Cleaning, (766) Inner Painting, (767) First Painting, (768) Painting and Clothes, (769) ) Ultrasound and X-ray inspection,
(771) Internal transportations for marine tunnels,
(772) Turbine Generators,
(773) Non-rotating armature coil,
(774) rotating rotor electromagnet coils,
(775) Transmission line, (776) Transmission tower, (777) Opening and closing facility, (778) Boiler or kettle,
(779) steam pipe, (780) steam or strong gas high temperature high pressure steam outlet,
(781) Production power Central control room,
(782) transmission measuring room transformer room, (783) boiler operating core,
(787) Magnets,
(795) heavy oil tank, (796) heavy oil,
(797) Oil tankers or cargo ships,
(811) Aquaculture and landfill Dispensing equipment for aquaculture in construction machinery Controls,
(811a) Adjustable part of lifting, moving, and moving the construction machinery, (811b) Marine hydroelectric power production control part to prepare power production, (811c) Power transmission control part of the submarine crossing railway substation (811d) Control of harmful red tide prevention control (811e) Control of marine aquaculture device control (811f) Control of freshwater fish device aqua regulator (811g) Control of fishery freshness maintenance aquaculture device, (811h) (811i) Crustacean arthropod control device, (811j) Crustacean arthropod control device, (811k) Molluscan control device, (811l) Fish and shellfish nutrition device control device, (811m) Shellfish production and processing (811n) Controls for the processing of fish and shellfish anti-decay equipment (811p) Control of distribution and transportation processing devices for fish and shellfish (811q) Control of fish and shellfish scattering control of fishery vessels (811r) (811s) connected to the tuning section of the tunnel, Hydro control adjusting unit, (811t) and Groundwater and deep ocean water and deep ocean water, ground water capacity supply control capacity supply control section constituting, (811u) seabed resource transport unit, (811z) electronic sensor valve control screw portion,
(819) a hydraulic tank, (819a) a hot plate, (819b) an oil level meter (oil port field), (819c) drain, (819d) tank bottom plate, (819e) diaphragm (819g) Suction Sealer (819g) Gland Packing (Rubber Inner Rubber), (819h) Inlet Packing, (819i) Inlet Lid, (819j) Tank Top Plate, (819k) (820) hydraulic motor, (821) hydraulic pump, (822) rod-and-piston seal, (823) piston seal, (824) (825) a ring seal, (826) a slide ring, (827) a di-bush, (828) an O ring, (829) a load seal, (830) a backup seal, (833) piston ring, (837) piston ring, (837) piston ring, (837) piston ring,
(839), (840) meteorological observatories, (841) crude oil, (842) submarine mineral deposit baskets, (843) underwater exploration underwater lights, (844) (846) Anchorage crank for anchorage, (847) Rock drill or net, (848) Actuate, (849) Excavator for the bucket, (845) (851) Pylon level foundation base, (852) Fixing wrist stand, (853) Arc welding or argon welding machine, (853a) Welding wire, (853b) ) Welded sheets, (854) Pipe racks,
(855) Bulldozer, (855a) Crawler type, DOGER, (855b) Wheel type, DOGER, (855C) Straight, DOGER, (855D) DELETER, DOGER, (855e) Angle, DOGER, 855f) Hinge, DOGER, (855g) TRIDOZER, (855H) RICH DOGER, (855i) HARD RICHER,
The power transmission device 855j,
(855k) Engine (855l) Engine, (855m) Cooling system, (855n) Final gear, (855o) Sprocket of driven wheel, (855p) Idler of fluid wheel, (855q) Provision of clutch ,
(856) excavator, (856a) backhoe, (856b) power shovel, (856c) drag line, (856d) Luther,
(857)
(858) Fork lift trucks,
(859), (859), (859), (859), (859), (859), (859) and (859) the power train, (859f) Cutting tape,
(860) dump trucks, (860a) trailers,
(861) Crane or crane, (861a) Name of each part of crane structure, (861b) Extent cable, (861c) Loadmeter, (861d) Bridle, (861e) Boomboxes, (861f) This rope, 861g, boom hoist rope, 861h upper frame, 861i lower frame, 861j hoist rope, 861k front drum, 861l middle drum, 861m rear drum, 861n) balance weight, (861o) cable cranes,
(861p) All six of the crane device,
(861q) a hook device, (861r) a clamshell device, (861s) a shovel device, (861t) a drag line device, (861u) a trench hoe device , (861v) Pile driver device
(862a) muffler, (862b) engine flywheel, (862c) cooling fan, (862d) forward and rearward transmission ridges, 862e translators, (862f) fixed gear type transmissions, ) Parking brake, (862h) differential gear, (862i) Transpercar neutral gear reducer, (862j) Disc brake,
(862k) The external structure of the radar,
(863) rollers, (863a) vibrating rollers, (863b) soil compactors, (864)
(865) Concrete Batching Plant, (865a) Concrete Hopper, (865b) Conveying Equipment Charging Chart, (865c) Adjusting Plate, (865d) Water Meter, (865e) Symmetric Hopper, (865f) 865g) storage bin, (865h) composite belt conveyor, (865i) turn head, (865j) bucket el rebate, (865k) conveying cement chad, (865l) regulating plate, (865m) recorder, (865n) circular mixer 865o) cement silo, (865p) squeegee conveyor, (865a) concrete hopper, (865b) conveying device charging chart, (865c) regulating plate, (865d) water meter, (865e) symmetric hopper, ) Scale frame, (865g) Storage bin, (865h) Composite belt conveyor, (865i) Turn head, (865j) Bucket El rebate, (865k) Transportation cement Chad, (865l) Adjusting plate, (865m) ) Circular mixer, (865o) cement silo, (865p) squeegee conveyor,
(866) a concrete finisher, (866a) a squeegee spray, (866b) a first screed, (866c) a vibrator, (866d) a finishing screed, (866e) a guide roller, (866 g) Finished cotton,
(867) Concrete Spreader, (868) Concrete Mixer Truck, (869) Concrete Pump, (870) Asphalt Mixing Plant, (871) Asphalt Finisher,
(872) asphalt spreader, (872a) power driven pump, (872b) valve control,
(872c) Spray bar, (872d) Bunny, (872e) Discard pipe, (873) Aggregate spreader,
(874) a crusher, (874a) a Ziegler crusher, (874b) a chassis frame, (874c) a feeder hopper, (874d) a vibration grease repitter, (874e) ) Second crusher at the rear of the crushing chamber, (874g) Vibration screen, (874h) Drum elevator,
(875) air compressor,
(876) perforator,
(877) Hantawa Anti-erection,
(878) sowing machines,
(879) dredgers,
(879a) Pump dredger, (879b) Bucket dredge, (879c) Spades, (879d) Cab or control room, (879e) Red Sea, (879f) Spart, (879g) Blast tank, (879h) Blast pump, (879i) Red, (879j) Engine room, (879k) Dipper dredger, (879l) Grab dredger, (879m) Bucket drive, (879n) Foosepad 879o) Spat winch, (879p) bucket, (879q) left and right all spades, (879r) dipper, (879s) winch, (879t) anchor warehouse, (879u) belt conveyor, (879v) ,
(881), (882) boom, (883) diesel pile hammer, (884) steam hammer, (885) hydraulic crane, (885a) piston motor,
(886) Tower cranes,
(886a) designates the name of each part of the derrick structure,
886b is the main side of the derrick 886c, 886d is the boom 886e is the boom foil 886f is the turnbuckle 886g is the net, 886h is the triangle, 886i is the main side, 886j ) Boom, (886k) boom foil, (886l) lek,
(887) Draeg crane,
(887a) The structure of the drag crane,
(887b) hoist cable, 887c dump cable, 887d bucket, 887e bottom boom, 887f retract cable, 887g cable roller, 887h boom cable, 887i ) Cable rollers, (887j) boom hoist cables, (887k) cable drums, (887l) cable drums, (887m) parallel weights,
(888a) Clamp cell attachment, 888a Holding line 888b Closing line 888c Clamshell bucket 888d Upper frame 888e Lower frame 888f Rack line 888g ) Rope guide, 888h boom tent, 888i bridle, 888j boom hoist rope, 888k front drum, 888l rear drum, 888m parallel weight,
(899) Tandem Roller (890) Tandem Roller (891) Tamping Roller (892) Tire Roller, (893) Tractor, (894) Trailer, (895) Ram, (896) (908) fuel pump, (901) cam, (902) fuel tank, (903) starter, (904) boom front pin, (905) (906) adapter,
(907) Fish Finder Sonar,
(908) Crude oil drilling machine rotary table lathe machine,
(909) manganese monolith,
(910) Nets, (911) Suction collecting machines, (912) Undersea mining robots,
(913) periscope, (914) rubber balloon, (915) wire rope chain,
(916) Double structure piping line Automatic pneumatic valve transport device,
(917) Coarrill,
(918) biopies skids, (919) rubber tires, (920) burner booms,
(921) harmful tidal microorganisms, (922) pollution-free natural gas,
(923) an air nozzle,
(924) Mineral picking troughs, (925) Upwind, (926) Downwind, (927) Dust for yellow dust or soap bubbles,
(928) Double structure block tank pipe Pier,
(929) Nuclear waste treatment dual structure block tank pipe bridge,
(930) chemicals, (931) cement, (932) fishing nets,
(933) Emergency or control line, (934) Crude oil drilling rig, (935) Iso handle levers,
(936) Borehole,
(937) Double structure block Tank tube bridge,
(938) electrode plate anode, (939) cooling air bubble, (940) bit,
(941) Marine tunnel transport equipment,
(942) Tower crane at Isai Crane Boom Vs.
(943) Isai Hydro Power Plant,
(943a) Pump aberration for hydroelectric power plant, (943b) Pelton aberration for large hydroelectric power plant, (943c) Francis aberration for large hydroelectric power plant,
(944) Large-scale hydroelectric generator Shiiso hydroelectric power plant (944a) Rotational speed detector for hydroelectric power plant (944b) Exciter for dc generators supplying current to the motor coil of an alternator (944c) 944d is a device for pushing the rotary shaft receiver 944e is a device for pushing the rotary shaft receiver 944f a stator coil 944g a stator frame 944h a center stator 944i a low speed cooler 944j) Braking device ring, (944k) Braking device or jack, (944l) Low speed rotating shaft receiver, (944m) Engine generator, (944n) Turbine rotary shaft receiver, (944o), (944p) Rotary shaft receiver 944q) wing wheels,
(945) Underground disaster prevention nozzles or shared landfills,
(946) Subsea line wiring or shared reclamation land,
(947) Container for inflation control device Rubber tube for air supply for internal use,
(948) furnace, (948a) furnace brick,
(949) Ship's diving position control device and diving buoyancy control weight,
(950) thermocouple thermometer switch for temperature auto sensing sensor,
(951) Hatching basket or Pareto for hazardous redeye suction dust collector,
(952) Locomotives, non-power, for water,
(953) Military equipment Submarine,
(954) Laser cutting machine,
(955) Peacekeeping image of a weapon stronger than a nuclear bomb,
(956) flood control equipment,
(957) Wind turbines, (957a) Wind turbines and wind turbines, (958) Weather forecasts, (959) Alternative used sails, (960) Marine tunnels Traffic or satellite weather forecast information collection machines, ) Space rockets, (962) satellites,
(963) Peace Sovereign, (964) Petroleum, (965) Diamond, (966) Iron, (967) Tin, (968) Coal, (969) Farm Equipment,
(977), (977), (977), (977), (977), (977) and (977) Oil pipeline,
(988), (988) Nuclear Fuel, (982) Nuclear Fuel, (984) Glass, (985) Agate, (986) Amber, (987) Pearl, (988) New South Korea,
(990) United Nations Organization, (991) Atomic Bomb, (992) Hydrogen Bomb, (993) Sinking Ship, (994) , (995) Submersible, (996) Barges, (997) Landfill, (998) Coastal Station, (999)
(1002) Military Demarcation Line, (1003) Demilitarized Zone, (1004) Counterattack, and (1004) Common Ground and Landfill Design System,
(1041) Borderline, (1042) Southern margin, (1043) Northern margin, (1044) Beta economic zone, (1045) Provisional action area in Korea, (1046) China's straight line, (1047) EEZ, (1048) Japan's claimed EEZ, (1049) relay, (1050) 2400 km, (1051) Korea's middle water area, (1052)
(1053) 360-degree 360 ° from the center of the Korean peninsula. Each parcel is divided into parcels, (1054), (1055) fish and shellfish spawning grounds, (1056)
(1057) Tidal flats in the coastal waterside area, (1058) MOON, (1059) Fission, (1060) Superconducting generators, (1061) Superconducting generators, (1062) Superconductors, (1063) 1064) magnetic force, (1065) magnetic levitation highway, (1066) magnetic levitation train, (1067) semiconductor, (1068)
(1078) Ship with resilience for life rescue, (1079) Scheme of electromagnetic propulsion line, (1080) Expansion crusher of new material, (1081) Superabsorbent resin, (1082) A new material, a rotary cylinder (rack and pinion type -NRP, 620)
(1083) Around 1200 km, (1083a) Connecting North and South Korea Construction of a groundbreaking ceremony, (1083b) Connecting North and South Korea Construction of a construction site in South Korea,
(1084) mine detector, (1084a) zine-type mine detector,
(1086) Mines, (1086) Mines, (1086a) Anti-tank mines, (1086b) M 14 Personnel Mines, (1086c) M 16 A1 Personnel mines, (1086d) Water guns and shells, (1086e) 1086f) Railway related materials, (1086g) M15 antitank, (1086h) M16speed (escape), (1086i) Storm mines (ankle mines), (1086j) M19 antitank, (1087) 1089) Mine clearance width (58m), (1089) Mine Removal 1st Engineer Brigade, (1090) Paper Compensation Seoul Regional Bureau of Land Management, (1091) Pavement Road Seoul Regional Bureau of Land Management, (1092) Noh, (1094) Mine Break, (1095) Fire, (1101) Stormy Waves, (1102) Tibetan Highlands, (1103) Mongo Desert, (1104) Manchurian Plain, (1105)
The structure of the jet engine 1106a the air intake port 1106b the fuel supply port 1106c the tube 1106d the compressor 1106e the combustion chamber 1106f the turbine 1106g the nozzle,
(1107), (1108) plane, (1109) structure of reciprocating engine, (1110) plane inspection, (1111) Viking 1 probe, (1112) Earth, (1113) Mars, 1114) Mars, (1115) Mars lander, (1116) Sun, (1117) Passenger ship, (1118) Ship design method, (1119)
(1122a) of the bilge keels, (1122b) the joining seam of the bilge keel, (1122c) the weld line, (1122d)
(1123), (1124) 5-inch automatic rapidshare, (1125) 20 mm flanks, (1126) helicopter deck, (1127) MK 32 torpedo launcher, 1128 Harpoon missile, Dock, (1130) sail, (1131) sail,
(1132) Various swinging movements of the ship by wave, (1132a) Heaving, (1132b) Pitching,
(1132c) rolling, (1132d) swinging, (1132e) surging, (1132f)
(1133) Various deformation of the hull by wave, (1133a) Sag state, (1133b) Hogging state, (1133c) Twisted state, (1133d)
(1134) an air propeller propulsion line, (1135) a water jet propulsion line,
(1136) a semi-active type rolling tank, (1136b) an active type internal rolling tank,
(1137a) inside the ship, (1137b) outside the ship, (1137c) drive motor and hydraulic pump, (1137d) outside plate, (1137e) pin,
(1138a) a beaker reader, (1138b) a collet nozzle flap, (1138c) a propeller, (1138d) a collet nozzle or collet nozzle reader, (1138e) the appearance of a showtel reader propeller, (1138f ) Appearance of the pot pot propeller, (1138g) Appearance of the impeller propeller of the mae,
(1143) Vortex resistance, (1143) Friction resistance or viscous resistance, (1144) Air resistance,
(1145) 116G / T class line network fishing gear, (1146) ultrasonic fishing gear, (1147) vertical fishing net, (1148) fishery, (1149)
(1151) fishing line, (1151a) other line,
(1152) a water hammer, (1153) a hammer,
(1154) the configuration and recording of vertical fish, (1155) orientation angle, (1156) blind spot, (1157) transponder, (1158) recording pen, (1159) (1162) sound recording, (1163) a recording display unit, (1164) an operating unit, (1165) a transceiver unit, (1166) an elevating and pivoting device, (1167) a searchlight sonar, (1168) a search Light Sonar's search beam, (1169) Quadrature due to negative refraction,
(1173) Scanning Sonar (360 °) Beam and Image, (1172) Scanning Sonar (180 °) Beam and Image, (1173) Scanning Sonar Basic Circuit,
(1174a) a recorder, (1174b) an electric panel, (1174c) a display, (1174d) a sound, (1174e) a normal device, (1174f) a transmitting device, (1174g) a control device, (1174h) ) Transceiver upper and lower device,
(1175) Scanning Sonar and Searchlight Sonar comparison, (1175a) Scanning Sonar search, (1175b) Searchlight Sonar search, (1175c)
(1176) Inability to detect fish by wake,
(1177) Examples of recording due to disturbance,
(1188) a transmission arm, (1183) a tire, (1184) a scan control, (1185) a swing arm, (1178) an ultrasonic wave, (1179) (1186) a spiral voltage generator, (1187) an electronic scanner, (1188) an electronic switch group, (1189) a chattering delay circuit, (1190) a video amplifier, (1191) a deflection coil, (1193) Brown image, (1194) bubble layer, (1195) fishery discovery approach, (1196) picking, (1197) transmission, (1198) transmission net, (1199) fishery center and water depth, (1203), (1203), (1203), (1203), (1204), (1205), (1205), (1206) the distance to the fishery, (1207) the main line Progress bearing,
(1208), (1209) a multi beam scanning color sonar construction, (1210) a network tomography system, (1211) an oscillator, (1212)
(1213) the transmitter attaching position, (1213a) the dipole antenna, (1213b) the transmitter,
(1214) Telemetry system example, (1215) Telesound system, (1216) Telesound device configuration, (1217) Acom 1, (1218) Acom 2, (1219) SCNAR, (1220) power,
(1221) radio control, (1222) vertical dablet 1/2 wavelength, (1223) main line, (1224) germanium, (1225) plankton, (1226) timers, 1228) a plurality of compressors up and down operation air cylinders 1229 a vacuum pump 1230 a cylinder support 1231 an adsorber 1232 a frame 1233 a glove 1234 a workpiece collecting bowl 1235 air (1236) a plurality of air cylinders, (1237) an air shutoff hand valve, (1238) an aspirator, (1239) a spring, (1240) a compressor upper and lower air cylinders, (1241) a coupler, (1243) a knife for cylinder attachment, (1245) a unit flow control valve, (1246) a singular nozzle, (1247) a metal, (1248)
(1249) Inspection device Visible lens (1250) Distance adjustment sensor, (1251) Refrigerant, (1252) Vacuum source, (1253) Rated current wire, (1254) Three-phase current wire, (1255) box,
(1256) Limit switch for sensor, (1257) Stand, (1258) Guide, (1259) Miniature, (1260) Fleckschipper, (1261) Fixture eliminator, (1262) ) Deceleration motor, (1264) Small plane, (1265) ligament, (1266) plane, (1267) Angle,
(1268) a stent tube, (1269) a knife adjustment stopper, (1270) a rubber band, (1271) a dissection chamber, (1272) a hook, (1273) a hook knife base, (1274) ) Knife blade part, (1276) Hook workbench, (1277) Grip tweezers knife, (1277a) Tweezers knife,
A punching knife that includes a worktable 1248, a workbench 1279, a cutting board 1280, a cutting board 1281, a hammer or rubber hammer 1282, a shorting knife 1283, (1288), (1288), (1286), (1287) The bark of the lower bark, (1288) The bark of the upper bark, (1289) The tip of the bark, (1290) Ligaments, facets, openings, openings,
(1291), (1292), (1293), and (1293) shells, grooves and fish grooves, (1294) two hands, (1295) handles, (1296) seafood, (1297) (1298) Double rotation shaft, (1300) Physical scarcity nitrogen gas, (1301) Culture field and distribution place by fish species, (1302) Poured fish, (1303) Paddy fish, (1309) ) Farms, (1310) distribution centers, (1311)
(SDU), the center of the deck hull deck (SDM), the top deck of the deck hull (SDL), the top of the machine room floor (MFGU), the floor of the machine room floor (MFG), the bottom of the machine room surface (MFGL) (GL), GLL, GLD, EL, Arctic NP, SP,
Longitude (ld), latitude (lt)
The injection nozzle upper end A, the injection nozzle body B, the injection nozzle lower end portion C,
The road surface top surface GLU, the road surface GLL, the road surface GLD,
Pump body (PB), pump body vertical line (PPVL), pump body horizontal center line (PBCL)
(SLL), SLL (SLL), SLD (SLB), and SLB (SLD), respectively, of the valve body center line (VBCL or PBCL), fire retardant water surface (WLD), fire water surface (WLL)
Out of Merchinery Room (OMR) Merchinery Room (MR)
In the Merchinery Room (IMR)

Claims (3)

A dispensing device for aquaculture, comprising:
The double tunnel structure penetrating the water intake dam of the distribution shaft 357 constituting the inside of the distribution and dispensing apparatus main body 1 of the aquatic production station constituting the distribution and dispensing apparatus for aquatic culture is also equipped with a construction machine, Forming an insert into the dam,
In the water storage tank and the intake water dam, there are provided a power pump for regulating the storage of water for aquaculture, an adjustment shaft 231 constituting each valve, and a connection port for connection to the marine tunnel transportation device 941 included in the adjustment shaft 231 A distribution dam construction apparatus comprising a power generating dam construction machine and a borehole 936 which are composed of the inside of a marine hydroelectric power plant floating feeder 593,594,595 are installed in the main body 1 of the distribution and input device for aquatic aquaculture, A borehole 936 is formed with the construction machine,
And a rotating body of a core drill 917 coupled to a pipe rack 854 formed in the drilling machine 908 forming the borehole 936. A plurality of boreholes 936 are provided on the downstream side of the river for distribution A borehole 936 is formed with a charging device,
The movement of the marine hydroelectric power plant floating feeder (593, 594, 595) of the aquaculture distribution apparatus is provided with an anti-sunken rescue line and a tug line to form a movement to the shackle connected to the rope chain and the wire rope formed on the anti- A power pump 304 for pumping groundwater located in the lower part of the dam, and a valve are provided to pour the ground water over the river surface while distributing the ground water discharge to each valve to control the flow of the water flow. A plurality of distribution shafts 357 and an adjustment shaft 231 for distributing and storing a plurality of distribution shafts 351 and 352 so as to control the distribution shafts 351 and 352;
The distribution and dispensing apparatus for aquaculture is connected to one side of a marine hydroelectric power station floating ship 593, 594, 595 connected to a marine tunnel communication device 941 of each control shaft 231 to control the hull position movement of a marine hydro- The seals 156 formed inside the cylinder 126 used as a sinking preventing retention line for the tanks and the cylinder 126 used as a carrier for disassembling and assembling are assembled so that the high pressure pump and the high pressure hose A crank 248 coupled to the valve device and a linkage 249 used as a connecting device to the crank 248 and a hydraulic cylinder 623 ) For controlling the flow of the water to the inside of the distribution and dispensing apparatus main body (1) for aquaculture, and a control unit (811) for aquaculture apparatus for aquaculture of the landfill treatment construction machine. And aquatic food dispensing chute for constituting the equipment control part (811a) of a mobile construction machine;
The distribution shaft 357 connected to the distribution shaft 357 of the aquaculture distribution and dispensing apparatus is provided with a fishery product for regulating the flow of the water constituting the inside of the distribution and dispensing apparatus main body 1 for aquatic production, A hydro-hydroelectric power production control unit 811b for producing power for the aquaculture system for the aquaculture production of the machine, which is included in the distribution control unit 811, and the hydroelectric power generation unit of the hydropower generator 213, A plurality of aberrons and turbines 267 for generating mechanical energy by generating a hydraulic pressure difference inside the turbines 261 and 272 and rotating the turbines 267 to produce power, The generator 213 for converting the power and the turbine 267 and the generator 213 are connected to the upper end of the rotating shaft 198 at a position below the rotational speed detector 214, Supply And the upper rotating shaft 217 is positioned below the device 216 for pushing the annular vane 215 into the device 216 for pushing the annular vane 215 into the lower portion of the exciter 215, A device 218 for pushing the rotary bearing under the upper rotation bearing 217 is located and a central stator 221 is disposed on the lower portion of the rotary bearing pushing device 218 and the stator coil 219 and the stator frame 220, The electric wire 71 is sandwiched between the center stator 221 and the fan 195 is positioned below the center stator 221 and the lower part of the fan 195 is rotated at a low speed A rotor coil in which a bearing 225 is located and a low speed cooler 222 is positioned below the low speed rotation bearing 225 and which is a rotating electromagnet constituting along the circumference of the rotary shaft 198; Non-rotating coil installed The turbine rotation bearing 227 and the impeller casings 228 are installed inside the casing 141 of the hydrostatic power generator 213 in the turbine 267 and a plurality of turbines 267 located at the lower end of the rotary shaft 198 And the turbine 267 is different in the shape of the Francis aberration 229 and the Pelton aberration 230 while the intake port 269 and the discharge port 270 are formed in the casing 141) and the hydrostatic generator (213) are moved within the hydrostatic power generator (213) to generate hydroelectric power by rotating several aberrations while controlling the voltage in the substation of the power transmission unit While the pump aberration 264 adjusts the opening and closing of the main valve 265 to the electric power supplied from the nuclear power plant to the flow rate stored in the river to operate the pump aberration 264, (811) of aquatic products and landfill construction equipment for preparing a water storage dam (680) located at the upper part of the power plant and producing aquatic products and aquatic products And a marine hydroelectric power production control unit 811b for providing power production, the facility control unit 811a of the floating marine hood position shifting construction machine included in the aqua regeneration distribution control unit 811 of the aquaculture processing construction machine, The aquatic aquatic culture aquarium control unit 811e and the freshwater fish aquarium aquarium control unit 811f are installed in the power transmission control unit 811c and the harmful tidal control prevention control unit 811d of the metropolitan subway transit railway substation, Fishery freshness maintenance aquaculture device regulating units 811g, and is constituted by distribution and input devices for aquaculture production;
The distribution shaft 357 connected to the distribution shaft 357 of the aquaculture type distribution and dispensing apparatus is provided with a power source for generating hydroelectric power by rotating a number of aberrations by adjusting the diameter of the suction port 269 and the discharge port 270, (1) for controlling the flow of the water in the main body (1) of the marine aquaculture production system by controlling the voltage in the substation equipped with the transformer of the substation to control the distribution to each industry And a power transmission control unit 811c of a submarine crossing railway substation for providing power transmission included in a distribution and dispensing apparatus control unit 811 for aquaculture and aquaculture of aquatic products and landfill construction equipment, Configure;
When a harmful tidal adjustment warning is issued in a drought period, the control tank 304 is connected to the distribution shaft 357 of the aquatic production and distribution apparatus, The backflow valve 409 is opened and the tuyere winch 137 for the opening and closing control device for the water gate is adjusted to control the flow of the flow of the water. (1) to control the flow of water constituting the inside of the main body (1) for aquaculture production, while discharging a large amount of control water to the ocean to prevent the occurrence of harmful red tide. And a harmful red-bell-cut prevention / control unit 811d included in the device control unit 811, and is constituted by a distribution and input devices for aquatic production;
The water stored in the peak intake water dam 680 is connected to the distribution shaft 357 of the aquaculture distribution and dispensing apparatus so that the power pump 304 and the piping and the fire hose 9 are opened while opening the valve 409 of the intake dam. A plurality of nozzles 10 connected to the hydroelectric power generation control unit 20 are connected to the flood control machinery on the entire lower crest line of the crest, The power supplied from the power transmission control unit 811c of the marine metropolitan transit railway substation providing the power transmission is included in the aquatic products and the aquarium production distribution input device control unit 811 of the landfill treatment construction machine Power Pump (304) Marine Fertilizer and Landfill Treatment with Equipments in the Machinery Room The control unit (811) of the aquaculture system for the aquaculture of the aquaculture system is equipped with the following features: fire, drought, heavy snow, extreme weather, typhoon, A pump constituting the inside of the dispensing and dispensing apparatus main body 1 for preparing aquatic products culture apparatus for providing a flood control facility for preventing natural disasters from occurring, And an aquatic aquaculture device regulating unit 811e included in the aquarium production control apparatus for the aquaculture of the aquatic products and the embankment processing construction machine for regulating the flow of the aquatic products,
And an irrigation tunnel (672) connected to an adjustment shaft (231) of the distribution and dispensing apparatus for aquaculture production, which is inserted through the respective control dams, is installed in the inside of the distribution and dispensing apparatus main body And a freshwater fish apparatus style regulating unit 811f included in a distribution and dispensing apparatus control unit 811 of aquatic products culturing and construction processing machine for regulating the flow of the water constituted by the aquarium, &Lt; / RTI &gt;
The hydraulic power generator connected to the control shaft 231 of the aquatic production and distribution apparatus and disposed in the marine tunnel communication device 941 and the marine hydroelectric power plant is a flow rate control distribution input device of the inlet port 269 for controlling the flow rate of the alga And a power production control unit 811b connected to the distribution shaft 357. The power production control unit 811b is connected to the distribution shaft 357. The power production control unit 811b ); And
A plurality of power pumps 304 connected to the control shaft 231 of the distribution and dispensing apparatus for aquaculture are installed to supply the groundwater and the deep seawater in the river into the water supply plant, And a tidal winch 137 for controlling the flow rate of the water flowing into the inside of the tear-off control device, A distribution and dispensing apparatus for aquatic culturing that regulates the flow of the water constituted by the aquaculture apparatus adjusting units 811g and the inside of the distribution and dispensing apparatus main body 1 for aquaculture is provided with a distributing shaft 357 and an adjusting shaft 231, Are provided with marine hydroelectric power station flotation dishes 593, 594 and 595 connected to the inside of the marine tunnel traffic device 941 constituting the control shaft 231 so as to operate a train 771, Castle and;
A portable lug connecting shaft coupling bolt 603 and a portable lug connecting shaft coupling and dismounting nut 603 are provided in the marine hydroelectric power station floating portable reader 593, 594, 595 of the marine tunnel communication device 941 of the control shaft 231 of the aquatic culture- A portable lug 607 and a portable lug pin 608. The water intake dam 680 is connected to the vertical partition wall 605, A plurality of pipes 409 and a plurality of pipes 14 are connected to the water storage tank 292 and each water intake dam 680 and a plurality of pipes 14 and fire hoses 9 are connected to the pipe 14 and the fire hose 9 and a water pump 293 and a water supply passage 294 of each water intake dam 680 so as to be connected to the inside of the distribution and injection device main body 1 for aquatic production (811) for aquaculture and landfill construction equipment for aquaculture of aquaculture of aquatic products culturing system for controlling the flow of a flow constituted by a floating culture The hull position shifting construction machine equipment control unit 811a is provided and the control shaft 231 of the double tunnel structure-shaped idol tunnel 672 is rapidly moved to the crane to prevent the hurricane and storm surge, Of the aquaculture system of the cooling device to make the aquaculture farm of the aquarium;
And a control unit for controlling the operation of the apparatus. The method according to claim 1,
And a facility control unit 811a of the flood control system 811a of the flood control system 811a of the marine aquaculture system of the aquaculture system for aquaculture production, The tunnels 672 of the respective intake dams 680, which are formed inside the tunnel 672,
Each of the tongues 672 constituting the tongue tunnel 672 passes through the wall of the intake dam 680 and adjusts the movement of the fish and shellfish located inside the tongue tunnel 672 located at the center of the dam to the scattering site A plurality of mirrors 804 are provided to provide sunlight and are provided with illumination facilities 806 inside the tunnels and are rotated at a constant inclination angle along the outer circumferential surface of each of the intake dam 680, An air compressor 80 which is connected to the water intake dam 680 and controls the opening and closing of the water gate 293 of each water intake dam 680 and a tongue winch 137 for a water gate opening / The tuyere winch 137 for opening and closing the water gate opening and closing apparatus having the connection structure with the air compressor 80 for opening and closing the water gate 293 for regulating the flow of the flow constituted inside the distribution and dispensing apparatus main body 1 for cultivation Of aquatic products and landfill construction machinery to control flow of water A freshwater fish apparatus style regulating unit 811f included in a distribution and dispensing apparatus control unit 811 for aquaculture;
An artificial tunnel 672 of each water intake dam 680 of the aquatic production and distribution apparatus is inserted and formed in the through passages so as to be located in the mountain ridge valley A plurality of water storage tanks 292 and the water intake tanks 292 are connected to the water intake 293 and the water discharge passages 294 and the water storage tanks 290, And a control shaft (231) of a construction machine included in a plurality of aquaculture system for controlling the flow rate of aquaculture facility accommodated in each water intake dam (680); And
Water is inserted into each water intake dam 680 by the aquatic production and distribution apparatus for aquaculture and is connected to the outer circumferential surface of the control shaft 231 and connected to a plurality of disaster prevention waterways 17, The flow rate of rainwater and loess mixture of the rainwater and the loess is controlled by the control shaft 231 for providing dispersion storage in the control water storage tank and the control dam in each coastal beach and the water intake control system for controlling the flow rate of the flood control facility accommodated in the distribution shaft 357 (680), and a water culture aquaculture facility for regulating the flow of the water constituting the inside of the distribution dispenser main body (1) of the aquaculture production aquaculture system is provided, A power generation control unit 811b and a power transmission control unit 811c of a submarine crossing railway substation that provides power transmission, and is constituted by a distribution and input devices for aquatic production;
In the facility control section 811a of the flood control system 811 of the aquaculture system for the aquatic products and the landfill construction equipment constituting the aquatic production and distribution apparatus,
And is connected to one side of a marine tunnel communication device 941 of each control shaft 231 constituting the inside of the distribution and dispensing apparatus main body 1 of the aquatic culture apparatus and the marine hydroelectric power station floating picker 593,594,595, (593, 594, 595), which is provided for controlling the movement and disassembly of the hull of the hydroelectric power plant (593, 594, 595), is installed in the main body (1) of the aquaculture system for aquaculture, 811) includes a cylinder (126) used as a conveying machine constituted by distributing and inputting apparatuses of a construction machine of aquaculture control system for controlling flow of a flow rate, A high pressure hose 190 and a coupling 29 in the front of the cylinder 126 and a crank 248 in each valve device and a crank 248 ) Piston seal 822 and piston seal 823 are fixed to the cylinder 126 and the piston 127 constituting the body of the hydraulic cylinder 623 provided in the heavy equipment construction machine while being assembled with the link stand 249 The backup seal 830 and the load seal and backup seal 831 are attached to the O-ring 828 and the load seal 829 in the slip ring 826 and the diverting bush 827 in the booster seals 824 and 825, respectively A piston ring 836 and a ring 834 of the piston ring 837 around the rubber zero piston 127 and the cylinder (not shown) are connected to the piston seal 832 and the piston seal 833, 126), and is divided into a high-pressure valve and a low-pressure valve of a hydraulic pump, and a connection structure is provided by a motor, a hydraulic tank, and hydraulic hoses, 231 are connected to one side of the marine tunnel communication device 941 and the marine hydroelectric power plant flood control console 593, Control of distribution and input equipment for aquatic products in aquaculture and landfill construction machinery consisting of main body (1) for distribution of aquatic products cultivated for moving control and disassembly assembly of marine hydroelectric power plant floating feeder (593,594,595) The facility control unit 811a of the floatation construction machine including the float 811 includes a dispensing device of a construction machine for flood control to regulate the flow of the water. And a distribution device for aquaculture of a construction machine connected with a pressure of force applied on a unit area;
The equipment control section 811a of the floating-fed consonant ship hull position moving construction machine included in the aquarium and the landfill processing construction machine for the aquaculture input device control section 811 constituting the inside of the distribution- In addition,
The control shaft 231 is connected to one side of a marine hydroelectric power plant floating ship 593, 594, 595 of a marine tunnel communication device 941 of each control shaft 231 constituting the inside of the distribution dispensing apparatus main body 1 for aquaculture, (593, 594, 595) installed in the main body (1) of a distribution system for aquaculture, which is provided for movement control and disassembly and assembly of a hull, 811), the equipment control unit 811a of the floatation construction and construction machinery comprises a distribution device for the aquaculture of a construction machine for controlling the flow of the water. The solenoid valve 76 at the connecting joint portion of the flange 28 of the confluent pipe 3 and the fire extinguishing water installed in the collecting tank 34 at the upper portion of the pump machine room are connected to the ball tap 499, An air hose 109 installed inside the nozzle hose 9 and an air nipple 110 for a socket which is detachably coupled to the connection portion of the air hose 109, The diesel engine generator 226 located at the upper end of the upper surface of the ground and the power source 46 is connected to the motor control module 80 of the prime mover 80, Pressure storage tank 145 so that the air generated by the operation of the motor 192 of the prime mover 80 supplied to the receiver high-pressure storage tank 145 is stored in the receiver high-pressure storage tank 145, The emergency valve 84 of the disaster prevention air piping line 181 is expanded and air is blown into the building and attached to the piping frame outside the building and at the same time the pressure gauge 101 and the pressure switch 104 ) The piston 127 and the cylinder 126 are attached to the crank handle handle composed of the crank 248 and the link rod 249 in the overpressure prevention switch box 108 of the motor control module 106 and the compressor body 263 The belt conveyor 261 is connected to the pulley 250 and the V-belt 252 for safety operation while connecting the conveyor 250 and the belt 252 corresponding to the speed reducer 251 to the prime mover 80 and the electric motor 192, A suction filter 262 is installed on the circumference of the belt 252 to regulate the rotation speed of the prime mover 80 and at the upper end of the compressor main body 263 to receive foreign matter into the air suction port 269, The piston 127 of the cylinder 263 and the air discharge port 270 to which the cylinder 126 is attached are connected to the receiver high pressure storage tank 145 and are connected to the high pressure storage tank 145 at a pressure of 6 kg per 1 cm 2 of air pressure The pressure gauge 101 connected to the safety valve 258 and the pressure switch 104 are connected to the electric motor 19 The operation of the electric motor 192 is resumed and the high pressure storage tank 145 is connected to the air valve 257 and the automatic valve 259 An air compressor 80 provided with drain valves 60 and disassembled into an air hose 109 and an air hose connection device nipple 110 and reciprocally reciprocated to the inside, Stage type screw cooler 147 in which heat is dispersed to the oil cooler 157 without the aft cooler 182 and is connected to the suction port 269 and the discharge port 270 through a connection device 730 is provided with a basket 42 and a bed nozzle 172 serving as a lifesaving structure so that the connecting structure of the construction machine is connected to the interior of the floating hood postal position moving facility adjustment unit 811a. A dispensing device for aquaculture connected to It is necessary to prepare the 1,500-generation refugee center for five people on the top of the deck deck of the deck, and to protect the fishery of many kinds of offshore fisheries. A distribution input device for aquaculture with a large-scale cage farm for catching fish rope nets for catching wire rope nets, bait for fishing nets, preventing typhoons and harmful red tide damage;
And a control unit for controlling the distribution of the aquatic products. The method according to claim 1,
The distribution facility apparatus for aquaculture that constitutes a distribution input device for aquatic production of a marine hydroelectric power plant having the double structure block tank,
The main components of the distribution system for the aquaculture were firstly selected as KSD 3705 hot rolled stainless steel for the material, and the use of a dual structure firefighting nozzle unit, which is formed at the top of the sea surface and at the top of the ground,
KSD 3705 Double-structure block tank holding tank and double structure block tank with cylindrical shape with hot-rolled stainless steel pipe Steel plates to support inner block tank and outer block tank installed on the outer side of the circumferential surface of the holding tank on the barge hull KSD 3705 steel material, which constitutes hydroelectric plant facilities,
The distribution input device for aquaculture, which constitutes a number of marine hydroelectric plant facilities,
Distribution device for aquaculture production Small-sized floatation pillars that make up a small floodplain block Tank top tank barge hull size Dimensions of width × height × height × thickness of steel plate are provided in dimensions of 600M × 800M × 40M × 30mm,
Distribution type dispenser for aquaculture Medium-sized floats that make up the middle floodplain The top of the tank top barge The size of the barge hull is set to dimensions of length × width × height × thickness of steel plate 2km × 3.2km × 40M × 32mm,
Distribution equipment for aquaculture production Large-scale floatation building block block that constitutes a large floodplain The top of the tank barge hull Size × width × height × thickness of steel plate, 10km × 12km × 40M × 35mm, The distance is sequentially connected,
A double structure block tank pipe bridge of 40.000km standard constituting the crossing with a distribution device for aquaculture. In the marine tunnel traffic equipment,
40.000km double structure block tank pipe bridge for marine culture aquaculture equipment,
The standard specification of the above-mentioned distribution and dispensing apparatus for aquaculture is:
Horizontal × Vertical × 4 places Corner diameter × Thickness × Thickness × Production unit length consists of distribution dispenser for aquaculture consisting of 15M × 15M × π 15M × 35mm × 0.5km.
Double structure block tank pipe bridge composed of a distribution device for aquaculture production A pipe bridge of a marine tunnel traffic facility of a pipe bridge composed of a 15M × 15M × π 15M × 35 mm × 0.5 km marine tunnel traffic facility,
It is set as the standard of 5m in diameter, and the diameter of the pipe pier is increased to 1M at 5M over the radius of the laddues per 1km according to the depth of the sea floor,
Distribution Tank for Marine Aquaculture Double Tube Tank Tubes for Marine Traffic Tunnel Construction Several bands for construction of pier bridges and several construction machines are installed and the pipe bridge is installed at a height of 300m above the sea level,
It is designed to be built up with several band guides and several construction machines for the installation of the anti-sinking rescue vessels which constitute the distributing device for the aquaculture production, and the height of the upper part of the sea slope (SLL) Vessels are equipped with safe sailing vessels to prevent sinking,
In the marine tunnel transportation device of the control shaft for adjusting the flow of the hydroelectric power plant equipment and the aquaculture equipment constituting the distribution input device of the marine hydroelectric power plant having the double structure block tank,
External tank tanks in the holding tanks and inner block tanks The length of the connecting shaft for connecting the portable luggers to the inner wall and the outer wall of each tank is 800 mm, the diameter is 300 mm, the thickness of the iron plate of the portable rhea is 150 mm, (Diameter x 30 mm) of the connection pin connecting shaft is connected with a connecting rod pin (length x

× 500 × 2 × 10 ∮ mm), while the double structure block tank transferred to the tug line is provided with a nut at the screw thread position machined to the end of the pin connection shaft, Length × width × height × thickness of steel plate: 600 M × 800 M × 40 M × 18 mm, which is the barge ship hull at the top of the holding tank assembled by the band guide mounted on the ship,
The barge hull at the bottom of the holding tank,
The pipe bridges are constructed by connecting the outer tank tanks of the holding tanks and the inner block tanks to the outer block tanks of 15M × 15M × π 15M × 24m × 1Km. A small marine power plant with a footprint of 600M × 800M × 800M, a large-sized marine power plant with a footprint of 2Km × 3.2Km × 2Km, × 10 Km × 10 Km × 10 Km in height and 10 Km × 10 Km according to the depth of the sea. The portable lug pin is fastened to the bolt nut in the machining hole of the lug connection shaft, Bottom barge hanger adjuster Kooki bed and core drill are equipped with a hole cutting drilling device with a diameter of 350 Ø or 400 Ø to constitute a marine hydroelectric power plant;
Injection nozzles composed of upper and lower deck deck tops at the top of the barge hull at the top of the holding tank, assembled at sea by anti-sinking buoyancy control device, have a nozzle hole diameter of 3 mm or 7 mm nozzles, Type nozzles and 490 nozzle openings Inside the nozzle and piping nozzle body (B) The fire water with the water pressure in the fire hose discharges into the gap of the spray nozzle and discharges the number of the spray jet and the curtain wall. A plurality of spray nozzles are installed in a main body of a distribution and input device for aquatic production of a marine hydroelectric power plant having a double structure block tank, Respectively,
A double structure block tank of a regulating shaft for controlling the installation and distribution of a marine hydroelectric power plant having a dual structural block tank; a marine tunnel traffic device; and a distribution input device for a marine hydroelectric power plant.
In order to prevent the safe navigation vessel from losing its restoring force even in a weather condition of any bad condition, it is necessary to provide an air inlet rubber tube (947) or a vessel (1078) And to prevent the sinking casualties of the passengers from being generated, to distribute the load of the pipe bridge object of the barge hull,
The global maritime hydroelectric power plant facilities are equipped with a number of aquaculture distribution devices, including marine cranes for the construction industry due to the development of the marine environment industry. The distribution of marine hydroelectric power plant marine hydroelectric power plants with dual structure block tanks Input device;
And a water tank for storing aquatic products.

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