KR101921556B1 - Apparatus for purifying water for a fish rearing tank - Google Patents

Abstract

The present invention relates to a live fish tank water purification apparatus for a live fish tank. The live fish tank water purification apparatus flows live fish tank water through a sterilization discharge chamber with UV lamps from an aeration chamber with an air bubble diffuser arranged therein in order to preliminarily remove the contaminants in the live fish tank water in the form of floating bubbles and execute the final sterilization treatment operation with UV rays. More specifically, a water temperature adjusting chamber having a built-in water temperature adjuster and a deaerating chamber for blocking air bubbles are individually arranged on the upper and lower parts of the front surface of the aeration chamber. A discharging port for discharging the live fish tank water from the water temperature adjusting chamber is arranged below a bubble chamber on the upper end of the aeration chamber collecting the floating bubbles. A bubble blocking chamber is tilted in a downward direction and toward the floor surface of the deaerating chamber from the inner lower part of the aeration chamber while the deaerating chamber is fully connected to the lower space of the aeration chamber. Partition plates for partitioning the aeration chamber and the sterilization discharge chamber can be installed as a transparent acrylic plate in order to prevent freezing of the floating bubbles by discharging the live fish tank water heated at a predetermined temperature to the part right below the bubble chamber during winter as well as preventing malodor and spoilage of the floating bubbles by discharging the live fish tank water cooled to a predetermined temperature to the part right below the bubble chamber during summer. The bubble blocking plate is used to fundamentally prevent the bubbles in the aeration chamber from flowing into the sterilization discharge chamber with contaminants. The UV lamps emit UV rays to the aeration chamber through the transparent acrylic plate in order to enhance the live fish tank water sterilization performance even further.

Description

Technical Field [0001] The present invention relates to a living fish water purifying apparatus for a living fish tank,

The present invention is characterized in that live fish water flowing into a device case from a live fish water tank through a live water inflow pipe flows through an aeration chamber in which a bubble disperser is disposed and a sterilization discharge chamber in which an ultraviolet lamp is disposed, Is firstly removed in the form of floating foam, and finally sterilized by ultraviolet rays and supplied again to the living fish tank.

Generally, in most sushi restaurants and live fish shops selling live fish (live fish) in a relatively small space, a large amount of live fish is stored at high density inside the fish tank, and when necessary, When a large amount of live fish is stored at high density inside a fish tank that forms such a narrow space, dissolved oxygen contained in live fish water is rapidly consumed and at the same time, Various floating matters, proteins, ammonia and nitrogen components accumulate in active water at a high concentration in a short time.

Due to the above factors, the quality of the live fish water stored in the fish tank tends to deteriorate rapidly in a very short period of time, which not only adversely affects the growth conditions of the live fish, its freshness and product value but also, in severe cases, In order to keep the water quality of the freshwater fish at a certain level in various sushi restaurants and live fish shops, it is necessary to change the number of live fish frequently with fresh seawater lengthened from the nearby sea area, A method has been used in which a filter medium such as gravel, sand, or a sponge is laid on the filter medium to filter live fish water for a predetermined period of time, and then the filter medium is washed and used again.

However, in the former case, the burden of transportation and labor costs due to the transportation of seawater is so great that it has become a factor to increase the economic burden of small-sized small-sized sushi restaurants and live fish shops, and in the inland areas, In the latter case, not only is the purification performance of the filter medium itself very low, but also various bacteria and toxic gases are generated in the course of protein and floating matter being accumulated in the filter medium and being corrupted, There is a problem in that it can not contribute much to the prevention of dead fishes and live fishes, and it is very troublesome to take out and clean the filter media from the live fish tank, and there is a problem that it is impossible to actually operate the filter tank for a period of time .

In order to solve the above-described problems, there has been proposed a method of controlling a living fish water flowing into a living body water tank through a living water inflow pipe from a living fish water tank into a living room having an impeller rotating according to the operation of the motor, (Sterilizing discharge chamber) in which the ultraviolet lamp is disposed, the various contaminants contained in the living fish water are collected by the bubbles and collected in the form of floating foam inside the bubble chamber at the upper end of the bubble chamber, A living fish water purifying device for discharging floating foam through an upper foam discharge pipe to the outside and ultimately disinfecting live fish water that has flowed into the sterilizing and discharging chamber through ultraviolet rays and supplying the living fish water back to the living fish water tank, Year patent application No. 24960, and is known as a patent (10-1165020).

However, the applicant and the patent registered live fish water purifier have a means for augmenting dissolved oxygen in live fish water by causing aeration in live fish water in the inside of the breather room to collect and remove various contaminants There is a problem in that the volume and weight of the live fish water purifier are unnecessarily increased by the motor incorporated in the device case because the impeller rotating according to the driving of the motor is installed inside the breather chamber, There is a problem that cracks in the joint of the plastic plate material constituting the device case and leakage of the live fish water due to the vibration may be completely eliminated.

Particularly, during the winter months when the outdoor temperature is very low, the froth bubbles gathered inside the bubble chamber at the top of the bubble chamber are easily frozen (frozen) by the outside low temperature, The flooded bubbles containing various pollutants are not rapidly discharged to the outside and are continuously accumulated in the inside of the device case forming the closed space together with the live fish water tank, In the summer, floating bubbles gathered inside the bubble chamber were easily corroded and bad smell was generated, which is also undesirable in terms of clean use and management of live fish water.

In addition, the water level adjusting means for adjusting the discharge amount of the floating foam by raising or lowering the water level of the live fish stored in the breather room is installed on the side of the purified water discharging pipe connecting the sterilizing discharge chamber and the live fish water tank, In order to adjust the level of the breech chamber by raising or lowering the throttle plate, the level of the breeze chamber is firstly adjusted according to the height of the top of the level plate, and then the level of the breeze chamber is adjusted later. The water level of the live fish water was rapidly raised to discharge a large amount of suspended foam in the bubble chamber in a short period of time, thus causing a somewhat unreasonable problem in terms of maintaining optimum water quality of live fish water.

On the other hand, a large amount of bubble components generated in the bubble chamber must be floated into the bubble chamber in a state in which various kinds of contaminants contained in the living water are collected, There is a problem in that the water is introduced from the aeration chamber through the sterilization and discharge chamber to the living fish tank. In addition to this, it is a factor that deteriorates the purification performance of the living fish water. In addition, When the amount of the component is large, it causes a cause of mass mortality of the live fish stored in the fish tank. Therefore, there is a need for a structural improvement measure that can prevent such phenomenon from occurring.

In addition, since the sterilizing area of the ultraviolet rays irradiated from the ultraviolet lamp is confined to the inside of the sterilizing discharge chamber which forms a relatively narrow space, it is difficult to secure the sterilizing performance of the live fish water more broadly, There is a problem that the living water flow path from the aeration chamber to the sterilization and discharge chamber is easily clogged due to the easy adherence to the inner surface of the breadth chamber due to the easy attachment and development of sea urchins and mussels, , There is a problem that the storage space of the live fish in the breather room is greatly reduced and the live fish water is discharged to the foam discharge pipe and the quantity of water of the live fish water is insufficient.

Korean Patent No. 10-1165020

SUMMARY OF THE INVENTION The present invention has been made in order to solve the above-mentioned problems, and it is an object of the present invention to provide a bubble dispersing device connected to an air pump or a blower by means of an air injection tube in the inside of a breech chamber, A water temperature adjusting chamber with a water temperature controller and a degassing chamber for blocking air bubbles are disposed on the side of the water temperature adjusting chamber and an outlet port through which the live fish water is discharged from the water temperature adjusting chamber, And a bubble blocking plate which is inclined downward from the bottom of the breather chamber to the bottom surface of the degassing chamber in a state of completely communicating with the lower space of the breather chamber, Is arranged as a transparent acrylic plate, and the water level adjusting means is connected to the discharge port on the lower side of the transparent acrylic plate , It is possible to reduce the volume and weight of the device case as much as possible and to prevent cracking and leakage of the device case due to the vibration of the motor as compared with the prior art in which the impeller for the aerator is installed together with the motor. The hot water is discharged to the lower portion of the bubble chamber to prevent freezing of the floating bubble, and in the summer, the hot water cooled to a predetermined temperature is discharged to the lower portion of the bubble chamber to prevent spoilage of floating bubbles and excessive odor, By using the plate, the phenomenon that the bubbles inside the breech chamber are introduced into the disinfection discharge chamber together with the contaminants is fundamentally cut off, and ultraviolet rays are also irradiated from the ultraviolet lamp to the transparent chamber through the transparent acrylic plate, The inner surface of the breech chamber is prevented from adhering to the surface of the breech block, It is an object of the present invention to provide a live fish water purifying apparatus for a live fish water tank which can further increase the reaction speed necessary for adjusting the emission amount of the floating foam.

According to the present invention as a means for solving the above-mentioned technical problems, there is provided a living body water treatment apparatus, comprising a living fish water tank, a living fish water tank, a living body water tank, and an ultraviolet lamp, Wherein a deaerating chamber to which a drain pipe is connected is disposed at a lower side of the front face of the breather chamber, a valve mechanism is provided to the drain pipe, the sterilization discharge chamber is disposed at a rear side of the breather chamber, The bubble chamber, in which the contaminants in the living fish water collected by the bubbles form floating bubbles, is gathered and communicated by a diaphragm formed with a discharge port cut on the lower side of the chamber and the sterilization and discharge chamber, And a foam discharge pipe is connected to the upper end of the bubble chamber, Wherein the bubble blocking plate is connected to the lower side of the diaphragm partitioning the aeration chamber and the sterilizing and discharging chamber from the upper side of the discharge port to a bottom side of the degassing chamber, And a clean water discharge pipe connected to a central portion of one side of the sterilizing and discharging chamber so as to be spaced apart from a front inner surface and a bottom surface of the degassing chamber, Wherein the water temperature adjusting chamber is connected to the water temperature adjusting chamber and the water temperature adjusting chamber and the aeration chamber are installed to be partitioned and communicated by a diaphragm formed with an air outlet cut on the upper end side, Is disposed on a side directly above the air outlet, and the diaphragm defining the aeration chamber and the sterilizing discharge chamber is a transparent acrylic plate, A pair of guide rails are connected to the rear surface of the transparent acrylic plate in parallel in a vertical direction from a bottom surface of the sterilizing discharge chamber to a position higher than the purified water discharge pipe at regular intervals, And a passage forming plate for providing an inlet passage for the living water through the sterilizing discharge chamber from the discharge opening is provided on the lower side of the transparent acrylic plate, And a height adjustment bar extending through the upper end of the device case and extending outwardly is formed at the upper end side center portion of the level adjustment plate, And the height adjusting rods are arranged at regular intervals along the height direction Characterized in that the holes are to be alveolar other hand, the apparatus of the case is horizontally movably provided along the position adjusting pin guide pin is inserted into a ball position adjustment in the height adjustment bar is formed through the top surface.

In addition, the guide rail including the passage forming plate, the water level regulating plate, and the height adjusting rod are also made of transparent acrylic material, and an opening for inserting the water temperature regulator is formed at an upper side central portion of the water temperature regulating chamber And a watertight mounting plate for watertightly covering the opening of the water temperature control chamber is connected to the upper end of the water temperature controller with a sealing ring interposed therebetween, the water temperature controller is a coil type electric heater or a coil type refrigerant pipe, A pair of connection ports protruding from the upper surface of the plate for connecting a water temperature controller serving as a coil type electric heater or a coil type refrigerant pipe to a power source or a cooling system, And the connection pipe is connected to the vertical connection pipe, In the mechanism side, the drain pipe of the water temperature adjusting chamber only being added through to installation the other hand, the drain pipe is characterized in that a valve mechanism is provided.

According to the present invention, since the bubble dispersing device is connected to the air pump or the blower by the air injection tube extending to the outside of the device case in a state where the bubble dispersing device is disposed inside the width chamber, The present invention basically provides an effect of minimizing the volume and weight of the device case as compared with the case where the impeller is installed inside the device case together with the motor and preventing cracks and leakage of the device case due to motor vibration .

Particularly, since a water temperature control room with a water temperature controller is disposed at the upper side of the front of the breeze chamber, the living fish water heated to a predetermined temperature is discharged to the lower portion of the bubble chamber during the winter season to prevent freezing of the floating bubble, The present invention provides the effect of discharging live fish water cooled to a predetermined temperature to the lower portion of the bubble chamber to prevent spoilage of floating bubbles and excessive odor, The water can be discharged smoothly through the bubble discharge pipe. Thus, it is possible to sufficiently secure the cleaning performance of the living fish water, and in the summer, it can be used and managed cleanly regardless of the high temperature and humidity of the outside.

In addition, the flow path of the live water flowing into the sterilizing and discharging chamber through the breather chamber is provided with a degassing chamber provided on the lower front side of the breather chamber and a bubble blocking plate provided downwardly inclined over the inside space thereof to form a zigzag The entire amount of the bubbles generated in the inside of the breech chamber is firstly guided to the upper side along the inclined surface of the bubble blocking plate and at the same time the living water is swirled through the front end of the bubble blocking plate, Thereby further improving the purification performance of the living fish water by blocking the phenomenon that the air bubbles are introduced into the disinfection discharge chamber together with the contaminants.

The guide rail, which includes the passage forming plate, and the level adjusting plate and the height adjusting bar are also provided as the water level adjusting means for the width chamber provided on the rear surface of the transparent acrylic plate as the partition plate for partitioning the aeration chamber and the sterilizing discharge chamber By making it made of transparent acrylic material, sterilizing area of ultraviolet ray irradiated from ultraviolet lamp of sterilization discharge chamber is secured more broadly from disinfection discharge chamber to width room to maximize bactericidal performance of live fish water, It is possible to prevent the flow path of the live fish water from being clogged by the attached organisms or to prevent the living water storage space in the radiant room from being reduced by the attached organisms, In an economical and rational manner that does not require structural modification of the lamp or additional installation of ultraviolet lamps. It provides an effect that can be achieved.

As a further matter, by connecting the water level control means with the discharge port on the lower end of the transparent acrylic plate, it is possible to more reliably block the inflow of the bubble components through the sterilization discharge chamber, and to control the water level of the discharge chamber, The response speed required for adjustment is further enhanced and the setting of the level control panel is made easier and more accurate than the method of fastening the pull-tab in the initial application by using the height adjusting rod position adjusting pin and the position adjusting pin on the upper part of the device case. (Electric heater) and a summer (a refrigerant pipe), so that the module itself can be mounted detachably from the water temperature control room by making the water temperature controller into a module together with the watertight mounting plate, Replacement of the water temperature controller according to the temperature can be performed quickly and easily without unnecessary discharge of live water. And so on.

1 is a partially exploded perspective view of a live fish water purifying apparatus according to the present invention;
Fig. 2 is a rear perspective view of Fig. 1 with the cover plate and the back plate removed. Fig.
Fig. 3 is a side view of Fig. 1 with the side plates removed. Fig.
Fig. 4 is a front view of Fig. 1 with the front plate and the door plate removed. Fig.
Fig. 5 is a rear view of Fig. 1 with the back plate removed. Fig.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

In the case of the live fish water purifier 10 according to the present invention, the live fish water flowing into the inside of the device case 1 from the live fish water tank not shown through the live fish water inflow pipe 21, (Not shown) as air bubbles dispersing means, and an air injection tube (not shown) as the bubble dispersing means. In the present invention, The volume and weight of the device case 1 can be reduced to a minimum by comparing the number of the impellers of the device case 1 with those of the device case 1 installed in the device case 1 together with the motor, Thereby preventing cracks and leakage of the device case 1 due to vibration.

In the figure, the apparatus case 1 includes a front side front plate 11, a rear side back plate 13, an upper side cover plate 14 and a lower side bottom plate 15 connected to the left and right side plates 16 The front plate 11 and the cover plate 14 do not function as diaphragms for partitioning the processing chamber of the live fish water and the rear plate 13 and the bottom plate 15 and The left and right side plates 16 are configured so as to function as a diaphragm for partly or wholly partitioning the treatment chamber of the living water, and the device case 1 is made of a plastic plate material (plate material) It is preferable to use a bonding agent for bonding and bonding to suit the required structure.

The lower portion of the front plate 11 of the device case 1 is connected to the lower end of the front plate 11 by a hinge 18 as a door plate 12 which can be opened and closed. Shaped cutout 17 for extending the drain pipes 29 and 43 to the outside is formed at the center portion and the door plate 12 is connected to the side plate 16 or the bottom plate 15 It is preferable that a locking device such as a lock is provided at the edge of the cover so that the valve mechanism V of the drain pipes 29 and 43 can not be operated except for the person concerned. It is preferable that the water temperature regulator 23 is easily assembled and disassembled so as to be detachable from the upper ends of the rear plate 13 and the left and right side plates 16 so that the water temperature regulator 23 can be easily replaced.

The widthwise chamber 3 and the sterile discharge chamber 5 serving as a base of the live fish water purifier 10 according to the present invention are sequentially disposed and connected to the rear inner space of the device case 1, The discharge chamber 5 is disposed on the rear side of the breather chamber 3 and the breather chamber 3 and the sterilizing discharge chamber 5 are partitioned and communicated by a diaphragm having a discharge port 45 formed at the lower end thereof, A bubble chamber 33 is formed in the form of a roof in which the contaminants in the living fish water collected by the bubbles form floating bubbles. The bubble chamber 33 is also formed in the bubble disperser It is preferable to be assembled so as to be detachable from the upper end side of the breather chamber 3 under the condition that watertightness is maintained for replacing or maintenance of the breather chamber 31. [

A foam discharge pipe 34 extending through the cover plate 14 and extending to the outside is connected to the upper end of the foam chamber 33. A purified water discharge pipe 34 extending from the center of the sterilizing discharge chamber 5 to the live water tank The air injection tube 32 of the bubble dispersing device 31 extends through the foam chamber 33 and extends along the space below the cover plate 14 of the device case 1 And the power cable 53 of the ultraviolet lamp 52 is also passed through the upper end of the side plate 16 of the device case 1 from the upper side of the sterilizing discharge chamber 5 to the outside of the device case 1 It is preferable to extend along the lower space of the cover plate 14 of the device case 1 and then to pass through the upper end portion of the side plate 16 of the device case 1 together with the air injection tube 32 of the bubble dispersing device 31, And the air injection tube 32 penetrates through the bubble chamber 33 It is preferable to perform the watertight treatment.

A water temperature adjusting chamber 2 in which a water temperature controller 23 is built in a central portion is disposed on the front side of the front face of the width chamber 3, The water temperature adjusting chamber 2 and the wastewater chamber 3 are separated from each other by a diaphragm having a jet opening 26 formed at a narrow interval on the upper side by a diaphragm Wherein the deaerating chamber (4) is communicated with the lower space of the breech chamber (3) without a diaphragm, and the lower part of the diaphragm defining the breech chamber (3) and the sterilizing discharge chamber A bubble blocking plate 41 which is inclined downward from the upper side of the discharge port 45 to the bottom side of the deaeration chamber 4 is connected.

As described above, the bubble blocking plate 41, which is inclined downward to the bottom side over the lower space of the treatment chamber, is provided in a state where the living room water treatment chamber in which the wringing chamber 3 and the deaerating chamber 4 are connected in an L- The flow path of the live fish water from the breather chamber 3 through the sterilizing discharge chamber 5 can be formed into a relatively long zigzag path in the form of a "? &Quot; shape, The front end side of the bubble blocking plate 41 is spaced apart from the front inner side surface and the bottom surface of the deaerating chamber 4 by a predetermined distance, For the stable arrangement of the bubble blocking plate 41, a support block 42 having a small rectangular block shape is provided.

The live fish water inflow pipe 21 is connected to the water temperature control chamber 2 through the upper end of the side plate 16 (or the front plate) of the device case 1 according to the arrangement manner of the live fish water treatment chamber, An outside air inflow tube 22 is connected to the upper side of the live water inflow pipe 21 located outside the case 1 so as to contribute to the increase of the amount of dissolved oxygen in the live fish water by introducing outside air, It is most preferable to arrange the bubble chamber 33 of the water temperature adjusting chamber 2 on the upper side of the air outlet 26 of the water temperature adjusting chamber 2 and to automatically control the operation of the water temperature adjuster 23 The sensor cable 28 for the water temperature sensor 27 is also extended to the outside through the side plate 16 together with the air injection tube 32 And the drain pipe 43 is provided with a valve mechanism V Needless to say.

In addition, in order to allow the live fish entering the water temperature control chamber 2 through the live fish water inlet pipe 21 to be discharged to the air outlet 26 via the water temperature controller 23 as indicated by the arrow in FIG. 3, The water inlet pipe 21 is connected to the water temperature adjusting chamber 2 in accordance with the position or shape of the water temperature adjuster 23 or the like, The floating bubbles gathered in the bubble chamber 33 are discharged to the water temperature adjusting chamber 2 through the air blow-out port 26 because the blow-out ports 26 are formed at a narrow interval and the live fish is relatively strongly discharged. And the drain pipe 43 of the deaerating chamber 4 is provided with a function of discharging the live fish water stored in the treatment chambers other than the water temperature control chamber 2 at a time for the purpose of cleaning the live fish water purifier 10, It is possible to reduce the width of the deaerating chamber 4, But it may be provided on the bottom side of the chamber 3 and the sterilization discharge chamber (5).

The water temperature adjusting chamber 2 can not be discharged to the outside of the device case 1 only by providing the drain pipe 43. Therefore, The connection pipe 44 is connected to the deaeration chamber 4 by a vertical connection pipe 44 having a vertical direction and the water temperature adjusting chamber 2 is connected to the vertical water pipe A drain pipe 29 dedicated to the water temperature control chamber 2 is additionally connected to the side of the valve mechanism V of the connection pipe 44 so that the drain pipe 29 can be operated without unnecessary waste of water, The bottom surface of the water temperature adjusting chamber 2 is preferably a funnel shape as indicated by imaginary lines in FIGS. 3 and 4. In FIG.

According to the first essential constitution of the present invention, in the winter season, live fish water heated to a predetermined temperature through the water temperature controller 23 is discharged to the lower portion of the foam chamber 33, so that freezing of the floating foam can be prevented In the summer season, the living water cooled to a predetermined temperature through the water temperature controller 23 is discharged to the lower portion of the bubble chamber 33, so that the floating foam can be prevented from being spoiled and the excessive odor can be prevented. The floating foam collected in the foam chamber 33 can be smoothly discharged through the foam discharge pipe 34 even during the winter season so that the purification performance of the living water can be sufficiently ensured and during the summer season, Clean use and management of the water becomes possible.

In addition, the flow path of the live fish water flowing into the sterilization discharge chamber 5 via the breather chamber 3 is provided with a degassing chamber 4 provided on the lower front side of the breather chamber 3 and a downwardly inclined The entire bubble generated in the inside of the breech chamber 3 is guided to the upper side along the inclined surface of the bubble blocking plate 41 by forming a relatively long zigzag path of " The bubble components contained in the live fish water are further lifted up in the process of turning the live fish water through the distal end of the bubble shutoff plate 41 so that the bubble components together with the contaminants are sent to the sterilizing and discharging chamber 5 It is possible to further improve the purification performance of the live fish water by blocking the influx of the fish.

As the constituent elements of the second essential part of the present invention, the partition plates for partitioning the widthwise chamber 3 and the sterile discharge chamber 5 are provided as the transparent acrylic plate 51, The germicidal area of the ultraviolet light irradiated from the sterilizing discharge chamber 5 is more broadly secured than from the sterilizing discharge chamber 5 to the breather chamber 3 to maximize the bactericidal performance of the live water, It is possible to prevent the discharge port 45 from being clogged by the adhering organisms or to prevent the living water storage space in the discharge chamber 3 from being reduced by the adhered organisms by preventing the surface of the scum from adhering to the surface, Can be achieved in a very economical and rational manner in which the complicated structure change of the device case 1 itself or the additional installation of the ultraviolet lamp 52 is not required.

As described above, on the rear surface of the transparent acrylic plate 51 for partitioning the width chamber 3 and the sterilizing discharge chamber 5, the water level of the live water stored in the width chamber 3 and the discharge amount of the floating foam are adjusted The water level adjusting means is applied to the purified water discharge pipe 54 side in the above-described prior art. However, in the present invention, the water level adjusting means is transparent The discharge port 45 provided on the lower end side of the acrylic plate 51 is connected to the water level adjusting means so as to more reliably block the phenomenon of the introduction of the bubble component from the width chamber 3 into the sterilizing discharge chamber 5 On the other hand, the water level fluctuation responsiveness of the width chamber 3 due to the water level adjustment operation can be further increased.

In other words, the discharge port 45, which simultaneously performs the outlet function of the breech chamber 3 and the inlet function of the sterilizing discharge chamber 5, is provided with a water level adjusting means and an ascending passage structure A predetermined level of passage is formed in the flow of the live fish water flowing into the sterilization discharge chamber 5 through the bottom surface of the breather chamber 3 after turning the bubble shutoff plate 41 of the degassing chamber 4, The water level regulating plate 6 is moved upward and downward by arranging the water level adjusting means at the outlet of the breather chamber 3 instead of the outlet of the sterilizing and discharging chamber 5, The floating water level of the living room 3 is instantly changed irrespective of the water level of the living fish in the sterilization and discharge chamber 5. Simultaneously, a large amount of floating foam is accumulated in the inside of the foam chamber 33 If the water level of the live fish water is raised immediately, It is possible to contribute to maintaining the water quality of the live fish water at an optimum level.

2 and 3, the water level adjusting means constituting the third essential part of the present invention has a pair of guide rails 61 spaced apart from each other at a rear surface of the transparent acrylic plate 51 And the discharge port 45 is connected to the transparent acrylic plate 51 corresponding to the space between the guide rails 61. The discharge port 45 is connected to the upper surface of the sterilizing discharge chamber 5, And a passage forming plate 66 provided from the discharge port 45 for providing an inflow passage of live fish water through the sterilizing discharge chamber 5 is formed in the bottom surface of the sterilization discharge chamber 5, The water level regulating plate 6 is provided so as to connect the rear surfaces of the guide rails 61 to the adjacent lower surfaces of the guide rails 54 Inserted between the guide rails 61 It consists of a deployed configuration.

A height adjusting rod 62 extending through the cover plate 14 of the device case 1 and extending outward by a predetermined length is connected to the center of the upper end of the water level adjusting plate 6, The position adjustment hole 63 is formed at a predetermined distance along the height direction of the device case 1 and is inserted into the position adjustment hole 63 of the height adjustment rod 62 at the upper side of the device case 1 And the position adjusting pin 64 is horizontally moved forward and backward by a predetermined width along the pin guide 65 assembled on the upper surface of the cover plate 14 of the apparatus case 1, So that it can be moved.

5, the height adjusting rod 62 may be pulled upward or downwardly to fit the height of the level adjusting plate 6 to a desired height, and then the position adjusting pin 64 may be inserted into the pin guide 65 And the rear end side of the position adjusting pin 64 is inserted into the position adjusting hole 63 of the height adjusting rod 62 so as to be hooked so that the setting operation of the water level adjusting plate 6 can be performed This is a method that can more easily and accurately perform the setting operation of the water level regulating plate 6 than the pulling string binding method as in the prior art. The guide rail 61 including the passage regulating plate 66, It is preferable that the ultraviolet lamps 6 and the height adjusting rods 62 are also made of transparent acrylic material so that the sterilizing performance of the live fish water by the ultraviolet lamps 52 is further doubled.

3 and 4, an opening 7 for inserting a water temperature regulator 23 is formed at a central portion of an upper side of the water temperature adjusting chamber 2 as a fourth essential part of the present invention, A watertight mounting plate 24 which covers the edge of the opening 7 of the water temperature adjusting chamber 2 so as to be watertight is integrally formed on the upper end side of the water temperature adjuster 23 in a state of being interposed with a sealing ring 8 interposed therebetween A coil type electric heater or a coil type refrigerant pipe may be typically used as the water temperature controller 23 and a coil type electric heater or a coil type refrigerant pipe may be provided on the upper surface of the watertight mounting plate 24. [ A pair of connection ports 25 for connecting the water temperature controller 23 to the power supply or the refrigerant piping of the cooling system are protruded.

The water temperature control unit 23 is modularized together with the watertight mounting plate 24 so that the module itself can be detachably mounted from the water temperature control chamber 2, The water temperature sensor 27 inserted into the water temperature control chamber 2 together with the water temperature controller 23 is also applicable to the water temperature sensor 23, It is preferable that the sensor cable 28 is modularized together with the water temperature controller 23 so as to pass through the watertight mounting plate 24 and is connected to the connection port 25 of the water temperature controller 23, Or the cold storage piping is extended to the outside through the upper end of the side plate 16 of the device case 1 together with the air supply tube 32, the sensor cable 28 and the power cable 53 of the ultraviolet lamp 52 .

It is to be understood that both the foregoing general description and the following detailed description of the present invention are exemplary and explanatory only and are not restrictive of the invention, The configuration of the external appearance of the device case 1, the arrangement of the sections of the live fish water treatment chamber and the drain pipes 29 and 43, the selection of the type of the water temperature regulator 23, and the like are selected on the basis of the above- It will be understood by those of ordinary skill in the art that various changes in form and details may be made therein without departing from the spirit and scope of the present invention as defined by the appended claims. It is once again emphasized that the interpretation should be based on the description of the scope.

1: device case 2: water temperature control room 3: width chamber
4: deaeration chamber 5: sterilization discharge chamber 6: water level control plate
7: opening 8: sealing ring 10: live fish water purifier
11: front plate 12: door plate 13: rear plate
14: cover plate 15: bottom plate 16: side plate
17: incision part 18: hinge 21: live fish water inflow pipe
22: ambient air inflow tube 23: water temperature regulator 24: watertight mounting plate
25: connection port 26: air outlet 27: water temperature sensor
28: sensor cable 29, 43: drain pipe 31: bubble distributor
32: air injection tube 33: bubble chamber 34: foam outlet tube
41: air baffle plate 42: support base 44: connection pipe
45: outlet 51: transparent acrylic plate 52: ultraviolet lamp
53: power cable 54: purified water discharge pipe 61: guide rail
62: height adjusting rod 63: position adjusting ball 64: position adjusting pin
65: pin guide 66: passage forming plate V: valve mechanism

Claims (6)

delete delete The living fish water flowing into the inside of the device case 1 from the live fish water tank through the live water inflow pipe 21 is introduced into the sterilization discharge chamber 3 in which the bubble distributor 31 is disposed and the ultraviolet lamp 52 A deaerating chamber 4 to which a drain pipe 43 is connected is disposed at a lower side of the front face of the breech chamber 3 and a valve mechanism V Wherein the sterilizing and discharging chamber 5 and the sterilizing and discharging chamber 5 are disposed on the rear side of the breather chamber 3, And a foam chamber 33 is formed in the form of a roof to protrude in the upper part of the breech chamber 3 to collect contaminants in the living fish water which are collected as floating bubbles, A foam discharge pipe (34) is connected to the upper end of the chamber (33), and the deaerating chamber (4) is connected to the lower space of the breather chamber And is provided at the lower side of the diaphragm partitioning the breather chamber (3) and the sterilizing chamber (5) from the upper side of the discharge port (45) to the bottom side of the degassing chamber (4) The front end side of the bubble blocking plate 41 is spaced apart from the front inner side surface and the bottom surface of the deaerating chamber 4 with a predetermined space therebetween, In a live fish water purifier (10) having a central water purifier (54) connected to a purified water outlet pipe (54)
A water temperature adjusting chamber 2 in which a water temperature controller 23 is installed is disposed on the front side of the front face of the breech chamber 3 and the living water water inlet pipe 21 is connected to the water temperature adjusting chamber 2, The control chamber 2 and the blowing chamber 3 are partitioned and communicated by a partition formed by cutting a jet port 26 at an upper end side of the jetting chamber 26. The foam chamber 33 is disposed directly above the jet port 26,
A partition separating the widthwise chamber 3 and the sterile discharge chamber 5 is a transparent acrylic plate 51. A pair of guide rails 61 are spaced apart from each other at a rear surface of the transparent acrylic plate 51 And the discharge port 45 is connected to the transparent acrylic plate corresponding to the space between the guide rails 61 in the vertical direction so as to be parallel to the bottom surface of the sterilization discharge chamber 5 and higher than the purified water discharge pipe 54, 51 at the lower end portion thereof,
A passage forming plate 66 for providing an inflow passage of live fish water from the discharge port 45 through the sterilization discharge chamber 5 extends from the bottom surface of the sterilization discharge chamber 5 to a position adjacent to the purified water discharge pipe 54 And a water level regulating plate 6 is installed between the guide rails 61 so as to be able to ascend and descend,
A height adjusting rod 62 extending through the upper end of the device case 1 and extending to the outside is connected to the upper end side central portion of the water level adjusting plate 6, And a position adjusting pin 64 inserted into the position adjusting hole 63 of the height adjusting rod 62 is formed on the upper surface of the device case 1 by a pin guide 65). ≪ / RTI > The method of claim 3, wherein the guide rail (61), the level control plate (6), and the height control rod (62) including the passage composition plate (66) are made of transparent acrylic material. Purification device. The air conditioner according to claim 3 or 4, wherein an opening (7) for inserting a water temperature controller (23) is formed at an upper central portion of the water temperature adjusting chamber (2) A watertight mounting plate 24 which covers the opening 7 of the water temperature adjusting chamber 2 so as to be watertight is connected and provided in a state where the watertightness adjusting chamber 8 is interposed,
The water temperature regulator 23 is a coil type electric heater or a coil type refrigerant pipe. On the upper surface of the watertight mounting plate 24, a water temperature regulator 23, serving as a coil type electric heater or a coil type refrigerant pipe, And a pair of connection ports (25) for connecting to the system are provided to protrude from the living fish water tank. The water treatment system according to claim 3 or 4, wherein the water temperature control chamber (2) and the deaeration chamber (4) are connected by a vertical connection pipe (44) having a valve mechanism (V) Characterized in that a drain pipe (29) dedicated to the water temperature control chamber (2) is additionally connected to the upper side of the valve mechanism (V) of the water bath (V) A living fish water remover.

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