KR100705752B1 - Water tank - Google Patents

Abstract

The present invention is capable of storing large amounts of water as well as small and medium-sized capacity, no deformation occurs structurally, and the inside can be seen so that the operator can check the contents of the water stored in the water tank or during cleaning and maintenance work. The present invention relates to a water tank made of a panel that can prevent safety accidents and can be used by changing its structure to a swimming pool or a large water tank facility. The ceiling panel is composed of a coupling end formed with a hole and a slit hole, and a hook is formed at the upper center of the ceiling panel, and a slit hole has a plate with bolt holes formed at both sides, and a filler is filled between the plates. Both sides of the ceiling panel are bent into the 'c' shape to be inserted into the inside of the front and rear, but the outer end of the coupling end is formed with a bolt hole A pair of finishing panels are formed, the ceiling panel part consisting of a freshwater panel having bolt holes formed in all directions to be coupled to the ceiling panel and the lower part of the finishing panel, and the freshwater panel having bolt holes formed in all directions in a rectangular box shape. The outer panel is formed in the rectangular box-shaped quadrangular shape to be inserted into the freshwater panel, the grid is formed in the grid space of the reinforcement panel to be inserted into the outer panel, the grid is formed The outer panel is composed of a filling material to be formed, and the outer panel is formed on the inside fixed to the outer panel portion to divide the inner space, the outer panel consisting of a rectangular box shape with one side open and a bolt hole formed in all directions, the bolt holes in all directions. It is inserted into the formed freshwater panel to form a pair of split panels, and a reinforcement panel is inserted and fixed inside the outer panel, and the closed side of the split panel. A work hole for joining work is formed in the periphery, and the open part of the split panel is glued and fixed, and the fresh water split panel part consisting of a fresh water finish plate fixed in a front adhesive manner in front of the closed side, and a ceiling panel A support plate formed with a bolt hole is formed at a lower portion to support the portion, and the upper portion of the support plate is integrally formed to be stepped in the order of an upper column having a large diameter, a small diameter, and an outer circumferential surface having a hook ring, and an upper portion of the upper pillar. Through-holes and cylindrical holes are formed in the center to be fitted into the hook and the upper pillar to be fitted into the center, and one side is coupled to the hook support of the ceiling support part consisting of a '+' shaped fixing plate formed with a bolt hole in the periphery thereof. The other side is composed of a wire rope coupled to the hook of the ceiling support portion, and an outer panel portion and a bottom panel fixed and supported by the ceiling support portion. It is characterized by.

Water Tank, Ceiling Panel, External Panel, Freshwater Panel, Ceiling Support, Truss, Filler

Description

Water Tank

1 is a perspective view of a water tank according to the present invention,

Figure 2a is an exploded perspective view of the ceiling panel unit according to the present invention,

Figure 2b is a perspective view of the closing panel of another embodiment according to the present invention,

3 is a perspective view of a connecting plate according to the present invention,

Figure 4a is an exploded perspective view of the outer panel portion according to the present invention,

Figure 4b is a perspective view of a state that the filler is not filled in the outer panel portion according to the present invention,

Figure 4c is a perspective view of the filler is filled in the outer panel portion according to the present invention,

Figure 5a is an exploded perspective view of the outer panel portion of the first embodiment according to the present invention,

Figure 6 is an exploded perspective view of the outer panel portion of the second embodiment according to the present invention,

7 is a perspective view of a reinforcing panel of another embodiment according to the present invention;

8A is a perspective view of a freshwater split panel according to the present invention;

Figure 8b is a perspective view of the combination of Figure 8a,

9A is an exploded perspective view of a freshwater split panel according to the first embodiment of the present invention;

Figure 9b is a perspective view of a freshwater split panel portion of the first embodiment according to the present invention,

10A is an exploded perspective view of a freshwater split panel of a second embodiment according to the present invention;

10b is a perspective view of a freshwater split panel unit according to the second embodiment of the present invention;

11 is an exploded perspective view of the ceiling support according to the present invention;

12 is a perspective view of a fixing plate of another embodiment according to the present invention;

13 is a perspective view of the ceiling support combination of another embodiment according to the present invention,

14a is a perspective view of a watertight panel according to the present invention;

14b is a plan view of a water tank manufactured using a watertight panel according to the present invention;

15 is a perspective view of the water tank using the ceiling support of Figure 13,

FIG. 16 is a partial perspective view of the water tank using the freshwater splitting panel part of FIG. 8A; FIG.

<Description of Symbols for Main Parts of Drawings>

10: ceiling panel part 11: ceiling panel

12,43a: hook 13: diaphragm

14,24 Filling material 15 Finishing panel

16,21,25a, 31b, 121,131b, 221,231b: Freshwater Panel

22,25b, 31a, 122,131a, 221,231a: outer panel

20: outer panel portion 23: reinforcement panel

23a, 123a: horizontal panel 23b, 123b: vertical panel

30: freshwater split panel portion 31: split panel

31a ", 31b": Work hole 32: Reinforcement panel

33: freshwater finish plate 40: ceiling support

41,141a: support plate 42: lower column

43: upper pillar 44: fixed plate

50: wire rope 60: floor panel

100: water tank 141: support pillar

141b: pillar 142: truss

142a: crossbar 142b: reinforcement bar

G: joint surface

The present invention relates to a water tank, and in particular, it is possible to store not only small and medium-sized capacity, but also a large amount of water, and there is no structural deformation, and the inside can be viewed, so that the contents stored in the water tank can be checked, cleaned and repaired. The present invention relates to a water tank made of panels that can be used to check safety workers and prevent accidents, and to change the structure to a swimming pool or a large water tank facility.

In general, water tanks have been installed in large water tanks such as large buildings or apartments to store a large amount of water, and such water tanks are constructed of various materials. For example, plastic composite panels such as concrete structures, stainless steel, fiber glass reinforced plastics (FRP) panels, and sheet molding compound (SMC) panels are widely used.

In particular, SMC is a type of molding material for manufacturing glass fiber reinforced plastic (FRP), and it is a new structural and functional material because it shows excellent mechanical properties as well as excellent corrosion resistance and formability when molded under proper heating and pressurization conditions. In the spotlight, the scope of application is gradually increasing. Especially, many types of water tanks are being constructed with SMC panels.

In addition, various water tanks are installed in apartments, factories, industrial facilities, etc., so that drinking water and industrial water can be stably supplied even in single water. Such a water tank is a stainless steel panel, the water tank is widely used because of its high capacity and strong strength and impact.

The water tank made of stainless steel panels welds a plurality of panels to each other to form a water tank, and each panel is welded to and supported by stainless steel posts arranged vertically and horizontally.

Such a water tank not only has to weld each panel tightly to each other in the field, but also each shore must be welded to be firmly fixed to the panel, which is very cumbersome and requires a lot of time and manpower, thus increasing the cost of facilities. There is a problem.

In addition, since the conventional water tank is in continuous contact with drinking water or industrial water, there is a problem that the material cost is increased by using expensive stainless steel panels and struts to prevent corrosion. In addition, although the water tank is made of expensive stainless steel panels and struts, which are highly corrosion resistant, as the water tanks are attached to each other by welding, the properties of the stainless steel are changed in contact with the water and corroded by contact with water. There is a problem of contamination.

In addition, the conventional water tank is subjected to lateral water pressure due to the weight of the water when the water is filled inside. In order to support the lateral water pressure, a plurality of supports are connected to each other to connect the panels to the inside, which complicates the internal space, and there is a problem in that the work is difficult when cleaning or repairing the inside of the water tank.

On the other hand, the conventional water tank increases the area of the ceiling panel when manufactured in a large capacity in order to tank a large amount of water, at this time, the sagging phenomenon due to the self-weight and aging of the ceiling panel causes structural deformation of the water tank There was a problem.

In addition, the conventional water tank is formed of an opaque material, the external panel is not possible to check the inside of the water tank is not possible to check the contents of the inside of the water tank or cleaning the inside of the water tank can not check the internal worker when a safety accident occurs There was this.

In addition, the external panel used in the conventional water tank has a problem that is extremely limited only by the use of the water tank, the structure is simple and does not occur deformation, the situation is urgently needed a water tank with improved structure to enable the change.

Therefore, the present invention has been made in view of the problems of the prior art as described above by connecting the ceiling panel to the ceiling support with a wire rope to hang and exposed to the sun, resulting in fatigue phenomenon due to aging and deterioration, or to store water An object of the present invention is to provide a water tank having an improved structure so as to prevent lateral flow of the outer panel part due to lateral water pressure.

In addition, another object of the present invention is to change the fresh water panel and the external panel by manufacturing the fresh water panel and the external panel constituting the outer panel by bonding after bending using the front front bonding method, or by using the front bonding method after the bending line. Does not occur, and the object is to provide a water tank having an improved structure to simplify the manufacturing time and process.

In addition, another object of the present invention is to attach a transparent panel to the inside of the fresh water panel and the outer panel, it is possible to check the storage or residual contents inside the water tank, it is possible to change the use to the water storage outer wall of the pool life The objective is to provide a water tank with an improved structure to prevent accidents.

In addition, another object of the present invention is to provide a water tank with an improved structure to produce a water tank that is structurally stable and watertight in a polygonal shape, a circular shape as well as a rectangular shape using a watertight panel between the outer panel portion. There is a purpose.

Further, another object of the present invention is to form a fresh water split plate to support the ceiling panel portion, it is possible to prevent the sagging of the ceiling panel portion, and to connect with the external panel portion to improve the bearing capacity against lateral water pressure, and to store a large amount of water In this case, the purpose is to provide a water tank having an improved structure so that structural deformation does not occur by dividing excessively concentrated lateral water pressure by dividing the amount of stored water.

On the other hand, another object of the present invention is to increase the structural stability by adopting a structure for supporting the ceiling panel portion by using the ceiling support, the ease of assembly and operation of the components using the joining and bolt fastening method, the metal And it is an object to provide a water tank with improved structure to reduce the manufacturing cost by manufacturing the fresh water panel and the outer panel using the front adhesive double structure using a corrosion-resistant plastic front adhesive.

In order to achieve the above object, the present invention is bent to open the lower and front rear in the 'c' shape, both sides of the ceiling panel consisting of a coupling end formed with a bolt hole and a slit hole, the upper center of the ceiling panel The hook is formed, the slit hole is inserted into the plate is formed with bolt holes on both sides, the filler is filled between the plates, both sides are bent in the 'c' shape to be inserted into the front and rear of the ceiling panel, the outer bottom A pair of finishing panels having a coupling end formed with a bolt hole is formed, and a ceiling panel part composed of a freshwater panel having bolt holes formed in all directions to be coupled to the ceiling panel and the lower part of the finishing panel;

A freshwater panel is formed in a rectangular box shape with bolt holes formed on all sides, and an external panel formed with bolt holes is formed in four sides of the rectangular box shape formed to be inserted into the freshwater panel. An outer panel portion formed of a reinforcement panel, the outer panel portion including a filler filled in a lattice space of the reinforcement panel;

The outer panel is formed in a fixed inner side and divides the inner space so that an outer panel having a rectangular box shape having one side open and bolt holes formed in four sides is inserted into a freshwater panel having bolt holes formed in four sides. A split panel is formed, and a reinforcement panel is inserted and fixed inside the outer panel, and a work hole for a joining operation is formed around the closed side of the split panel, and an open portion of the split panel is bonded and fixed. Freshwater split panel portion consisting of a freshwater finish plate fixed to the front of the closed side by a front adhesive method,

A support plate formed with a bolt hole is formed at a lower portion to support the ceiling panel, and a lower column having a large diameter is formed at an upper portion of the support plate, and an upper column having a small diameter with a hook is formed on the outer circumferential surface at the upper portion of the lower pillar. A ceiling support part formed of a '+' shape fixing plate formed with a through hole and a cylindrical hole through which a hook ring and an upper column penetrate at a center thereof so as to be inserted into an upper portion of the upper pillar,

One side is coupled to the hook hook of the ceiling panel, the other side is wire rope coupled to the hook hook of the ceiling support,

The outer panel and the ceiling support is characterized in that consisting of the bottom panel is fixed.

In addition, the finishing panel is characterized in that it is configured to be bent '' 'shape.

In addition, the outer panel portion is bent to open both sides in the 'c' shape with a bolt hole formed in the upper and lower portions of the outer panel, bent into a 'c' shape to be inserted into both sides of the outer panel, with a bolt hole formed on the outer surface The panel is formed, and the freshwater panel into which the outer panel is inserted is bent to open at both sides in a 'c' shape having bolt holes formed at upper and lower sides thereof.

In addition, the outer panel portion is formed in a rectangular frame with a bolt hole in all four sides, the front and rear is formed to open, the freshwater panel into which the outer panel is inserted, the bolt hole is formed in four sides, rectangular box shape A plurality of see-through holes are formed on the closed side, and the transparent panel is fixed to the front of the see-through hole by an adhesive method or a bolt coupling method.

In addition, the reinforcement panel is composed of a horizontal panel formed in the rear and the coupling groove is formed in the vertical panel formed in the rear, the coupling groove is inserted into the coupling groove of the horizontal panel and the vertical panel is characterized in that it is configured to form a grid.

In addition, the reinforcing panel is characterized in that the horizontal panel and the vertical panel is integrally configured to form a grid.

In addition, the filler is characterized in that it is composed of one of styrofoam, dry bit, finish.

In addition, the fresh water panel and the outer panel constituting the outer panel portion is characterized in that the plate-shaped plate member is integrated by bending the front adhesive method.

In addition, the fresh water panel and the outer panel constituting the outer panel portion is characterized in that the plate-like plate member is configured to be integrated by using a front bonding method after bending and coupling.

In addition, the freshwater splitting panel part has a square box-shaped outer panel having one side open and bolt holes formed in four directions and inserted into a freshwater panel having bolt holes formed in all directions to form a pair of split panels. The reinforcement panel is inserted and fixed therein, and a freshwater finishing plate is fixed to the open side of the split panel, and the closed sides of the split panel are fixed to be bonded to each other.

In addition, the freshwater splitting panel part has a square box-shaped outer panel having one side open and bolt holes formed in four directions and inserted into a freshwater panel having bolt holes formed in all directions to form a pair of split panels. The reinforcement panel is inserted and fixed therein, and a freshwater finish plate is formed to be fixed to the open side of one split panel, and the open side of the other split panel is bonded to the closed side of the split panel to which the freshwater finish plate is bonded It features.

In addition, the ceiling support portion is formed with a support plate formed with a bolt hole at the bottom, the pillars are integrally fixed to the upper portion of the support plate to form a pair of support pillars, interconnecting cross bars arranged in an equilateral triangle on the inside of the upper support pillars The truss made of a reinforcing rod is fixed by a welding method or a bolt coupling method, one side of the wire rope is connected to the crosspiece and the reinforcing bar, and the other side is connected to the hook.

In addition, the ceiling panel portion, the outer panel portion, the freshwater splitting panel portion, the bottom surface is in contact with the contact surface is characterized in that the waterproof sheet is attached to ensure the watertightness.

In addition, the ceiling panel unit is characterized in that the bolt holes are formed in all directions so as to connect the diaphragm of the neighboring ceiling panel portion, it is composed of a connecting plate having a rectangular plate shape.

In addition, the fixing plate is characterized in that consisting of a '+' shaped plate formed with a bolt hole in the protruding corner.

In addition, when manufacturing the water tank in the outer panel portion, in order to seal between the outer panels arranged in a polygonal shape, a freshwater panel having bolt holes formed on both sides in a trapezoidal shape is formed, and inserted into the freshwater panel to bolt holes for coupling. The formed outer panel is characterized in that the water-tight panel formed by bending at an array angle after the front bonding is fixed.

In addition, the freshwater panel provides a water tank comprising one of a metal thin panel, polypropylene panel, linear low density polymer panel, high density polyethylene panel, and low density polystyrene panel having corrosion resistance and chemical resistance.

The preferred embodiment of the present invention as described above will be described in detail based on the accompanying drawings.

Attached Figure 1 is a perspective view of the water tank according to the present invention, Figure 2a is an exploded perspective view of the ceiling panel portion according to the present invention, Figure 2b is a perspective view of a closing panel of another embodiment according to the present invention, Figure 3 Figure 4a is an exploded perspective view of the outer panel portion according to the present invention, Figure 4b is a perspective view of a state in which the filler is not filled in the outer panel portion according to the present invention, Figure 4c is the outside according to the present invention Figure 5a is an exploded perspective view of the outer panel portion of the first embodiment according to the present invention, Figure 6 is an exploded perspective view of the outer panel portion of the second embodiment according to the present invention, Figure 7 8 is a perspective view of a reinforcing panel of another embodiment according to the present invention, FIG. 8A is a perspective view of a freshwater splitting panel part according to the present invention, FIG. 8B is a perspective view of FIG. 8A, and FIG. 9A is a fresh water of the first embodiment according to the present invention. 9B is an exploded perspective view of the split panel portion of the first embodiment of the present invention, and FIG. 10A is an exploded perspective view of the freshwater split panel portion of the second embodiment according to the present invention. 2 is a perspective view of a freshwater split panel unit according to the present invention, FIG. 11 is an exploded perspective view of a ceiling support unit according to the present invention, FIG. 12 is a perspective view of a fixing plate of another embodiment according to the present invention, and FIG. 14 is a perspective view of a watertight panel according to the present invention, FIG. 14b is a plan view of a water tank manufactured using the watertight panel according to the present invention, and FIG. 15 is a ceiling support part of FIG. FIG. 16 is a perspective view of the water tank using the freshwater split panel of FIG. 8A.

1 to 16, the ceiling panel portion 10 is formed on the upper portion, the outer panel portion 20 is formed in the lower portion of the ceiling panel portion 10 to form a water reservoir, The freshwater split panel unit 30 that divides the inner space of the outer panel unit 20, the ceiling support unit 40 supporting the ceiling panel unit 10, the ceiling support unit 40, and the ceiling panel unit 10. The water tank 100 is composed of a wire rope 50 to be connected, a bottom panel 60 to which the outer panel portion 20 and the ceiling support portion 40 are fixed and supported.

The ceiling panel unit 10 is bent to open the lower and front rear in a 'c' shape, the ceiling panel 11 consisting of a coupling end (11c) formed with bolt holes (11a) and slit holes (11b) on both sides. ), The hook ring 12 is formed at the upper center of the ceiling panel 11, and the diaphragm 13 having bolt holes 13a formed at both sides is inserted into the slit hole 11a, and the diaphragm 13 Between the filling material 14 is filled, both sides are bent in a 'c' shape to be inserted into the front and rear inside of the ceiling panel 11, as long as the outer end of the coupling end (15b) formed with a bolt hole (15a) A pair of finishing panels 15 are formed, and is composed of a freshwater panel 16 in which bolt holes 16a are formed in all directions to be coupled to the ceiling panel 11 and the lower portion of the finishing panel 15.

And, the ceiling panel 11 is composed of a zinc steel sheet excellent in chemical resistance and corrosion resistance.

In addition, the locking ring 12 is fixed to the ceiling panel 11 using a welding method, the lower portion is in the shape of a disk, the upper portion of the disk is composed of a metal ring made of a circular metal material is fixed.

In addition, the diaphragm 13 is composed of a bolt hole 13a penetrating the thickness of the diaphragm 13 at both ends in a rectangular shape, such a diaphragm 13 is formed in the slit hole 11b of the ceiling panel 11. Inserted and positioned so as to be exposed to the ends of the coupling end 11c of both sides across the ceiling panel 11, it is configured by fixing the contact portion between the ceiling panel 11 and the diaphragm 13 using a welding method.

In addition, the diaphragm 13 is configured to act as a reinforcement to prevent the sagging or torsional phenomenon of the ceiling panel 11 is generated by the deterioration of strength caused by the weight of the ceiling panel 11 or when used for a long time.

On the other hand, the filler material 14 may be composed of one of styrofoam, dry bit, finish.

In addition, when the styrofoam is used, the filler 14 is cut and inserted to fit the size of the space formed by inserting and fixing the diaphragm 13 to the ceiling panel 11 and then fixing it using an adhesive.

In addition, the dry bit is a method of closing the surface by spraying a liquid finishing material in a spraying method, the finishing material is cut to fit the size of the ceiling panel 11 and fixed using an adhesive.

Such, the filler 14 is to generate a heat insulating effect of the ceiling panel unit 10, and prevents the deterioration of water stored in the water tank 100 due to external heat, as well as blocking the external cold air is stored It is configured to prevent the water from freezing.

In addition, the finishing panel 15 is formed to close the open part by being coupled to the open front and rear inside of the ceiling panel 11, and inserted into the ceiling panel 10, the ceiling panel (using a welding method) 10) and the outer panel is fixed to the outer surface in contact with.

In addition, the coupling end 11c of the ceiling panel 11 and the coupling end 15b of the finishing panel 15b are fixed to the upper portion of the outer panel portion 20 to support the ceiling panel portion 10.

As another embodiment, the finishing panel 15 may be configured to be used to be bent in the '' 'shape.

At this time, the finishing panel 15 is to be used in the small and medium water tank 100, the size of the ceiling panel portion 10 is small, no sag or torsion occurs, it is used when a large supporting force is not required It is configured to be.

On the other hand, the freshwater panel 16 is the center of the connection portion is cut so that the ceiling support 40 can penetrate when connecting a plurality of ceiling panel portion 10, in the present invention four ceiling panel portion 10 and It consists of the freshwater panel 16 and cuts the center part which the four freshwater panels 16 contact | connect each other.

In addition, the connecting plate 17 has a bolt hole 17a formed in all directions so that one ceiling panel unit 10 and the partition plate 13 of the neighboring ceiling panel unit 10 can be connected. It consists of.

That is, the connecting plate 17 is used to connect a plurality of ceiling panel units 10 when the size of the water tank 100 is large, and the connecting plate 17 to the bolt hole 13a formed in the diaphragm 13. It is configured to connect to the bolt hole (17a) of the coupling using a bolt and nut.

In addition, the outer panel portion 20 forms a freshwater panel 21 having a bolt hole 21a formed on all sides in a rectangular box shape, and bolt holes on four sides of the rectangular box shape formed to be inserted into the freshwater panel 21. An outer panel 22 having a 22a formed therein is formed, inserted into the outer panel 22 and a grid-shaped reinforcement panel 23 is formed, and a filler 24 filled in the grid space of the reinforcement panel 23. It is composed of

Thus, the outer panel 22 is composed of a zinc steel sheet excellent in chemical resistance and corrosion resistance.

In addition, the bolt holes 22a formed on the upper side are configured to be coupled to the ceiling panel unit 10, and the bolt holes 22a formed on both sides are adjacent to the outer panel unit 20 when manufacturing a large capacity water tank 100. ) And the bolt hole 22a formed at the bottom is configured to be fixed to the sea panel 60.

Meanwhile, in the first embodiment, the outer panel portion 20 is bent to open both sides in a 'c' shape in which bolt holes 122a are formed at upper and lower portions of the outer panel 22, and inserted into both sides of the outer panel 122. It is bent in the '' 'shape, the finishing panel 115 is formed with a bolt hole (115a) is formed on the outer surface, the freshwater panel 121 is inserted into the outer panel 122 is the upper and lower bolt holes (121a) It is formed to be bent to open both sides in the '' 'formed.

In addition, the outer panel portion 20 according to the second embodiment, the outer panel 22 is formed in a rectangular border bolt holes 222a are formed in all four sides, the front and rear is configured to open, the outer panel 222 is inserted The freshwater panel 221 is formed in a rectangular box shape in the closed side is formed with a plurality of see-through holes 221b, the transparent panel 221c in front of the see-through holes 221b is fixed by an adhesive method or a bolt coupling method. .

In addition, the transparent panel 221c may be configured of a glass panel, a transparent plastic panel, or the like.

As such, the outer panel unit 20 configured as the second embodiment may be changed in use so as to be used in the freshwater outer wall of the swimming pool. As a result, drowning or safety accidents occurring in the water may be observed through the transparent panel 221c. It is configured to prevent drowning and safety accidents in advance.

In addition, the reinforcement panel 23 is composed of a horizontal panel 23a having a coupling groove 23a 'formed at a front side and a vertical panel 23b having a coupling groove 23b' formed at a rear side thereof. The coupling grooves 23a 'and 23b' of the panel 23b are fitted to form a lattice.

As another embodiment, the reinforcement panel 23 is integrally formed such that the horizontal panel 123a and the vertical panel 123b form a lattice form.

Such, the reinforcement panel 23 is configured to improve the bearing capacity for the lateral water pressure acting on the freshwater panel 21 and the outer panel 22, and inserted into the outer panel 22 to reinforce the panel (using a welding method) 23) and the outer panel 22 is fixed to the contact portion, in the present invention is shown in the drawings in a rectangular shape, it is configured to be used in a variety of forms, such as triangular, hexagonal, circular.

In addition, the freshwater panel 21 and the outer panel 22 constituting the outer panel portion 23 is formed by integrating a plate-like plate material in a front adhesive method and then bending.

As another embodiment, the manufacturing method may be configured to be integrated by bonding the fresh water panel 21 and the outer panel 22 constituting the outer panel portion 20 using a front adhesive method after bending the plate-shaped plate material. .

In this way, when the fresh water panel 21 and the outer panel 22 are bonded using the front adhesive method, it is possible to prevent corrosion by blocking electric conduction of dissimilar metals, and to reduce manufacturing time and simplify the process. It is possible to reduce the production cost and labor costs.

In addition, the freshwater split panel unit 30 is formed inside the fixed outer panel 20, the one side is opened to divide the inner space and the rectangular box-shaped outer panel formed with bolt holes 31a 'on all sides ( 31a is inserted into a freshwater panel 31b having bolt holes 31b 'formed in all directions to form a pair of split panels 31, and a reinforcement panel 32 is inserted into the outer panel 31a. And fixed, and work holes 31a "and 31b" for joining operations are formed around the closed side of the split panel 31, and the open part of the split panel 31 is bonded and fixed, It is composed of a fresh water finishing plate 33 is fixed to the front of the front in the adhesive manner.

Here, the working holes 31a ", 31b" are used by the operator to couple the pair of split panels 31 to the ceiling panel portion 10, the outer panel portion 20, and the bottom panel 60 using bolts. It is designed to be combined by inserting hands or tools.

In the first embodiment, the freshwater split panel 30 has a square box-shaped outer panel 131a having one side open and a bolt hole 131a 'formed on all sides, and a bolt hole 131b' formed on all sides. Is inserted into the fresh water panel (131b) to form a pair of split panel 131, the reinforcement panel 132 is inserted and fixed inside the outer panel (131a), is fixed to the open side of the split panel 131 The freshwater finish plate 133 is formed, the closed side of the split panel 131 is configured to be bonded to each other.

In the second embodiment, the freshwater split panel 30 has a square box-shaped outer panel 231a having one side open and a bolt hole 231a 'formed on all sides, and a bolt hole 231b' formed on all sides. It is inserted into the freshwater panel 231b to form a pair of split panels 231, and a reinforcement panel 232 is inserted into and fixed to the inside of the outer panel 231a. The fixed freshwater finish plate 233 is formed, and the open side of the other split panel 231 is bonded to the closed side of the split panel 231 to which the freshwater finish plate 233 is bonded.

Such, the fresh water splitting panel unit 30 can be used alone without the need for the ceiling support 40, dividing the internal space of the water tank 100 to store heterogeneous water, or increase the lateral water pressure due to the storage of large capacity water It is configured to prevent it.

In addition, the outer panels 31a, 131a and 231a and the freshwater panels 31b, 131b and 3231b of the freshwater splitting panel 30 may be folded after integrating a plate-like plate material by a front adhesive method, or may be plate-shaped. After bending the plate material is configured using a method configured to be integrated by bonding using the front adhesive method.

In addition, the ceiling support part 40 has a support plate 41 having a bolt hole 41a formed therein so as to support the ceiling panel part 10, and a lower pillar 42 having a large diameter is formed on the support plate 41. It is formed, the upper portion of the lower column 42 is formed integrally with the upper column 43 of a small diameter having a hook ring (43a) formed on the outer circumferentially, the hook in the center to be fitted into the upper portion of the upper column (43) A through hole 44a and a cylindrical hole 44b through which the 43a and the upper pillar 43 pass, are formed, and a '+' shaped fixing plate 44 having a bolt hole 44c formed around the cylindrical hole 44b. It is composed of

Such, the ceiling support 40, when manufacturing a large-capacity water tank 100 for storing a large amount of water, when the ceiling panel portion 10 is connected to cover the upper portion of the water tank 100, sagging phenomenon or It is designed to prevent torsion.

And, the support plate 41 is fixed to the bottom panel 60 by passing the bolt through the bolt hole 41a, the lower column 42 and the upper column 43 formed longer than the height of the water tank 100 is It is configured to fix to the inner center of the water tank (100).

That is, the upper pillar 43 is exposed to the upper portion higher than the ceiling panel portion 10 of the water tank 100, the hook ring 12 formed in the hook ring 12 and the upper pillar 43 of the ceiling panel portion 10 ( 43a) is connected to the wire rope 50 is configured to be suspended from the ceiling panel portion 10 to the ceiling support (40).

In addition, the fixing plate 44 is formed in a structure in which a central portion of the ceiling panel unit 10 is coupled to the ceiling panel unit 10 when the plurality of ceiling panel units 10 are combined to communicate with the inside of the water tank 100. It is configured to cover the perforations, it is configured to be coupled to the bolt hole (11a) formed in the ceiling panel 11 by passing the bolt through the bolt hole (44c) of the fixing plate (44).

Then, looking at the coupling relationship between the fixing plate 44 and the upper column 43, after fixing the support plate 41 to the bottom panel 60 in the previous step of fixing the ceiling panel unit 10, the upper portion of the upper column 43 Through the fixing plate 44 through, through the cylindrical hole (44b) formed in the fixing plate 44, the diameter of the upper column 43 is penetrated, the through hole (44a) through the hook ring 43 through the ceiling panel The bolt holes 44c and the bolt holes 11a are sequentially fixed to the coupling end 11c of (11).

In another embodiment, the fixing plate 44 is composed of a '+' shaped plate in which a bolt hole 144a is formed at a protruding corner.

At this time, the fixing plate 44 is used to cover the perforations formed in the center is connected to a plurality of ceiling panel unit 10 when supporting the ceiling panel unit 10 by using the fresh water separation panel unit 30. It is composed.

In another embodiment, the ceiling support part 40 has a support plate 141a having a bolt hole 141a 'formed at the bottom thereof, and a pillar 141b is fixed to the upper part of the support plate 141a to support a pair of support pillars 141. The truss 142 made of a reinforcing bar 142b for interconnecting the cross bars 142a arranged in an equilateral triangle on the upper inside of the support pillar 141 is fixed by a welding method or a bolt coupling method, and the wire rope 50 is fixed. One side of the) is connected to the crosspiece 142a and the reinforcing rod 142b, the other side is configured to be connected to the engaging ring (12).

At this time, the ceiling support portion 40 is used when the obstacle (reinforcement for supporting the ceiling, reinforcement for supporting the lateral water pressure) does not occur inside the water tank 100, the outside of the water tank 100 To constitute a support pillar 141.

In addition, the support plate 141a of the support pillar 141 is located on the floor or ground of the structure in which the water tank 100 is located, and is firmly fixed to the bolt hole 141a 'using a bolt or an anchor bolt. .

On the other hand, the truss 142 has a crossbar 142a is arranged in the form of an equilateral triangle when projecting the cross section, a plurality of reinforcing bars 142b for interconnecting the crossbar 142a is fixed by a welding method, both ends of the truss 142 There may be configured a fixing plate (not shown in the figure) to be fixed to the column (141b) of the support pillar 141 using a bolt method or a welding method.

And, the wire rope 50 is configured so that one side is coupled to the hook ring 12 of the ceiling panel unit 10, the other side is coupled to the hook ring 43a of the ceiling support unit 40.

In addition, the wire rope 50 is used to support the ceiling panel unit 10 by using the ceiling support unit 40, by connecting a turnbuckle (not shown in the drawing) to the center portion of the ceiling panel unit 10 for a long time. When hanging to support) may be configured to adjust the tension of the wire rope 50 by using a turnbuckle when the tension is loose.

In addition, the bottom panel 60 is configured to have the same structure as the outer panel portion 20 so that the outer panel portion 20 and the ceiling support portion 40 are fixed and supported, and can withstand the load.

Such, the bottom panel 60 is configured according to the size and shape of the water tank (100).

In addition, the waterproof sheet 70 is configured to secure the watertightness to the joint surface (G) that the ceiling panel portion 10, the outer panel portion 20, the freshwater splitting panel portion 30, the bottom panel 60 abuts. .

That is, the waterproof sheet 70 may be attached to the bonding surface (G) in the form of a tape (Tape), the adhesive is coated on one side, using a titanium thin plate, or a stainless steel sheet having a strong chemical resistance and corrosion resistance and strength Can be configured.

In addition, the water-tight panel 25 is a bolt hole on both sides in a trapezoidal shape in order to seal between the outer panel 20 arranged in a polygonal shape when the water tank 100 in the polygonal shape of the outer panel portion 20. A freshwater panel 25a having a 25a 'formed therein is formed, and an external panel 25b having a bolt hole 25b' for joining inserted into the freshwater panel 25a is bent at an array angle after front bonding. The panel 25 is configured to be fixed.

In addition, the watertight panel 25 has a trapezoidal shape with an open base, and may be configured in different sizes, shapes, and bending angles according to a state in which the outer panel part 20 is disposed, an interval, and a contact angle, and a bolt hole 25a, 25b ′) is configured to be fastened to the bolt holes 21a and 22a of the outer panel 20 to be fixed.

In addition, the freshwater panel 16, 21, 25a, 31b, 121, 131b, 231b is composed of one of metal thin panel, polypropylene panel, linear low density polymer panel, high density polyethylene panel, and low density polystyrene panel having corrosion resistance and chemical resistance. It may be preferable that the material is made of a material that does not react with water.

In addition, the freshwater panel (16, 21, 25a, 31b, 121, 131b, 231b) configured in the present invention should not cause harmful substances when storing drinking water in the water tank 100, the phenomenon of reacting with water physically It would be desirable to construct a material that does not occur.

The characteristics of each of the freshwater panels 16, 21, 25a, 31b, 121, 131b, and 231b are as follows.

First, the metal thin panel is composed of a metal thin plate of titanium or stainless steel that does not react to chemicals because of excellent corrosion resistance and chemical resistance.

Secondly, polypropylene (PP: polypropylene) is the most commonly used in daily life. Extrusion, blow molding, injection molding, compression tendency, and vacuum molding are possible, and it can be made of fiber, film, or various colors or transparent foam. It is used in the form of a film such as a wrapping paper, and has stable characteristics even in a place where the temperature change is severe.

Third, Linear Low Density (LLD) refers to the linear arrangement of molecules because polymers or polymers made of PET are commonly polymerized.

Fourth, high density polyethylene (HDPE) is called.

Fifth, called low density polyethylene (LDPE: Ligh Density Poly Ethylene), the overall shape is to be used as a fresh water panel (16, 21, 25a, 31b, 121, 131b, 231b) by bonding to a thin metal film in the form of a film. .

The polypropylene, linear low density polymer, high density polyethylene, and low density polystyrene are the names of general-purpose resins (commonly used plastics), and are manufactured as beverage bottles, bottled water bottles, and liquor bottles because they do not emit harmful substances to the human body. It is a kind of synthetic resin for producing PET bottles.

In addition, the adhesive in the present invention is made of a urethane-based adhesive component excluding harmful compounds to the human body when used as a water tank for storing drinking water, the adhesive strength when bonding stainless steel is 80kg / cm ² Zinc steel is 150kg / cm ² It is to use the one which has anticorrosion, rust prevention and electric insulation function while improving adhesion ability.

In the above, the present invention has been illustrated and described with reference to specific preferred embodiments, but the present invention is not limited to the above-described embodiments and is not limited to the spirit of the present invention. Various changes and modifications will be possible by those who have the same.

As described above, the present invention connects the ceiling panel part to the ceiling support part by wire rope, hangs it, and is exposed to sunlight, causing fatigue phenomenon due to aging and deterioration, or lateral flow due to lateral water pressure when water is stored. There is an effect that the structure is improved to prevent the.

And, by bonding the freshwater panel and the external panel constituting the outer panel portion by using the front front bonding method, or by using the front bonding method after the line bending, the change of physical properties of the freshwater panel and the external panel does not occur, There is an effect that the structure is improved to simplify the manufacturing time and process.

In addition, a transparent panel is attached to the freshwater panel and the external panel to check the inside, so that the water can be stored inside the water tank or the remaining contents can be checked, and the use can be changed to the outer wall of the pool to prevent human accidents. The structure is improved so that it is effective.

In addition, there is an effect that the structure is improved to produce a water tank that is structurally stable, watertightness as well as a rectangular shape, polygonal, circular, using a watertight panel between the outer panel portion.

In addition, by forming a fresh water splitting plate part to support the ceiling panel part, it is possible to prevent sagging of the ceiling panel part, and to connect with the external panel part to improve the bearing capacity against lateral water pressure, and to store the amount of water stored when storing a large amount of water. By dividing the excessively concentrated lateral water pressure there is an effect that the structure is improved so that structural deformation does not occur.

On the other hand, by adopting a structure that supports the ceiling panel using the ceiling support, the structural stability is increased, and the assembly and bolt fastening method of the components and easy to work, and the front using metal and corrosion-resistant plastic There is an effect that the structure is improved to reduce the manufacturing cost by manufacturing the fresh adhesive panel and the external panel using the adhesive double structure in front adhesive.

Claims (17)

The bottom and front rear of the 'c' shape is bent to open, the ceiling panel (11) consisting of a coupling end (11c) formed with bolt holes (11a) and slit holes (11b) on both sides, the ceiling panel (11) The hook ring 12 is formed at the upper center of the upper part, and the diaphragm 13 in which the bolt hole 13a is formed at both sides is inserted into the slit hole 11a, and the filler 14 is filled between the diaphragm 13. And, both sides are bent in a 'c' shape to be inserted into the front and rear inside of the ceiling panel 11, a pair of finishing panels 15 formed of a coupling end (15b) formed with a bolt hole (15a) at the bottom outside And, the ceiling panel portion 10 consisting of a freshwater panel 16 is formed with bolt holes 16a on all sides to be coupled to the lower portion of the ceiling panel 11 and the finishing panel 15, A fresh water panel 21 having a bolt hole 21a formed in four sides in a rectangular box shape, and an outer panel 22 having a bolt hole 22a formed in four sides of a square box shape formed to be inserted into the fresh water panel 21. ) Is formed, and the reinforcement panel 23 having a lattice shape is formed to be inserted into the outer panel 22, and the outer panel portion 20 including the fillers 24 filled in the lattice space of the reinforcement panel 23. )Wow, The outer panel 31a is formed in a fixed inner side to divide the inner space so that the outer panel 31a having a rectangular box shape having one side open and a bolt hole 31a 'formed on all sides has a bolt hole in all directions. It is inserted into the freshwater panel 31b which forms 31b ', and forms a pair of split panel 31, The reinforcement panel 32 is inserted and fixed in the inside of the outer panel 31a, and the split panel 31 is carried out. Work holes 31a "and 31b" for joining work are formed in the vicinity of the closed side of the), and the open part of the split panel 31 is bonded and fixed, and the front bonding method is applied to the front of the closed side. Freshwater split panel portion 30 is composed of a freshwater finish plate 33 is fixed, A support plate 41 having a bolt hole 41a is formed at a lower portion thereof to support the ceiling panel unit 10, and a lower pillar 42 having a large diameter is formed at an upper portion of the support plate 41, and a lower pillar 42. An upper pillar 43 of a small diameter having a hook ring 43a formed on an outer circumferential surface thereof is integrally formed on the upper portion of the upper portion of the upper ring 43, and a hook ring 43a and an upper pillar 43 are positioned at the center so as to be fitted into the upper portion of the upper pillar 43. The through hole 44a and the cylindrical hole 44b through which the through hole is formed, and the ceiling support part 40 which consists of the fixed plate 44 of the "+" shape in which the bolt hole 44c was formed, and One side is coupled to the hook ring 12 of the ceiling panel unit 10, the other side is wire rope 50 is coupled to the hook ring 43a of the ceiling support unit 40, Water tank, characterized in that consisting of a bottom panel 60, the outer panel 20 and the ceiling support 40 is fixed and supported. The water tank according to claim 1, wherein the finishing panel (15) is bent in a 'c' shape. According to claim 1, The outer panel portion 20 is bent to open both sides in the 'c' shape with the bolt hole 122a is formed in the upper and lower portions of the outer panel 122, inserted into both sides of the outer panel 122. It is bent in the '' 'shape, the finishing panel 115 is formed with a bolt hole (115a) is formed on the outer surface, the freshwater panel 121 is inserted into the outer panel 122 is the upper and lower bolt holes (121a) The water tank, characterized in that the side is formed to be bent to form the 'c' formed. According to claim 1, wherein the outer panel portion 20 is formed in the outer panel 222 is formed in a rectangular border bolt holes 222a on all sides, the front and rear are opened, the outer panel 222 is inserted The freshwater panel 221 is a bolt hole (221a) is formed on all sides, a plurality of perspective holes (221b) is formed on the side closed in a rectangular box shape, the transparent panel (221c) in front of the perspective hole (221b) The water tank, characterized in that configured to be fixed by the adhesive method or bolt coupling method. According to claim 1, wherein the reinforcement panel 23 is composed of a horizontal panel 23a having a coupling groove 23a 'in the front and a vertical panel 23b having a coupling groove 23b' in the rear, the horizontal panel The water tank, characterized in that configured to be coupled to form a lattice form fitted in the coupling grooves (23a ', 23b') of the (23a) and the vertical panel (23b). The water tank according to claim 1, wherein the reinforcing panel (23) is integrally formed such that the horizontal panel (123a) and the vertical panel (123b) form a lattice shape. The water tank according to claim 1, wherein the filler (14,24) is made of one of styrofoam, dry bit, and finish. The water tank according to claim 1, wherein the freshwater panel 21 and the outer panel 22 constituting the outer panel 20 are bent by integrating a plate-like plate material in a front adhesive manner and then bent. . According to claim 1, wherein the fresh water panel 21 and the outer panel 22 constituting the outer panel portion 20 is configured to be integrated by bonding by using a front plate after bending the plate-shaped plate material. Water tank. According to claim 1, wherein the fresh water split panel 30 is a square box-shaped outer panel 131a having one side is open and the bolt hole (131a ') is formed in all directions, the bolt hole (131b') in the four sides. It is inserted into the formed freshwater panel (131b) to form a pair of split panel 131, the reinforcement panel 132 is inserted and fixed inside the outer panel (131a), on the open side of the split panel 131 The water tank, characterized in that the fixed fresh water closing plate 133 is formed, the closed side of the split panel 131 is fixed to be bonded to each other. According to claim 1, wherein the freshwater split panel 30 is a square box-shaped outer panel 231a having one side open and bolt holes 231a 'formed on all sides, and the bolt holes 231b' formed on all sides. It is inserted into the formed freshwater panel (231b) to form a pair of split panel 231, the reinforcement panel 232 is inserted and fixed inside the outer panel (231a), one of the divided panel 231 A freshwater finishing plate 233 fixed to the open side is formed, and the open side of the other split panel 231 is bonded to the closed side of the split panel 231 to which the freshwater finishing plate 233 is bonded. Water tank. According to claim 1, The ceiling support portion 40 has a support plate 141a having a bolt hole (141a ') is formed at the bottom, the column 141b is fixed to the upper portion of the support plate 141a integrally fixed to a pair The truss 142 formed of a support column 141 and a reinforcing bar 142b for interconnecting the cross bars 142a arranged in an equilateral triangle on the upper inside of the support column 141 is fixed by a welding method or a bolt coupling method. , One side of the wire rope 50 is connected to the crosspiece 142a and the reinforcing rod (142b), the other side is characterized in that the water tank is configured to be connected to the hook (12). According to claim 1, wherein the ceiling panel portion 10, the outer panel portion 20, the fresh water splitting panel portion 30, the bottom panel 60, the contact surface (G) in contact with the waterproof sheet for securing watertightness ( 70) the water tank, characterized in that the configuration is attached. According to claim 1, The ceiling panel portion 10 is formed with a bolt hole (17a) in all directions to connect the partition plate 13 of the neighboring ceiling panel portion 10, to the connecting plate 17 of the rectangular plate shape A water tank, characterized in that configured. The water tank according to claim 1, wherein the fixing plate (44) comprises a '+' shaped plate having a bolt hole (144a) formed at a protruding corner. According to claim 1, wherein when manufacturing the water tank 100 in a polygonal shape of the outer panel portion 20, in order to seal between the outer panel 20 arranged in a polygonal shape in a trapezoidal shape on both sides of the bolt holes ( 25a ') is formed of a fresh water panel (25a) is formed, the water-sealed panel is inserted into the fresh water panel (25a) and the outer panel (25b) formed with a bolt hole (25b') for bonding is bent at an array angle after front bonding A water tank, characterized in that (25) is fixed. According to claim 1, wherein the freshwater panel (16, 21, 25a, 31b) is composed of one of metal thin panel, polypropylene panel, linear low density polymer panel, high density polyethylene panel, low density polystyrene panel having corrosion resistance and chemical resistance Water tank, characterized in that.

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