KR100613124B1 - Large water tank - Google Patents

Abstract

The present invention relates to a large-capacity water tank, by inserting and fixing a separate reinforcement panel between the horizontal member and the vertical member and the hollow synthetic resin plate, to improve the structural rigidity of the water tank, to increase the thermal insulation to the horizontal member and the vertical member The aim is to provide a large capacity water tank to prevent rust from rusting by the condensate.

The present invention for achieving the above object, the reinforcement panel is installed between the horizontal member of the bottom portion and the cover portion and each hollow synthetic resin plate, reinforcement between the vertical member of the wall portion and the intermediate bearing wall and each of the hollow synthetic resin plate Characterized in that the panel is installed structure.

Water tank, synthetic resin

Description

Large water tank

1 is a partial cutaway perspective view of a conventional large-capacity water tank.

2 is a cross-sectional view of FIG. 1.

3 is a longitudinal cross-sectional view of FIG. 1;

Figure 4 is a configuration showing the structure of the bottom portion and the middle bearing wall in the large-capacity water tank according to the present invention.

Figure 5 is a large-capacity water tank according to the invention, to show the structure of the wall portion, the configuration of the state seen from above.

Figure 6 is an exploded view schematically showing a coupling relationship of the reinforcing panel applied to the present invention.

Figure 7 is a partial perspective view showing a state in which the reinforcement panel according to another embodiment of the present invention in close contact with the hollow synthetic resin plate.

8 is an exploded view showing the mutual coupling relationship of the reinforcing panel according to another embodiment.

<Description of the symbols for the main parts of the drawings>

100: bottom 110: horizontal member

120: hollow synthetic resin plate for the floor 200: wall portion

210: vertical member 220: hollow synthetic resin board for the wall

300: middle bearing wall 310: vertical member

320: hollow synthetic resin plates 500, 500-1 for intermediate bearing walls; Reinforcement panel

502: flat part 504: rib

510, 510-1: Male part 520, 520-1: Female part

The present invention relates to a large-capacity water tank, and more particularly, by inserting a separate reinforcement panel between a horizontal member, a vertical member, and a hollow synthetic resin plate forming a bottom portion, a cover portion, a wall portion, and a middle bearing wall of the water tank. The present invention relates to a large-capacity water tank, thereby improving the structural rigidity of the water tank and increasing the thermal insulation to prevent the horizontal and vertical members from being rusted by condensate.

In general, large water tanks have been installed in large facilities such as large buildings or apartments to store a large amount of water, and these large water tanks have been manufactured using concrete.

It is true that such a large water tank made of concrete not only exhibits structural strength corresponding to hydraulic pressure or flexural load, but also has excellent durability and prolongs its service life. Since the mold is assembled and installed in the mold, and the uncured concrete is placed in the form, it is cured and cured and manufactured, which makes the manufacturing process very cumbersome and requires curing time of the site-cast uncured concrete. There was a problem such as being.

Therefore, Korean Patent Registration No. 332388 assembles and installs vertical members and reinforcing members so as to be in close contact with and support the hollow resin plate for the wall of the wall, so that it can store a large amount of water more stably. A large water tank made of a synthetic resin has been disclosed, which greatly improves the quality as well as the durability.

The synthetic resin large water tank, as shown in Figures 1 to 3, the bottom of the bottom horizontal members 11 are arranged at a predetermined interval at the bottom, the bottom is installed so that the bottom hollow resin plate 12 is horizontally supported. The hollow resin plate 23 for the wall is vertically supported by the portion 10, the vertical members 21 and the reinforcing members connected at right angles to the lower horizontal members 11 of the bottom part 10. The cover is installed such that the hollow resin plates 32 are horizontally supported as the wall part 20 which is installed as the upper part and the upper horizontal members 31 connected to the vertical members 21 of the wall part 20 at right angles. In the configuration of the portion 30, the vertical members 21 of the wall portion 20 are formed in a predetermined cross-sectional shape so as to secure the fitting groove portions 21a on both sides extending in the longitudinal direction on the left and right sides with the intermediate portion as a boundary. And the same cross section as the thickness of the vertical member 21 It is provided with a reinforcing member 22 having an enemy, and on both ends of each of the reinforcing member 22 to form a coupling end portion 22a of both sides stepped narrow so as to correspond to the fitting groove portion 21a of the vertical member The inner and outer surfaces of the reinforcing members 22 fixedly installed through the coupling end portions 22a fitted into the fitting groove portions 21a of the vertical members 21 are configured to form a support surface in line with the vertical members. It features.

In addition, the vertical members are formed so as to have fitting grooves on both sides extending in the longitudinal direction on the left and right sides of the connecting plate connected in the middle between a pair of wing plates facing each other, between the vertical members Reinforcing members to be fitted are each formed to have a coupling end of both sides is bent so that the width is bent narrowly at both ends of each hollow pipe,

By placing resin plates for finishing so that vertical members and reinforcing members are tightly adhered to each other without gaps and securely supported around the outer surface of the wall;

Intermediate bearing members are installed so as to support one side and the other hollow synthetic resin plates on both sides of the intermediate vertical members and the intermediate reinforcement members assembled to cross at right angles to the inner side of the wall portion, and the intermediate bearing walls are divided into cross sections. An additional feature is that the turnbuckles are fixed to the wall portion facing each other through.

However, in the large water tank made of synthetic resin having the above configuration, the bottom part and the cover part are reinforced with PE sheet (Sheet) on the inner surface of the hollow synthetic resin plate while the hollow synthetic resin plate is in close contact with the horizontal members. And waterproofing, and in the case of the wall portion and the intermediate bearing wall, the PE sheet (Sheet) is finished on the inner surface of the hollow synthetic resin plate in a state in which the hollow synthetic resin plate is in close contact with the vertical members so as to be reinforced and waterproof. Since the reinforcement according to the water load is rather weak, the structural rigidity of the entire water tank was weak.

In addition, condensed water is generated between the horizontal member and the vertical member and the hollow synthetic resin plate according to the water temperature in the water tank and the temperature deviation outside the water tank, thereby causing the horizontal member and the vertical member to rust.

Accordingly, the present invention has been made in view of the above problems, by inserting and fixing a separate reinforcement panel between the horizontal member and the vertical member and the hollow synthetic resin plate, to improve the structural rigidity of the water tank, and the thermal insulation It is an object of the present invention to provide a large-capacity water tank to prevent the horizontal and vertical members from being rusted by condensate.

The present invention for achieving the above object, the bottom horizontal members are arranged at a lower portion at regular intervals, the bottom portion is installed so that the bottom hollow resin plates are supported horizontally, the bottom horizontal members connected to the bottom at right angles As the vertical members and the reinforcing members, the hollow hollow resin plates for the wall are vertically supported to be installed in a quadrangular cylindrical shape, and the hollow hollow resin plates for the cover are horizontally supported as upper horizontal members connected at right angles to the vertical members of the wall portion. In the cover portion is installed so that the reinforcement panel is installed between the bottom portion and the horizontal member of the cover portion and each hollow synthetic resin plate, the reinforcement panel between the vertical member of the wall portion and the intermediate load bearing wall and each hollow synthetic resin plate It is characterized by consisting of the installed structure.

In this case, it is preferable that the reinforcement panel is formed of a structure in which hollow parts are formed at regular intervals as the synthetic resin is extruded.

In addition, the reinforcement panel is extruded synthetic resin, a flat portion that is in close contact with, fixed to one surface of each horizontal member or vertical member, and protrudes in a vertical direction at regular intervals from the plane portion, one surface of the hollow synthetic resin plate It is also possible to apply one consisting of a rib that is in close contact with and fixed.

On the other hand, the reinforcing panel and the hollow synthetic resin plate is preferably in close contact with the lattice.

In addition, the reinforcement panel is a plurality of assembling, one side of any one of the reinforcement panel is formed, the other side of the other reinforcement panel to be assembled with the female portion is formed can be assembled by one-touch fastening.

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

Figure 4 is a block diagram showing the structure of the bottom portion and the middle bearing wall in the large-capacity water tank according to the present invention, Figure 5 is a block diagram showing the structure of the wall portion in the large-capacity water tank according to the present invention.

As shown, in the large-capacity water tank according to the present invention, the reinforcement panel 500 having a predetermined thickness is in close contact with the lower horizontal members 110 disposed at regular intervals at the lowermost portion, and the reinforcement panel 500 is again in close contact with the reinforcement panel 500. The bottom portion 100 is formed by being closely adhered and fixed so that the hollow synthetic resin plates 120 are horizontally supported.

In addition, the reinforcement panel 500 having a predetermined thickness is in close contact with the vertical members 210 connected at right angles to the lower horizontal members 110 of the bottom part 100, and the hollow synthetic resin is again attached to the reinforcement panel 500. The wall parts 200 are formed in a quadrangular shape by being closely adhered and fixed to support the plates 220.

In addition, a reinforcement panel having a predetermined thickness is in close contact with the upper horizontal members (not shown) connected at right angles to the vertical members 210 of the wall part 200, and the hollow synthetic resin plate (not shown) is again in close contact with the reinforcement panel. The cover part is formed by being tightly fixed so as to be supported.

The structure of the cover part is the same as opposed to the configuration of the bottom part, and the illustration is omitted, in some cases, it is not necessary to construct the reinforcement panel in the cover part.

On the other hand, the reinforcement panel 500 is in close contact with both sides of the intermediate vertical member 310 and the intermediate reinforcing members are assembled so as to cross at right angles to the inner side of the wall portion 200, successive hollow synthetic resin plates 320 The middle bearing wall 300, which is erected to be supported and partitioned crosswise, is installed.

That is, in the past, the bottom part and the cover part have the hollow synthetic resin plate adhered to and fixed to the respective horizontal members, and the PE sheet is closed to reinforce and waterproof, but the horizontal members and the hollow synthetic resin forming the bottom part 100 and the cover part are made. Between the plates is sandwiched between a separate reinforcement panel 500.

In addition, the wall part 200 and the intermediate bearing wall 300 also have the hollow synthetic resin plates 220 and 320 adhered to and fixed to the vertical members 210 and 310, and the PE sheet is finished to be reinforced and waterproof. A separate reinforcement panel 500 is sandwiched between the vertical members 210 and 310 and the hollow synthetic resin plates 220 and 320 constituting the 200 and the middle bearing wall 300.

The hollow synthetic resin plates (120, 220, 320) is applied to the 'synthetic resin panel' of Patent No. 521723 registered and filed by the applicant of the present invention, the reinforcement panel 500 is also applied to the synthetic resin panel is the same as the synthetic resin panel extrusion molding It applies that of the form in which the hollow portion is formed at regular intervals.

However, it is preferable that the reinforcement panel 500 has a thickness that is thinner than that of the hollow synthetic resin plates 120, 220, and 320.

At this time, when the reinforcement panel 500 is in close contact with the reinforcement panel 500 in a state in which the reinforcement panel 500 is in close contact with the horizontal members of the bottom part 100 and the cover part, an enlarged perspective view of FIGS. 4 and 5. As in the above, it is preferable to have a rigidity against the water load by tightly fixing and staggering the grids in a staggered direction.

In addition, in the state in which the hollow composite resin plates 220 and 320 are brought into close contact with and fixed to the vertical members 210 and 310 of the wall part 200 and the intermediate bearing wall 300, the directions thereof are alternately lattice-shaped. By being in close contact and fixing, it is also desirable to have rigidity in water load.

On the other hand, the reinforcement panel 500 is large in size to be formed as a single piece, produced in several pieces, and then combined by welding or the like, which is a problem that the work maneuver many, Fig. 6 As in the reinforcement panel 500, one side of the male portion 510 is formed, the other side of the reinforcement panel to form a female portion 520 can be fixed to each other by one-touch fastening type.

In addition, Figure 7 is a partial perspective view showing a state in which the reinforcement panel is in close contact with the hollow synthetic resin plate, according to another embodiment of the present invention, Figure 8 is a separated view showing the mutual coupling relationship of the reinforcement panel according to another embodiment. In the present embodiment, the reinforcement panel 500-1 is formed by extrusion of synthetic resin, and has a flat portion 502 in close contact with one surface of each horizontal member or vertical member, and protrudes vertically from the flat portion at regular intervals. It is also possible to apply a composition composed of a plurality of ribs 504 in close contact with the hollow synthetic resin plate.

The reinforcement panel 500-1 in the present embodiment may also be fixed to each other by one-touch fastening by forming the male portions 510-1 and the female portions 520-1 at each end thereof.

As described above, according to the large-capacity water tank according to the present invention, the reinforcement panel is closely adhered to and fixed to the horizontal member of the bottom part and the cover part, and the hollow synthetic resin plate is closely adhered to and fixed to the reinforcement panel. As the rigidity against the load is firm, there is a very useful effect of improving the product performance of the water tank.

In addition, even if there is a temperature difference between the water stored inside the water tank and the outside of the water tank, the hollow reinforcement panel and the hollow synthetic resin plate is shielded twice, so that the heat insulation is excellent and condensed water according to the temperature deviation is not generated eventually. Therefore, there is an effect that the problem of rusting the horizontal member and the vertical member made of a metal material is solved.

In addition, by assembling the reinforcing panels in the one-touch fastening type of the female part and the male part, there is a side effect that the installation work becomes very simple.

Claims (5)

The bottom part is disposed so that the bottom hollow members are horizontally supported as the lower horizontal members disposed at regular intervals at the bottom, and the vertical hollow parts and the reinforcing members are vertically connected to the bottom horizontal members of the bottom part, and the hollow resin plate for the wall is provided. In which the wall parts are vertically supported and installed in a quadrangular shape, and the cover parts in which the hollow resin plates for the cover are horizontally supported as upper horizontal members connected at right angles to the vertical members of the wall part, The reinforcement panel is installed between the horizontal member of the bottom portion and the cover portion and each hollow synthetic resin plate, and the reinforcement panel is installed between the vertical member of the wall portion and the intermediate load bearing wall and each hollow synthetic resin plate. Large capacity water tank. The method of claim 1, The reinforcement panel is a large-capacity water tank, characterized in that the hollow resin is formed at a predetermined interval as a synthetic resin is extrusion molded. The method of claim 1, The reinforcement panel is extruded from a synthetic resin, a flat portion that is in close contact with and fixed to one surface of each horizontal member or vertical member, and is formed to protrude in a vertical direction at regular intervals from the plane portion, and is in close contact with one surface of the hollow synthetic resin plate Large capacity water tank, characterized in that consisting of a fixed rib. The method of claim 1, The reinforcement panel and the hollow synthetic resin plate is a large-capacity water tank, characterized in that the tight contact with the grid. The method of claim 1, The reinforcement panel is a plurality of assembling, one side of any one of the reinforcement panel is formed, the other side of the other reinforcement panel to be assembled with the female portion is formed a large-capacity water tank, characterized in that the one-touch fastening is configured to be assembled .

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