KR100302488B1 - A Panel Unit for a Water Tank and a Method for a Water Tank with Panel Units - Google Patents

Abstract

The present invention relates to a large water tank unit panel and a large water tank manufacturing method that can be assembled easily and easily as a cross-sectional structure that efficiently handles the internal water pressure acted by the water filled inside. Technical configuration features; The inner member 11 is formed as a synthetic resin and made to have a predetermined cross-sectional thickness while the inner surface thereof forms a smooth surface, and is disposed so as to contact the outer surface of the inner member 11 so that the empty spaces A are formed on the outer side thereof. The outer member 12 and the both ends of the inner and outer members 11 and 12 are fitted to be fitted and have assembling holes 13a formed at equal intervals in the longitudinal direction so as to communicate with the empty spaces A. A large-sized tank unit panel configured as membrane members 13 on both sides; The operation of forming the bottom plate part 100 is performed by assembling the unit panels 10 so as to be in contact with each other in the width direction so as to lie horizontally on the bottom of the bottom. The unit panel is formed along the circumference of the bottom plate part 100. 10) by connecting and assembling to stand vertically to form a quadrilateral cylindrical wall plate portion 200, and the unit panel (10) by connecting and assembling the unit panel 10 so as to be horizontally covered on the top of the wall plate portion 200 After performing the working process to form the 300, the horizontal fixing member 110 on the outer side of the horizontal corner portion of the upper and lower portions that the bottom plate portion 100 and the upper plate portion 300 is engaged at right angles with respect to the wall plate portion 200. At the same time to arrange and fix each of the 310, the production of a large water tank manufactured by performing a work process of placing and fixing the vertical fixing members 210 on the outer side of the vertical corners of the wall plate portion 200 all around. Way.

Description

A panel unit for a water tank and a method for a water tank with panel units

The present invention relates to a large water tank unit panel and a method for manufacturing a large water tank using the same as a cross-sectional structure that efficiently handles the internal water pressure acted by the water filled inside, so that it can be easily and easily assembled.

Synthetic resin water tanks produced as synthetic resins can be expected to have excellent effects in preventing leakage and corrosion, but they are not suitable for use as large tanks installed on the roof of large apartment houses due to their poor ability to handle loads such as large internal water pressure. It is recognized as not.

In order to solve this problem, the present applicants have a vertical cylindrical portion having four wall plates joined to each other at right angles to have a quadrangular shape, and a bottom plate that is tightly welded and fixed to the lower end of the vertical cylindrical portion, and Consists of a cover plate which is covered on the upper portion of the vertical cylindrical portion, the flat plate having a flat surface on both sides of the corrugated end plate that the waveform is continuously repeated the bottom plate and the wall plate forming the vertical cylinder portion is integrally fused

By manufacturing a hollow panel made of synthetic resin in which hollow parts are formed, a large resin tank made of synthetic resin having improved cross-sectional performance has been developed.

It is true that this tank structure is manufactured as a synthetic resin hollow panel having a hollow cross-sectional structure with a large cross section secondary moment per unit area, so that the load bearing capacity against internal hydraulic pressure is increased as the cross-sectional performance is improved.

However, such a conventional synthetic resin large tank has not been able to overcome the physical properties of the synthetic resin material itself, because the synthetic hollow panels forming the bottom plate and the wall plate of the vertical cylindrical portion have a large water pressure. There was a problem in that the bottom plate and the vertical cylindrical portion which are intensively acted on were not able to handle this, and thus the curved shape was deformed, so that the original shape could not be maintained correctly.

In addition, since the bottom plate and the wall plate of the vertical cylinder portion are assembled by welding each other, the joints between the bottom plate and the wall plate of the vertical cylinder portion, which are intensively applied by the water stored therein, are easily damaged. As a result, the work of assembling and connecting the bottom plate and the vertical cylindrical portion to each other is very cumbersome and cumbersome, resulting in a decrease in productivity as it takes a lot of work time and workforce unnecessarily during assembly.

The present invention is a cross-sectional structure having excellent load bearing ability by overlapping different heterogeneous inner and outer members, and constitutes a unit panel so that both ends of the inner and outer members are fixed as blocking members on both sides. It is possible to manufacture large tanks by increasing the strength, and second unit panel for large tanks and large using them to maximize the productivity according to the production of large tanks by allowing more efficient assembly work between unit panels. The purpose is to provide a method of making a tank.

1 is a perspective view showing a unit panel for a large water tank of the present invention

Figure 2 is a cross-sectional view showing a state of the unit panel for the large water tank of the present invention

Figure 3 is a perspective view showing a modification of the unit panel for large water tank of the present invention

Figures 4a, 4b, 4c, 4d is a step-by-step work process for producing a large tank of the present invention

Burned

Figure 5 is a perspective view showing a large water tank of the present invention

Figure 6 is a front view showing another embodiment of the large water tank of the present invention

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

10: unit panel 11, 12: inner and outer member 11a: hollow sheet made of synthetic resin

11b: synthetic resin sheet 11c: foamable resin 12a: square pipe

12b: corrugated iron sheet 13: membrane member 13a: assembly hole

13b: Tightening bolt A: Square pipe

100: bottom plate 110: horizontal fixing member 200: wall plate

210: vertical fixing member 220: connecting member 300: top plate

310: horizontal fixing member 400: inner waterproof layer 410: synthetic resin sheet

500: outer insulation layer 510: foamable resin 520: synthetic resin sheet

The large water tank unit panel 10 of the present invention is formed as a synthetic resin, as shown in Figures 1 and 2, the inner member 11 is made to have a predetermined cross-sectional thickness while the inner surface is a smooth surface, and The outer member 12 which is in contact with the outer surface of the inner member 11 is disposed so that the empty space (A) is formed on the outside, and the both ends of the inner, outer member (11) (12) is fitted and bound. It is a basic feature of the technical construction that the membranes on both sides having assembly holes 13a formed at equal intervals in the longitudinal direction so as to communicate with the empty spaces A are configured as the members 13.

That is, the large tank unit panel 10 of the present invention configured as described above has a cross-sectional structure excellent in the ability to handle the load by overlapping the inner member 11 and the outer member 12 of the synthetic resin material, Both ends of the inner and outer members 11 and 12 are fitted into the membrane member 13 on both sides to be fixed, thereby greatly improving the cross-sectional performance of the entire large tank to be assembled and manufactured to the water stored therein. It is able to efficiently handle the internal water pressure acting by it, and secondly, it is possible to easily and easily perform the assembly work of each component plate constituting the large water tank, which greatly reduces the number of working hours and working time required for the production of the large water tank. It will have a reducing effect.

Hereinafter, the technical details of the present invention will be described in detail with reference to the specific embodiments shown in the accompanying drawings.

In the embodiment of the present invention, the unit panel 10 is overlapped with the inner member 11 formed as a synthetic resin and the outer member 12, which are formed as synthetic resins, as shown in Figs. ) And forming membranes 13 having assembly holes 13a formed at equal intervals in the longitudinal direction such that both ends of the inner and outer members 11 and 12 communicate with the respective empty spaces A. It is important that it is fitted in the The reason is that the unit panel 10 has a cross-sectional structure with excellent load bearing ability by overlapping the inner and outer members 11 and 12 of different materials, while the inner and outer members 11 and 12 This is to allow easy assembly through both ends of the membrane member 13 is fixed by inserting both ends.

In the embodiment of the present invention, the inner member 11 is a synthetic resin hollow plate (11a) having a hollow portion long per equal interval in the cross section of the inner, outer surface is smooth, the outer member 12 is the inner The outer end of the inner and outer members 11 and 12 is fitted into the membrane members 13 at both ends thereof as an angular pipe 12a disposed laterally at predetermined intervals of the outer surface of the member 11. It is illustrated that the empty space (A) is formed in the.

In addition, the barrier members 13 on both sides are formed to have a size such that the inner and outer members 11 and 12 are overlapped and inserted into the cross-sectional shape of the C channel.

The blocking members 13 form assembly holes 13a so as to communicate with the empty spaces A formed on the outside of the inner and outer members 11 and 12 in the longitudinal direction of the center thereof. ) To assemble the large water tank, the both sides of the membrane member (13) to be in contact with each other, and then through the empty space (A) formed on the outside of the inner, outer member (11) (12) The membrane can be easily assembled as a fastening bolt 13b which is inserted into and fastened to the assembly holes 13a of the members 13.

Figure 3 shows a modification of the present invention, wherein the inner member 11 is made of a foamed resin (11c) wrapped as a synthetic resin sheet (11b) forming a smooth surface, the outer member 12 is the inner As the corrugated iron plate 12b in which curved waveforms contacting the foamable resin 11c of the member 11 are formed repeatedly, both ends of the inner and outer members 11 and 12 are formed on both ends of the membrane member 13. It is to be noted that the empty spaces A may be formed on the outside by being fitted in the field.

Referring to the manufacturing method of a large tank using the unit panel of the present invention configured and carried out as follows.

As shown in Figures 4a, 4b, 4c, 4d, the operation of forming the bottom plate portion 100 is performed by assembling and assembling the unit panels 10 in a widthwise direction so as to lie horizontally on the bottom of the bottom. By connecting and assembling the unit panels 10 vertically along the circumferences of the bottom plate part 100, the operation of forming the wall plate part 200 having a quadrangular cylindrical shape is performed, and the upper part of the wall plate part 200. After the operation of forming the top plate 300 by assembling the unit panel 10 to be horizontally covered on the floor plate 100, the bottom plate 100 and the top plate 300 at a right angle relative to the wall plate 200 The horizontal fixing members 110 and 310 are disposed on the outer side of the horizontal corners of the upper and lower parts to be engaged, respectively, and the vertical fixing members 210 are disposed on the outer side of the vertical corners of the wall plate 200. Carry out process Yeoseo it will be prepared a solid large tank.

The large water tank of the present invention manufactured as described above has a cross-sectional structure in which the inner member 11 of the synthetic resin material and the outer member 12 of the heterogeneous material overlap each other, and both ends of the inner and outer members 11 and 12 are formed on both sides thereof. Since the unit panel 10 fitted and fixed to (13) is used as a constituent part of each bottom plate portion 100, wall plate portion 200, and top plate portion 300, the cross-sectional performance of the entire large tank can be greatly reduced. While improving, it is possible to expect the advantages such as to make it easier to perform the assembly work of each component plate (bottom plate, wall plate, top plate).

The bottom plate part 100, the wall plate part 200, and the top plate part 300 have the membrane members 13 on both sides of the respective unit panels 10 contacted with each other, and then the inner member 11 outside of the inner plate 11. Membrane on both sides contacted through the empty space A formed in the connection assembly as a fastening bolt (13b) is fastened through the assembly hole (13a) of the members (13).

In the embodiment of the present invention, as shown in Figure 5, the inner waterproof layer to connect and bonded the flexible resin sheet 410 of flexible so that the airtightness is maintained on the entire inner surface of the bottom plate portion 100, the wall plate portion 200, the upper plate portion 300 It is illustrated as having been installed so that 400 is wrapped. At this time, the synthetic resin sheet 410 of the inner waterproof layer 400 is fixed to be integrally attached to the inner surface of the individual unit panels 10 constituting the bottom plate portion 100, the wall plate portion 200, the top plate portion 300. do.

In addition, the wall plate part 200 is installed between the unit panels 10 facing each other by installing plate-shaped connecting members 220 to be fastened and fixed as fastening bolts 13b for fastening the unit panels to each other, and stored therein. It is preferable to prevent the bending deformation of the wall plate part 200 to be intensively applied to the internal water pressure by the water.

On the other hand, Figure 6 shows another embodiment of the present invention, the outer insulation layer 500 made of a synthetic resin sheet 520 bonded integrally with the foamable resin 510 on the outside of the wall plate 200 and the upper plate 300. ) Is installed to be wrapped to improve the thermal insulation performance to block the outside temperature to improve the storage of water stored inside.

As described above, the present invention is a cross-sectional structure having excellent load bearing ability by overlapping different heterogeneous inner and outer members, so that both ends of the inner and outer members are fixed as the membrane members on both sides, so that the unit panel itself It is possible to manufacture a large tank by increasing its structural strength, and it is possible to easily and easily perform the assembly work between the unit panels, which has a useful effect of drastically reducing the working time and the number of people according to the large tank. .

Claims (6)

The inner member 11 is formed as a synthetic resin and made to have a predetermined cross-sectional thickness while the inner surface thereof forms a smooth surface, and is disposed so as to contact the outer surface of the inner member 11 so that the empty spaces A are formed on the outer side thereof. The outer member 12 and the both ends of the inner and outer members 11 and 12 are fitted to be fitted and have assembling holes 13a formed at equal intervals in the longitudinal direction so as to communicate with the empty spaces A. A large water tank unit panel, characterized in that the membrane on both sides is configured as members (13). According to claim 1, wherein the inner member 11 is a synthetic resin hollow plate (11a) having a hollow portion long per equal interval in the cross section of the inner, outer surface is smooth, the outer member 12 is the inner The outer end of the inner and outer members 11 and 12 is fitted into the membrane members 13 at both ends thereof as an angular pipe 12a disposed laterally at predetermined intervals of the outer surface of the member 11. Large tank unit panel, characterized in that the empty space (A) is formed in the. According to claim 1 or 2, wherein the inner member 11 is made of a foamed resin (11c) wrapped as a synthetic resin sheet (11b) forming a smooth surface, the outer member 12 is the inner member ( 11 is a corrugated iron plate 12b in which curved waveforms contacting the foamable resin 11c are repeatedly formed, and both ends of the inner and outer members 11 and 12 are formed in the membrane members 13 on both sides. A large water tank unit panel, characterized in that the empty space (A) is formed on the outside fixed to the fitted. The operation of forming the bottom plate part 100 is performed by assembling the unit panels 10 so as to be in contact with each other in the width direction so as to lie horizontally on the bottom of the bottom. The unit panel is formed along the circumference of the bottom plate part 100. 10) by connecting and assembling to stand vertically to form a quadrilateral cylindrical wall plate portion 200, and the unit panel (10) by connecting and assembling the unit panel 10 so as to be horizontally covered on the top of the wall plate portion 200 After performing the working process to form the 300, the horizontal fixing member 110 on the outer side of the horizontal corner portion of the upper and lower portions that the bottom plate portion 100 and the upper plate portion 300 is engaged at right angles with respect to the wall plate portion 200. It is manufactured by performing a work process of placing and fixing the 310, respectively, and at the same time to arrange the vertical fixing member 210 on the outer side of the vertical corner of the wall plate 200, respectively. Joe's sister-in-law method. 5. The inner waterproof layer 400 of claim 4, wherein the inner sheet of the bottom plate part 100, the wall plate part 200, and the upper plate part 300 are bonded to the flexible synthetic resin sheet 410. Method for producing a large tank characterized in that the installation. The external insulation layer 500 made of a synthetic resin sheet 520 bonded integrally with the foamable resin 510 to the outside of the wall plate part 200 and the upper plate part 300 is wrapped so as to be wrapped. How to make a large tank.