A method for constructing a long water tank buried in a concrete floor.

Abstract

A method for constructing a floor-based water tank with buried piping in a concrete floor that does not require installation space, in preparation for the interruption of water infrastructure in Japan, where disasters are frequent. The floor molding member A is a ladder-shaped floor molding member made by arranging two molding boards 2 with grooves 1 on both sides side by side and fixing them in a ladder shape with a plurality of floor board separators 3. The floor molding member A is connected and fixed with floor connecting boards B with convex processing 4 on both sides. The floor connecting boards B of the floor molding member C are connected and fixed with convex processing 4 on both sides. The floor connecting boards B of the floor molding member C are connected and fixed with convex processing 5 on both ends to form a water tank pipe in the shape of an eaves gutter. A method for constructing a long water tank by arranging water tank pipes E, which are formed by fixing two form members D into the shape of a water pipe, side by side and connecting them with a short water tank pipe F to form a large-capacity long water tank G, and pouring concrete 7 into a floor form C formed by connecting a water pipe 6 to the end of the long water tank G with a water supply pipe connection socket H, and burying the concrete 7 in the concrete floor, which becomes a strong, large-capacity floor water tank I as the concrete 7 solidifies.

Description

[Technical field]

[0001] The present invention relates to a long water tank to be buried in a concrete floor. [Background technology]

[0002] Conventional water tanks are made of FRP or stainless steel and are mounted on frames in a wide variety of shapes and sizes.

[0003] Water tanks made of FRP or stainless steel are mounted on a stand, but there were problems with where to install them and the risk of them falling over in the event of a disaster.

[0004] Water shortages during disasters are well known in Japan, where disasters occur frequently. In particular, the suspension of water infrastructure means a shortage of water essential for human activities such as eating, washing, bathing, and flushing toilets, which is a major issue. [Prior art documents] [Patent documents]

[0005] [Patent Document 1] Patent application 2024-20019 (Patent application by the inventor)

[0006] [Non-Patent Document 1] none DISCLOSURE OF THEINVENTION [Problem to be solved by the invention]

[0007] Water tanks made of FRP or stainless steel mounted on conventional frames had the following problems: * Issues regarding where to install FRP or stainless steel water tanks on a mounting base. * Problems with FRP or stainless steel water tanks placed on frames falling over and breaking. * Maintenance issues for FRP and stainless steel water tanks installed on frames. * The high cost of installing FRP or stainless steel water tanks on a frame.

[0008] In disaster-prone areas of Japan, where water shortages occur frequently due to the suspension of water infrastructure, there is a serious need for the development of water tanks that can be installed in all disaster prevention structures and will not be destroyed in the event of a disaster, as well as water tanks that can be installed in any location.

[0009] In view of the above problems, the present invention provides a floor water tank that can be installed anywhere, such as the floor or rooftop floor of a disaster-resistant house or various structures, and further, reinforced floors on soft ground and paved floors of houses, and is constructed with buried piping in a concrete floor. How to build This provides: [Means for solving the problem]

[0010] This invention has been made to solve the above problems, and has grooves on both sides. 1 Molding board material 2 Place two of them side by side with a gap between them to create multiple floor board separators. 3 A ladder-shaped floor molding component that is fixed in a ladder shape. A , said ladder-shaped floor molding member A Both sides are machined to be convex. 4 Floor connecting plate material B A floor formwork consisting of a connecting and fixing structure C , the floor formwork C Floor connecting plate material B On each side, there are fixed protrusions connected to both ends 5 A water tank pipe molding component having an eaves gutter shape. D A water tank pipe consisting of two pieces fixed together in the shape of a water tank. E By arranging them side by side, short water tank pipe F A large-capacity, long water tank made up of multiple connected G , the long water tank G Water supply pipe connection socket at the end H Water pipes in 6 The floor formwork is connected to the C Concrete inside 7 Then, pour the concrete. 7 The solidification of the water creates a strong, large-capacity floor water tank. I A long water tank buried in a concrete floor. How to build(Claim 1)

[0011] Connection and fixing protrusions on both ends 5 A water tank pipe molding component having an eaves gutter shape. D A water tank pipe consisting of two pipes fixed together in the shape of a water tank. E But concrete 7 The solidification of the water tank pipe makes it stronger. E The long water tank to be buried in the concrete floor according to claim 1 is characterized in that How to build (Claim 2)

[0012] Connection and fixing protrusions on both ends 5 A water tank pipe molding component having an eaves gutter shape. D , the eaves gutter-shaped water tank pipe molding member D The long water tank buried in the concrete floor according to claim 1 or 2, characterized in that by stacking the tanks, the transportation volume can be minimized and the transportation cost can be significantly reduced. How to build (Claim 3) Effect of the Invention

[0013] The notable advantages of the present invention are as follows: a) The transportation costs of water pipes can be significantly reduced. b) Long water storage pipes can be easily constructed at construction sites. c) Long water storage pipes can be reinforced with concrete. 2) Large amounts of water can be used when water infrastructure is down.

[0014] The main structures and locations where the present invention can be installed are listed below. a) Various unreinforced concrete mini-houses. b) Various types of unreinforced concrete garages. c) Various evacuation shelters. 2) Various types of unreinforced concrete houses. e) Various multi-story unreinforced concrete rental housing. (f) Various multi-story concrete structures. (d) Paved ground for various other sites.

[0015] As described above, according to the invention of claim 1, both sides are grooved. 1 Molding board material 2 Place two of these plates side by side with a gap between them to create multiple floor board separators. 3 A ladder-shaped floor molding component that is fixed in a ladder shape. A , said ladder-shaped floor molding member A Both sides are machined to be convex. 4 Floor connecting plate material B A floor formwork consisting of a connecting and fixing structure C , the floor formwork C Floor connecting plate material B A water tank pipe molded member having a gutter shape with connecting and fixing projections 5 on both ends. D A water tank pipe consisting of two pieces fixed together in the shape of a water tank. E By arranging them side by side, short water tank pipe F A large-capacity, long water tank made up of multiple connected G , the long water tank G Water supply pipe connection socket at the end H Water pipes in 6 The floor formwork is connected to the C Concrete inside 7 Then, pour the concrete. 7 The solidification of the above-mentioned advantageous effects can be obtained.

[0016] According to the invention of claim 2, the connecting and fixing protrusions are provided on both ends. 5 A water tank pipe molding component having an eaves gutter shape. D A water tank pipe consisting of two pipes fixed together in the shape of a water tank. E But concrete 7 The effect of solidifying the water tank pipes is significant.

[0017] According to the invention of claim 3, the connecting and fixing protrusions are provided on both ends. 5 A water tank pipe molding component having an eaves gutter shape. D , the eaves gutter-shaped water tank pipe molding member D By stacking the products, the volume of the goods transported can be minimized, which has a significant effect in reducing transportation costs. BEST MODE FOR CARRYING OUT THEINVENTION

[0018] Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

[0019] FIG. 1 shows a long water tank according to the present invention that is embedded in a concrete floor. A structure showing how to build Cross-sectional view. Figure 2 shows a long water tank. A structure showing how to build Figure 3 shows the plan view of a long water tank. Enlargement of the structure showing how it is constructed Plan view. Figure 4 shows Fig. 1, Enlarged cross-sectional view of part A Figure 5 shows Fig. 2, Enlarged plan view of part B Figure 6 shows Figure 4: Enlarged cross-section of the floorboard Fig. 7 is an enlarged view of a short water tank. Fig. 8 is a plan view of a short water tank. Fig. 9 is a plan view of a water supply pipe connection socket. Fig. 10 is a bird's-eye view of a water tank pipe molding part in the shape of a eaves gutter. Fig. 11 is a Water tank pipe This is a bird's-eye view.

[0020] The embodiment of the present invention will be described with reference to the drawings. FIG. 1 shows a plate having grooves on both sides. 1 Molding board material 2 Place two of these plates side by side with a gap between them to create multiple floor board separators. 3 A ladder-shaped floor molding component that is fixed in a ladder shape. A , said ladder-shaped floor molding member A Both sides are machined to be convex. 4 Floor connecting plate material B A floor formwork consisting of a connecting and fixing structure C , the floor formwork C Floor connecting plate material B On each side, there are fixed protrusions connected to both ends 5 A water tank pipe molding component having an eaves gutter shape. D A water tank pipe consisting of two pieces fixed together in the shape of a water tank. E By arranging them side by side, short water tank pipe F A large-capacity, long water tank made up of multiple connected G , the long water tank G Water supply pipe connection socket at the end H Water pipes in 6 The floor formwork is connected to the C Concrete inside 7 Then, pour the concrete. 7 The solidification of the water creates a strong, large-capacity floor water tank. I A long water tank buried in a concrete floor. A structure showing how to buildFIG.

[0021] Figure 2 shows a long water tank. A structure showing how to build FIG.

[0022] Figure 3 shows a long water tank. Enlargement of the structure showing how it is constructed FIG.

[0023] Figure 4 shows Fig. 1, Enlarged cross-sectional view of part A It is.

[0024] Figure 5 shows Fig. 2, Enlarged plan view of part B It is.

[0025] Figure 6 shows Figure 4: Enlarged cross-section of the floorboard It is.

[0026] FIG. 7 is an enlarged view of a short water tank.

[0027] FIG. 8 is a plan view of a short water storage pipe.

[0028] FIG. 9 is a plan view of the water supply pipe connection socket.

[0029] FIG. 10 is a bird's-eye view of a water tank pipe molding component having an eaves gutter shape.

[0030] Figure 11 shows Water tank pipe This is a bird's-eye view of the above.

[0031] As described above with reference to the drawings, the present invention is intended to solve the water shortages for daily life that occur in Japan, where disasters occur frequently, due to the destruction of water infrastructure.

[0032] Legend for molding plate material 2: A molding plate material 2 having a plate size of 24 mm x 120 mm x 4,000 mm, with 8 mm x 9 mm grooves on both sides and a dovetail groove 9 on the plate surface.

[0033] Legend for ladder-shaped floor panel molded component A: Ladder-shaped floor panel molded component A consists of two molded panels 2, each measuring 24mm x 120mm x 4,000mm, with 8mm x 9mm grooves on both sides and dovetail grooves 9 on the panel surface, placed side by side with a gap of 72mm between them and fixed at intervals of 500mm with 30mm x 40mm floor panel separators 3.

[0034] Legend for floor connecting plate material B: Floor connecting plate material B consisting of a plate material 24 mm x 120 mm x 4,000 mm with a 8 mm x 9 mm convex processing 4 on both sides.

[0035] Legend for eaves gutter-shaped water tank pipe molded component D: Made of 2mm thick resin with 10mm connection fixing protrusions on both ends, eaves gutter-shaped water tank pipe molded component D with a connection surface of 90mm, depth of 30mm and bottom surface of 75mm.

[0036] Legend for short water tank pipe F: A short water tank pipe F made of 2 mm thick resin, 60 mm square and 360 mm long, with both ends aligned with water tank pipe E. Example 1

[0037] "Example 1 of a floor water tank with piping buried in a concrete floor" Refer to claim 1, both sides are grooved 1 Molding board material 2 Place two of these plates side by side with a gap between them to create multiple floor board separators. 3 A ladder-shaped floor molding component that is fixed in a ladder shape. A The ladder-shaped floor molding parts are connected, and both sides are processed to be convex. 4 Floor connecting plate material B A floor formwork consisting of a connecting and fixing structure C , the floor formwork C Floor connecting plate material C On each side, there are fixed protrusions connected to both ends 5 A water tank pipe molding component having an eaves gutter shape. D A water tank pipe consisting of two pieces fixed together in the shape of a water tank. E By arranging them side by side, short water tank pipe F A large-capacity, long water tank made up of multiple connected G , the long water tank G Water supply pipe connection socket at the endH Water pipes in 6 The concrete is placed in the floor formwork connected to the 7 Then, pour the concrete. 7 The solidification of the water creates a strong, large-capacity floor water tank. I A long water tank buried in a concrete floor. How to build .

[0038] In this invention, the dimensions shown in the legend and examples are merely examples and can be replaced with other dimensions. For example, the length and thickness of the molding board, as well as the dimensions of the separator board, can be freely set depending on the strength. The shape and size of the molding members can also be freely set. Furthermore, the invention can be implemented without any problems using materials that can provide strength, such as materials that replace wood. [Industrial Applicability]

[0039] In disaster-stricken areas of Japan, where disasters occur frequently, the shortage of water for daily use due to the destruction of water infrastructure is serious. The present invention provides a "long water tank buried in a concrete floor" in which a long water storage pipe is buried in a concrete floor, as disclosed in Patent No. 6688960, which the inventor has obtained, and which is a floor installed in a paved ground or in a concrete structure made of molded members fixed in a ladder shape. The greatest industrial applicability of the present invention is to build a society in which water for daily use is available regardless of whether it is peacetime or disaster. On the other hand, the provision of the "floor water tank buried in a concrete floor" can greatly contribute to the realization of a sustainable society that resolves the shortage of water for daily use due to the destruction of water infrastructure in Japan, where disasters occur frequently. [Brief description of the drawings]

[0040] [Figure 1] A cross-sectional view of a structure showing a method for constructing a long water tank according to the present invention. [Diagram 2] Plan view of the structure showing how a long water tank is constructed. [Diagram 3] An enlarged plan view of the structure showing how a long water tank is constructed. [Figure 4]Enlarged cross-sectional view of part A in Fig. 1. [Diagram 5] Enlarged plan view of part B in Figure 2. [Figure 6] Figure 4: Enlarged cross-section of the floor plate. [Figure 7] An enlarged view of the short water tank. [Figure 8] Plan view of a short water storage pipe. [Figure 9] Plan view of the water supply pipe connection socket. [Figure 10] Bird's-eye view of a water tank pipe molding part shaped like a eaves gutter. [Figure 11] A bird's-eye view of the water tank pipe. [Explanation of symbols]

[0041] 1. Concave groove machining 2. Board material for molding 3. Floor board separator 4. Convex processing 5. Connection fixing protrusion 6. Water Pipes 7. Concrete A, Ladder-shaped floor molding B, floor plate connection plate material C. Floor formwork D. Water tank pipe molding parts with eaves gutter shape E. Water tank pipe F, Short water tank pipe G. Long water tank H, Water supply pipe connection socket I. Floor water tank J, wall structure

Claims

1. A method for constructing a long water tank to be buried in a concrete floor panel, comprising: a ladder-shaped floor panel molding member A formed by arranging two molding plates 2, both sides of which have been machined to have grooves 1, side by side with a gap therebetween and fixing them in a ladder shape with a number of floor panel separators 3; a floor panel form C formed by connecting and fixing the ladder-shaped floor panel molding members A with floor panel connecting members B, both sides of which have been machined to have convexities 4; a water tank pipe molding member D in the shape of an eaves gutter, which has connecting and fixing protrusions 5 on both ends, and two water tank pipes E, which are fixed into a water pipe shape, are arranged side by side and connected with a short water tank pipe F to form a large-capacity long water tank G; and a water pipe 6 is connected to the end of the long water tank G with a water supply pipe connection socket H. The method comprises pouring concrete 7 into the floor panel form C, and the concrete 7 solidifies to form a strong, large-capacity floor panel water tank I.

2. A method for constructing a long water tank to be buried in a concrete floor as described in claim 1, characterized in that the water tank pipe E, which is formed by fixing two eaves gutter-shaped water tank pipe molding parts D, each having a connecting and fixing protrusion 5 on both ends, into a water tank pipe shape, becomes a strong water tank pipe E by solidification of concrete 7.

3. A method for constructing a long water tank to be buried in a concrete floor as described in claim 1 or 2, characterized in that the eaves gutter-shaped water tank pipe molded parts D are provided with connecting and fixing protrusions 5 on both ends, and the eaves gutter-shaped water tank pipe molded parts D are stacked on top of each other, thereby minimizing the transportation volume and significantly reducing the transportation costs.

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