KR100732714B1 - A reservoir water system with the dual structure of the material - Google Patents

Abstract

A prefabricated water reservoir system having a structure of dual materials is provided to prevent the corrosion of a water tank and to keep a water tank clean by keeping a lower water tank made with STS not to make contact with air and preventing the generation of chlorine gas. The prefabricated water reservoir system having a structure of dual materials comprises a water tank(400) composed of a lower water tank(210) made with STS(stainless steel) and formed by assembling many STS side panels(250) with an STS base panel(220) on the top of a concrete pad(470) formed on the ground, and an upper water tank(310) made of SMC(sheet molding compound) and formed by assembling many SMC side panels(350) on the top and edge of the same STS base panel as the STS base panel of the lower water tank and connecting many unit SMC upper panels(320) to cover up the upper part, wherein the upper water tank is coupled with a reinforcement member connected to the edge of the SMC side panel and a reinforcement member of the STS side panel of the lower water tank by bolts, a controller(500) composed of a controller, a turbidity sensor and a timer, and connected with a three-way valve which is connected with a supply pipe(420), an inflow pipe(430) and a turbid water discharge pipe(450), and a pressure control unit installed on one side of the SMC side panel and composed of a pressure plate opening and closing a gas discharge pipe, an arc-shaped post and a spring connected to the pressure plate and a bracket supporting the post.

Description

A Reservoir Water System With The Dual Structure Of The Material}

1 is a perspective view showing a conventional tank.

Figure 2 is a perspective view showing a reservoir according to the present invention.

3A and 3B are cross-sectional views and main parts exploded views showing the reservoir according to the present invention, respectively.

Figure 4 is a perspective view showing a reservoir according to another embodiment of the present invention.

5A and 5B are cross-sectional views and main parts exploded views showing a reservoir according to another embodiment of the present invention, respectively.

6 is a block diagram showing a reservoir valve control state of the present invention.

7 is a sectional view showing a reservoir according to another embodiment of the present invention.

8 and 9 are respectively a perspective view showing a reservoir according to another embodiment of the present invention.

* Description of the symbols for the main parts of the drawings *

210 ... bottom tank 310 ... top tank

400 ... water tank 420 ... supply pipe

450 Water discharge pipe 500 Control part

550 ... Mycom 633 ... Spring

670 ... pressure plate

The present invention relates to a prefabricated water storage system having a structure of a different double material, and more specifically, the lower tank and the upper tank connected to the upper is a double material structure, the material of the lower tank is made of STS material and the upper tank is made of SMC material. The present invention relates to a prefabricated water storage system having a different double material structure to prevent corrosion of a water tank by chlorine in the water tank by a separate turbid water discharge pipe connected to an inlet pipe connected to the upper water tank.

In general, in multi-use facilities such as houses, apartments, and schools, a system is provided to always store a certain amount of water through a reservoir or various assembled water tanks, and to supply the water tank. Tank of material and tank of SMS material are used.

In addition, the tank of STS material is a stainless steel tank that is widely used in corrosion resistance, low temperature, high temperature, etc., and added Cr to form a passivation layer to improve corrosion resistance, or improves physical properties such as corrosion resistance and workability. Alloy steels to which Ni, Mo, N, etc. have been added are widely used.

In addition, since the tank of the STS material is made of a strong stainless material, there is an advantage that can be produced by increasing the height of the tank, but due to the safety of microorganisms, the chlorine remaining in the water is gasified by contact with air, There is a disadvantage that the surface exposed from water is oxidized and corroded due to the destruction of the coating layer.

On the other hand, SMC tank is impregnated with glass chopped strand fibers in a mixture of unsaturated polyester resin, filler, catalyst, release agent, etc. It is a tank made of a sheet-shaped composite molding material.

Therefore, SMC tank has excellent hygiene, watertightness, durability, and workability.It is excellent in semi-permanent antibacterial effect by disinfecting harmful bacteria, suppressing and deodorizing bacteria, and evenly spreading antibacterial performance inside molded products. As an antimicrobial agent eluting, there is no problem such as contamination, antimicrobial performance, persistence.

In particular, there is an advantage to ensure stability even in contact with the tap water containing chlorine and oxygen in the air.

However, the SMC tank as described above has a disadvantage in that it is difficult to ensure sufficient strength, and thus the size of the water tank cannot be increased due to its size constraint. have.

A tank for improving such a problem is disclosed in Utility Model Registration No. 303124, and its configuration is as shown in FIG. 1, and the STS tank main body 22 having an assembly structure of the STS panel 21 at the lower part of the tank 20. ) Is located, and a porous plate 24 made of a porous panel 24 having a plurality of holes is located at the upper portion thereof, and a plurality of plastic panels 32 are assembled on the upper portion of the porous plate 24. It is made of a configuration in which the upper plate portion 30 is made.

In addition, the STS tank main body 22 having the above configuration is supported by a plurality of base blocks 38 installed to have a predetermined height on the ground as a concrete material, and assembling the STS panel 21 between the spaces. This is made possible by the configuration.

However, the tank as described above, when the water level exceeds the STS tank body 22 can overflow through the perforated plate 24 and should always be located only inside the STS tank body 22 so that the STS panel 26 located at the top Corrosion may occur, and the chlorine gas may be easily discharged by the porous plate 24, but foreign matters may be introduced into the tank from the outside to contaminate the tank. There is a problem that the back is introduced into the tank as it is.

In addition, for the assembly of the STS panel 21 constituting the STS tank body 22, a separate base block 38, which is installed to have a predetermined height on the ground as a concrete material, must be installed to significantly increase the labor and manufacturing costs. There is a problem.

An object of the present invention for solving the above problems, to prevent the lower tank of the STS material to contact the air to prevent the corrosion caused by the generation of chlorine gas, the SMC tank seated on the upper strength problem By the lower tank of the STS material having a predetermined strength to eliminate the need for a separate foundation, to completely prevent the introduction of impurities during the inflow of water into the tank, and to easily discharge the chlorine gas In order to provide a prefabricated water storage system having a double material structure, a separate reinforcement is unnecessary through a panel made of a double material structure.

In addition, the object of the present invention, the water tank is in contact with the upper surface of the SMC material tank to prevent the corrosion of the tank by the chlorine gas generated by the contact of the existing material tank with oxygen in the air at all times to clean the tank It is to provide a prefabricated water storage system having a different double material structure that is hygienic, safety and economical to maintain and freely control the water capacity.

The present invention, in order to achieve the above object, the lower tank of the STS material and the upper tank of the SMC material connected to the upper is a double material structure is different, each tank is an assembly structure by a plurality of panels divided into a predetermined shape. Done,

The lower tank, the body is formed of STS (STainlessSteel) material, and formed to have a predetermined volume while forming a drain pipe in the lower part of the body to allow the internal impurities due to the cleaning of the reservoir tank, and the upper portion of the tank body The upper tank of SMC material is installed to connect,

The upper tank is formed of a SMC (SheetMoldingCompound) material, the lower part of which is opened and connected to the lower tank of the STS material to have a predetermined volume, and the lower part is formed of a double material configured to be connected to the upper end of the lower tank. It provides a prefabricated water storage system having a structure.

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

As shown in Figures 2 to 7 of the water tank 400 of the present invention, the lower tank 210 is composed of STS (STainlessSteel) material and the upper tank 310 is sequentially stacked on top of the SMC material of the double It is made of material structure.

In addition, the lower water tank 210 of the STS material is formed of an assembly of the unit STS side panel 250 made of STS (STainlessSteel) material is formed to have a predetermined volume of the upper only opening.

At this time, the lower tank 210 is connected as the STS bottom panel 210, the bottom surface of which is made of a cylinder forming the entire surface.

In addition, the STS bottom panel 210 of the STS material is mounted on the upper surface of the pad 470 of the concrete material formed on the ground (E), formed of the same STS (STainlessSteel) material, the edges of the plurality of STS side panels ( 250) is correspondingly bent to the upper or side to be continuously coupled to the configuration to form a cross-sectional shape of the b-, c-shaped.

At this time, when the edge of the STS bottom panel 220 of the STS material is a c-shape, the STS side panel 250 is coupled to the circumference thereof, and in the case of the c-shape, the STS side panel 250 is mounted on the top surface thereof. It will be.

On the other hand, when the sheet material 480 having a predetermined elasticity is raised on the bottom surface of the STS bottom panel 220 of the STS material, it is possible to maintain the airtightness of the connection part by pressure, which is more preferable.

Then, when the upper water tank 310 of the SMC material is connected to the upper end of the lower water tank 210 of the STS material, the water level stored in the inside thereof is installed such that at least the lower end of the upper water tank 310 of the SMC material.

On the other hand, the bottom surface of the lower water tank 210 of the STS material, like the STS bottom panel 220, a grid-like assembly structure on the upper portion of the pad 470 of the concrete material to prevent sagging during the action of the load, even if not a cylindrical body It may be composed of a plurality of STS side panels 250 having.

The STS panel is connected to each other through a reinforcing member connected to an edge and a bolt hole formed in the reinforcing member.

On the other hand, as shown in Figs. 8 and 9, the lower tank 210 of the present invention is a cylinder having a predetermined volume therein, and is composed of one STS bottom panel which is the same as the STS bottom panel. SMC side panel 350, the upper tank 310 made of an assembly structure is connected.

The upper tank 310 is composed of a plurality of unit SMC side panel 350 is made of a sheet forming compound (SMC) material is assembled, the upper part is also connected to the plurality of unit SMC upper panel 320 is installed to cover the top do.

The upper tank 310 is integrally bolted with the reinforcing member of the STS side panel 250 forming a lower tank through the reinforcing member connected to the edge of the SMC side panel 350 and the bolt hole formed in the reinforcing member. Is fastened.

In addition, a three-way valve 570 to which the control unit 500 is connected is provided at the upper portion of the water tank 400, and the three-way valve 570 has a supply pipe 420, an inlet pipe 430, and a turbid water discharge pipe 450. ) Are each connected.

In addition, a drain pipe 410 having a valve 410a is installed through the pad 480 of the concrete material so as to discharge the water on the bottom surface of the water storage tank 400.

In addition, the end of the inlet pipe 430 is further provided with a float valve 435 for adjusting the amount of water stored according to the water level.

Subsequently, the controller 500 includes a controller 550, a turbidity sensor 530, and a timer 510.

On the other hand, one side of the SMC side panel 350 is formed after the gas discharge pipe 650, the pressure control unit 600 is further installed.

The pressure control unit 600, the pressure plate 670 for opening and closing the gas discharge pipe 650 and the arc-shaped support 630 and the spring 633 and the support is formed as a bracket 610 when supporting. .

The operation of the present invention having the above configuration will be described.

2 to 9, when the SMC side panel 350 is connected to the top of the STS side panel 250, the water level of the water stored therein is at least the bottom of the upper tank 310 by the valve valve. It is installed to prevent the STS side panel 250 is exposed to the air to prevent corrosion by chlorine gas.

At this time, the lower tank 210 may be made of a configuration that is assembled to a plurality of STS side panels 250 on the upper and edge of the STS bottom panel 220, may be made of one STS bottom panel made of STS material while being cylindrical good.

And, when the plurality of STS side panels are connected to the STS bottom panel to form the sewage tank as shown in Figures 2 to 5, when completing the lower tank 210 using only one STS bottom panel of the body 8 and 9, the application depends on the amount of water stored in the tank.

In addition, after forming the STS side panel 250 made of an assembly of the unit STS side panel 250 made of STS (STainlessSteel) material having a structure capable of connecting the upper tank, a plurality of SMC (SheetMoldingCompound) material formed thereon. The unit SMC side panel 350 is assembled to form an upper tank 310 to form a water tank 400 to form a closed space by combining the contact surface with each other.

At this time, the STS bottom panel 220 forming the STS lower tank 210 is made of a conventional having a predetermined strength or has a grid-like assembly structure corresponding to the connecting portion to prevent sagging of the connecting portion when a load is applied. Even if there is no separate support made of such a structure, it is possible to install in a flat area.

Each STS panel and each SMC panel are interconnected through a reinforcing member connected to an edge thereof and a bolt hole formed in the reinforcing member, and the STS panel and an SMC panel are also formed through a bolt hole formed in the reinforcing member. Are interconnected.

Subsequently, the upper tank 310 to which the chlorine gas generated in the tank is in contact while being connected to the upper portion of the lower tank 210 is configured to assemble a plurality of unit SMC side panels 350 made of a sheet holding compound (SMC) material. This prevents corrosion by chlorine gas.

In addition, as shown in FIG. 6, a three-way valve 570 is provided at the upper portion of the water tank 400 to which the control unit 500 is connected to inflow water supplied through the supply pipe 420 by the operation of the microcomputer 550. Into the reservoir through the pipe 430 or discharged to the outside through the turbid water discharge pipe 450.

In addition, the operation of the control unit 500 may check the turbidity of the water supplied through the supply pipe 420 by the timer 510 and the turbidity sensor 530 for each unit of time, and then store it in advance in the microcomputer 550. If the turbidity is within the valve 570 to supply water to the open reservoir, and if not satisfied, the valve 570 to be discharged to the open turbid water discharge pipe 450.

On the other hand, as shown in Figure 5 the present invention when the pressure is increased in the water tank 400, such as the generation of chlorine gas, the pressure plate 670 is elastically supported by the spring 633 through the pressure to open the contaminants from the outside Emission of chlorine gas is easy without the input.

As described above, according to the present invention, the existing STS tank prevents the generation of chlorine gas generated by contact with oxygen, thereby preventing corrosion of the tank caused by the generation of chlorine gas, thereby maintaining the cleanliness of the tank at all times.

In addition, it is necessary to reinforce the strength required for the water pressure and load of the existing SMC tank, provided with a base plate having a predetermined strength, a separate foundation having a predetermined structure for assembling the SMC tank is unnecessary, the inflow of water into the tank It completely prevents the input of impurities in the process, and makes it easy to discharge the chlorine gas generated by the use of water to maintain the cleanliness of the tank at all times, and to increase and decrease the capacity of the tank through panel assembly composed of different double material structures. It is hygienic and combines safety and economics.

Claims (12)

It is an assembly structure of one or more STS bottom panels formed of one STS bottom panel made of a cylinder corresponding to the bottom area of a predetermined volume and assembled to the upper surface and the edge thereof, formed to cope with the stress acting on the bottom surface of the lower tank. Consisting of a bottom tank, As a dual material structure of the upper tank made of a plurality of SMC panel assembly structure made of SMC material while being connected to the upper portion of the lower tank, the water surface of the fresh water inside is adjusted to be located in the upper tank, Prefabricated water storage system with a three-way valve, which is controlled by a control unit, and has a different double material structure in which water supplied from a supply pipe is divided into an inflow pipe and a turbid water discharge pipe connected to an upper water tank. delete delete delete The prefabricated water storage system according to claim 1, wherein the water tank further includes a drain pipe for discharging water on the bottom surface of the water tank through the pad. The prefabricated water storage system according to claim 1, wherein the inlet pipe is connected to the flute valve to adjust the amount of fresh water according to the water level. The method of claim 1, wherein the control unit is configured as a microcomputer and a turbidity sensor and a timer in which the prescribed turbidity is input in advance so as to control the three-way valve by measuring the turbidity in units of unit time. Prefabricated Water System The prefabricated water storage system according to claim 1, wherein the upper water tank further forms a gas discharge pipe and further installs a pressure control unit to automatically discharge chlorine gas at a predetermined pressure or more. system The method of claim 8, wherein the pressure control unit, the pressure plate for opening and closing the gas discharge pipe, arc-shaped pillars and springs connected thereto, and the prefabricated structure having a different double material structure, characterized in that made of a bracket for supporting the pillars. Water storage system According to claim 1, wherein the STS bottom panel is mounted on the upper surface of the pad of concrete material, is formed of the same STS material as the lower tank, the edge of the STS side panel is bent to the upper side to be joined or bent continuously to the top and side Prefabricated water storage system having a different double material structure, characterized in that it is selected from the configuration 11. The prefabricated water storage system according to claim 10, wherein the STS bottom panel is provided with a sheet material having a predetermined elasticity on a bottom surface thereof. The prefabricated water storage system according to claim 1, wherein the SMC panel further includes an SMC upper panel formed of a cylinder made of SMC so as to have the same size as the upper surface of the reservoir.

Images