KR100666614B1 - Construct methode and concrete water tank used to stainless tile - Google Patents

Abstract

A concrete water tank using stainless tiles is provided to prevent the formation of dew by adhering adhesives of stainless tiles closely to an internal wall of a concrete water tank and preventing the transfer of temperature of tap water to the internal wall of the concrete tank and to extend the service life of a concrete water tank by sealing up a gap in the internal wall of a concrete water tank with adhesives. A concrete water tank(10) comprises: a stainless tile(100) provided with adhesives(110) to be attached to an internal wall of the concrete water tank; a spacing jig located on the corner of the stainless tile to keep the interval of the stainless tiles regularly, installed to the internal wall of the concrete water tank and provided with a guide hole penetrated the center of a body located on the corner of the stainless tile and a support member formed to support the body fixed to the internal wall of the concrete water tank through the guide hole; and a fixing member fixing between the spacing jigs to make the adhesives of the stainless tiles attached to the internal wall of the concrete water tank tightly.

Description

Construct methode and concrete water tank used to stainless tile

1 is a cross-sectional view of the line registered concrete tank

2 is a cross-sectional view of the line registered concrete tank

3 is a cutaway perspective view of the concrete tank formed by the present invention

Figure 4 is a cutaway perspective view showing a state of fixing the mesh net on the inner wall surface of the concrete tank according to the present invention

FIG. 5 shows a spacing support jig mounted on an inner wall surface of a concrete tank in which a mesh network is fixed and plastered by FIG. 4.

a is an exploded perspective view of the spacer retaining jig to which the present invention is applied;

b is a rear perspective view showing another embodiment of the space retaining jig.

Figure 6 is a front configuration diagram and a cross-sectional view showing a state in which the gap retaining jig of Figure 5a mounted on the inner wall surface of the concrete tank according to the present invention.

7 is a front configuration diagram and a cross-sectional view showing a state in which the stainless tile is attached to the inner wall surface of the concrete tank seated on the gap holding jig mounted on the inner wall surface of the concrete tank in FIG.

8 is a front configuration diagram and a cross-sectional view showing a state of fixing the stainless tile attached to the inner wall surface of the concrete tank in Figure 7 with a fixing member

9 is a front configuration diagram showing a state in which the finish between the stainless tile attached to the inner wall surface of the concrete tank with a silicon-like finish according to the present invention

10 is a flow chart of the present invention

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

100: stainless tile 110: adhesive

200: spaced holding jig 210: body

220: guide hole 230: support member

300: fixing member

The present invention relates to a concrete water tank, and more particularly, to adhere a stainless tile embedded with an adhesive to the inner wall surface of the concrete tank, the adhesive is firmly adhered to the inner wall surface of the concrete tank to create condensation due to the temperature difference of the tap water It relates to a concrete tank and construction method using a stainless tile that can block the.

In general, the water storage tank stores a certain amount of water so that it can be supplied to buildings that use a lot of living water, such as residential apartments and business buildings, etc., depending on the material, such as stainless panel tank, SMC tank, FRP tank, concrete tank, etc. Classified as

The concrete tank may be finished by injecting concrete into the formwork panel forming the tank on the housing and arranging the surface of the concrete structure inner wall surface with a mortar in the state of being polished with a grinder, and then painting and finishing the epoxy resin thereon.

However, the concrete water tank constructed as described above has inherent risks of microbial growth and environmental hormone detection due to the characteristics of resins, and due to peeling phenomenon, repainting is frequently difficult to maintain and cracking occurs in concrete structures or mortars. If you lost the function of the reservoir and there was a problem that can not be repaired.

In order to solve this problem, the present applicant filed in 2002 Patent No. 9301 and registered and used the internal waterproofing device of the concrete tank as No. 409498.

As shown in FIG. 1, the pre-registered patent includes a plurality of drain grooves 11 for arranging surfaces of waterproof and mortar on the inner wall surface of the concrete structure, guiding condensation check and condensation water to be discharged to the outside, and the drain grooves. After installing the drain pipe 12 for connecting the concrete to the inner wall surface of the structure by fixing the support 13 at a predetermined interval up, down, left and right continuously by welding the stainless panel 14 by concrete Construct a water tank (10).

In addition, as shown in FIG. 2, the storage unit 20 is formed inside the concrete water tank 10 to store leakage, condensation, and infiltration water, which is discharged to the outside by the operation of the water pump 21. It is supposed to be.

However, the above-mentioned patent has the advantage of solving the conventional problems, but the separation distance between the inner wall surface of the structure and the stainless panel is generated to corrode the concrete due to the condensation and infiltration water, after the stainless welding, the front welding portion of the stainless Although it is possible to remove the slog of the stainless steel, the slog of the welded portion of the rear side of the corrosion due to the condensation and infiltration water continues to have a problem of shortening the life of the concrete tank.

In addition, when the concrete tank is formed, a drain pipe for draining condensation and infiltration water must protrude to the outside of the concrete tank, and a process of forming a storage unit for storing condensation and infiltration water is cumbersome, and an underwater pump must be installed in the storage tank. As a result, the manufacturing cost increases due to the increase of parts, thereby lowering economic efficiency.

The present invention is made in view of the above-mentioned conventional defects. The object of the present invention is that the adhesive embedded in the stainless tile is firmly adhered to the inner wall surface of the concrete tank to fix the temperature of the tap water to the inner wall surface of the concrete tank. The present invention provides a concrete water tank and a construction method using stainless tiles that can extend the life of the concrete water tank by not only preventing the formation of condensation but also preventing cracks on the inner wall surface of the concrete water tank, by closing the gap with adhesive.

The present invention for achieving this object,

A stainless tile having an adhesive attached to the inner wall of the concrete tank;

A gap holding jig mounted on an inner wall surface of the concrete tank so as to be positioned at an edge of the stainless tile to maintain a constant gap of the stainless tile;

The stainless tile is disposed between the gap holding jigs so that the adhesive of the stainless tile which is continuously attached to the inner wall of the concrete tank at a predetermined interval by the gap holding jigs is firmly adhered to the inner wall of the concrete tank. It is characterized by consisting of a fixing member for fixing.

Another invention for achieving the above object,

A debris removing step of removing debris formed on the inner wall surface of the concrete tank;

A mortar step of attaching a mesh net to the inner wall surface of the concrete tank from which foreign substances are removed and fixing it with bolts, and then mortaring the cement into the mesh net;

A mounting step of mounting a gap retaining jig from the lower end of the inner wall surface of the concrete tank to the upper side to support the stainless tile attached to the inner wall surface of the concrete tank while maintaining a constant gap;

An attachment step of attaching the stainless tile such that the edge of the stainless tile is located at the inner edge of the spacer supporting jig mounted on the inner wall of the concrete tank;

A fixing step in which an adhesive embedded in the stainless tile attached to the inner wall surface of the concrete tank is firmly adhered to the inner wall surface of the concrete tank and pressurized and fixed by a fixing member to prevent the flow of the stainless tile;

A curing step of curing the input / drying adhesive inside the stainless tile pressurized by the fixing member to solidify the inner wall of the concrete tank to fix the stainless tile;

Separation step of separating the fixing member and the gap retaining jig in the hardened stainless tile

A finishing step of finishing the gap between the stainless tile and the stainless tile with concrete or silicon;

Cleaning the surface of the finished stainless tile is characterized in that consisting of a step of storing water.

Hereinafter, an embodiment of the present invention will be described in detail with reference to the accompanying drawings. 3 is a cutaway perspective view of the concrete tank formed by the present invention.

According to the present invention, a stainless tile (100) having an adhesive (110) embedded therein is attached to an inner wall surface of a concrete water tank (10), and the stainless tile (100) can maintain a constant gap between the stainless tile (100). Located at the corner of the) is a gap holding jig 200 is mounted on the inner wall surface of the concrete tank 10, the stainless tile that is attached to the inner wall surface of the concrete tank 10 continuously up, down, left and right The adhesive 110 of the (100) is composed of a fixing member 300 to be fixed between the interval holding jig 200 to be in close contact with the inner wall surface of the concrete water tank 10, which will be described in more detail as follows. .

The gap holding jig 200 is formed with a guide hole 220 penetrating through the center of the body 210 located at the edge of the stainless tile 100, the concrete tank 10 through the guide hole 220 It is formed of a support member 230 for supporting the body 210 fixed to the inner wall surface of the.

In addition, the fixing pin 240 on one side of the body 210 of the spacing jig 200 may be fixed to the inner wall surface of the concrete tank 10 to support the spacing jig 200.

The gap holding jig 200 uses any one of "b", "ㅗ", and "+" shapes depending on the attachment position of the stainless tile 100.

The following describes the construction process of the present invention configured as described above.

First, when forming a form panel to form a water tank on the enclosure, and when the concrete tank 10, which is cured by injecting concrete into the form panel, is used for a predetermined period of time, for waterproofing attached to the inner wall surface of the concrete tank 10 Remove foreign substances such as paint, water moss, and impurities (ST21), and as shown in Figure 4, the mesh mesh (M) is attached to the inner wall surface of the concrete tank 10 from which the foreign substances are removed and fixed with bolts (B) Plastering the cement into the mesh network (M) in the state (ST22).

Fixing the space maintenance jig 200 from the lower end of the inner wall surface of the concrete tank 10 in which the cement is plastered, which is shown in Figure 5, the space maintenance jig 200 of the concrete tank 10 When installed in the lower end portion of the inner wall surface, the support member 230 of the body 210 of the support member 230 in the state attached to the inner wall surface of the concrete tank (b) of the "b" After coupling to the fixing member 240 is fastened to the inner wall surface of the concrete tank 10 to the support member 230, or as shown in Figure 6, the fixing pin 240 protruding on one side of the body 210 is The body 210 is pressurized to be fixed to the inner wall surface of the concrete tank 10 (ST23).

In the state in which the "ㅗ" -shaped gap retaining jig 200 is fixed by the above method at a position spaced apart by the interval of the stainless tile 100 around the fixed point of the "b" -shaped gap retaining jig 200. Stainless tile with built-in adhesive 110 formed of unit panels of size (units with a ratio of width to length of 1: 1, units of width and height of 1: 2 or units of width and length of 2: 1) As shown in FIG. 7, the " b " and " ㅗ " seats on the inner edge of the gap retaining jig 200, and the corner of the stainless tile 100 seated on the gap retaining jig 200. FIG. After seating the spaced retaining jig 200 of the "+" character, the stainless tile 100 is seated in the up, down, left and right continuously (ST24), and the stainless tile 100 seated on the spaced support jig 200. ), The adhesive 110 is firmly adhered to the inner wall surface of the concrete tank 10, Day 100, the flow as shown in Figure 8 between the cavity-holding jig 200, in order to prevent the, to fix the fixing member (300) (ST25).

The adhesive 110 of the stainless tile 100, which is in close contact with the inner wall surface of the concrete water tank 10 by the fixing member 300, is a semi-finished product building member for surface coating, which is registered in Korean Patent No. 7007277 and registered as No. 287041 in 1997. (Hereinafter referred to as “glue”) was applied, and the adhesion process thereof is described in the registered patent publication, and thus description thereof is omitted.

Adhesive 110 which is in close contact with the inner wall surface of the concrete tank 10 is cured for about 4 days or more (weather is slightly different depending on the weather) by the stainless tile 100 on the inner wall surface of the concrete tank (10) When bonded (ST26), the fixing member 300 and the spacing jig 200 is separated from the inner wall surface of the concrete water tank 10 (ST27), the spacing jig 200 between the separated stainless tile 100 As shown in FIG. 9, after finishing with the adhesive liquid or concrete and silicon (S) of the adhesive 110 (ST28), the interior of the concrete tank 10 to which the stainless tile 100 is bonded is cleaned and For example, tap water can be stored and used (ST29).

As described above, in the present invention, the adhesive embedded in the stainless tile is firmly fixed to the inner wall surface of the concrete tank, so that the temperature of the tap water is not transferred to the inner wall surface of the concrete tank, thereby preventing condensation. When a crack occurs in the inner wall surface of the concrete tank, the adhesive is closed to have the advantage of extending the life of the concrete tank.

Claims (5)

A stainless tile (100) having an adhesive (110) attached thereto to be attached to an inner wall surface of the concrete water tank (10); A gap maintaining jig 200 mounted on an inner wall surface of the concrete water tank 10 to be positioned at an edge of the stainless tile 100 to maintain a constant gap of the stainless tile 100; The adhesive 110 of the stainless tile 100, which is continuously attached to the inner wall surface of the concrete tank 10 at a predetermined interval by the gap holding jig 200, is attached to the inner wall surface of the concrete tank 10. Concrete tank using a stainless tile, characterized in that consisting of a fixing member 300 for fixing the stainless tile 100 between the space maintaining jig 200 to be tightly adhered to the wall surface. The method of claim 1, wherein the gap holding jig 200, A guide hole 220 penetrates through the center of the body 210 positioned at the edge of the stainless tile 100, and the body fixed to the inner wall surface of the concrete water tank 10 through the guide hole 220. Concrete tank using a stainless tile, characterized in that formed by a support member 230 for supporting the 210. The method of claim 1, Concrete tank using a stainless tile, characterized in that the fixing pin 240 is protruded on one side of the body 210 to fix the spacing jig 200 to the inner wall surface of the concrete tank (10). The method according to claim 1 or 2, wherein the gap holding jig 200, Concrete tank using a stainless tile, characterized in that any one of the "b", "ㅗ", "+" shape depending on the attachment position of the stainless tile 100 is attached to the inner wall surface of the concrete tank (10). A debris removing step (ST21) for removing debris formed on the inner wall surface of the concrete tank; A plastering step (ST22) of attaching a mesh net to the inner wall surface of the concrete tank from which foreign substances are removed and fixing it with bolts, and then cementing the mesh net; Mounting step (ST23) for mounting the spacing support jig from the lower end of the inner wall surface of the concrete tank to support while maintaining a constant gap of the stainless tile attached to the inner wall surface of the concrete tank; An attaching step (ST24) of attaching the stainless tile so that the edge of the stainless tile is located at the inner edge of the spacer holding jig mounted on the inner wall of the concrete tank; A fixing step (ST25) for fixing the adhesive built in the stainless tile attached to the inner wall surface of the concrete tank while being firmly adhered to the inner wall surface of the concrete tank by pressing the fixing member to prevent the flow of the stainless tile; Curing step (ST26) for curing the adhesive is put into the interior of the stainless tile to be pressed to the fixing member solidified on the inner wall surface of the concrete tank to fix the stainless tile; Separation step (ST27) for separating the fixing member and the gap retaining jig in the hardened stainless tile A finishing step of finishing the gap between the stainless tile and the stainless tile with concrete and silicon (ST28); Concrete tank construction method using a stainless tile, characterized in that the step of cleaning the surface of the finished stainless tile to store water (ST29).

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