KR100728249B1 - Wall water panel with heat-insulating material - Google Patents

Abstract

A wall water panel having a built-in insulating material is provided to prevent a pipe from being frozen to rupture in the wintertime by placing an insulating material in a buried box fixture, to construct an insulating material and to perform pipe arrangement work easily by making a structure simple and to cut down on construction expenses by connecting cold and hot water pipes effectively with the minimum flow line. The wall water panel having a built-in insulating material for supplying cold and hot water comprises a buried box fixture(10) provided with fastening rings suspended on reinforcing bars formed on a concrete wall, an insulating material(12) attached to the inside to cut off the heat of an external wall and fastening holes(13) formed on each corner, an extension member(20) coupled to the front of the buried box fixture and provided with many coupling holes(21) formed on the inner circumferential surface, many cold and hot water pipe holes(22) formed on the side to penetrate cold and hot water pipes, fastening holes(23) formed on each corner to screw with the fastening holes of the buried box fixture, an inner cover(30) coupled to the front of the extension member and provided with a window(31) formed to open the inside of the extension member, a border(32) projected along the border of the window, many assembly holes(33) formed on the border and coupling holes(34) formed on each corner to screw with the coupling holes of the extension member, and an open cover(40) coupled to the front of the inner cover and provided with a faucet hole(41) formed to the center to couple a faucet and assembly holes(42) formed to screw with the assembly holes of the inner cover.

Description

Faucet with built-in insulation {wall water panel with heat-insulating material}

1 is an exploded perspective view of the present invention.

2 is an explanatory view showing an assembled state of the present invention.

Figure 3 is an explanatory view showing the installation state of the faucet box with a heat insulating material of the present invention.

4 is an explanatory diagram according to an embodiment of the present invention.

5 is an explanatory diagram according to another embodiment of the present invention.

6A and 6B are explanatory diagrams according to still another embodiment of the present invention.

7 is a state diagram used in the present invention.

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

10: landfill box fixed body 11: fastening ring

12: heat insulation material 13: fastener

20: extension member 21: coupling hole

22: cold, hot water pipe 23: fastener

30: inside cover 31: task pane

32: edge portion 33: assembly worker

34: coupling hole 40: open cover

41: Faucet 42: Assemblyman

50: bolt 51: finishing piece

60: faucet 71: cold water pipe

72: hot water pipe 73: T-shaped elbow

80: flexible hose 81: two-hole socket

101: Decorative Material 102: Plaster

103: brick 104,104a: upper and lower outer wall insulation

105: rebar 106: outer wall

The present invention relates to a faucet with a built-in heat insulator, and more particularly, by insulated inside the buried box fixing body installed inside the sidewall concrete to insulate with the outside air, the pipe due to the low temperature of winter The present invention relates to a faucet with a built-in insulation that prevents freezing and condensation, provides a convenient repair environment, and reduces construction costs by connecting cold and hot water pipes with minimal copper wire.

In general, the faucet box is connected to the cold and hot water distributor and the double pipe structure to be installed in the wall of the place of use, such as bathroom, kitchen, boiler room in order to use the cold and hot water supplied from the cold, hot water distributor, the faucet box By connecting the faucet to the user, the user can conveniently use cold and hot water in the right place. The faucet is dismantled and assembled well when the leakage occurs after completing the construction of the building, and is widely used in apartments and general buildings in order to improve the workability and the aesthetics of the building with the excellent functions as described above. have.

Conventional faucet in the case of building or expanding a residential space such as a house, apartment, officetel, hotel, etc., the cold and hot water pipes introduced from the outside is led to a distributor buried in the sink, bottom, built-in cabinet, etc. It is configured to be used for cold and hot water as it is sent to demand places such as boiler rooms.

However, because the existing faucet located on the side wall does not have a heat insulation means from the cold cold outside the building, there was a fear of freezing of the water pipe due to the cold air in winter. In the faucet installed by attaching to the existing side wall having the insulation, a gap was generated between the insulation and the pipe, which required additional insulation treatment, resulting in construction difficulties.

In addition, the existing faucet is not flexible because the pipe formed inside the faucet connecting the cold and hot water pipes with the faucet is not fluid, so when dismantling the faucet during repair, be sure to disassemble the cold, hot water and faucet. Could. As a result, the process of disassembling and recombining the cold and hot water pipes was very inconvenient, as well as time and costly problems.

The present invention has been made in order to solve the conventional problems as described above, to form a heat insulating material in the inside of the box fixed body of the faucet to prevent freezing of the pipe due to the low temperature of the winter, cold, hot water pipe during repair Its purpose is to provide a convenient maintenance environment because it does not need to be dismantled separately, and provides a faucet with a built-in insulation material that can reduce construction costs by connecting cold and hot water pipes with minimal copper wire.

In order to achieve the above object, in the present invention, in the faucet installed in the wall to supply cold and hot water, a fastening ring fastened to the reinforcing bar formed on the concrete wall on the back, and to block the heat of the outer wall therein A buried box fixing body having a heat insulating material attached thereto and a fastening hole formed at each corner thereof; Fastening formed to screw the coupling holes formed on the inner circumferential surface with a plurality of open sides, a plurality of cold and hot water pipes formed to pass the cold and hot water pipes on the side, and fastening holes formed in the buried box fixing body at each corner. An extension member having a ball and coupled to a front surface of the buried box fixing body; The work window for opening the inside of the extension member in the center, the edge portion protruding along the edge of the work window, the assembly holes are formed in a number of the edge portion, and the screw holes corresponding to the coupling holes formed in the extension member at each corner portion An inner cover having a coupling hole formed to be coupled to the front surface of the extension member; Insulating material comprising a faucet formed to be coupled to the faucet in the center, and an open cover coupled to the front of the inner cover having an assembly hole formed so as to screw the corresponding to the assembly hole formed in the inner cover; We want to provide a built-in faucet.

In addition, in the present invention, the extending member is formed in a flexible hose made of a flexible material is rolled round in the shape of the inside, the flexible hose is connected to the cold, hot water pipe passing through the cold, hot water pipe end with a tee elbow And the other end is connected to the faucet, respectively, when the open cover is separated from the inner cover, the flexible hose is provided with a heat insulator, characterized in that the flexible flow out to the outside connected to the cold, hot water pipes. I would like to.

The faucet box with a heat insulating material according to the present invention is inserted into the inside of the buried box fixing body to be installed in the interior of the side wall concrete, fastening the extension member and the inner cover to the buried box fixing body to perform the piping work Finally, the cover is finally covered with an open cover.

Hereinafter, the technical configuration of the present invention according to the accompanying drawings in detail.

As shown in Figures 1 to 7, the faucet with a heat insulator according to the present invention is installed in the faucet installed in the wall to supply cold and hot water, fastening formed to be fastened to the reinforcement formed on the concrete wall on the back A buried box fixing body (10) having a ring (11), a heat insulating material (12) attached and formed to block heat of an outer wall therein, and a fastening hole (13) formed at each corner; A plurality of coupling holes 21 formed on the inner circumferential surface in the open shape on both sides, a plurality of cold and hot water pipes 22 formed to pass through the cold and hot water pipes 71 and 72 on the side, and the landfill at each corner An extension member 20 having a fastening hole 23 so as to be screwed into the fastening hole 13 formed in the box fixing body 10 and fastened to the front surface of the buried box fixing body 10; A work window 31 formed to open the inside of the extension member 20 in the center, a rim portion 32 protruding along the rim of the work window 31, and a plurality of assembly holes formed in the rim portion 32. And a coupling hole 34 formed to correspond to the coupling hole 21 formed in the extension member 20 at each corner portion, and fastened to the front surface of the extension member 20. A cover 30; The inner cover 30 includes a faucet hole 41 formed to couple the faucet 60 to a central portion, and an assembly hole 42 formed to screw in correspondence to the assembly hole 33 formed in the inner cover 30. Open cover 40 is fastened to the front of the); characterized in that consisting of.

Referring to Figures 1 to 4 showing a preferred embodiment of the faucet with a heat insulator of the present invention, the heat insulator 100 with a heat insulating material of the present invention is a concrete formed by reinforcing the steel bar 105 typically The outer wall 106 of the building, the upper and lower outer wall insulation (104, 104a) formed on the front of the outer wall 106 to keep the interior, and formed on the front of the outer wall insulation (104, 104a) Brick 103 is formed of cement on the front surface of the brick 103, the plastering section 102 formed on the inner wall of the building, and formed on the front surface of the plastering section 102 to enhance the beauty of the interior wall of the building It is embedded in the wall which consists of decorative materials 101, such as a tile. The faucet box connects the cold water pipe 71 and the hot water pipe 72 to supply cold and hot water to each place in the building during construction. In addition, the faucet box is already installed in the early stages of construction so that the water pipe is installed in place of the water pipe, and the construction can be effectively performed. In addition, when a leak, such as a freeze or breakdown occurs after the construction is completed, it is configured to easily open and repair the faucet cover on the building wall to loosen the bolt to provide a convenient environment in water pipe management. As shown in FIG. 7, the faucet box 100 having the heat insulating material installed as described above is effectively installed in a bathroom in which the decorative material 101, such as a tile, is formed, and has an advantage of beautiful appearance.

In particular, as shown in FIGS. 1 to 3, in the above configuration, the faucet box 100 in which the present invention heat insulating material is embedded is inserted with the heat insulating material 12 inside the buried box fixing body 10 and the outer wall 106. Insulation between the faucet box is embedded in the concrete wall, and the extension member 20 is fastened to the buried box fixing body 10 to the upper portion of the extension member 20 by the thickness of the upper thickness of the extension member 20 The outer wall insulation material 104 is installed, and the lower outer wall insulation material 104a is installed in the lower portion of the extension member 20 except for the space for installing the pipe, and is cooled between the lower outer wall insulation material 104a and the brick 103. By installing the hot water pipes 71 and 72 pipes, the cold and faucet box 100 and the cold and hot water pipes 71 and 72 of the outer wall 106 are completely separated to maximize the thermal insulation effect, To facilitate.

According to the most prominent feature of the present invention, the buried box fixing body 10 is attached to the heat insulating material 12 therein.

The heat insulator 12 is made of synthetic resin such as polystyrene to block the air and heat inside the faucet from the cold or hot air outside the building, thereby preventing the freezing of water flowing from the cold air into the faucet inside the winter. . In recent years, since the use of environmentally friendly insulating materials is recommended and the use of polystyrene which causes environmental pollution is regulated, the thermal insulator 12 according to the present invention has excellent thermal insulation and thermal insulation, and has no toxicity, so that no harmful gas is emitted. It is preferable to use environmentally friendly EPS (Expanded Poly Styren) which is not harmful to human body and has good airtightness and prevents niche wind.

According to a preferred embodiment of the present invention, the detailed configuration of the faucet with a heat insulating material according to the present invention will be described as follows.

The buried box fixing body 10 is closed on one side to form a closed surface and serves as a housing to protect the faucet from the outside of the building in close contact with the concrete outer wall 106 of the building. Fastening holes 13 are formed at each corner of the buried box fixing body 10 to be fastened to the extension member 20. In addition, in order to further secure the buried box fixing body 10 to the wall, the fastening ring 11 which is fastened to the reinforcing bar 105 forming the frame of the concrete outer wall 106 to the outside of the buried box fixing body 10 To form.

The extension member 20 is fastened to the front surface of the buried box fixing body 10 in the shape of a box having both sides opened. At each corner of the extension member 20, a fastening hole 23 is formed to be fastened to the fastening hole 13 formed in the buried box fixing body 10 by a bolt 50. At this time, the extension member 20 is formed smaller than the size of the buried box fixing body 10 so that the heat insulating material 12 formed inside the buried box fixing body 10 covers the whole of one side of the extension member 20 sufficiently. It is configured so that the cold air on the outer wall of the building can be completely blocked from the faucet. Each side of the extension member 20 is formed with a cold, hot water pipe hole 22 formed so that the cold, hot water pipes 71 and 72 pass through. Through the cold and hot water pipes 22, a plurality of cold and hot water pipes 71 and 72 are connected to each other to connect the faucets located in various places of the building.

As shown in Figure 6a and 6b, the cold and hot water pipe 22 is formed on the left and right side and the upper side, as well as the lower side of the extension member 20 according to the position of the faucet box and the other side battleships. Optionally, the positions of the cold and hot water pipes 71 and 72 can be changed. Therefore, it is possible to supply cold and hot water by installing faucet boxes at various locations of the building, and connect the faucet and faucet or between the distributor and faucet with minimum copper wires, thus minimizing construction cost by effectively using materials. There is an advantage that can be used in various environments.

The inner cover 30 is fastened to the front surface of the extension member 20 as a plate shape having a predetermined thickness. The inner cover 30 is perforated with a coupling hole 34 formed at each corner, and is fastened with a bolt 50 corresponding to the coupling hole 23 formed at each corner of the extension member 20. In addition, the inner cover 30 is a work window 31 is formed in the center. The work window 31 is formed to discharge cold and hot water flowing through the extension member 20 to the faucet 60. When repairing the faucet through the work window 31, it is possible to work by putting the hand into the inside of the faucet, the operator can see the inside of the faucet easily to facilitate the operation and convenient management environment to provide. In addition, the inner cover 30 may be provided with a protruding edge portion 32 to extend and install the faucet box appropriately according to the thickness of the outer wall.

The open cover 40 is fastened to the front surface of the inner cover 30 as a plate shape having a predetermined thickness. Open cover 40 is formed in the perforated assembly holes 42 at each corner. The assembly hole 42 corresponds to the assembly hole 33 formed at each corner of the work window 31. A plurality of bolts 50 are fastened through the assembly holes 42 and 33 so that the open cover 40 covers the work window 31 and is assembled. After fastening the bolt 50, as shown in Figure 5, it is preferable to press and finish the finishing piece 51 for a clean and beautiful appearance.

The open cover 40 is located in the interior of the building faucet 60 is formed so that the faucet 60 can be combined. Since the open cover 40 is located in the interior of the building, it is sufficiently surface treated to emit a proper luster and make the appearance beautiful. The open cover 40 can be easily disassembled by loosening the bolts 50 fastened to the respective edges at the time of repair of the faucet box, and are simply fastened by assembling with the bolts 50 after the repair is completed.

In addition, according to another feature of the present invention, the extension member 20 is rolled in a ring shape inside the flexible hose 80 made of an elastic material is formed, the flexible hose 80 is one end of the cold, The cold and hot water pipes 71 and 72 passing through the hot water pipe 22 are connected to the elbow 73 and the other end is connected to the faucet 60, respectively, and the open cover 40 is the inner cover 30. When separated from the flexible hose 80 is elastically flowed out to the outside in a state connected to the cold, hot water pipes (71) (72).

4 and 5, the cold and hot water pipes 71 and 72 passing through the faucet box are divided into cold water pipes 71 through which cold water flows and hot water pipes 72 through which hot water flows. The cold water pipe (71) and the hot water pipe (72) are each connected with a tee elbow (73) inside the extension member (20), and the flexible hose (80) is connected to the tee elbow (73), respectively, and the flexible The hose 80 is connected to the faucet 60 is formed in a structure for supplying cold, hot water. Both sides of the flexible hose 80 is preferably provided with two diameter sockets 81 to be effectively connected to the tee elbow 73 and the faucet 60.

The flexible hose 80 is formed of a synthetic resin of elastic rubber material is formed so that the shape is freely deformable. In particular, the flexible hose 80 is configured by winding the snake in a round shape. The length of the flexible hose 80 is formed long enough to remain connected to the faucet 60. As the flexible hose 80 is rolled up as described above, the flexible hose 80 loosens the calves and flows out to the outside even after dismantling the bolt 50 and opening the open cover 40 during repair of the faucet. To be able to do things. Therefore, when repairing, there is an advantage that can be repaired and repaired with ease without dismantling the cold, hot water pipes (71) 72 separately.

The configuration and the operating state are described as preferred embodiments of the present invention, and are not limited to the scope of the embodiments. Various configurations can be changed without departing from the spirit of the invention.

As described above, the faucet with a heat insulator according to the present invention forms a heat insulator inside the buried box fixing body of the faucet to prevent the breakage of the cold and hot water pipes caused by the low temperature of the winter to prevent failure , Maximizes insulation effect without gap between concrete outer wall and faucet without gap. Simple structure facilitates construction and piping work, and flexible hose between cold, hot water pipe and faucet. It is not necessary to disassemble the cold and hot water pipe separately during repair work by rolling it roundly, and it is possible to install the faucet in place and effectively connect the cold and hot water pipe with the minimum copper wire to reduce the construction cost. It is a useful invention.

Claims (2)

Fastening ring 11 is fastened to the reinforcement formed in the concrete wall on the back of the faucet installed in the wall to supply cold and hot water, the heat insulating material 12 is attached to block the heat of the outer wall therein, each corner A buried box fixing body 10 having a fastening hole 13 formed therein; A plurality of coupling holes 21 formed on the inner circumferential surface in the open shape on both sides, a plurality of cold and hot water pipes 22 formed to pass through the cold and hot water pipes 71 and 72 on the side, and the landfill at each corner An extension member (20) having a fastening hole (23) formed to screw into a fastening hole (13) formed in the box fixing body (10) and coupled to the front surface of the buried box fixing body (10); A work window 31 for opening the extension member 20 in the center, a rim portion 32 protruding along the rim of the work window 31, and a plurality of assembly holes formed in the rim portion 32 ( 33) and a coupling hole 34 formed at each corner portion to correspond to the coupling hole 21 formed in the extension member 20 so as to be screwed together, and the inner cover coupled to the front surface of the extension member 20. 30; The inner cover 30 includes a faucet hole 41 formed to couple the faucet 60 to a central portion, and an assembly hole 42 formed to screw in correspondence to the assembly hole 33 formed in the inner cover 30. Open cover 40 coupled to the front of the; The extension member 20 has a flexible hose 80 made of a stretchable material is rolled round in an annular shape, and the flexible hose 80 has one end of the cold hose passing through the cold and hot water pipes 22. The hot water pipes 71 and 72 are connected to the elbow 73 and the other end is connected to the faucet 60, respectively, when the open cover 40 is separated from the inner cover 30. ) Is a faucet with a heat insulating material, characterized in that the cold, hot water pipes (71) (72) connected to the outside in a stretched state. delete

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