KR100755249B1 - Built-in water service box capable of various sockets and constructing method thereby - Google Patents

Abstract

A concealed type faucet box for housing various pipe sockets and a pipe arrangement method using the concealed type faucet box are provided to increase work efficiency at pipe arrangement work by attaching and detaching pipe sockets to a concealed type faucet box easily and to perform brick construction work easily by arranging two corrugated pipes forward and backward. A concealed type faucet box(10) for housing various pipe sockets contains T-shaped reinforcement hangers(101) formed on the top, many elliptical through holes(102) formed on the side and the bottom, guide rails(103) formed on two sides of the elliptical through hole to couple with pipe sockets having a rectangular guide plate(201) to be detachable, a stopper(104) formed on the rear of the elliptical through hole to fix the rear location of the guide plate, a triangular prism shaped fixture(105) formed on the front of the elliptical through hole to insert from the front, and a discharge hole(106) formed on the side of the fixture and exposed partially after coupling the guide plate. The pipe arrangement method using the concealed type faucet box comprises the steps of: manufacturing a faucet box; manufacturing one or more pipe sockets such as an eccentric circular socket(21) having an eccentric cylinder, a two-opening circular socket(22) having a two-opening cylinder, an elliptical socket(23) having a one-opening ellipse and a Y-shaped socket(24) having two openings diverged from one opening; carrying the faucet box and the pipe socket to a construction field and fixing the faucet box to a reinforcing bar of a concrete retaining wall; removing a protective cap of an elliptical through hole of the faucet box and inserting a guide plate of the pipe socket along a guide rail of the faucet box; inserting two corrugated pipes for cold and hot water to each pipe socket; binding up the corrugated pipes using corrugated a pipe binder(30) or a cable tie(31); forming a wall by placing a concrete retaining wall or piling up bricks to cover up the faucet box and the corrugated pipes; and inserting cold and hot water flexible pipes to the corrugated pipes.

Description

Wall-mounted faucet for accommodating various pipe sockets and pipe construction method using the same {BUILT-IN WATER SERVICE BOX CAPABLE OF VARIOUS SOCKETS AND CONSTRUCTING METHOD THEREBY}

1 is a schematic diagram of a pipe construction method using a conventional faucet box 1

Figure 2 is a schematic diagram of a pipe construction method 2 using a conventional faucet

Figure 3 is an exploded perspective view showing a variety of pipe sockets and the faucet receiving the same according to the present invention

Figure 4 is a left side view showing the faucet box of the present invention is fixed to the concrete retaining wall rebar

5 is a left side view showing a state in which the pipe socket is coupled to the faucet of the present invention.

Figure 6 is a front view showing the faucet box of the present invention is fixed to the concrete retaining wall rebar

Figure 7 is a schematic diagram showing a method for constructing a cold and hot water pipe on the masonry wall using the faucet box of the present invention

Figure 8 is a schematic diagram showing a method for constructing a cold and hot water pipe on the masonry wall using the faucet box of the present invention

9 is a schematic view showing a state in which the faucet box according to the present invention is applied to the cold and hot water distribution box in which the cold, hot water distributor is installed

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

1: wall 1a: masonry

2: rebar 2a: reinforcing bar horizontally

2b: longitudinally reinforced bar 3: corrugated pipe

301a, 301b: cold water corrugated pipe 302a, 302b: hot water corrugated pipe

4: cold and hot water flexible tube 5: bundling line

10: wall mounted faucet 11: faucet for toilet bowl

12: Faucet for washbasin 13: Faucet for bathroom or shower

101: rebar hook 102: oval through hole

103: guide rail 104: stopper

105: fixture 106: discharge groove

107: protective cap 20: socket for piping

21: eccentric round socket 22: two-prong socket

23: oval socket 24: Y-shaped socket

201: guide plate 202: inclined portion

203: guide protrusion 30: corrugated pipe binding port

31: cable tie 40: cold and hot water distributor

S100: faucet manufacturing step S101: socket manufacturing step

S102: Faucet box fixing step S103: Socket coupling step

S104: pipe joining step S105: corrugated pipe binding step

S106: wall formation step S107: soft tube insertion step

The present invention relates to a wall-mounted faucet for accommodating a variety of pipe sockets and a pipe construction method using the same. More specifically, the pipes can be easily attached and detached from the side and bottom of the wall-embedded open faucet. The work efficiency is more improved, and in particular, the double corrugated pipes can be arranged back and forth to facilitate brickwork, and the horizontal wall in the middle of the wall can be removed or drastically reduced. The present invention relates to a wall-mounted faucet for accommodating various pipe sockets for improving the compressive strength to a design value, and a pipe construction method using the same.

In general, in the case of new construction or extension of residential spaces such as houses, apartments, officetels, hotels, etc., the cold and hot water flexible pipes introduced from the outside are guided by a distributor installed in a sink, a built-in cabinet, a dressing room, and the like. The hot and cold water can be used to be sent to each user's place such as toilet, bathroom, boiler room, utility room, laundry room, and auxiliary kitchen.

Here, looking at the cold and hot water pipes to be transferred to each demand from the indweller, the outer surface is a double pipe structure in which the soft pipe for the hot and hot water flow path is inserted into the inside of the curved protective corrugated pipe (Cavara-shaped CD pipe, Corrugated duct), flooring, living room, kitchen It passes through the floor and goes to the toilet, bathroom, laundry room, and multipurpose room, and connects the connecting pipes from the respective faucet boxes installed at each user's place, and distributes the hot and cold water pipes to the bathtub, the basin, and the toilet to supply the cold and hot water.

In the existing double pipe floor laying method, each faucet is interconnected with each other, but each cold and hot water pipe must be installed inside the faucet box during construction, so there are many problems in plumbing work and maintenance of the pipe, and it is easy to replace and renovate the old pipe after work. For example, if the hot and cold water pipe breaks or the pipe leaks during use, the joint connection of the hot and cold water pipe buried in the wall has to be repaired inside the narrow faucet box. Recently renovated wall-mounting construction method has been actively developed.

The first method as shown in Figure 1 of the conventional cold and hot water pipe construction method using the wall-mounted open faucet 50, cold water corrugated pipe (301a, 301b) and hot water corrugated pipe on the bottom of the fixed faucet 50 It is arranged to cross the (302a, 302b), it is installed in order to connect to the faucet box 51, the washbasin faucet 52 and the tub or shower faucet 53 for the toilet.

However, as shown in FIG. 1, since the cold and hot water corrugated pipes 301a, 301a, 301b and 302b occupy the bottom of the faucet box 50, bricks cannot be deposited on the bottom of the faucet box 50. Even if it is filled with mortar, the strength of the wall 1 against the vertical compressive load applied on the upper part of the faucet box 50 is very weak so that the faucet box 50 falls down or, in the worst case, the wall 1 collapses. There was a problem.

In addition, the second method of the conventional cold and hot water piping construction using the wall-mounted open faucet 50 is cold water and hot water corrugated pipes introduced into one side of the fixed toilet faucet 51 as shown in Figure 2 (301a, 302a) is coupled to the other side is discharged cold water and hot water corrugated pipes (301b, 302b) is coupled to one side of the faucet 52 for the washbasin and connected to the faucet 53 for the bathtub and shower in the same way It is arranged to be.

However, the cold water and hot water corrugated pipes 301a, 302a, 301b, 302b are arranged up and down wide on both sides of the faucet box 50, so that when the brick is laid, the wall 1 is transversely transversely crosswise. The hollow is inevitably formed, and even if it is filled with mortar, there is a problem that the strength is less than the vertical compressive strength at the time of the initial design, there was a problem that it is very difficult to masonry itself.

The problem of the conventional pipe construction method of FIGS. 1 and 2 is not limited to brick masonry, and even in the case of concrete retaining wall, in case of FIG. 1, it is difficult to introduce sufficient concrete to the lower part of the faucet box 50. ) Becomes weak, and in the case of Figure 2 cold water and hot water corrugated pipes (301a, 302a, 301b, 302b) located on both sides of the faucet is arranged up and down wide, so that the concrete is not easy to enter due to the occurrence of voids There is a possibility that transversal breakage may occur, which is very problematic.

In addition, as shown in FIGS. 1 and 2, both the cold water and the hot water corrugated pipes 301a and 302a are introduced or discharged in the toilet box 51 that does not require hot water, thereby causing waste of materials and complicated construction work. .

The present invention is devised to solve the conventional problems as described above, the pipe work efficiency is further improved by the structure of easily attaching and detaching the various pipe sockets on the side and bottom of the wall-mounted open faucet, especially when double piping Two corrugated pipes can be arranged before and after, making brick masonry easy, and various pipes for improving the vertical compressive strength of concrete retaining wall or brick-coated wall after design by eliminating or greatly reducing the horizontal pipe in the middle of the wall. An object of the present invention is to provide a wall-mounted faucet receiving a socket and a pipe construction method using the same.

"형상의 고정구(105)가 타원형관통공(102)의 전방에 형성되며, 상기 가이드플레이트(201)가 결합된 후 일부가 노출되는 배출홈(106)이 고정구(105)의 측방에 형성;되는 다양한 배관용 소켓을 수용하는 벽체매립형 수전함을 제공함에 그 목적이 달성된다.In the present invention for achieving the above object, in the faucet of the rectangular parallelepiped having a front opening, the "T" -shaped reinforcing hook 101 is formed on the upper surface, a plurality of ovals on the side and bottom of the faucet box 10 The through hole 102 is formed long in the front and rear direction, the guide rail 103 is formed on both sides of the elliptical through hole 102, and has a rectangular guide plate 201 corresponding to the guide rail 103. Pipe socket 20 is detachably coupled, a stopper 104 for fixing the rear position of the guide plate 201 inserted from the front is formed in the rear of the elliptical through hole 102, the insertion from the front Easy but prevents forward emissions "

"Shape fixture 105 is formed in front of the elliptical through hole 102, the discharge groove 106 is exposed to the side portion of the fixture 105 is exposed after the guide plate 201 is coupled; The object is achieved by providing a wall-mounted faucet containing a variety of plumbing sockets.

The guide plate 201 may include: an inclined portion 202 chamfered at an edge of the inserted end portion at a predetermined angle, and cut at a predetermined angle so that the thickness of the chamfered portion becomes thinner toward the end portion; It is preferred to include a; guide protrusions 203 formed in both longitudinal directions at the edges of each other to reinforce the binding with the guide rails 103.

In addition, the pipe socket 20 is an eccentric round socket 21, a two-pronged socket 22, an elliptical socket 23, and a Y-shaped protruding and formed in a direction perpendicular to the guide plate 201. It is preferred that one or two or more of the sockets 24 be.

In addition, in order to bind the two corrugated pipe (3) coupled to the pipe socket 20 has a "∞" shape with cutouts on both sides, the diameter of the inner peripheral surface corresponds to the diameter of the recess of the corrugated pipe (3), The thickness of the inner circumferential surface preferably includes a corrugated pipe engagement port 30 formed to correspond to the corrugated thickness of the corrugated pipe 3.

In addition, the wall-mounted faucet box 10 is preferably cold and hot water distribution in which the cold, hot water distributor 40 is built.

"형상의 고정구(105)가 타원형관통공(102)의 전방에 형성되며, 상기 가이드플레이트(201)가 결합된 후 일부가 노출되는 배출홈(106)이 고정구(105)의 측방에 형성되는 수전함을 제조하는 수전함제작단계(S100)와; 상기 가이드플레이트(201)의 직각방향으로 돌출 및 관통되어 형성되는 소켓의 형상을 편심된 원통을 갖는 편심원형 소켓(21)과, 2구원통을 갖는 2구원형 소켓(22)과, 1구 타원형을 갖는 타원형 소켓(23), 및 1구에서 분기되어 2구가 되는 Y형 소켓(24) 중 어느 하나 또는 둘 이상의 배관용 소켓(20)을 필요에 따라 제조하는 소켓제작단계(S101)와; 상기 제조된 수전함(10) 및 배관용 소켓(20)을 현장으로 운반하고, 수전함(10)을 콘크리트 옹벽 철근(2)에 철근걸이구(101)를 이용하거나 또는 조적벽(1a)의 해당위치에 고정시키는 수전함고정단계(S102)와; 상기 고정된 수전함(10)의 저면 또는 측면에 형성된 타원형관통공(102)의 보호캡(107)을 눌러 제거하고, 필요로 하는 배관용 소켓(20)의 가이드플레이트(201)를 수전함(10)의 가이드레일(103)을 따라 삽입시키는 소켓결합단계(S103)와; 상기 결합된 다수의 배관용 소켓(20)에 주름관(3)을 각각 삽입하여 배관하되, 냉,온수 배관용으로 2개의 주름관(3)을 배관시 수전함(10)의 하부에 2구원형 소켓(22) 또는 Y형 소켓(24)을 사용하여 2개의 주름관(3)을 전후로 배열하는 배관결합단계(S104)와; 상기 냉,온수 배관용 2개의 주름관(3)이 함께 배관 되는 부분에는 소정간격으로 다수의 주름관결속구(30) 또는 케이블타이(31)를 사용하여 결속하는 주름관결속단계(S105)와; 상기 수전함(10)과 주름관(3)을 둘러싸도록 콘크리트 옹벽 타설 또는 벽돌을 조적하여 벽체(1)를 형성하는 벽체형성단계(S106)와; 상기 벽체(1)가 완성된 후, 냉온수연질관(4)을 주름관(3)에 삽입하여 이중배관하는 연질관삽입단계(S107);를 포함하는 다양한 배관용 소켓을 수용하는 벽체매립형 수전함을 이용한 배관시공방법을 제공함에 그 목적이 달성된다.The present invention for achieving the above object is a "T" shaped reinforcing bar hanger 101 is formed on the upper surface of the receiving box 10 of the rectangular parallelepiped having a front opening, a plurality of elliptical through-holes 102 on the side and bottom It is formed long in the front and rear direction, the guide rail 103 is formed on both sides of the elliptical through hole 102, the pipe socket 20 having a rectangular guide plate 201 corresponding to the guide rail 103 ) Is detachably coupled, the stopper 104 is fixed to the rear of the elliptical through hole 102 to fix the rear position of the guide plate 201 inserted from the front, easy to insert from the front, but the front discharge To prevent "

"Shaped fixture 105 is formed in front of the elliptical through hole 102, the number of the discharge groove 106 is exposed to the side of the fixture 105 is exposed partly after the guide plate 201 is coupled A faucet manufacturing step (S100) for manufacturing a battleship, an eccentric round-shaped socket 21 having an eccentric cylinder in the shape of the socket formed by protruding and penetrating in the orthogonal direction of the guide plate 201, and two-cylinder One or two or more pipe sockets 20 of the two-membered socket 22 having the two-hole socket, the elliptical socket 23 having the one-hole ellipse, and the Y-shaped socket 24 branched from the one-hole to the two-hole; Socket manufacturing step (S101) to manufacture as needed; transport the manufactured faucet box 10 and the pipe socket 20 to the site, and the receptacle box 10 to the concrete retaining wall reinforcement (2) A faucet box fixing step (S102) for using the 101 or fixing it at a corresponding position of the masonry wall 1a; Press and remove the protective cap 107 of the elliptical through hole 102 formed on the bottom or side of the box 10, and guide the guide plate 201 of the required socket 20 for pipes 10 of the receiving box 10 The socket coupling step (S103) for inserting along the rail 103 and the corrugated pipe (3) is inserted into each of the plurality of pipe sockets 20 coupled to each other, but the two corrugated pipes (3) for cold and hot water piping ) Pipe piping step (S104) of arranging two corrugated pipes 3 back and forth using a two-circular socket 22 or a Y-shaped socket 24 in the lower part of the faucet box 10; Two corrugated pipes (3) for hot water pipes are piped together at a predetermined interval by using a plurality of corrugated pipe fastening holes 30 or cable ties 31 to corrugate pipe binding step (S105); Wall forming step (S106) to form a wall (1) by placing concrete retaining wall pour or brick so as to surround the corrugated pipe (3); After the wall (1) is completed, the cold and hot water soft pipe (4) is inserted into the corrugated pipe (3), the flexible pipe inserting step (S107) for double piping; The object is achieved by providing a pipe construction method.

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

First, Figure 3 is an exploded perspective view showing a variety of pipe sockets and a faucet for accommodating the present invention, Figure 4 is a left side view showing a state in which the faucet of the present invention is fixed to the concrete retaining wall reinforcement, Figure 5 Figure 6 is a left side view showing a state in which the socket for the pipe is coupled to the faucet of the present invention, Figure 6 is a front view showing a state that the faucet box of the present invention is fixed to the concrete retaining wall reinforcement, Figure 7 and Figure 8 of the present invention Figure 1 is a schematic diagram showing a method for constructing the cold and hot water pipes on the masonry wall using the faucet box, Figure 9 is a schematic diagram showing a state in which the faucet box according to the present invention is applied to the cold and hot water distributor in which the cold, hot water distributor.

"형상의 고정구(105)가 타원형관통공(102)의 전방에 형성되며, 상기 가이드플레이트(201)가 결합된 후 일부가 노출되는 배출홈(106)이 고정구(105)의 측방에 형성;된다.Wall-mounted faucet 10 of the present invention is formed on the upper surface of the rectangular parallelepiped faucet box having a front opening "T" shaped reinforcing hook 101, a plurality of side and bottom of the faucet 10 The elliptical through hole 102 is formed long in the front and rear direction, the guide rail 103 is formed on both sides of the elliptical through hole 102, the rectangular guide plate 201 corresponding to the guide rail 103 Pipe socket 20 having a removable is coupled to, the stopper 104 for fixing the rear position of the guide plate 201 inserted from the front is formed in the rear of the elliptical through hole 102, from the front Easy to insert but prevents forward ejection

"Shaped fastener 105 is formed in front of the elliptical through hole 102, the discharge groove 106 is exposed to the side after the guide plate 201 is coupled is formed on the side of the fastener 105; .

The guide plate 201 may include: an inclined portion 202 chamfered at an edge of the inserted end portion at a predetermined angle, and cut at a predetermined angle so that the thickness of the chamfered portion becomes thinner toward the end portion; And a guide protrusion 203 formed in the longitudinal direction at both sides of the edge in order to strengthen the binding with the guide rail 103.

In addition, the pipe socket 20 is an eccentric round-shaped socket 21 having a cylinder eccentric in the shape of the socket formed by protruding and penetrating in the orthogonal direction of the guide plate 201, and two having a two-cylinder cylinder A salvage-type socket 22, an elliptical socket 23 having a one-hole ellipse, and a Y-shaped socket 24 branched from one hole to two holes are selectively used.

In addition, it has a "∞" shape having incisions on both sides, the diameter of the inner circumferential surface corresponds to the diameter of the concave portion of the corrugated pipe 3, the thickness of the inner circumferential surface is formed to correspond to the wrinkle thickness of the corrugated pipe (3) 30) to bind the two corrugated pipe (3) coupled to the pipe socket (20). Of course, it is also possible to bind the two corrugated pipes 3 using conventional articles such as cable ties 31.

Hereinafter, the present invention will be described in detail through preferred embodiments. However, the present embodiments should be understood to explain the present invention in a better understanding, and should not be construed as limiting the present invention thereto.

Example 1

The method of constructing the pipe using the faucet box 10 of the present invention is a faucet box manufacturing step (S100) and socket production step (S101) and the faucet box fixing step (S102) and socket coupling step (S103) and corrugated pipe binding step And a wall forming step S106 and a soft tube inserting step S107.

"형상의 고정구(105)가 타원형관통공(102)의 전방에 형성되며, 상기 가이드플레이트(201)가 결합된 후 일부가 노출되는 배출홈(106)이 고정구(105)의 측방에 형성되 는 수전함을 제조하는 단계이다.First, the faucet manufacturing step (S100) is a "T" shaped reinforcing hook 101 is formed on the upper surface of the faucet box 10 of the rectangular parallelepiped having a front opening, a plurality of elliptical through holes 102 on the side and bottom ) Is formed long in the front and rear direction, the guide rail 103 is formed on both sides of the elliptical through hole 102, the pipe socket having a rectangular guide plate 201 corresponding to the guide rail 103 ( 20 is detachably coupled, a stopper 104 is fixed to the rear of the elliptical through hole 102 to fix the rear position of the guide plate 201 inserted from the front, easy to insert from the front, but the front discharge To prevent "

"Shaped fixture 105 is formed in front of the elliptical through hole 102, the discharge groove 106 is exposed to the part after the guide plate 201 is coupled to the number formed on the side of the fixture 105 This is the step of making a battleship.

Next, the socket manufacturing step (S101) is an eccentric round-shaped socket 21 having an eccentric cylindrical shape of the socket formed by protruding and penetrating in the orthogonal direction of the guide plate 201, and a two-membered cylinder having a two-cylinder cylinder. Any one or two or more pipe sockets 20 of the socket-shaped socket 22, the elliptical socket 23 having a one-hole ellipse, and the Y-shaped socket 24 branched from one hole to two holes may be used. Manufacturing step.

Next, the faucet box fixing step (S102) carries the manufactured faucet box 10 and the pipe socket 20 to the site, and the faucet box 10 to the concrete retaining wall reinforcing bar (2) reinforcing hooks 101 ) Or fixing to the corresponding position of the masonry wall (1a).

The "T" shaped rebar hanger 101 formed on the upper surface of the faucet box 10 is used when installed on a concrete retaining wall, and is fixed by hanging reinforcing bars 2a which are selectively horizontally arranged on one of the lower sides of the T-shape. Let's do it.

Next, the socket coupling step (S103) is removed by pressing the protective cap 107 of the elliptical through hole 102 formed on the bottom or side of the fixed faucet box 10, the pipe socket 20 required The guide plate 201 is inserted along the guide rail 103 of the receiving box 10.

As shown in FIG. 5, the guide plate 201 of the pipe socket 20 chamfers the edge of the inserted end at a predetermined angle, and the incline is cut at a predetermined angle so that the thickness of the chamfered portion becomes thinner toward the end. It is easy to insert into the guide rail 103 by forming a portion 202, the guide projections 203 formed in the longitudinal direction at both edges to strengthen the binding with the guide rail 103; forming a guide plate ( When the guide 201 is inserted along the guide rail 103, only the guide protrusion 203 is linearly contacted with the inside of the guide rail 103 so as to slide out. The guide plate 201 inserted while gently pressing the front fixture 105 is stopped while being caught by the stopper 104 located at the rear, and is caught while passing over the fixture 105 positioned at the front, and is not fixed to the front and rear sides. It becomes a state.

In this case, when the front and rear sides of the pipe socket 20 to be coupled to each other need to be separated, a portion of the front of the guide plate 201 is exposed to the discharge groove 106, which is inserted using a screwdriver or the like. After lifting, the front of the guide plate 201 is slightly raised, and when it is pushed to the front side with the other hand, the guide plate 201 is easily discharged forward beyond the fixture 105.

In addition, when the wall 1 is a concrete retaining wall, the horizontally reinforcement 2a and the longitudinally reinforcement 2b are bundled by the binding line 5 and are in close contact with each other. Therefore, the position of the reinforcing bars (2b) vertically reinforced with respect to the position of the "T" -shaped rebar hanger 101 caught in the horizontally rebar (2a) is determined, the pipe on the side of the faucet 10 In this case, when the pipe socket 20 is coupled, an eccentric round socket 21 can be used as shown in FIG. 4 so as to avoid the longitudinally reinforcing bars 2b.

Next, the pipe coupling step (S104) is to be piped by inserting the corrugated pipe (3) to each of the plurality of pipe sockets 20 coupled to each other, while receiving the two corrugated pipe (3) for piping for cold and hot water pipes It is a step of arranging two corrugated pipes 3 back and forth using a two-pronged socket 22 or a Y-shaped socket 24 at the bottom of (10).

As shown in FIGS. 7 to 8, only the cold water corrugated pipe 301a is connected to the toilet bowl 11 for the toilet bowl, and the cold water corrugated pipe 302a is skipped for cold water to the next vanity faucet 10. It was arranged to be drawn in together with the corrugated pipe 301b.

The pipe socket 20 coupled to the bottom or side of the faucet 11 for toilets is an eccentric round socket 21, and the pipe socket 20 coupled to the bottom of the faucet 12 for a washbasin is two-way. By using the type socket 22 or the Y type socket 24, the cold corrugated pipe 302a directly connected to the cold water pipe 301b via the faucet box 11 can be combined at the same time. At this time, the cold and hot corrugated pipes 301a and 302a are not arranged in the left and right directions, but are arranged in the front and rear directions so that not only bricks can be formed on the bottom of the faucet 10 but also concrete can be injected even when the concrete retaining wall is vertical. It is possible to prevent the decrease in strength against the compressive load.

Next, the corrugated pipe binding step (S105) is to bind by using a plurality of corrugated pipe ties 30 or cable ties at predetermined intervals in the portion where the two corrugated pipes 3 for cold and hot water pipes are piped together. Step.

The corrugated pipe binding port 30 is manufactured in a "∞" shape having incisions on both sides, the diameter of the inner peripheral surface of the "∞" shape corresponds to the diameter of the recess of the corrugated pipe (3), the thickness of the inner peripheral surface corrugated pipe (3) By pressing so as to press the corrugated pipe (3) to the corrugated pipe binding port (30) by manufacturing to correspond to the wrinkle thickness of the corrugated pipe (30) is inserted into the corrugated pipe binding port (30). In addition, the position of the cutout may be formed at both ends or the front and rear sides.

The reason why the two corrugated pipes 3 are connected to each other using the corrugated pipe fastening holes 30 or the cable tie 31 is to minimize the space occupied by masonry or concrete retaining wall at the same time as the pipe is arranged. For sake.

Next, the wall forming step (S106) is a step of forming a wall (1) by placing concrete retaining wall pour or brick to surround the faucet box 10 and the corrugated pipe (3). The pipe is well-organized and there is a space for masonry on the bottom of the faucet box 10, so that more faithful bundling is possible, so that the vertical compressive strength can form a strong wall close to the initial design.

Of course, when the concrete retaining wall is placed, there is concrete to support the lower portion of the receiving box 10 and the space into which concrete will be introduced, thereby forming a more durable wall.

Next, the soft pipe inserting step (S107) is a step of inserting the cold and hot water soft pipe (4) into the corrugated pipe (3) and the double pipe after the wall (1) is completed. This completes the piping construction.

Example 2

The wall recessed faucet 10 may be applied to a wall-embedded cold and hot water distributor in which a cold and hot water distributor 40 for distributing to each place that requires cold water and hot water, such as a kitchen, a toilet, a porch.

Looking at this, as shown in Figure 9 to the cold and hot water distribution in the cold water distributor and the hot water exhaust by varying the height and insulated back and forth. In other words, the cold water distributor is low in height and installed in the front, the hot water distributor is high in height and installed in the rear, the double pipes (wrinkle pipe, cold and hot water soft pipe) connected to each other from the bottom by the cold and hot water distributor is arranged in front and rear easily pipe This becomes possible, and the pipe work efficiency is further improved by having a structure in which various pipe sockets can be easily attached and detached.

Of course, through this structure as in Example 1, there is a portion where the brick masonry and the concrete retaining wall is installed on the bottom surface to enable a robust piping construction having a reaction force to support the vertical compression load.

The present invention is not limited to the above-described specific preferred embodiments, and various modifications can be made by any person having ordinary skill in the art without departing from the gist of the present invention claimed in the claims. Of course, such changes will fall within the scope of the claims.

    The effects of the present invention that can be expected by the configuration and action as described above are as follows.

It is easy to attach and detach various pipe sockets on the side and bottom of the wall-mounted open faucet, which improves the piping work efficiency.In particular, the double corrugated pipes can be arranged back and forth to facilitate brick masonry work. It is possible to provide a wall-mounted faucet for accommodating a variety of pipe sockets to improve the vertical compressive strength of concrete retaining walls or brick-coated walls after design by eliminating or greatly reducing the horizontal piping of the pipe. It is a very useful invention that can be.

Claims (6)

In a rectangular parallelepiped faucet having a front opening, "T" shaped rebar hanger 101 is formed on the upper surface, a plurality of elliptical through-holes 102 are formed long in the front and rear direction on the side and bottom of the faucet box 10, the elliptical through-hole 102 Guide rails 103 are formed at both sides of the guide rail, and the pipe socket 20 having a rectangular guide plate 201 corresponding to the guide rail 103 is detachably coupled to the guide plate inserted from the front. A stopper 104 for fixing the rear position of the 201 is formed at the rear of the elliptical through hole 102, and is easy to insert from the front but prevents forward discharge.

"Shape fixture 105 is formed in front of the elliptical through hole 102, the discharge groove 106 is exposed to the side portion of the fixture 105 is exposed after the guide plate 201 is coupled; Wall-mounted faucet containing a variety of pipe sockets, characterized in that. The method of claim 1, wherein the guide plate 201, An inclined portion 202 chamfered at an edge of the inserted end at a predetermined angle, and cut at a predetermined angle so that the thickness of the chamfered portion becomes thinner toward the end; And a guide protrusion (203) formed longitudinally at both edges of the guide rail (103) to strengthen binding with the guide rail (103). The method according to claim 1 or 2, The pipe socket 20, Any one or two or more of the eccentric round socket 21, the two-pronged socket 22, the elliptical socket 23 and the Y-shaped socket 24 formed to protrude and penetrate in the perpendicular direction of the guide plate 201 Wall-mounted faucet that accommodates a variety of plumbing sockets. The method according to claim 1 or 2, In order to bind the two corrugated pipes (3) coupled to the pipe socket 20 has a "∞" shape having cutouts on both sides, the diameter of the inner circumference corresponds to the diameter of the recess of the corrugation pipe (3), The wall-mounted faucet for accommodating a variety of pipe sockets, characterized in that it comprises a corrugated pipe fastening port 30 is formed so as to correspond to the corrugated thickness of the corrugated pipe (3). The method according to claim 1 or 2, The wall-filled faucet 10 is a wall-mounted faucet for accommodating a variety of sockets for piping, characterized in that the cold and hot water distribution box in which the cold, hot water distributor 40 is built. "T" shaped reinforcing bar hanger 101 is formed on the upper surface of the rectangular box 10 having a front opening, and a plurality of elliptical through-holes 102 are formed long in the front and rear directions on the side and the bottom, Guide rails 103 are formed at both sides of the through hole 102, and the pipe socket 20 having a rectangular guide plate 201 corresponding to the guide rails 103 is detachably coupled thereto, A stopper 104 for fixing the rear position of the guide plate 201 inserted is formed at the rear of the elliptical through hole 102, and is easily inserted from the front but prevents the front discharge.

"Shaped fixture 105 is formed in front of the elliptical through hole 102, the number of the discharge groove 106 is exposed to the side of the fixture 105 is exposed partly after the guide plate 201 is coupled Faucet manufacturing step (S100) for producing a battleship; An eccentric round socket 21 having an eccentric cylinder, a two round cylindrical socket 22 having a two-cylinder cylinder, and a one-hole ellipse in the shape of the socket formed by protruding and penetrating in the perpendicular direction of the guide plate 201. An oval socket 23 having a socket, and a socket manufacturing step S101 of manufacturing any one or two or more pipe sockets 20 of the Y-type socket 24 branched from one hole to two holes; The manufactured faucet box 10 and the pipe socket 20 are transported to the site, and the faucet box 10 is used on the concrete retaining wall reinforcing bar 2 using the reinforcing hooks 101 or corresponding to the masonry wall 1a. A faucet box fixing step (S102) fixed at a position; Press and remove the protective cap 107 of the elliptical through hole 102 formed on the bottom or side of the fixed faucet box 10, and receives the guide plate 201 of the required socket 20 for piping ( Socket coupling step (S103) for inserting along the guide rail 103 of 10); The corrugated pipe 3 is inserted into each of the plurality of pipe sockets 20 coupled to each other, but the two-circular socket is formed at the bottom of the faucet box 10 when the two corrugated pipes 3 are piped for cold and hot water pipes. (22) or the pipe coupling step (S104) of arranging the two corrugated pipes 3 back and forth using the Y-type socket 24; The corrugated pipe joint step (S105) of binding the two corrugated pipes (3) for cold and hot water pipes together using a plurality of corrugated pipe fastening holes 30 or cable ties 31 at predetermined intervals; A wall forming step (S106) of forming a wall (1) by placing concrete retaining wall placing or brick so as to surround the faucet box (10) and the corrugated pipe (3); After the wall (1) is completed, a soft pipe inserting step (S107) for inserting the cold and hot water soft pipe (4) into the corrugated pipe (3) and the double pipe (S107); Pipe construction method using embedded faucet.

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