KR100807145B1 - The structure of the wire type distribution pipe that is easy to branch and join the wall embedded cold and hot water soft pipe. - Google Patents

Abstract

The present invention relates to a structure of a wire-distributing pipe for easy branching and joining of a wall-embedded cold and hot water soft pipe. More specifically, the wire-distributing pipe (1) constituting the present invention is formed into a wire-shaped wire. Easy to pipe the branching and joining of cold and hot water soft pipes (32a) and (32b) to supply cold and hot water by rotating, and to freely adjust the spacing of double pipes for branching. Simple, particularly the rotatable distribution pipe (1) as it is rotatable can be easily piped regardless of the direction to be piped, of the corrugated tubular rectangular double pipe (30) coupled to the lower portion of the wire distribution pipe (1) Cold and hot water soft pipes (32a, 32b) are drawn together inside the piping, cold and hot water soft pipes (32a, 32b) piping work can be easily installed and installed, so it is very effective in terms of time and economics, cold Soft water for hot water The floor or the living room is effective to prevent any gold as (32a) by reducing the number of construction which (32b) is pipe.

Description

Structure of double pipe for easy branching and joining of wall embedded cold and hot water soft pipes {Structure of double pipe for hot or cold water distributting box}

Figure 1 is an exploded perspective view showing a wye distribution pipe of the present invention.

Figure 2 is a partial cross-sectional view showing a combined wye distribution pipe of the present invention.

Figure 3 is a partial cross-sectional view of a state in which the double pipe fitting constituting the present invention is rotated.

Figure 4 is a use state showing a first use example of the present invention.

5 is a use state diagram showing a second use example of the present invention.

Figure 6 is a cross-sectional view showing a conventional faucet connection state.

※ Explanation of code about main part in drawing

1 Wye distribution pipe 3 Wall

4 bottom 5 bricks

6 Faucet enclosure 7 Cold water distribution pipe

8 coil tube 10 bottleneck coupling

11 Bottleneck Coupling Body 12 Bottleneck Rotating Coupling

12a engaging jaw wheel 13a, 13b left and right branch joint

14a, 14b Left and Right Branched Double Pipe 15 Bottle Threaded Nut

18a, 18b Wall Mounting Heads 20 Double End Connections

22 Coupling splice rotating part 22a locking groove

23 circumferential groove 23a locking hole

24 Insertion guide 25 Tension clip ring

30 rectangular double tube 30a, 30b, 30c cylindrical double tube

32a, 32b cold and hot water soft pipe

The present invention relates to a structure of a wire-distributing pipe for easy branching and joining of a wall-filled cold and hot water soft pipe, and more specifically, the wire-distributing pipe of the present invention can be formed at the same time as the wire-shaped distribution pipe. It is easy to install and install cold and hot water soft pipes and cold and hot water faucets for supplying cold and hot water. Especially, as the wire type distribution pipe is rotatable, it can be easily piped regardless of the direction of piping. In addition, the piping work of cold and hot water soft pipes can be easily installed and installed by introducing the cold and hot water soft pipes into the inside of the corrugated pipe-shaped rectangular double pipe which is coupled to the lower part of the wire type distribution pipe. It is effective and prevents cracking of floor or living room floor by reducing the number of pipes for cold and hot water soft pipes. All.

In general, when building or expanding residential spaces such as houses and apartments, cold and hot water pipes introduced from the outside are connected to the cold and hot water faucets of each demand place installed in sinks, toilets, bathrooms, wash basins, etc. through a distributor box. Doing.

Here, looking at the cold and hot water pipes are transferred from the distributor box to each demand destination, the outer surface is curved (aka bellow shape) pipe protection tube, that is, the shape of the cold, hot water pipe (soft tube) passes inside the double pipe, Surrounded by a double pipe, it passes through the floor of the room or living room and is installed as a wall of each customer's destination to connect cold and hot water faucets to supply cold and hot water.

Accordingly, in the conventional faucet connection structure, as shown in FIG. 6, the synthetic resin corrugated pipe 16 is connected to the rear end of the curved or straight tube-shaped cover 1 to be installed in the wall portion 12 by the connecting socket 15. Connect the synthetic resin water pipe 14 to the inside of the cover (1) with a fastening pipe (13) to the rear of the socket fitting pipe (2) inside the cover (1) and the socket fitting pipe (2) and the water pipe ( In the cover of a conventional socket joint tube in which 14) is inserted, an inner spiral portion 3 and a locking jaw 4 are formed on the inner surface of the front portion of the cover 1, and the front head portion of the socket joint tube 2 is formed. (2 ') The outer surface of the cover (1) with the fastening ring screw (6) on the outer surface of the cover (1) so as to hang on the locking jaw (4) of the cover (1) by protruding the locking projection (5') Assemble by fastening with screw type. On one side of the fastening ring screw (6), there is a recess in which a tool insertion groove (7) for screwing is formed, and a faucet having a circular cover (9) on the inner thread (8) of the front inner surface of the socket joint pipe (2) ( 10) by fastening and connecting.

However, the water pipe 14 to which the conventional faucet 10 is configured as described above is to be piped by inserting each water pipe 14 into each corrugated pipe 16 to be piped to each place, the floor of the room or living room The corrugated pipe 16 in which the water pipe 14 installed on the floor is installed is installed a lot, and thus, the work process is long, and a lot of material costs are generated, thereby increasing the construction cost. There was a defect that the floor or living room floor cracked or broken.

Therefore, to solve the above conventional drawbacks, the present invention is to form a wire-type distribution pipe and the rotation at the same time to enable the rotation of the cold and hot water flexible pipe for supplying cold and hot water, and the joint operation It is easy to pipe and freely adjust the spacing of the double pipe for branching, so installation of cold and hot water faucet is easy. Especially, as the wire-type distribution pipe is rotatable, it can be easily piped regardless of the direction to be piped. Cold and hot water soft pipes can be easily installed and installed by connecting the cold and hot water soft pipes into the inside of the corrugated pipe-shaped rectangular double pipe which is coupled to the lower part of the Y-type distribution pipe. Wall-embedded cold and hot to prevent cracking of floor or living room floor by reducing the number of pipes for cold and hot water An object of the present invention is to provide a structure of a wire-distributing pipe that is easy to branch and join in a flexible soft pipe.

The present invention relates to a structure of a wire-distributing pipe for easy branching and consolidation of wall-filled cold and hot water soft pipes, and as shown in FIGS. 1 and 2, the bottleneck coupling unit 10 has a rectangular bottleneck coupling. A spherical body 11 is formed, and a cylindrical bottleneck rotation coupling part 12 is formed at the lower side, and the left and right branch coupling parts 13a and 13b protrude upward from the bottleneck coupling body 11. Is formed, the locking jaw ring (12a) is formed at the lower end of the bottleneck rotary coupling portion (12).

The inside of the bottleneck coupler 10 formed as described above is formed by the left and right branch coupling portion 13a, 13b and the bottleneck rotation coupling portion 12 penetrate each other in three directions.

In this way, the left and right branch coupling portions 13a and 13b formed at the upper portion of the bottleneck coupling unit 10 are coupled to each branch double tube 14a and 14b by the bottleneck coupling nut 15. The bottleneck rotary coupling portion 12 formed at the bottom is coupled to the double tube coupling sphere 20 formed with a coupling sphere rotary coupling portion 22.

The double pipe coupler 20 has a locking groove wheel 22a formed at an inner circumference of a cylindrical coupling hole rotary coupling portion 22 formed at an upper portion thereof, and a circumferential groove 22 having a plurality of locking holes 23a at a middle circumference thereof. ) Is formed, the lower portion of the rectangular double tube 30 is formed in the fitting guide portion 24 formed in a rectangular shape is easy to be fitted into a separate rectangular double tube 30 to the inner side of the fitting guide portion 24 is fitted The tension clip ring 25 is fitted into the circumferential groove 23 to be locked.

The double pipe coupling hole 20 formed as described above has a locking groove wheel 22 a formed at an upper portion of the double pipe coupling hole 20 to a locking jaw wheel 12 a formed at a lower circumference of the cylindrical bottleneck rotation coupling part 12. It is to be rotated by the bottleneck rotary coupling portion 12 and the coupling sphere rotary coupling 22 is free.

Therefore, the heterogeneous distribution pipe 1 composed of the bottleneck coupling unit 10, the branching double tube 14a, 14b, and the double tube coupling unit 20 as described above is a rectangular double tube to the lower portion of the double tube coupling unit 20. 30 is fitted, the cold and hot water soft pipes (32a, 32b) for supplying and distributing cold and hot water into the inside of the rectangular double pipe (30) are simultaneously introduced into the upper portion of the bottleneck coupling port (10) Cold and hot water soft pipes 32a and 32b are branched out to the left and right branching double pipes 14a and 14b through the left and right branching coupling parts 13a and 13b respectively formed in the furnace. Piped.

Hereinafter, the operation and effect of the present invention by taking an example of the use state as shown in the accompanying drawings.

4 is a view showing a state of use showing a first use example of the present invention, which is a pipe state formed in the wall 3 without a faucet, cold and hot water such as a sink faucet, shower faucet, sink faucet, etc. It shows the pipe structure being supplied or distributed at the same time.

As shown in FIG. 4, the rectangular double tube 30 is embedded in the wall 3, and the y-type distribution pipe 1 constituting the present invention is coupled to the upper end of the rectangular double tube 30. The rectangular double tube 30 is fitted into the lower inner portion of the double pipe coupling hole 20 formed at the lower portion of the wire-shaped distribution pipe 1 and fixedly coupled by a separate tension clip ring 25.

At this time, the rectangular double pipe 30 is installed to be coupled to the pipe by rotating the double pipe coupling sphere 20 so that the bending in the direction of the pipe is free to be bent while the bending of the rectangular double pipe 30 naturally.

The lower portion of the double pipe coupling sphere 20 is formed in a rectangular shape to fit the rectangular double tube 30 fitted thereto, but if necessary to form a lower shape of the double pipe coupling sphere 20 in a circular, cylindrical It can also be installed by fitting a double pipe.

In addition, the left and right branched double pipes 14a and 14b coupled to the upper portion of the wire-type distribution pipe 1 by the bottleneck coupling nut 15 are fixed at positions corresponding to the distance between the cold water faucet and the hot water faucet to be installed. It is installed, but the front end of the left and right branch double pipe 30 is coupled to the wall fixing head (18a, 18b), it is installed in the position where the faucet is coupled is later embedded into the wall (3).

The left and right branch pipes 14a and 14b installed in this way are more flexible than conventional PVC pipes so that they are installed without being crushed or broken even when they are caught or hit by obstacles such as rebars installed on the wall 3. It is possible to install while adjusting the gap freely and to protect each of the cold, hot water soft pipes (32a) (32b) drawn into the inside.

Therefore, the wye-type distribution pipe 1, which is configured and installed as described above, is simultaneously introduced with cold and hot water soft pipes 32a and 32b for supplying cold and hot water into the rectangular double pipe 30 coupled to the bottom. And branched by the left and right branch coupling portions 13a and 13b formed in the bottleneck coupler 10, and through the left and right branch pipes 14a and 14b, wall fixing heads 18a and 18b are formed. It is withdrawn to the side.

Thus, by placing concrete or stacking bricks in the state installed between the reinforcing bars before forming the wall (3) with concrete or brick (5) to form a wall (3), cold and hot water soft pipe for supplying cold and hot water ( 32a) and 32b are embedded in the wall 3 in a state surrounded by the rectangular double tube 30 and the left and right branch double tubes 14a and 14b.

As described above, the ends of the cold and hot water soft pipes 32a and 32b, which are installed in the wall 3 and drawn out to the wall fixing heads 18a and 18b, are cold and warm by separate coupling members. A receiving faucet is installed in combination.

Therefore, the pipe structure as described above can be connected to the cold and hot water faucet and the distributor box (not shown), it is possible to pipe the cold, hot water soft pipes (32a, 32b) into a single rectangular double pipe (30) for ease of operation And thereby there is a very large time and economic effect.

Figure 5 shows a use state diagram showing a second use example of the present invention, a pipe formed on the wall-mounted faucet side, showing a piping structure in which only cold water, such as a toilet seat or balcony, is supplied or distributed.

Therefore, as shown in FIG. 5, the power receiving enclosure 6 in which the cold water distribution pipe 7 and the coil pipe 8 are installed is embedded in the wall 3.

As such, the cylindrical double tube 30 in which the cold water soft pipe 32a for supplying cold water is installed is coupled to the lower portion where the faucet housing 6 is embedded. The cylindrical double tube 30b in which the cold water soft tube 32a for dispensing is installed is coupled to the bottom portion 4.

In addition, the bottom portion 4 is provided with a cylindrical double tube 30c incorporating a flexible hot water pipe 32b for supplying and distributing additional hot water.

As such, the cylindrical double tube 30a having the cold water soft tube 32a for supplying and distributing the cold water to the bottom 4 and the cylindrical double tube 30c having the hot water soft tube 32b are arranged side by side. The bottleneck coupling holes 10 coupled to the rectangular double pipe 30 to the double pipe coupling hole 20 in one side and the other end in the state is configured by the coupling bottle coupling nut (15).

At this time, the inside of the rectangular double tube 30 configured to be coupled to one side, the cold, hot water soft pipes (32a) (32b) are installed together and branched by the bottleneck coupling port (10) to the cold water soft pipe (32a) The inner cylindrical double tube 30a is piped to the power receiving enclosure 6 side, and the cylindrical double tube 30c having the hot water soft tube 32b is passed to the other side and is piped.

In addition, the inside of the rectangular double pipe 30 is configured to be coupled to the other side, the cold and hot water soft pipes (32a, 32b) are installed together to be piped to the other faucet enclosure (6), the power receiving enclosure (6) From the cylindrical double pipe (30b) in which the cold water soft pipe (32a) from the inside is piped and coupled to the branch coupling portion (13a) (13b) of the bottleneck coupling port (10) and at the same time passes for the hot water pipe Cylindrical double pipe (30c) incorporating a soft pipe (32b) is coupled to the branch coupling portion (13a) (13b) of the bottleneck coupling sphere 10 is joined by the bottleneck coupling sphere (10) is a rectangular double tube (30) Cold and hot water soft pipes (32a) and (32b) are internally installed inside the pipes to the other receiving body (6).

Therefore, as shown in the example of the above-mentioned use state, the branching pipe 1 is formed into a wale, and the branching and joining piping of the cold and hot water soft pipes 32a and 32b for supplying cold and hot water is easy. The installation and piping of cold and hot water faucet is easy, and in particular, by rotating the double pipe fittings 20 regardless of the direction to be piped as the wire type distribution pipe 1 is rotatable, in the vertical and horizontal directions. Can be piped freely.

As described above, the present invention facilitates the branching and joining operation of the cold and hot water soft pipes for supplying cold and hot water by forming a wire type distribution pipe in a wire type and enabling rotation thereof. The free space adjustment allows easy installation of cold and hot water faucets, and in particular, as the wire-type distribution pipe is rotatable, it can be easily piped regardless of the direction to be piped, and is coupled to the lower portion of the wire-type distribution pipe. Cold and hot water soft pipes can be easily installed and installed by introducing cold and hot water soft pipes into the inside of corrugated rectangular double pipes, which is very effective in terms of time and economics. It is effective in preventing cracking of the floor or living room floor by reducing the number of constructions. It will be large.

Claims (3)

delete delete A rectangular bottleneck coupler body 11 having a left and right branch coupling portion 13a and 13b protruding upward is formed, and a cylindrical bottleneck rotary coupler lower portion of the rectangular bottleneck coupler body 11. 12, the bottleneck coupling unit 10 is formed, and each of the branch pipes 14a and 14b is coupled to the left and right branch coupling portions 13a and 13b by the bottleneck coupling nut 15. The bottleneck rotary coupling portion 12 is a branch of the wall-filled cold, hot water soft pipe is composed of a double pipe coupling sphere (20) formed with a coupling sphere rotary coupling portion 22 is combined with a wye distribution pipe (1) In the structure of the wye distribution pipe that is easy to merge, The lower portion of the bottleneck rotary coupling portion 12 formed in the cylindrical form is formed by coupling the coupling sphere rotary coupling portion 22 formed in a cylindrical, as a locking jaw wheel (12a) formed as a lower end of the bottleneck rotary coupling portion 12 The structure of the wire-type distribution pipe that is easy to branch and merge of the wall-filled cold and hot water soft pipes, characterized in that the engaging groove wheel (22a) formed to the inside of the coupling sphere rotation coupling portion 22 is locked.

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