KR20110029289A

KR20110029289A - Pipe assembly with exposed pipes structure

Info

Publication number: KR20110029289A
Application number: KR1020090086907A
Authority: KR
Inventors: 김영협
Original assignee: 김영협
Priority date: 2009-09-15
Filing date: 2009-09-15
Publication date: 2011-03-23

Abstract

There is disclosed a pipe exposing type pipe assembly provided with an oxygen supply device which is very easy to replace a pipe and adjust a height of, for example, a washbasin, and is also very advantageous for skin care. The pipe assembly of the exposed pipe type is part or all of the rear part is embedded in the wall and a part of the lower part is embedded in the bottom of the space to be installed, at least one or more pipe connection hole is formed in the side to be embedded, the shape of the side cross section Wall-side buried frame having a generally "L" shape; And it is fitted to the wall-side buried frame, a portion of the front is open, the drain hole is formed below, at least one pipe connection hole is formed at a position corresponding to the pipe connection hole of the wall-side buried frame It includes; a rear side of the tubing box and the support provided in the tubing box for supporting and fixing the rear of the wash basin.

Landfill, Plumbing, Exposed Tubing

Description

Pipe assembly with exposed pipes structure for easy pipe replacement

The present invention relates to a pipe assembly of the pipe exposed type provided with an oxygen supply device which is easy to replace the pipe and is also advantageous for skin care.

Pipes such as water pipes, which are installed in washrooms, bathrooms, and the like, are embedded in walls. This landfill eventually causes corrosion of pipes such as water pipes, and when these pipes become corroded or require replacement, a problem arises in that the wall must first be torn off.

Korean Patent No. 10-0775050, whose patent holder is Extec Co., Ltd. and the name of the invention "Waterworks Equipment", is a waterworks facility that is easy to install and repair. There is disclosed a technique in which a water pipe is attached to a wall without being installed and then installed. In this way, the processing of the exposed parts will be a problem.

The present invention has been made to solve the problems of the prior art, an object of the present invention, for example, a pipe assembly of the pipe exposed type provided that the pipe is connected to the wash basin including a wash basin is exposed from a wall such as concrete. Is in providing.

Another object of the present invention is to provide a pipe assembly of the exposed type pipe provided with an oxygen supply means which can supply oxygen advantageously to the human body through, for example, a pipe introduced into a wash basin according to a user's selection.

Still another object of the present invention is to provide a pipe assembly of a pipe exposure type that can easily adjust the height, for example, according to a user's selection of a wash basin.

Still another object of the present invention is to provide a pipe assembly of a pipe exposed type that can be easily and quickly replaced part or all of the pipes by a simple operation of an operator and has a sanitary replacement structure.

In order to achieve the above object,

A part or all of the rear part is embedded in the wall, and a part of the lower part is embedded in the floor of the space to be installed, and at least one or more pipe connection holes are formed in the side in which it is embedded, and the side cross-section is generally "L" shaped wall. Side filling frame; And

It is fitted to the wall-side buried mold, a part of the front is open, a drain hole is formed below, at least one pipe connection hole is formed at a position corresponding to the pipe connection hole of the wall-side buried frame Provides a pipe-exposed type pipe assembly including a buried frame-side pipe box and the wash basin rear support portion provided in the pipe box to support and fix the rear of the wash basin.

In the present invention, the door is provided in the lower pipe box on the basis of the wash basin is supported and coupled to the rear basin support.

In the present invention, it further comprises a cold water pipe connected to the pipe embedded through the pipe connection hole connected to the washbasin and other pipes embedded through the pipe connection hole connected to the wash basin, The hot water pipe, the cold water pipe or both are characterized in that the oxygen supply and mixing means is provided.

In the present invention, the oxygen supply and mixing means is characterized by consisting of an oxygen generator for generating oxygen and an oxygen mixing tank for mixing the incoming water and oxygen from the oxygen generator.

In the present invention, a portion of the pipe flowing into the oxygen mixing tank is characterized by having a "∩" form.

In the present invention, each of the hot water pipes belonging to the buried pipe side pipe box and the lower portion of the cold water pipes are respectively covered with a protective cover member along the circumferential surface, the uncovered hot water pipes and the cold water pipes side of the protective cover member The end of is characterized in that formed at an oblique angle of 10 ㅀ or more with respect to the bottom surface.

The pipe assembly of the exposed pipe type according to the present invention is easy to install itself, very advantageous to replace the pipe in case of emergency, can supply oxygen to the human body according to the user's choice, and also simple operation of the operator or the user It is possible to easily adjust the height of the object to be used, such as washbasin, and in addition to the replacement of part or all of the pipe can be easily and quickly replaced by a simple operation of the operator, and the combined structure after the pipe replacement is very hygienic.

As used herein, the terms “front”, “rear” and “down” refer to the exposed pipe assembly of the present invention installed in a space such as a bathroom, toilet, washroom, etc., wherein the term “front” refers to the space. It is to be understood that the term "rear" refers to the direction to the inside of the wall to be embedded, and the term "below" refers to the direction to the bottom side. The same should be interpreted in the case of reference based on other components such as wash basin (WB).

The invention is now described with reference to the accompanying illustrative drawings.

FIG. 1 schematically shows a pipe assembly of an exposed pipe type according to the present invention, and FIGS. 2 and 3 schematically show a view of a pipe assembly of an exposed pipe type according to the present invention shown in FIG. 1 from another angle. It is.

Referring to these drawings, the pipe exposed type pipe assembly according to the present invention is fitted to the wall-side buried frame 10 and the wall-side buried frame 10 is embedded in the wall and the buried frame-side pipe box in which various pipes are arranged And 20.

At the time of its construction, the wall side embedding frame 10 is partially or entirely embedded in the wall W by, for example, coupling means (not shown) such as nuts and bolts. A part of the lower part thereof is also embedded in the floor B of the installation target space.

The wall-side embedding frame 10 to be embedded has a "L" shape as shown in the side cross-section, and the pipe connection hole is provided to the wall side although not shown in the drawing. The position and structure of the pipe connection hole will be fully considered by those skilled in the art with the present specification, and various positions may be considered.

The wall-side buried frame 10 is coupled to the buried-side pipe box 20 in which pipes are densely opened. Coupling to the wall-side buried frame 10 is preferably fitted, but means for its correction, such as between the wall-side buried frame 10 and the buried-side pipe box 20, in order to allow more precise vertical and horizontal adjustment. The reinforcement structure of is also possible.

As shown in the drawing, a portion of the front side pipe box 20 is open and is formed in the drain hole D below. In addition, at least one pipe connection hole is formed at a position corresponding to the pipe connection hole provided in the wall-side buried frame 10.

In addition, preferably, the rear side of the buried pipe-side piping box 20, the rear of the wash basin (WB) is located is provided with a wash basin rear support 22 that can support the wash basin (WB) from the rear.

The wash basin rear support 22 is provided with a wash basin height adjuster 23 to adjust the height of the wash basin (WB) according to the user's convenience. These vanity height adjusters are provided with holes at regular intervals so that the bolts can be fixed as shown.

On the other hand, in order to comply with the height adjustment of the wash basin (WB), it may be desirable to have some of the drainage pipe, the hot water pipe (28a) and the cold water pipe (28b) in the lower side of the washbasin.

As a variant of this, it is also possible to assemble the individual pipes under the vertically arranged tubing WB to match the gap between the holes and the holes formed in the vanity height adjuster 23. Such assembled pipes will be described later.

The lower part of the wash basin WB is provided with a door 24 so that a plurality of pipes exposed to the outside are not normally visible and, if necessary, for example, when the pipes are repaired or replaced. In this embodiment, the door 24 is shown to be installed in the case of opening, but those skilled in the art will be able to apply various modifications thereof in a timely manner depending on the space to be installed.

In the present invention, the hot water pipe 28a connected to the buried pipe through the pipe connection hole and connected to the other tubing embedded through the pipe connection hole and the cold water pipe connected to the wash basin (WB) ( 28b), wherein the hot water pipe 28a or the cold water pipe 28b is provided with an oxygen supply and mixing means.

The oxygen supply and mixing means has an oxygen erection 32 for generating oxygen and an oxygen mixing tank 30 for mixing the incoming water with the oxygen from the oxygen generator 32 as shown. Such oxygen supply and mixing means will be very advantageous for the beauty of the skin of the user in its use.

A portion of the pipe flowing into the oxygen mixing tank 30 is preferably to have a "∩" shape as shown. This provides a convenience in that a part of the pipe can be cut and constructed when the corresponding part of the pipe is broken due to aging of the pipe or the like. If there is no “∩” shaped portion as shown in the pipe, there will be a problem that the entire pipe or part of the pipe should be cut off.

The lower portion of each of the hot water pipe 28a and the cold water pipe 28b belonging to the buried frame side pipe box 20 is provided with a pipe protection cover member 36 along the circumferential surface. At this time, the partially enlarged portion of Figure 2 is preferably to have a slope of 10 ㅀ or more with respect to the bottom surface. Due to the inclination angle between each pipe and the pipe protection cover member 36, the water falling downwards is naturally directed toward the drain D without any residue. If this inclination angle is not given, the water flowing down the respective pipes will be partially accumulated at the boundary between the respective pipes and the pipe protecting cover member 36, which is the respective pipe and pipe protecting cover members 36. Will cause corrosion or damage.

4 shows a novel assembling structure of a tubing that facilitates assembling the tubing as described above. The length of each piping member should generally coincide with the distance of the upper and lower fixtures (grooves) adjacent to height adjusters such as washbasins. The operator who adjusts the height according to the height of the washbasin inserts or disassembles the pipe.

Referring again to FIG. 4, the lower part of the unit pipe (upper pipe), which is indicated by reference numeral 40, is inserted into the upper part of the unit pipe (lower pipe), which is indicated by reference numeral 44. The lower end of the upper pipe 40 has a structure curved inward along the circumferential surface, the upper end of the lower pipe 44 is formed to accommodate the lower end of the upper pipe (40). It will be desirable for the fitting joint of the upper and lower piping to have flow characteristics. Threads are formed on the lower outer circumferential surface of the upper pipe as shown.

Its operator gently inserts the lower portion of the upper pipe 40 into the upper inlet side of the lower pipe 44, and then thread-couples the binding member shown at 42 to the bottom. At this time, the binding member 42 is raised along the thread formed on the lower outer peripheral surface of the upper pipe 40 and the lower fixing jaw portion and the lower end of the binding member 42 protruding along the upper outer peripheral surface of the lower pipe 44. The inner fixing jaws, which protrude inwardly along the inner circumferential surface, are firmly engaged with each other. At the same time, the bottom outside of the upper pipe and the inside of the upper pipe of the lower pipe will become more tight according to the joining operation.

While the present invention has been described with reference to exemplary embodiments, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, is intended to cover various modifications and equivalent arrangements included within the spirit and scope of the appended claims. It can be understood that it is possible.

1 is a perspective view of a pipe assembly of an exposed pipe type according to a preferred embodiment of the present invention.

FIG. 2 is a front view of the pipe assembly of the pipe exposed type shown in FIG. 1.

3 is a side cross-sectional view of the pipe assembly of the pipe exposed type shown in FIG.

Figure 4 is a view showing the assembly structure of the pipe used independently in the pipe assembly of the exposed pipe type according to another preferred embodiment of the present invention.

10: wall side buried frame 16: pipe connection hole

20: buried side pipe box 22: wash basin rear support

23: washbasin height adjustment support 24: door

28a: hot water pipe 28b: cold water pipe

30: oxygen mixing tank 32: oxygen generator

D: drain

WB: Wash Basin

W: wall

Claims

Some or all of the rear part is embedded in the wall (W), and a part of the lower part is embedded in the floor (B) of the installation target space, at least one or more pipe connection holes are formed in the side to be embedded, and the shape of the side cross section is generally " Wall-side embedding frame 10 having an L ″ shape; And

It is fitted to the wall-side buried frame 10, a part of the front is open, a drain hole (D) is formed below, at least at a position corresponding to the pipe connection hole of the wall-side buried frame 10 Piping exposed side pipe box 20 is formed with at least one pipe connection hole and the wash basin rear support portion 22 provided in the pipe box 20 for supporting and fixing the rear of the wash basin (WB); Plumbing assembly.

The pipe exposed type pipe according to claim 1, wherein a door 24 is provided in the lower pipe box 20 on the basis of the wash basin WB supported and coupled to the rear basin support 22. Assembly.

The wash basin (WB) according to claim 2, wherein the hot water pipe (28a) connected to the pipe embedded through the pipe connection hole is connected to the wash basin (WB) and the other pipe embedded in the pipe connection hole. And a cold water pipe (28b) connected to the hot water pipe (28a), the cold water pipe (28b), or both, provided with oxygen supply and mixing means.

4. The oxygen supply and mixing means according to claim 3, wherein the oxygen supply and mixing means comprises an oxygen generator 32 for generating oxygen and an oxygen mixing tank 30 for mixing the incoming water with the oxygen from the oxygen generator 32. Piping assembly of the piping exposure type, characterized in that.

The pipe assembly of claim 4, wherein a part of the pipe flowing into the oxygen mixing tank (30) has a "∩" shape.

The protective cover member 36 is respectively covered along the circumferential surface of the lower portion of each of the hot water pipe 28a and the cold water pipe 28b belonging to the buried side pipe box 20. An end portion of the protective cover member (36) on the side of the hot water pipe (28a) and the cold water pipe (28b) that is not formed is formed at an oblique angle of 10 kPa or more with respect to a bottom surface.