KR200371600Y1 - Fixing Structure of Outside water pipe - Google Patents

Abstract

The present invention relates to a fixed structure of exposed water pipes, in particular, to improve workability when installing and installing water pipes exposed on the ceiling surface or wall surface of a construction structure, and also reduce the work time and at the same time construction cost. The purpose of the present invention is to provide a fixed water pipe fixing structure of the construction structure that can reduce the cost.

The present invention having the above object, when the concrete construction of the ceiling surface or wall surface of the construction structure, so that the insertion grooves are formed on both side walls of the bottom of the "∧" -type water pipes and the bottom of the "∧" -type water pipes, respectively. After forming and installing the form shell, concrete is placed on top of the form shell and the form shell is removed after curing of the concrete, forming a "∧" type water pipe recess in the ceiling surface or concrete surface. Insertion grooves are formed on both side walls of the lower side of the "type water supply pipe embedding groove, respectively, and an insertion groove is formed in the insertion groove by inserting a variable length rod that prevents the separation of the water supply pipe located in the" ∧ "type water supply pipe embedding groove. It can be easily fixed to the ceiling surface or wall surface of the construction structure.

Description

Fixing Structure of Outside Water Pipe}

The present invention relates to a fixed water supply pipe fixing structure of a construction structure, and more particularly, it is possible to improve workability and shorten the working time when installing a water pipe exposed to the ceiling surface or wall surface of the construction structure. The present invention relates to a fixed water pipe fixing structure of a construction structure, which can simultaneously reduce construction costs.

In general, when the fixed water pipe is fixed to the ceiling surface or wall surface of the construction structure, first the water pipe is in close contact with the ceiling surface or wall surface, and then wrapped in a fixture formed with tongues at both ends, and then concrete in the fixing hole formed in the fixture tongue Nailed, the water pipe was fixed.

However, when the fixed installation of the water pipes as described above, the concrete nail is not easily nailed to the ceiling surface or wall surface of the construction structure usually made of concrete, there is a problem in that the fixing work of the water pipes is not easy to take much time.

In addition, in the above work, when installing the water supply pipe on the ceiling surface of the construction structure, there was a risk of safety accidents such as foreign matters entering the eyes of the worker, and in particular, there was a problem such as worker injury by splashing concrete nails.

Therefore, as a technique for improving the above problems, there is a Republic of Korea Utility Model Registration No. 0348080 (Application No. 2004-0000982, designation name: building exposed water pipe fixing structure), which is shown in Figures 1 to 3 It was.

Referring to the drawings, a conventional exposure water pipe fixing structure will be described.

1 is a perspective view showing a conventional exposed water pipe holding plate and the support piece, Figure 2 is a cross-sectional view showing a state of the conventional exposed water pipe holding plate embedded in the concrete ceiling surface, Figure 3 is a conventional exposed water pipe fixing structure As a cross-sectional view showing, as shown in the figure, the conventional exposed water conduit fixing structure is achieved by a fixing plate 20 for fixing the water conduit 10 and a supporting piece 30 coupled to the fixing plate 20.

In the above structure, the fixing plate 20 is formed of a fixing protrusion 22 formed on the rear surface, side walls 24 protruding from both sides, and a locking jaw piece 26 formed by bending from the side walls 24.

In addition, the support piece 30 is formed of an arch part 32 formed in the center and in close contact with the water supply pipe 10 and a tongue piece 34 integrally formed at both ends of the arch part 32. 32 is formed in the center of the bolt hole 32a through which the bolt 36 penetrates.

Referring to the coupling relationship of the conventional exposed water pipe fixing structure having the above configuration is as follows.

First, when the concrete construction of the ceiling surface or wall surface of the building fixed to the fixing plate 20 to the formwork outer plate 50 shown in Figure 2, nail nail holes formed in the formwork outer plate 50 and the fixing plate 20 ( 40) is fixed by driving, and then the concrete (60) is poured on the mold outer plate 50 to bury the fixing plate 20 on the concrete surface.

Subsequently, after curing the concrete, the form shell 50 is removed, the water pipe 10 is brought into close contact with the fixed plate 20 embedded in the concrete surface as described above, and then the water supply is supported by the support piece 30. The tube 10 is fixed on the fixing plate 20.

That is, the water supply pipe 10 in close contact with the fixing plate 20 is located in the arch portion 32 of the support piece 30, and then both tongues 34 of the support piece 30 are fixed to the plate 20, respectively. The engaging jaw piece 26 is coupled to the inside. Subsequently, when the bolt 36 is coupled to the bolt hole 32a formed at the center of the arch portion 32 and tightened, the water supply pipe 10 is formed by mutual coupling force between the tongues 34 and the locking jaw piece 26 on both sides. Is pressed and fixed.

The conventional exposed water pipe fixing structure having the above fixed coupling relationship, the casting of concrete nails, etc. is excluded, and the safety of the worker is improved, and the water pipe 10 is fixed by the fixing plate 20 which is embedded in the concrete surface in advance. There was an advantage that can facilitate the fixed installation of, but there was a problem that the cost is increased by the separate installation of the fixed plate 20 and the support piece 30, the work to fix the fixed plate 20 to the formwork outer plate 50 There was a problem that the work time is increased as it must be carried out separately, and when the worker is fixed to the ceiling surface of the building when the worker installs the support piece 30 while watching the ceiling, the worker's work There was a problem that the deterioration.

The present invention has been made in order to improve the conventional problems as described above, pre-formed by the structure of the formwork outer shell, the recess groove in which the water supply pipe is located when the concrete construction of the ceiling surface or wall surface of the construction structure, By combining the length-variable rods to prevent the separation of the water supply pipe, and easily fixing the water supply pipe to the ceiling surface or wall surface of the construction structure, workability when installing the water supply pipe exposed to the ceiling surface or wall surface of the construction structure It is an object of the present invention to provide an exposed water pipe fixing structure of a construction structure that can improve and shorten working time, and also reduce construction costs.

1 is a perspective view showing a conventional exposed water pipe holding plate and the support piece

2 is a cross-sectional view showing a state in which a conventional exposed water pipe fixing plate is embedded in the concrete ceiling surface

3 is a cross-sectional view showing a conventional exposed water pipe fixing structure.

4 is a cross-sectional view showing the exposed water supply pipe fixing structure of the construction structure of the present invention

5 is an exploded perspective view showing a variable length rod applied to the exposed water pipe fixing structure of the construction structure of the present invention

6 is a cross-sectional view showing a state in which concrete is poured into the formwork shell applied in the exposed water pipe fixing structure of the construction structure of the present invention

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

10: water pipe 20: fixed plate

22: fixing protrusion 24: side wall

26: locking jaw piece 30: support piece

32: arch 34: tongue

50, 90: formwork shell 60: concrete

70: "∧" type water pipe insertion groove 72: insertion groove

80: variable length rod 82: first rod

82b, 84b: elastic body 84: second rod

As a means for achieving the above object, the exposed water supply pipe fixing structure of the construction structure of the present invention, in the fixed installation of the exposed water supply pipe on the ceiling surface or wall surface of the construction structure, concrete construction of the ceiling surface or wall surface of the construction structure After installing the formwork shells so that insert grooves are formed on both side walls of the bottom of the "∧" -type water supply pipe recess and the bottom side of the "∧" -type water supply pipe recess, respectively, cast concrete on the formwork upper plate, After curing, formwork shells are removed to form "∧" -type water supply pipe grooves on the ceiling surface or concrete surface of the construction structure. The insertion groove is formed by inserting the variable length rod to prevent the separation of the water supply pipe located in the "∧" type water pipe insertion groove. By easily fixing to the ceiling surface or wall surface of water, workability can be improved when installing exposed water pipes on the ceiling surface or wall surface of the construction structure, and the work time can be shortened and the construction cost can be reduced. It is characterized by.

The variable length rod applied to the exposed water conduit fixing structure of the construction structure of the present invention is formed of a first rod having a female thread portion at one end and a second rod having a male thread portion coupled to the female thread portion of the first rod. It is characterized in that the length can be easily changed in the type water supply groove.

In addition, the elastic body is integrally formed at both ends of the length-adjustable rods applied to the exposed water pipe fixing structure of the construction structure of the present invention, characterized in that it can be attenuated when the vibration of the water pipe occurs.

The above objects, features and advantages will become more apparent from the following detailed description taken in conjunction with the accompanying drawings. First of all, in adding reference numerals to the components of each drawing, it should be noted that the same components have the same number as much as possible even if displayed on different drawings.

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

4 is a cross-sectional view showing the exposed water supply pipe fixing structure of the construction structure of the present invention, Figure 5 is an exploded perspective view showing a variable length rod applied to the exposed water pipe fixing structure of the construction structure of the present invention, Figure 6 is A cross-sectional view showing a state in which concrete is poured on a formwork shell applied in an exposed water pipe fixing structure of a construction structure. As shown in the drawing, the exposed water pipe fixing structure of a construction structure of the present invention is a ceiling or wall surface of the construction structure. It is composed of a variable length rod (80) coupled to the bottom of the "∧" type water supply pipe recessed groove 70 and the "∧" type water pipe insertion groove 70 formed on the concrete surface. In this case, insertion grooves 72 having both ends of the length-adjustable rods 80 are formed on both sidewalls of the lower end of the “∧” -type water pipe insertion groove 70.

The structure is described in more detail as follows.

First, when the concrete construction of the ceiling surface or wall surface of the construction structure, the insertion groove 72 is formed on both side walls of the lower side of the "∧" type water supply pipe embedding groove 70 and the "∧" type water supply pipe embedding groove 70, respectively. After forming and installing the formwork shell 90 (shown in FIG. 6) to be formed, the concrete 60 is poured over the formwork shell 90, and then the formwork shell 90 is cured when the concrete 60 is cured. ). Accordingly, the "∧" type water pipe immersion groove 70 is formed on the ceiling surface or the concrete surface of the wall surface, and each of the lower sidewalls of the "∧" type water pipe immersion groove 70 is respectively provided with an insertion groove ( 72) is formed.

On the other hand, it is inserted into the lower both side wall insertion groove 72 of the "∧" type water pipe insertion groove 70 formed as described above, and of the water pipe 10 located in the "∧" type water pipe insertion groove 70 The length-adjustable rod 80 which prevents the departure is a second rod 84 having a first rod 82 having a female thread portion 82a formed at one end thereof and a male thread portion 84a coupled to the female thread portion 82a. ) And elastic bodies 82b and 84b, such as rubber and urethane, are integrally formed at ends of the first rod 82 and the second rod 84, respectively.

Hereinafter, the coupling relationship of the exposed water conduit fixed structure of the construction structure of the present invention having the above configuration is as follows.

First, the water supply pipe 10 is located in the "∧" type water pipe immersion groove 70 formed on the ceiling surface or the wall surface of the construction structure, and then the "∧" type water pipe immersion groove under the water pipe 10. The ends of the length-adjustable rods 80 are respectively inserted into and inserted into the insertion grooves 72 formed on both side walls of the lower ends of the 70.

That is, while supporting the water supply pipe 10 located in the "∧" -type water supply pipe recessed groove 70 from the bottom and adjusting the length, the ends of the length-adjustable rod 80, respectively, the "∧" -type water supply pipe recessed groove It is to be brought into close contact with the insertion groove 72 formed on both side walls of the lower end of the 70. In this case, the elastic bodies 82b and 84b formed at both ends of the length-adjustable rod 80 are tightly coupled to the insertion grooves 72 on both sidewalls of the lower side of the “∧” type water pipe insertion groove 70. (10) When the water supply pipe 10 is vibrated by water flowing inside, it is possible to attenuate it.

By such a coupling fixing structure, the water pipe 10 is simply fixed in the “∧” type water pipe buried groove 70.

On the other hand, the water supply pipe 10 is installed in the "∧" type water supply pipe recess groove 70 is exposed to the outside in order to prevent the freezing of the water supply pipe 10 due to a sudden drop in winter temperature, the water supply pipe It is preferable to further combine a heat insulating material (not shown) outside the (10).

In addition, in the description of the present invention, the shape of the water conduit groove is described only as a "∧" type, but is not limited thereto, and may be formed in various shapes such as a semicircle or a rectangular shape in which the bottom is omitted.

The present invention described above is not limited to the above-described embodiment and the accompanying drawings, and it is common in the art that various substitutions, modifications, and changes can be made without departing from the technical spirit of the present invention. It will be evident to those who have knowledge of.

As described above, the exposed water conduit fixing structure of the construction of the present invention, the "시" type water pipe insertion groove and the "∧" that is formed in advance in the concrete construction of the ceiling surface or wall surface of the construction structure by the structure of the formwork shell Consists of a length-adjustable rod coupled to the groove of the type water supply pipe, to easily fix the water supply pipe to the ceiling or wall of the construction structure, thereby improving workability when installing the exposed water pipe on the ceiling or wall of the construction structure. In addition, it can shorten the working time and reduce the construction cost.

Claims (3)

In the fixed installation of exposed water pipes on the ceiling or wall of the construction structure, When the concrete construction of the ceiling surface or wall surface of the construction structure, insertion grooves 72 are formed on both sidewalls of the lower end of the "형" type water pipe insertion groove 70 and the "∧" type water pipe insertion groove 70, respectively. After forming and installing the formwork shell 90 so as to, the concrete 60 is poured on the formwork shell 90, and after the curing of the concrete 60 to remove the formwork shell 90, the construction structure While forming the "∧" type water pipe immersion groove 70 on the ceiling surface or the concrete surface of the wall at the same time, respectively, the insertion grooves 72 are formed on both side walls of the bottom of the "∧" type water pipe immersion groove 70, respectively. Construction structure, characterized in that the insertion groove 72 is formed by inserting the length-adjustable rod (80) to prevent the separation of the water pipe 10 located in the "∧" type water pipe insertion groove 70 Exposed water pipe fixing structure. According to claim 1, wherein the variable bar 80, the second rod having a male rod portion (84a) coupled to the first rod 82 and the female screw portion (82a) formed with a female screw portion (82a) at one end Exposed water pipe fixing structure of the construction structure, characterized in that formed by the rod (84). The exposed water pipe fixing structure according to claim 2, wherein elastic bodies (82b, 84b) are integrally formed at ends of the first rod (82) and the second rod (84), respectively.