KR20090091637A - Piping structure - Google Patents

Abstract

A piping structure is provided to facilitate the replacement and checking of a pipe by installing a pipe connected to a sewage source between a wall and a partition wall in which the sewage source is installed. A piping structure comprises space, a horizontal drain pipe, and a vertical drain pipe. The space is formed between a wall(100) a partition wall(200) corresponding to the wall. The horizontal drain pipe is arranged inside the space. The horizontal drain pipe is connected to the drain pipe of the sewage source. The vertical drain pipe is arranged in the space formed between the wall and the other partition wall. The vertical drain pipe is connected to an external sewage reservoir and the horizontal drain pipe. The sewage source is a bath tub(21), a washstand(20) and a toilet bowl(10).

Description

Piping structure

The present invention relates to a pipe structure, and more particularly, to a pipe structure in which a pipe for drainage of domestic wastewater and water discharged from a sewage source such as a wash basin, a bath, a toilet and the like is disposed in a space between a wall and a wall. It is about.

1 is a cross-sectional view illustrating a plumbing structure generally installed in a bathroom, illustrating a bathroom of an upper floor generation and a lower floor generation. As shown in FIG. 1, each generation of piping system is a first horizontal pipe 24, which is a passage of sewage discharged from the tub 21 and the sink 20, and a passage of the displacement variable from the toilet 10. Second horizontal pipe 14 is included.

The first horizontal pipe 24 and the second horizontal pipe 14 are located in the pipe space 34 formed in the lower part of the slab, that is, the bathroom ceiling of the lower generation, and the first horizontal pipe 24 and the first horizontal pipe 24 formed in the outside of the wall. It is connected to the vertical collecting pipe 16 and the second vertical collecting pipe 26, respectively.

In this conventional piping system, the first horizontal pipe 14 and the second horizontal pipe 24 are installed in the pipe space 34 formed in the ceiling of the downstairs bathroom, and the sewage flow generated when the sewage and the variable discharge from the upper floor generation are generated. The sound is transmitted to the lower generation as it is, acting as a noise to the lower generation.

There have been various problems such as damage to occupants downstairs due to the need to work in the downstairs generation when repairing or replacing the first horizontal pipe 14 and the second horizontal pipe 24.

In addition, in order to install the plumbing of the floor, a slab drop-down method for raising the bathroom floor height or lowering the slab floor must be applied. Such a method is economical and unreasonable in use. Many points, there was a problem that is difficult to apply.

The present invention is to solve the problems as described above, by placing the pipe installed in the lower slab in the space between the wall and the wall of the space where the sewage source is installed to prevent the noise generated during discharge of sewage to the lower floor generation. The purpose is to provide a piping structure that can be replaced or inspected without damaging the lower generation.

In order to achieve the above object, the present invention is a predetermined space is formed between the wall separating the generation of the apartment house and any one wall that separates the unit space of each generation, the drain pipe of the sewage source disposed in the unit space and The connected horizontal drain pipe is disposed, and the vertical drainage pipe is disposed in the space formed between the wall and another temporary wall, and the vertical drainage pipe provides a piping structure characterized in that it is connected to the horizontal drain pipe and an external sewage reservoir.

On the other hand, in the piping structure according to the present invention, the sewage source is disposed in the bathroom and the connection pipe is connected to the tub, wash basin and toilet, respectively, and the horizontal drain pipe is connected to the connection pipe of the first horizontal drain pipe and the toilet connected to the tub and wash basin And a second horizontal drain pipe, wherein the vertical drain pipe comprises a first vertical drain pipe connecting the first horizontal drain pipe and the sewage storage tank, and a second vertical drain pipe connecting the second horizontal drain pipe and the septic tank.

In addition, the piping structure according to the present invention is installed at the bottom of each space, it may further include a drain trap for connecting the vertical drain pipe and the corresponding horizontal drain pipe.

According to the present invention, by installing a pipe connected to the sewage source between the wall and the wall of the space in which the sewage source such as a wash basin and toilet bowl are installed, the pipe replacement or inspection can be easily performed.

In addition, the noise generated during the discharge of sewage is not transmitted to the lower-generation households, thereby creating a pleasant indoor environment in the apartment house.

Hereinafter, with reference to the accompanying drawings will be described the present invention in more detail. The accompanying drawings show exemplary forms of the present invention, which are provided to explain the present invention in more detail, and the technical scope of the present invention is not limited thereto.

Figure 2 is a plan view of a bathroom showing a piping structure according to an embodiment according to the present invention, Figure 3 is a front sectional view of the bathroom shown in Figure 2, showing the bathroom structure of any one generation of a common house for convenience. On the other hand, in the following description will be described for example applying the piping system according to the present invention in the bathroom, the piping structure according to the present invention is of course not limited to the bathroom.

In the bathroom of each generation partitioned by the wall 100, a temporary wall 200 is installed, and any one wall 100 and the corresponding temporary wall 200 are spaced apart by a predetermined interval. Therefore, a predetermined first space S1 is formed between any one wall 100 and the temporary wall 200.

On the other hand, in the bathroom, a toilet 10, a wash basin 20, a bath 21, etc., which are sewage sources, are disposed. Here, the discharge pipes of the wash basin 20 and the tub 21 for discharging sewage are connected to the first horizontal drain pipe 60 through respective connecting pipes (through the wall), and the toilet 10 for discharging the manure water. Is connected to the second horizontal drain pipe 300 through a connecting pipe (through the wall).

Here, the first horizontal drain pipe 60 and the second horizontal drain pipe 300 connected to each sewage source are disposed in the space S formed between the wall 100 and the temporary wall 200.

Here, the second space (S2) is formed between the other wall 100 and the temporary wall 200, the first vertical drain pipe (not shown) and the second vertical drain pipe (not shown) Is installed). One end of the first vertical drain pipe is connected to the sewage reservoir, the other end is connected to the first horizontal drain pipe 60, one end of the second vertical drain pipe is connected to the septic tank, and the other end is the second horizontal drain pipe 300, respectively. Connected.

Therefore, the sewage discharged from the wash basin 20 and the bathtub 21 is discharged into the septic tank through the second horizontal drainage pipe 300 and the second vertical drainage pipe, respectively. And manure water can be stored separately.

As described above, in the piping structure according to the present invention, the first horizontal drain pipe 60 and the second horizontal drain pipe 300 connected to the sewage sources 10, 20, and 21, respectively, are disposed under the slab 400, that is, the bathroom of the next generation. It is generated when the sewage and manure flows through the first horizontal drain pipe 60 and the second horizontal drain pipe 300 by placing it in the space S1 formed between the wall 100 and the temporary wall 200 without being disposed on the ceiling. Noise is prevented from passing downstairs.

In addition, when repairing or replacing the first horizontal drain pipe 60 and the second horizontal drain pipe 300, there is no need to work in the downstairs generation can be carried out conveniently.

Meanwhile, reference numerals “40” and “50” are drain traps installed in the first vertical drain pipe and the second vertical drain pipe, respectively, on the bottom surfaces of the spaces S1 and S2 formed between the wall 100 and the temporary wall 200. Is installed. Accordingly, the first horizontal drain pipe 60 and the second vertical drain pipe 300 may be connected to the first vertical drain pipe and the second vertical drain pipe through the drain traps 40 and 50, respectively.

A certain amount of water accumulates inside the drain traps 40 and 50, so that odors generated from the outside (i.e., the first and second vertical pipes, the sewage tank and the septic tank) are transferred to the sewage sources 10, 20, and 21. Serves to suppress backflow.

In addition to the matters described above, the construction procedures of specific pipes, connecting pipe types, various toilet bowls, washbasins, and tubs and the like can be easily obtained by those skilled in the art without much effort and trial and error. Is understandable and practicable.

1 is a cross-sectional view illustrating a plumbing structure generally installed in a bathroom, illustrating a bathroom of an upper floor generation and a lower floor generation.

2 is a plan view of a bathroom showing a piping structure according to an embodiment according to the present invention.

3 is a front sectional view of the bathroom shown in FIG. 2.

Claims (3)

A predetermined space is formed between the wall separating the households of the apartment house and any one wall separating the unit space of each household, and a horizontal drain pipe connected to the drain pipe of the sewage source disposed in the unit space is disposed within the space. The vertical drainage pipe is disposed in the space formed between the other walls, the vertical drainage pipe, characterized in that connected to the horizontal drainage pipe and the external sewage reservoir. The method of claim 1, The sewage source is placed in the bathroom and has a tub, a sink and a toilet connected with connecting plumbing, respectively. The horizontal drain pipe is composed of a first horizontal drain pipe connected to the tubing and sink connecting pipe and a second horizontal drain pipe connected to the toilet bowl, The vertical drain pipe comprises a first vertical drain pipe connecting the first horizontal drain pipe and the sewage reservoir and a second vertical drain pipe connecting the second horizontal drain pipe and the septic tank. The method of claim 1, And a drain trap installed at the bottom of each space and connecting the vertical drain pipe and the corresponding horizontal drain pipe.

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