KR20110075701A

KR20110075701A - A prefabricated bathroom

Info

Publication number: KR20110075701A
Application number: KR1020090132222A
Authority: KR
Inventors: 최해권
Original assignee: 주식회사 청완
Priority date: 2009-12-28
Filing date: 2009-12-28
Publication date: 2011-07-06

Abstract

The present invention relates to a prefabricated washbasin for layered piping, and in particular, a first waterproof plate installed on an upper portion of a slab to be installed down, a second waterproof plate installed on an upper portion of the first waterproof plate, and the first waterproof plate and a second waterproof plate. Regarding the prefabricated washroom for layered piping comprising a wash basin, a bathtub, a toilet and a drain pipe for draining the floor, and a sound insulating material filling the space between the first and second waterproof plates installed between the waterproof plates. will be.

Description

Prefabricated washroom for floor plumbing {A prefabricated bathroom}

In general, the waterproof structure must be installed on the floor of the washroom, and the washroom construction method is divided into a wet method and a dry method.

The wet method is to form a thick waterproof layer on the floor slab by the liquid waterproofing in the state that the slope is formed of retaining wall and masonry wall, and then to perform the floor tile construction on the surface and to form a waterproof layer by liquid waterproofing the wall surface Wall tile construction was performed on the surface.

However, the wet method is very cumbersome to the construction method, such as to form a liquid waterproof layer and then dried, filled with water to confirm the waterproofness, and the construction period is long and the difficulty of construction is high precision construction There was a problem with this difficulty. In particular, when the temperature is low in winter, construction is impossible, it is difficult to secure uniform quality for each construction generation, there is a possibility that water leakage may occur due to the crack of the waterproof layer over time, and maintenance is difficult.

Next, the dry process is called 'Unit Bath Room' (UBR), and the material required for the formation of the bathroom floor and ceiling is pre-produced in the factory, and then simply assembled at the site. How to construct toilet

However, the above wet and dry construction methods are all applied to a conventional drainage system, and are basically connected by a sink, a bathtub, and a sewer pipe, and are provided with a drain pipe device for collecting and discharging sewage and bottom sewage used in the sink and the bathtub. do.

However, in the conventional drainage system as described above, since the drain pipe for discharging sewage is usually formed in the ceiling of the lower floor, the noise of the sewage discharged from the upper floor flows into the lower floor as it is, and the upper and lower floors are thin such as the drain pipe device and the drain pipe. Because it is blocked by PVC membrane, the noise generated inside the upper bath tub (water dropping out of the toilet, the sound of pissing, the sound of showering, etc.) is transferred to the lower floor, and the privacy of the person using the upper bath tub is kept. There is a problem that can be infringed, and people of the lower level may be offended by the sound.

In addition, in the case of applying the UBR to the drainage system, in order to fasten the upper device of the drainage pipe device, the waterproof plate hole constituting the UBR must be drilled, and since the bottom of the drainage pipe device and the drainage pipe are buried in the concrete under the waterproofing water plate, If water leaks from the bottom, there was a problem such as removing the waterproof plate or repair work should be done through the ceiling of the lower floor.

In order to solve the above problems, the applicant has been registered with the 'Layered double piping system of the bath tub'.

The 'bathtub drainage system' is a drainage pipe device for collecting the sewage of the floor on the concrete floor for the down-constructed foundation floor after the construction of the slab of the toilet, and the sewage discharged from the tub, toilet and washbasin After installing the drain pipe to discharge, the finishing material was filled, and the bottom tile was installed on top of the finishing material.

In the case of applying the UBR to the layered double pipe system as described above, after the basic piping is made, the waterproof plate constituting the UBR needs to be installed, so when water leaks from the drain pipe device and the drain pipes installed on the foundation concrete floor, the water leaks to the lower floor. There may be a problem that, in case of leakage occurs because the repair work must be performed after removing the waterproof plate, the repair cost is excessively excessive and the repair process is very difficult.

Accordingly, an object of the present invention is to provide an effective dry toilet construction method that can be applied to a layered double piping system.

More specifically, the first waterproof plate of the tubular shape with the slab bottom of the down-constructed bathroom and the corresponding upper part of the down depth is opened, the first waterproof plate is fastened to the upper part, and the drain pipe device and various drain pipes An object of the present invention is to provide a prefabricated toilet for a layered double piping system configured to include a second waterproof plate to be fastened and a sound insulating material filled between the first waterproof plate and the second waterproof plate.

In addition, by providing an eleventh waterproofing plate installed on the upper slab down slab construction as described above, even if a leak occurs in the drainage pipe device or drainage pipes installed in the lower portion of the second waterproofing plate to prevent leakage to the lower layer by the first waterproofing layer. It aims to do it.

In addition, by installing a molten wall through-sleeve connected to the side of the first waterproofing layer and embedded in the bottom of the wall of the down-constructed toilet, the water leaked to the first waterproofing layer is accumulated so that the water leaked into the first waterproofing layer is accumulated. It is aimed at preventing problems of smells that can be caused by rotting.

In addition, by filling the sound insulation between the first waterproofing layer and the second waterproofing layer is another object to prevent the bottom of the washbasin from ringing or the sound is transmitted to the lower layer.

In order to achieve the above object, the present invention relates to a layered double piping system of a down bathroom having a down construction by a down slab method, wherein an upper portion having a down construction height installed on an upper portion of the down construction slab is opened in a cylindrical shape. 1 waterproof plate; A second waterproof plate installed on an upper portion of the first waterproof plate, the edge of which is sealed to the first waterproof plate, and a drain pipe device main body and various drain pipes are installed on the bottom surface, and the sound insulation is filled between the first waterproof plate and the second waterproof plate; It provides a prefab washbasin comprising a agent.

According to the present invention, the first waterproofing plate, the second waterproofing plate, and the soundproofing agent are configured to be leaked to the lower layer by the first waterproofing layer even if water leaks from the drainage pipe or drainage pipes installed in the lower portion of the second waterproofing plate. It can prevent.

In addition, by installing a molten wall through-sleeve connected to the side of the first waterproofing layer and embedded in the bottom of the wall of the down-constructed toilet, the water leaked to the first waterproofing layer is accumulated so that the water leaked into the first waterproofing layer is accumulated. It is possible to prevent odors caused by rotting.

In addition, the soundproofing agent may be filled between the first and second waterproofing layers to prevent the floor of the washroom from being ringed or transmitted to the lower layer.

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

Figure 1 shows the lower waterproof plate constituting the prefabricated washbasin for applying to the layered double piping system according to the present invention, the upper surface is open and the cylindrical first waterproof plate 10 is formed with a side of a constant height, It is composed of a plate-shaped second waterproof plate 20 having an edge attached to an upper portion of the first waterproof plate and a drain pipe device and various drain pipes installed on a bottom thereof, and the space between the first waterproof plate and the second waterproof plate is filled with sound insulation. .

In more detail, the first waterproofing plate 10 has a second waterproofing plate joining portion 11 having an edge having a predetermined width on the upper surface of the side wall, and a laminar double piping system to discharge wastewater from the toilet in one side wall. Toilet drain pipe through hole (12) for connecting the retaining wall sleeve for toilet bowl and toilet drain pipe constituting the toilet, and the general drain pipe through hole for connecting the drain pipe for draining the sewage of the floor, wash basin, tub and the general drain retaining wall sleeve (13) and an index through hole 14 is formed which is connected to the index retaining wall sleeve for discharging the sewage, which is collected in the first waterproofing plate 10 when a leak occurs from the drain pipes.

Next, the second waterproof plate 20 is made in a plate shape and the bottom edge of the edge is bonded to the first waterproof plate by an adhesive or the like and sealed, a toilet drain port 21, a basin drain 22, a bath drain 23 ) And a bottom drain 24 is formed, and a toilet elbow and a toilet drain are fastened to the bottom of the toilet drain 21 to be attached to a lower portion of the second waterproof plate, respectively, at the bottom of the basin drain 22 and the tub drain 23. The elbow and the drain pipe are connected to drain pipes connected to the main body of the drain pipe device installed in the bottom drain 24, and the drain pipe connected to the drain pipe device body is also attached to the bottom of the second waterproof plate.

In addition, at least two sound insulating material inlets 25 are installed in the second waterproofing plate, and the first waterproofing plate 10 and the second waterproofing plate 20 are installed on the upper part of the slab of the down-bath. Sound insulation is added to fill the space between the waterproof plates. At this time, the sound insulating material inlet is sealed by sealing the tile when the tile is attached later.

In addition, the drain pipes attached to the lower portion of the second waterproof plate and the retaining wall sleeves embedded in the retaining wall are connected to each other using a flexible eccentric pipe fitting through the through holes formed in the first waterproof plate.

As described above, the prefabricated washroom to be applied to the layered double piping system according to the present invention is extremely easy to be applied to the washbasin that is constructed of two waterproof plates.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, It will be appreciated that one embodiment is possible. Accordingly, the true scope of the present invention should be determined by the technical idea of the claims.

1 is a view showing the configuration of the first waterproof plate and the second waterproof plate constituting the prefabricated washbasin for the layered pipe according to the present invention.

10: first waterproof plate 20: second waterproof plate

Claims

In the layered double piping system of the bathroom, which is down-constructed by the down slab method,

A first waterproof plate having a cylindrical shape having an upper portion having a down-constructed height installed on the down-constructed slab;

A second waterproof plate installed at an upper portion of the first waterproof plate and having an edge sealed to the first waterproof plate and having a drain pipe device main body and various drain pipes installed at a bottom thereof;

Prefabricated washroom comprising a sound insulating material filled between the first and second waterproof plate.