KR20110058613A

KR20110058613A - Drainage structure

Info

Publication number: KR20110058613A
Application number: KR1020090118819A
Authority: KR
Inventors: 최우규
Original assignee: 최우규
Priority date: 2009-11-26
Filing date: 2009-12-03
Publication date: 2011-06-01

Abstract

The present invention forms a discharge port on the side of the drain before being installed on the floor of a bathroom, toilet, washroom, porch, etc. of the building, while the permeated water is introduced and discharged through the absorbent installed under the floor tile while being surrounded by a net. It relates to an indoor drainage structure in a building that prevents spooling without discharging under the tiles of bathrooms, toilets, washbasins, and porches.

The present invention described above,

While forming a main discharge pipe for discharging the living sewage inside the upper drain pipe of the drain before installed on the floor of the bathroom, toilet, washroom, porch, etc. of the building, to form a discharge port on the side of the upper drain pipe, the outer peripheral surface,

On the upper side of the lower drain pipe fitted to the upper drain pipe to form a discharge port corresponding to the discharge port to surround the discharge port with a stainless steel mesh,

Absorbents such as palm fiber thread wound on one side of the outlet are radially installed under the floor tiles, through which the infiltration water is absorbed and discharged into the mortar through the joint between the tiles, thereby allowing the infiltration water to be discharged into the bathroom, toilet, and toilet. It is characterized in that it is configured to prevent the phenomenon of odor or discharge to the lower floor, while not being discharged under the tiles of the veranda.

Before drain, outlet, net, absorber

Description

Drainage structure of buildings

The present invention relates to an indoor drainage structure of a building, and in particular, the outlet is formed on the side of the drainage installed on the floor of the bathroom, toilet, washroom, veranda, etc. The present invention relates to an indoor drainage structure of a building to prevent infiltration water from being collected under the tiles of bathrooms, toilets, washbasins, and verandas by allowing the infiltration water to be discharged through the absorbent material.

In general, a drainage pipe for discharging permeated water is provided in a bathroom, a veranda, a restroom, and the like of the home, and at the same time, a drainage pipe for preventing backflow of odor and inflow of harmful gas is provided in the drainage pipe.

By the way, the conventional drainage is composed of the main body is inserted into the drain pipe and the guide tube for inserting the waste water is inserted into the main body to guide the inflow of waste water, there is a problem that the unpleasant smell in the room due to the uncontrollable control of odor backflow There was.

Therefore, in recent years, various types of drainage hydrants have been developed that can improve the structure of drainage hydrants and more reliably prevent odor backflow.

As an example, there is a drain box having a main body, a sealing cup and a drainage inflow plate, and having a odor preventing water seal function to prevent a backflow of odor.

However, such drainage is damaged by any one of the sealing cup and the drainage inlet plate assembled with rivets, there is a problem to replace all of them, and also because the support structure of the drainage inlet plate is weak, the external load, that is, the user stepped on There is a problem that is easily broken.

Thus, a patent application No. 20-2001-0023190 dated July 31, 2001 was proposed.

This is installed in a drain pipe for discharging the penetrated water, which is connected to a bathroom, a toilet, a toilet, a porch, and the like before the drainage to prevent backflow of odor.

A main body fitted to the drain pipe and having at least one fixed step in an upper part thereof;

The collecting chamber assembled inside the main body is configured to be smaller than the inner diameter of the main body to form a drainage therebetween, and the horizontal extension piece is bent at the upper end of the collecting chamber to be assembled to the fixed end of the main body, but directly below the extension piece An intermediate tube in which a drainage hole is formed by cutting a part,

A drain guide tube having a tubular body configured to be smaller than the inner diameter of the intermediate tube, the upper end of the tubular body being horizontally bent to be seated on the upper end of the extension piece of the intermediate tube;

It is seated on the upper end of the guide tube, and consists of a cover formed with a plurality of inlet holes to enable the discharge of the infiltration water,

At least two fixing protrusions are provided on an upper surface of the fixing step of the main body, and grooves corresponding to the fixing protrusions are formed on the bottom surface of the horizontal extension of the intermediate tube seated on the fixing step so that they can be assembled together.

At the bottom of the horizontal bent portion of the guide tube provided with a bullet piece to be assembled into the drain hole formed in the intermediate tube, and formed on the upper surface of the horizontal bent portion formed by at least three cover support projections.

However, in the conventional drainage system as described above, it is possible to prevent the backflow of the smell while discharging the infiltration water through the drain pipe, but the infiltration water introduced through the mortar between the floor tiles of the bathroom, toilet, washbasin, veranda, etc. There was a disadvantage that the odor is generated or discharged to the lower floor without being discharged under the tiles of the toilet, washroom, and porch.

Accordingly, the present invention is to solve the conventional problems as described above, while forming a discharge port on the side of the drain before being installed on the floor of the building bathroom, toilet, washroom, porch, etc. It is an object of the present invention to provide an indoor drainage structure of a building in which the permeate is introduced and discharged through the installed absorbent material to prevent the infiltration water from accumulating without being discharged under the tiles of the bathroom, toilet, washroom, and porch.

Indoor drainage structure of the building of the present invention for achieving the above object,

The main drain pipe is formed inside the drain pipe before the drain installed on the floor of the bathroom, toilet, washroom, veranda, etc. of the building to discharge the living sewage.

Absorbents such as palm fiber thread wound on one side of the outlet are radially installed under the floor tiles, through which the infiltration water is absorbed and discharged into the mortar through the joints between the tiles so that the infiltration water is discharged into the bathroom, toilet, and toilet. It is characterized in that it is configured to prevent the phenomenon of odor or discharge to the lower floor, while not being discharged under the tiles of the veranda.

According to the indoor drainage structure of the building of the present invention as described above to form a main discharge pipe in the interior of the drainage installed on the floor of the bathroom, toilet, washbasin, porch, etc. of the building to discharge the infiltration water flowing from the upper surface of the floor,

The discharge pipe is formed on the side of the drain pipe, and the absorber, such as a palm fiber thread wound on one side, is installed under the floor tile while surrounded by a stainless steel mesh. By absorbing and discharging the penetrating water introduced through the penetrating water, the penetrating water is not discharged under the tiles of the bathroom, toilet, washroom, or porch, thereby preventing odor or discharging to the lower floor.

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

1 illustrates an indoor drainage structure of a building according to an embodiment of the present invention.

The upper drain pipe, which is the outer circumferential surface thereof, forms a main discharge pipe 4 through which the living sewage is discharged, inside the upper drain pipe 3 of the drain pan 2 installed on the floor 1 of a bathroom, a toilet, a toilet, a porch, and the building. To form a discharge port (5) on the side of the (3),

On the upper side of the lower drain pipe (6) to be fitted to the upper drain pipe (3) forming a discharge port (7) corresponding to the discharge port (5), the discharge ports (5) (7) of the stainless steel mesh ( 8)

It is configured by radially installing an absorbent material 9 such as a yarn made of palm fiber wound around one of the outlets 5 and 7.

Reference numeral 10 is a cover for preventing the foreign matter is mixed in the living water discharged through the main discharge pipe (4) of the drain before (2).

The indoor drainage structure of the building of the present invention configured as described above,

The infiltration water flowing from the upper surface of the floor 1 is formed by forming a main discharge pipe 4 inside the upper drain pipe 3 of the drain field 2 installed on the floor 1 of the bathroom, toilet, washroom, or porch of the building. To be discharged.

A discharge port 5 is formed on a side surface of the upper drain pipe 3 in which the main discharge pipe 4 is formed so that the infiltration water discharged through the main discharge pipe 4 does not leak to the outside through the discharge hole 5.

And the upper side of the lower drain pipe 6 which is fitted and coupled to the upper drain pipe 3 to form a discharge port (7) corresponding to the discharge port (5) to the bottom (1) through these discharge ports (5) (7) ) So that the infiltration water flowing through the mortar between the tiles can be absorbed and discharged.

In the state of constructing or installing the floor to be surrounded by a stainless steel net (8) to prevent the inflow of dirt on the outer surface of the outlet (5) (7), including the sand under the floor (1) Prevent other dirt from entering.

And the mortar between the tiles of the floor (1) through the absorbent (9) by radially installing an absorbent (9), such as a yarn of palm fiber material wound on one side in the outlet (5) formed radially under the tile of the floor (1) Absorb the infiltration water flowing down through the inlet and discharge it into the drain pipe (3) (6) through the outlets (5) and (7), so that the infiltration water is not discharged under the tiles of the bathroom, toilet, washroom, or porch. As it rises, it prevents odors and discharges downstairs.

1 is a side view showing a configuration according to an embodiment of the present invention.

2 is a cross-sectional view showing a configuration according to an embodiment of the present invention.

3 is a plan view showing a configuration according to an embodiment of the present invention.

Explanation of symbols on the main parts of the drawings

1: floor 2: drainage

3, 6: drain pipe 4: main discharge pipe

5, 7: outlet 8: network

9: absorbent material

Claims

A discharge port 5 is formed on the side of the upper drain pipe 3, which is the outer circumferential surface thereof, while the main discharge pipe 4 is formed inside the upper drain pipe 3 of the drain before installation 2 installed on the floor of the bathroom, toilet, washroom, or porch of the building. ),

Indoor drainage structure of the building, characterized in that the discharge port (5) (7) is configured by radially installing an absorbent material (9), such as a yarn made of palm fiber wound on one side.

The method according to claim 1,

The absorbent material (9) is an indoor drainage structure of a building, characterized in that formed of a material having high absorbency, such as yarn of palm fiber.