KR20110103162A

KR20110103162A - Masai shoes

Info

Publication number: KR20110103162A
Application number: KR1020100022357A
Authority: KR
Inventors: 황경원
Original assignee: 황경원
Priority date: 2010-03-12
Filing date: 2010-03-12
Publication date: 2011-09-20

Abstract

The present invention relates to a drain trap structure for a wash basin, and more particularly, to facilitate the installation of the drain trap on the pipe installed in the wash basin and at the same time to separate the drain trap from the pipe to perform the material It is to make it easy.
The present invention is the trap main body 100 formed in communication between the inlet 110 and the outlet 120, and
Filter 200 is inserted between the inlet 110 and outlet 120,
An airtight member 300 seated on an upper portion of the inlet 110 in which the strainer 200 is installed,
Coupling member 400 for pressing the airtight member 300 and the screw coupling is formed on the outer upper portion of the trap body 100,
The flexible pipe 500 is screwed to the upper portion in the lower portion of the trap main body 100 is coupled to the coupling member 400,
Composed of the protective cover 600 is installed on the lower portion of the trap main body 100 so that the coupling portion of the flexible pipe 500 is not visible from the outside,
The hermetic material 300 has a fitting hole 310 having the same center and inner diameter as the outer diameter of the sewage inflow pipe 700 so as to penetrate the central portion, and the sewage inflow pipe 700 smoothly in the fitting hole 310. The guide surface 320 to be inserted is achieved by being formed in the upper portion of the fitting hole 310 inclined outward.

Description

Drainage trap structure for wash basin {Masai shoes}

The present invention relates to a drain trap structure for a wash basin, and more particularly, it is easy to install a drain trap on a pipe installed in the wash basin and at the same time it is easy to perform the material by separating the drain trap from the pipe. It relates to a drainage trap structure for a basin to be made.

In general, sewage pipes, in particular household sewage pipes, are water pipes for discharging the water supplied from the water source after use in the home.

These water pipes are connected to various sewer pipes and underground sewer pipes, which are piped to sewage treatment facilities.

The water pipes are pipes starting from a plurality of sewage discharged from the sewage used at home to the underground sewer pipe, and a plurality of sewage pipes are installed according to the installation position of the sewer.

Such sewage pipes should have corrosion prevention function and leak tightness due to construction characteristics and at the same time, have the function of preventing odor from reverse rise from underground sewer pipes due to the characteristics of sewage.

Sewage pipes having such various functions are divided into a case where the installation position is high, such as a sink of a sink installed in a home or a sink of a sink, and a low sewer pipe such as a sewer of a bathtub and a general floor sewer. The pipe is not limited to the pipe, but the sewage pipe piped to the sink or sink should be exposed to the outside and should have aesthetics and workability.

Representatively used for the sewage pipe is a drain trap is generally used, this drain trap is mainly used P trap or S trap depending on the shape.

These drain traps are installed in the pipes from the sewers of the sinks above the ground to the sewer pipes below the ground, and have airtightness and easy construction and deodorization.

Such a drain trap is characterized by its shape. For example, in the case of the S trap, a certain amount of sewage is always retained at the bend of the trap to block the sewer from the underground sewer pipe to provide deodorization, and the middle part of the drain trap, that is, the middle of the bent part is screwed. As it is tightened, the workability is provided.

However, in the conventional drain trap, when installing a drain trap provided with a strainer between the sewage inlet pipe and the lower discharge pipe, the strainer is inserted into the inside of the case, and the upper and lower bodies are respectively combined, and the sewage inlet on the washbasin side is combined. The bolt and sewage discharge pipe on the side of the sewer should be coupled to each other by bolting, which requires a lot of work time when constructing the drainage trap, which delays the air and removes foreign matter such as hair on the filter. Even if the drain trap from the sewage inlet pipe and sewage discharge pipe has a problem such that it is not possible to carry out the cleaning because it is easily mounted, demounted in a general home.

An object of the present invention is to make it easy to remove the trap main body is inserted in the inner surface between the sewage inlet pipe and the sewage discharge pipe, so that the air is shortened during construction of the drain trap, Even if foreign matter such as hair is accumulated on the floor, it is necessary to provide a drainage trap structure for the washbasin that can be easily cleaned and removed from the sewage inlet pipe and sewage discharge pipe in the general household. There is.

Drainage trap structure for the basin of the present invention to achieve this object

A trap main body 100 formed by communication between the inlet port 110 and the outlet port 120;

Filter 200 is inserted between the inlet 110 and outlet 120,

An airtight member 300 seated on an upper portion of the inlet 110 in which the strainer 200 is installed,

Coupling member 400 for pressing the airtight member 300 and the screw coupling is formed on the outer upper portion of the trap body 100,

The flexible pipe 500 is screwed to the upper portion in the lower portion of the trap main body 100 is coupled to the coupling member 400,

Composed of the protective cover 600 is installed on the lower portion of the trap main body 100 so that the coupling portion of the flexible pipe 500 is not visible from the outside,

The hermetic material 300 has a fitting hole 310 having the same center and inner diameter as the outer diameter of the sewage inflow pipe 700 so as to penetrate the central portion, and the sewage inflow pipe 700 smoothly in the fitting hole 310. The guide surface 320 to be inserted is achieved by being formed in the upper portion of the fitting hole 310 inclined outward.

According to the present invention, the lower part of the trap main body in which the filter is inserted between the inlet and the outlet is screwed so that the coupling part is not visible from the outer part by the protective cover, and the coupling member is temporarily coupled to the upper part of the trap main body after inserting an airtight member. In the above state, the drain trap is installed by screwing the trap body so that the coupling member is firmly coupled after being inserted into the lower inlet, and the air is shortened during the construction of the drain trap, as well as hair on the strainer. Even when foreign matters need to be accumulated and removed, the trap main body can be easily demounted in a general home, and thus it is a very useful invention having the effect of being able to carry out cleaning.

Figure 1 is an exploded perspective view showing a drain trap structure for the present basin
Figure 2 is a cross-sectional view showing the drain trap structure for the present inventors
Figure 3 is a cross-sectional view showing the airtight material of the present invention drainage trap structure for the washbasin

Hereinafter, the configuration of the drainage trap structure for the basin of the present invention according to the accompanying drawings in detail.

1 is an exploded perspective view showing the drainage trap structure for the basin of the present invention, Figure 2 is a cross-sectional view showing the drainage trap structure for the basin of the present invention, Figure 3 is a cross-sectional view showing the airtight material of the drain trap structure for the basin of the present invention.

Drain trap structure for the wash basin of the present invention, as shown in Figure 1 and 2, the trap main body 100 is formed in communication between the inlet 110 and the outlet 120, the inlet 110 and outlet 120 ) Between the filter 200 inserted between the filter, the airtight member 300 seated on the upper portion of the inlet 110 in which the filter 200 is installed, and the airtight member 300 and the trap main body 100. Coupling member 400 is screwed to the outer top of the flexible pipe 500, the upper portion is screwed to the lower portion of the trap main body 100 is coupled to the coupling member 400, the flexi It is composed of a protective cover 600 is installed on the lower portion of the trap body 100 so that the coupling portion of the pipe 500 is not visible from the outside.

On the other hand, the airtight member 300 has a fitting hole 310 having the same center and inner diameter as the outer diameter of the sewage inflow pipe 700 is formed so as to penetrate the central portion, as shown in Figure 3, the fitting hole 310 Guide surface 320 to be inserted into the sewage inlet pipe 700 smoothly is formed in the upper portion of the fitting hole 310 to be inclined outward.

According to the present invention configured as described above, when the trap main body 100 is installed between the sewage inflow pipe 700 and the flexible pipe 500 which is the lower discharge pipe, the trap main body 100 is installed. The filter 200 is inserted through the inlet 110 so as to be seated in the seat.

At this time, the strainer 200 is inserted into the engaging projection 210 formed to protrude to the outside on the upper end to the position caught on the engaging jaw 111 formed on the inner surface of the trap body 100 and the outlet 120 and the inlet ( It is maintained between the 110).

After the filter 200 is introduced into the trap main body 100 so as to be positioned between the outlet 120 and the inlet 110, the airtight guide 320 is formed to be inclined on the upper portion of the inlet 110. Seating the ash 300, and loosely screw-coupled to the outer upper portion of the trap main body 100, the coupling member 400 to prevent the airtight member 300 is seated on the inlet 110.

After the coupling member 400 is loosely coupled to the upper portion of the trap body 100, the upper portion of the flexible pipe 500, which is a sewage discharge pipe, is screwed to the lower portion of the trap body 100.

In this case, a protective cover 600 is installed between the flexible pipe 500 and the lower part of the trap main body 100 so that the coupling portion between the flexible pipe 500 and the lower part of the trap main body 100 is not visible from the outside.

After the flexible pipe 500 is coupled as described above, the sewage inflow pipe 700 is inserted into the inlet 110 of the trap body 100, and then the coupling member 400 is firmly fastened to the trap body 100.

At this time, the sewage inlet pipe 700 is guided by the guide surface 320 formed in the airtight member 300, and is introduced into the inlet 110 through the fitting hole 310, and sewage into the inlet 110. After the inlet pipe 700 is drawn in, the airtight member 300 is compressed by fastening the coupling member 700 to the trap main body 100 and the sewage inlet pipe 700 and the trap in a state where airtightness is maintained. The main body 100 is coupled.

Of course, when the trap main body 100 is coupled to the sewage inlet pipe 700 and the foreign matter such as hair is caught in the strainer during use, the trap main body 100 is separated after separating the coupling member 400. When the load is applied to the lower side, the sewage inflow pipe 700 and the trap main body 100 are separated.

After the trap body 100 is separated from the sewage inlet pipe 700 as described above, the filter 200 is drawn out through the inlet 110 to perform cleaning and then recombine.

100: trap body 110: inlet
111: Jam Jaw 120: Outlet
200: filter 210: jamming
300: airtight material 310: fitting hole
320: guide surface 400: coupling member
500: flexible pipe 600: protective cover
700: sewage inflow pipe

Claims

A trap main body 100 formed by communication between the inlet port 110 and the outlet port 120;
Filter 200 is inserted between the inlet 110 and outlet 120,
An airtight member 300 seated on an upper portion of the inlet 110 in which the strainer 200 is installed,
Coupling member 400 for pressing the airtight member 300 and the screw coupling is formed on the outer upper portion of the trap body 100,
The flexible pipe 500 is screwed to the upper portion in the lower portion of the trap main body 100 is coupled to the coupling member 400,
Composed of the protective cover 600 is installed on the lower portion of the trap main body 100 so that the coupling portion of the flexible pipe 500 is not visible from the outside,
The hermetic material 300 has a fitting hole 310 having the same center and inner diameter as the outer diameter of the sewage inflow pipe 700 so as to penetrate the central portion, and the sewage inflow pipe 700 smoothly in the fitting hole 310. The drainage trap structure for a basin, characterized in that the guide surface 320 to be inserted is formed on the top of the fitting hole 310 to be inclined outward.