KR200292703Y1 - Foul Water Drain Unit - Google Patents

Abstract

The present invention relates to a sewage outlet, characterized in that to provide a free outlet for the connection of the discharge pipe and the sewage pipe even when the sewage outlet is fixed to one point,

A first source plate having a bottom surface and an edge portion and a second disc having only an edge portion overlapping each other, and a sewage inflow portion for introducing sewage through the bottom surface of the first disc; The upper surface is formed of the bottom surface and the rim portion, and the rim portion is slidingly coupled to the rim portion of the second disc of the sewage inlet, the third disc rotates 360 °, and the bottom is formed of the bottom surface and the rim portion A fourth disc coupled to the disc in an integral form, and a sewage relay unit for making a cut between the third disc and the fourth disc to move the sewage through the space of the third disc and the fourth disc; ; Sewage is sewage through the discharge portion formed in the space portion formed by the fourth disk and the fifth disk and the edge hole of the fifth disk, the fifth disk is slidably coupled to the fourth disk of the sewage relay unit 360 degrees It is characterized by including a sewage discharge portion discharged to the pipe.

Description

Sanitary Sewage Outlet

The present invention relates to a sewage outlet, and more particularly, to a sanitary sewage outlet characterized in that to provide a free outlet for the connection of the discharge pipe and the sewage pipe even when the sewage outlet is fixed to one point.

The sewage outlet which is generally used is a device that simply and reliably doubles the odor coming out of the sewage pipe while discharging sewage accumulated in the tub or the bottom into the sewage pipe.

By the way, such a sewage outlet is usually disposed between the tiles during the installation of the tile, etc. on the floor surface, since the construction of the tile is usually made after all the sewage piping work, the sewage outlet to the desired point There was a problem that was difficult to attach.

That is, when the tiles are aligned, the point where the sewage outlet is located is most preferably installed at the center of the tile, but the sewage outlet is difficult to be located at the center of the tile in the process of connecting with the sewer pipe. .

Since sewage pipes are installed in advance and the sewage outlets must be installed in accordance with the sewage pipes, it is inevitably occurring in a normal construction order.

Therefore, it is difficult to position the sewage outlet on the center surface of the tile is biased in one direction, or off one tile, there was a disadvantage in that it is not aesthetically beautiful, such as having to break up and install a plurality of tiles.

The object of the present invention is to provide a sewage outlet of a multi-layer structure so that the sewage inlet plate of the sewage outlet is located on the center surface of the tile, no matter where the sewer pipe is located.

Another object of the present invention is to further include a sewage discharge that is easily blocked odor inflow.

As a means for achieving the above object,

The present invention has a form in which a first disc having a bottom surface and an edge portion and a second disc having only an edge portion overlap each other, and a sewage inflow portion for introducing sewage through the bottom surface of the first disc; The upper surface is formed of the bottom surface and the rim portion, and the rim portion is slidingly coupled to the rim portion of the second disc of the sewage inlet, the third disc rotates 360 °, and the bottom is formed of the bottom surface and the rim portion A fourth disc coupled to the disc in an integral form, and a sewage relay unit for making a cut between the third disc and the fourth disc to move the sewage through the space of the third disc and the fourth disc; ; Sewage is sewage through the discharge portion formed in the space portion formed by the fourth disk and the fifth disk and the edge hole of the fifth disk, the fifth disk is slidably coupled to the fourth disk of the sewage relay unit 360 degrees It is characterized by consisting of the sewage discharge portion discharged to the pipe.

In addition, the sewage inlet and the secondary inlet plate having a catch structure; It is characterized in that it comprises a primary inlet plate mounted on top of the secondary inlet plate to primarily handle the catch of dirt.

In addition, the upper part of the sewage inlet is characterized in that made by attaching a tile.

In addition, the lower part of the sewage inlet is characterized in that a plurality of reinforcing plates are radially mounted.

In addition, the diameter of the first disc is larger than the diameter of the second disc.

In addition, the diameter of the fourth disc is larger than the diameter of the third disc.

In addition, the sewage discharge portion is characterized in that it is further made to combine the discharge port of the L (L) shape so that the sewage always stays by a certain amount to prevent the backflow of the odor.

In addition, the sewage inlet, the sewage relay and the sewage outlet is preferably made of a synthetic resin so that the sliding can be made smoothly.

1 is an exploded perspective view of the present invention.

2 is a combined state of the present invention.

3 is a cross-sectional view of the present invention.

Figure 4 is an operating state of the present invention.

Explanation of symbols on the main parts of the drawings

1: 1st jammer 2: 2nd jammer

10: sewage inlet 11: first disc

12: 2nd disc 13: gusset

14 tile 20 sewer relay

21: 3rd disc 22: 4th disc

30: sewage discharge part 31: fifth disc

32: discharge hole 33: discharge container

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. First of all, in adding reference numerals to the components of each drawing, it should be noted that the same reference numerals are used as much as possible even if displayed on different drawings. In addition, in the following description of the present invention, if it is determined that the detailed description of the related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted.

1 is an exploded perspective view of the present invention.

2 is a combined state of the present invention.

3 is a cross-sectional view of the present invention.

4 is an operation state diagram of the present invention,

As shown, the subject innovation consists of a sewage inlet 10, a sewage relay 20, and a sewage outlet 30. Sewage existing on the floor of the toilet or the bottom of the wash place is first flowed into the sewage inlet 10, is moved through the sewage relay 20, and finally discharged through the sewage discharge unit 30 Sewer pipes are reached.

The sewage inlet 10 may include a reinforcing plate extending outwardly of the first disc 11, the second disc 12, and the first disc 11 and the second disc 12 to support them ( 13), and the sewage is moved through the first disc 11 and the second disc 12. And, the tile 14 is installed on the upper portion of the reinforcing plate 13, the product is shipped in a state in which a hole in the selected tile coupled to the upper portion of the reinforcing plate (13).

The first original plate 11 and the second original plate 12 are in the form of two circles overlapping each other, as if the shape of the Ottogi. The first disc 11 is composed of a circular bottom surface 11a and an edge portion 11b corresponding thereto, and a locking jaw is installed at the edge portion 11b, and the second locking membrane 2 is disposed on the locking jaw. ) Is placed, and the first locking membrane 1 is placed on the second locking membrane 2. The second disc 12 is a state in which only the edge portion 12a is protruded and is coupled to the third disc 21 to be described later. In the circular bottom surface 11a of the first disc 11, a portion where the second disc 12 overlaps is cut, and the sewage is moved on the cut surface. The first blocking membrane 1 and the second locking membrane 2 are formed with a plurality of holes, so that the sewage is lowered and foreign substances are caught by the blocking membranes 1 and 2 so that foreign substances are accumulated in the drain pipe and blocked. Block the phenomenon twice.

The sewage relay 20 includes a third disc 21 and a fourth disc 22, and the sewage passing through the first disc 11 is the third disc 21 and the fourth disc 22. Will move through).

The third disc 21 and the fourth disc 22 also have an pentagon shape similar to the coupling state of the first disc 11 and the second disc 12. In addition, the third disc 21 is slidably coupled to the edge portion 12a of the second disc 12 of the sewage inlet portion 10 and is supported by the edge portion 12a of the second disc 12. It can be rotated 360 °. In addition, the fourth original plate 22 is overlapped with the third original plate 21 and is coupled to each other, and at the same time, a cutout is formed at an interlocking point to relay the discharge of sewage. The third disc 21 is formed in the form of an upper portion of the bottom surface 21a and the edge portion 21b and transfers the sewage through the space portion 21c generated when the second disc 12 is engaged. The sewage transferred here is moved to the fourth disc 22.

The sewage discharge port is composed of a fifth disc 31 and a discharge cylinder 33, the sewage located in the fourth disc 22 is moved through the discharge hole 32 of the fifth disc 31.

The fifth disc 31 is coupled to the edge portion 22b of the fourth disc 22 to have a bottom surface 21a of the fourth disc 22 and a space portion 22c of a constant size. In addition, since the fifth disc 31 is slidably coupled to the fourth disc 22, the fifth disc 31 may be rotated 360 ° along the edge portion 22b of the fourth disc 22. It can be recognized as if the fifth disc 31 rotates in a circle about the center point of the fourth disc 22.

On the other hand, the diameter of the fourth disc 22 is configured to be larger than the diameter of the third disc 21, which facilitates the storage of sewage and reduces the area where the sewage is relayed, while increasing the area of the final output side. This is to reduce the overall size of the device while increasing the rotational displacement. Correspondingly, the size of the first disc 11 is made larger than that of the second disc 12. Of course, the diameter of the second disc 12 is equal to the diameter of the third disc 21.

In addition, a discharge hole 32 is formed at one side of the fifth disc 31, and a discharge cylinder 33 is installed at the discharge hole 32, and the sewage that has passed through the discharge hole 32 is discharge cylinder 33. Passing through, the discharge container 33 is connected to the sewage pipe so that the sewage is finally moved to the sewage pipe. The discharge container 33 is in the form of an L (L) form so that a certain amount of sewage remains when the sewage is discharged through the sewer pipe to remove the odor coming over the sewer pipe.

According to the present invention made as described above, the second disc 12 constituting the sewage inlet 10 and the third disc 21 constituting the sewage relay 20 are slidably coupled and rotated to allow the second disc 12 to be rotated. It is possible to move the position of the fourth disc 22 about the center point. That is, the position of the 4th disc 22 can be changed freely about the center point of the 3rd disc 21, and a position point is 360 degree centering around the center point of the 3rd disc 21. As shown in FIG.

In addition, since the fifth disc 31 constituting the sewage discharge part 30 is rotatably coupled to the fourth disc 22, the fifth disc 31 may be rotated about the center point of the fourth disc 22. The discharge hole 32 of the fifth disk 31 may be located in any direction of the fourth disk 22.

Therefore, according to the present invention, the discharge hole 32 formed in the fifth disc 31 slidingly coupled to the fourth disc 22 with the free rotational movement of the fourth disc 22 is the fourth disc 22. Since it is possible to move the position freely, it is possible to set various positions using two rotational displacements.

Accordingly, when the discharge hole is located at the longest distance from the first disc 11, the first disc 11 and the fourth disc 22 are positioned in a straight line, and the discharge hole of the fifth disc 31 is located. What is necessary is just to position 32 at the end of a straight line, and when the discharge hole 32 is located in the nearest distance from the 1st disk 11, the 1st disk 11 and the 4th disk 22 overlapped. In this case, the discharge hole 32 of the fifth disc 31 may be positioned at the center of the overlapped portion.

4 is a rotational view as seen from the bottom surface, wherein the visible surface is the third disc 21, the fifth disc 31 and the discharge hole 32, the third disc 21 is rotated, and at the same time It can be seen that the fifth disc 31 rotates to have two rotational displacements.

On the other hand, since the space between the fourth disk 22 and the sewage inlet 10 forming the sewage relay 20 floats to support the radiation of the reinforcing plate 13 to the lower end of the sewage inlet 10 Further installed in the direction.

After all, using the present invention, since the discharge hole 32 can be located at various points, regardless of the position of the sewage pipe during the tile construction, even if the process proceeds according to the required specifications, the discharge hole and the sewage pipe can be fitted later. It is possible to prevent the aesthetics of the aesthetics caused by the tile floor construction.

That is, in the prior art, when the sewage pipe and the sewage outlet did not match, the tiles had to be changed or broken to combine them. However, when the present invention is used, the fourth and fifth discs are rotated to connect the sewer pipe and the outlet. Because of this, various positions can be adjusted and tile construction can be carried out in a desired form.

In addition, the present invention is to take over the tiles to be provided in advance to provide a state coupled to the sewage discharged in advance, as well as the construction proceeds quickly, the sewage inlet is arranged in the center of the tile can be beautiful in appearance.

Using the present invention as described above can be connected to the discharge pipe and sewage pipe irrespective of the position of the sewage outlet, thereby providing an effect that can be finished without damaging the aesthetics during tile construction.

Although the present invention has been described in connection with the above-mentioned preferred description, various other modifications and variations may be made without departing from the spirit and scope of the present invention. Accordingly, the appended claims may be determined to include such modifications and variations as fall within the true scope of the present invention.

Claims (7)

A first source plate having a bottom surface and an edge portion and a second disc having only an edge portion overlapping each other, and a sewage inflow portion for introducing sewage through the bottom surface of the first disc; The upper surface is formed of the bottom surface and the rim portion, and the rim portion is slidingly coupled to the rim portion of the second disc of the sewage inlet, the third disc rotates 360 °, and the bottom is formed of the bottom surface and the rim portion A fourth disc coupled to the disc in an integral form, and a sewage relay unit for making a cut between the third disc and the fourth disc to move the sewage through the space of the third disc and the fourth disc; ; Sewage is sewage through the discharge portion formed in the space portion formed by the fourth disk and the fifth disk and the edge hole of the fifth disk, the fifth disk is slidably coupled to the fourth disk of the sewage relay unit 360 degrees Sanitary sewage outlet, characterized in that consisting of the sewage discharge portion discharged to the pipe. The method of claim 1, The sewage inlet portion and the secondary inlet plate having a structure for catching dirt; The sanitary sewage outlet, characterized in that it comprises a primary inlet plate on the top of the secondary inlet plate to cover the first dirt. The method of claim 1, Sanitary sewage outlet, characterized in that made by coupling the tile to the upper portion of the sewage inlet. The method of claim 1, The lower portion of the sewage inlet sanitary sewage outlet, characterized in that a plurality of reinforcing plates are mounted radially. The method of claim 1, Sanitary sewage outlet, characterized in that the diameter of the first disc is larger than the diameter of the second disc. The method of claim 1, Sanitary sewage outlet, characterized in that the diameter of the fourth disc is larger than the diameter of the third disc. The method of claim 1, The sewage discharge portion is sanitary sewage discharge, characterized in that further made to combine the discharge port of the L (L) shape so that the sewage always stays by a certain amount to prevent the backflow of the odor.