KR200358265Y1 - Drainpipe structure easily swept for deposits - Google Patents

Abstract

The present invention is a drainage pipe structure that induces sewage water and rainwater to a remote treatment facility. More specifically, it is constructed to treat sewage water and rainwater generated from roads or residential streets by being buried open to the ground. It is a drainage pipe structure, which consists of a pipe buried with an upper surface open to inflow sewage and sediment from the ground surface, and a screening wire that covers the upper surface of the pipe to prevent sediment above a certain size from flowing into the pipe. In the drain pipe structure is connected / fixed in communication with the inside of the pipe, a partition wall is formed along the longitudinal direction of the drain pipe to partition the interior of the pipe into a waterway and a seating passage, the water channel and the seating passage communicating with the partition wall. The sewage is opened to allow the entrance and exit of the sewage, and a net is installed in the opening. Both ends of the outer circumferential surface has a plurality of side grooves and a bottom groove is further formed, respectively; The strained wire mesh is composed of an auxiliary wire mesh which is rotatably connected to one side of the basic wire mesh and the basic wire mesh to open and close the upper opening of the seating path; A plurality of side protrusions and bottom surface protrusions engaged with the side grooves and the bottom grooves are formed along the inner circumferential surface, and a rubber-like protrusion is formed at the central portion in the longitudinal direction, thereby closely connecting the joints of the adjacent pipes and fixing them. Wow; In the container shape to be assembled into the seating path, the sewage flowing from the strained wire mesh is preferentially accommodated, but the outer face and the inner strainer are provided on the circumferential surface to discharge the sewage into the waterway and to filter and store only the sediment contained therein. Filtering container equipped with a handle to facilitate separation from the tube; More included.

Description

Drainpipe structure easily swept for deposits

The present invention is a drainage pipe structure that induces sewage water and rainwater to a remote treatment facility. More specifically, it is constructed to treat sewage water and rainwater generated from roads or residential streets by being buried open to the ground. The loss is for drainage structures.

As described above, the upper part of the sewage and rainwater (hereinafter sewage) flowing from the ground surface is opened in order to flow into the drainage pipe, and the open upper surface part is covered with a filtering wire for filtering the sediment flowing together with the sewage, and the sediment is deposited. Minimization of clogging of the drain pipe by the

However, the sediment introduced by the strained wire mesh cannot be completely walked, and thus the sediment introduced in this way is gradually deposited in the drain pipe and eventually hinders the flow of sewage. This remained a stagnation factor in the drainage process, which inevitably led to a backflow in the event of excessive sewage. Therefore, the removal of sediment deposited over a certain amount is essential. Conventionally, sediment accumulated in the bottom of the drain pipe had to be pumped out as a separate vacuum cleaner, and the work was also not perfect, and the sediment removal effect was not large compared to the time and labor administered for cleaning.

The present invention has been devised to solve the above problems, the sediment and the movement path of the sewage coincides with the reduction of the drainage by the sediment, and easy to remove the sediment introduced into the drain pipe while enhancing its removal effect. There is a purpose.

1 is a perspective view showing a drain pipe according to the present invention,

2 is an exploded perspective view of FIG. 1;

3 is a use embodiment of FIG. 1.

-Explanation of terms for main parts of attached drawings-

10; Channel 11; A seating route

100, 100 '; Tube 110; septum

111; Strainer 150, 160; Seating table

170; Side grooves 171; Fastening hole

180; Bottom groove

200; Connection band 201; spin

210; Dream bar 220; Side projection

221; Fastening hole 230; Bottom projection

300, 300 '; Strained wire mesh 310; Basic wire mesh

320; Auxiliary wire mesh 330; Hinge

400; Filter container 410; Sedimentation space

411; Handle 412; Inner strainer

413; Outer strainer

The present invention to achieve the above object,

It is made up of the pipe which is buried and the upper surface is buried so that sewage and sediment flows from the ground surface, and the filtering wire which covers the upper surface of the pipe to prevent sediment of a certain size from flowing into the pipe, and is connected / fixed in communication with other neighboring pipes. In the drain pipe structure which consists of,

A partition wall is formed in the inner side of the pipe along the longitudinal direction of the drainage pipe to divide the inside of the pipe into a waterway and a seating path, and the partition wall communicates with the waterway and the seating path so that the sewage can enter and exit the sewage network. It is installed, and both side grooves and bottom grooves on the outer peripheral surface of both ends of the tube is further formed;

The strained wire mesh is composed of an auxiliary wire mesh which is rotatably connected to one side of the basic wire mesh and the basic wire mesh to open and close the upper opening of the seating path;

A plurality of side protrusions and bottom surface protrusions engaged with the side grooves and the bottom grooves are formed along the inner circumferential surface, and a rubber-like protrusion is formed at the central portion in the longitudinal direction, thereby closely connecting the joints of the adjacent pipes and fixing them. Wow;

In the container shape to be assembled into the seating path, the sewage flowing from the strained wire mesh is preferentially accommodated, but the outer face and the inner strainer are provided on the circumferential surface to discharge the sewage into the waterway and to filter and store only the sediment contained therein. Filtering container equipped with a handle to facilitate separation from the tube;

More included.

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

1 is a perspective view showing a drain pipe according to the present invention, Figure 2 is an exploded perspective view of Figure 1 will be described with reference to this.

As shown in FIG. 1, the present invention collects sewage or rainwater (hereinafter sewage) formed on the surface of the pipes 100 and 100 ′ which are connected upwardly in a line and is connected to the ground, and guides them to a remote treatment facility. do. In particular, the upper surface of the pipe (100, 100 ') is fitted with a filtering wire mesh (300, 300') for filtering the sediment of a predetermined size that can block the flow of sewage.

At this time, the partition wall 110 is formed in the inner side of the pipe (100, 100 ') along the longitudinal direction of the pipe (100, 100') is partitioned into the waterway 10 and the seating path (11). At this time, the following filter container 400 is inserted / assembled into the partition 11 partitioned by the partition 110, thereby flowing only the sewage with the smallest sediment contained in the water channel 10 in the present invention The drain pipe structure according to the present invention enables smooth drainage, and the filtration vessel 400 facilitates the removal of sewage that is not filtered by the strained wire meshes 300 and 300 '. In this case, two partitions 110 are formed as shown, so that the seating path 110 may be formed one at each side about the water channel 10, and the number of the filtering containers 400 is corresponding thereto. It may be two, but if the drain pipe is buried at both edges of the airway and the inflow of sewage is made to only one side of the pipe (100, 100 '), only one filter vessel 400 may be disposed in the one direction. Since there may be, the partition 110 may also be provided with only one so that only one seating path 110 can be formed.

Detailed description of the filter container 400 will be described later.

Meanwhile, a part of the partition wall 110 is opened to allow the sewage to easily enter and exit between the seating passage 11 and the water channel 10, and a filtering net 111 is installed at the opening, and the filtering container 400 is provided. First, the sediment of the sewage introduced into the filter only to minimize the inflow of sediment toward the waterway (10).

Subsequently, the tube 100 having the above-described structure is further provided with a connecting strip 200 which interconnects the neighboring tubes 100 and 100 'for intimate connection with another neighboring tube 100'. The connecting strip 200 can minimize the leakage of sewage because the tube 100 and the tube 100 'fasten the pipes 100 and 100' to each other while surrounding the outer circumferential surface of the connecting part which is directly contacted and connected. In addition, one or more side grooves 170 are formed on the outer vertical walls of the pipes 100 and 100 ', among which a plurality of grooves are formed on the outer circumferential surfaces of both ends of the pipes 100 and 100' in order to achieve a more robust connection. One or more bottom grooves 180 are formed on the outer bottom wall, respectively. On the other hand, corresponding to the inner circumferential surface of the connecting strip 200, the side projections 220 and the lower surface projections 230 are formed to engage with the side grooves 170 and the bottom grooves 180, respectively, the connection strips 200 ) Is effectively attached / fixed to the tubes 100 and 100 '.

In addition, a protrusion 201 may be further formed at a center thereof in the longitudinal direction of the connecting strip 200. The protrusion 201 is made of a rubber material and has a leak preventing effect, and may cushion a breakage that may occur due to friction between the connecting strip 200 and the pipes 100 and 100 '.

Subsequently, when the connecting strip 200 surrounds the connecting portion between the tubes 100 and 100 ', the fastening holes 221 formed at both edges of the connecting strip 200 and the fastening holes 171 formed at both ends of the tube 100. ) Is firmly fixed to each other through a separate fastening member (not shown) which is fixed through sequentially.

In addition, when the separation distance between the neighboring pipes (100, 100 ') due to the protrusion 201, the bar may be further provided to fill the empty space by the separation distance (210). In general, when a large distance is generated, the separation distance between the strained wire meshes (300, 300 ') is generated, because sediment of a size that should not be introduced therein may be introduced.

The filtering wire meshes 300 and 300 'cover the upper openings of the tubes 100 and 100' for the purpose of filtering the sediment flowing into the tubes 100 and 100 '.

The filtering wire meshes 300 and 300 ′ are composed of a basic wire mesh 310 and an auxiliary wire mesh 320 rotatably connected to one side or both ends of the basic wire mesh 310 by a hinge 330, respectively.

Therefore, the auxiliary wire mesh 320 is able to open and close the upper opening of the seating path (11) (see Fig. 3).

Subsequently, the filtering container 400 is assembled into the inside of the pipe 100, 100 ′, and more specifically, inserted into the seating path 11 partitioned by the partition wall 110.

The filter container 400 is a place where the sewage flowing from the ground surface is preferentially received, and for this purpose, a container having a predetermined capacity is formed. At this time, the circumferential surface is provided with an inner strainer 412 and an outer strainer 413 for discharging the sewage introduced into the strainer 400 to the waterway 10 and primarily by the strained meshes 300, 300 ′. The sewage that is filtered to the sediment to be filtered to the secondary 10 to minimize the mixing rate of the sediment.

On the other hand, the filter container 400 having the above-described structure is further provided with a handle 411 so that the worker can easily separate from the pipe (100, 100 ') for the purpose of removing the deposited sediment.

According to the illustrated embodiment, two partition walls 110 are formed around the channel 10 and one seating path 11 is formed at each end of each of the pipes 100 and 100 '. (11) Although it is assumed that two trapping containers 400 are respectively included in each other, only one partition wall 110 is formed inside the pipes 100 and 100 'to form the seating path 11 in one place. Accordingly, it is a matter of course that the strain container 400 may also be modified in a structure such that only one is required.

3 is a view illustrating the use of FIG. 1, wherein the auxiliary wire mesh 320 covers the upper opening of the seating path 11 so as to be openable and closed, and when the deposit is accumulated in the filtering container 400 by a predetermined amount or more, the basic wire mesh 310 and the hinge ( After opening the auxiliary wire mesh 320, which is rotatably connected via the 330, upwards, only the filtering container 400 is removed from the pipes 100 and 100 ', and then reinserted.

Reference numerals' 150 'and' 160 'are seated, molded and processed so that the filtering wire mesh 300 is seated on the upper surface of the outer vertical walls of the pipes 100 and 100'.

According to the present invention as described above, the inner side of the pipe is divided into a seating path and a water channel by the partition wall, and the separation container is inserted into the mounting path, the sediment is deposited and sewer drain passage separated by As a result, the interference of drainage due to the deposition of sediment is greatly reduced, and the filtering container can be separated from the pipe to shake off the sediment for the purpose of removing the sediment deposited in the drain pipe. do.

Claims (1)

It is made up of the pipe which is buried and the upper surface is buried so that sewage and sediment flows from the ground surface, and the filtering wire which covers the upper surface of the pipe to prevent sediment of a certain size from flowing into the pipe, and is connected / fixed in communication with other neighboring pipes. In the drain pipe structure which consists of, A partition wall is formed in the inner side of the pipe along the longitudinal direction of the drainage pipe to divide the inside of the pipe into a waterway and a seating path, and the partition wall communicates with the waterway and the seating path so that the sewage can enter and exit the sewage network. It is installed, and both side grooves and bottom grooves on the outer peripheral surface of both ends of the tube is further formed; The strained wire mesh is composed of an auxiliary wire mesh which is rotatably connected to one side of the basic wire mesh and the basic wire mesh to open and close the upper opening of the seating path; A plurality of side protrusions and bottom surface protrusions engaged with the side grooves and the bottom grooves are formed along the inner circumferential surface, and a rubber-like protrusion is formed at the central portion in the longitudinal direction, thereby closely connecting the joints of the adjacent pipes and fixing them. Wow; In the container shape to be assembled into the seating path, the sewage flowing from the strained wire mesh is preferentially accommodated, but the outer face and the inner strainer are provided on the circumferential surface to discharge the sewage into the waterway and to filter and store only the sediment contained therein. Filtering container equipped with a handle to facilitate separation from the tube; Drain pipe having a foreign matter trapping structure, characterized in that it further comprises.