KR200356475Y1 - Waterwaypipes having filters to be controlable lengthe - Google Patents

Abstract

The present invention is a water pipe that leads sewage and rainwater to a remote treatment facility. More specifically, it is constructed to treat sewage water and rainwater generated from roads or residential streets, which are buried open to the ground. It is about a water pipe, and it is made of a pipe buried with an upper surface open so that sewage and sediment flows from the ground surface, and a screening wire mesh covering the upper surface of the pipe to prevent sediment of a certain size from flowing into the pipe and communicating with other neighboring pipes. In the waterway pipe is connected / fixed so that the inside of the pipe partition wall is formed along the longitudinal direction of the waterway pipe partitions the interior of the pipe into a waterway and sedimentary deposit, so that the channel and the sedimentary deposit is in communication with the partition. The meshing space is formed, the meshing space is installed in the meshing space, A plurality of side grooves and a bottom groove are further formed on outer peripheral surfaces of both ends of the pipe; The strained wire mesh is formed in the outer frame so that the plurality of base rails and the spaces enclosed by the base streets and the outside are in horizontal communication with each other and fixed to be arranged parallel to the inside of the rectangular frame at regular intervals. A basic wire mesh formed of a guide hole formed at a position where external and spaced spaces can communicate with each other, a plurality of auxiliary rails penetrating and inserted into each of the guide holes, a fixing frame connecting the auxiliary rails in a row, and freedom of the auxiliary rails; The auxiliary wire mesh is formed of a movable connecting plate fixed to the stage and formed with a plurality of guide grooves which are engaged with the base rails and move horizontally along the longitudinal direction of the base rails, respectively; 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, so as to closely wrap and fix the connecting portions of neighboring pipes. ; A shock absorber seated on an upper surface of the tube directly contacting the strained wire mesh to prevent surface damage of the tube due to friction with the strained wire mesh; More included.

Description

Waterway pipes having filters to be controlable lengthe}

The present invention is a water pipe that leads sewage and rainwater to a remote treatment facility. More specifically, it is constructed to treat sewage water and rainwater generated from roads or residential streets, which are buried open to the ground. It's about a water pipe.

As described above, the wastewater and rainwater (hereinafter referred to as sewage) flowing from the ground surface is opened upwards to flow into the water pipe, and the open top surface is covered with a strained wire mesh for filtering the sediment flowing together with the sewage. Minimization of clogging of water pipe by sediment is minimized.

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 water pipe, which eventually obstructs the flow of sewage. This remained a stagnation factor in the drainage process, which inevitably led to backflow in the event of excessive sewage.

On the other hand, despite the fact that the amount of sewage generation varies from region to region, the sewage treatment capacity is inevitably different from region to region due to the uniformity of the water pipes. This is one of the factors causing the occurrence of habitual flooded areas during the rainy season. However, in order to solve the above-mentioned problem, the water pipe can be diversified to install a water pipe suitable for the amount of sewage generated according to the region, but the standard of the strained wire mesh that is settled above the water pipe while diversifying the standard of the water pipe. They also need to be diversified, resulting in an increase in overall cost burden.

In order to solve the above problems, the present invention is designed to minimize the reduction of drainage due to sediment while the sediment and sewage migration paths coincide with each other, and install various water pipes according to the sewage treatment capacity required for each region. In addition, it is possible to reduce the additional cost burden caused by this as much as possible, so that it is possible to relatively economically install various water pipes having different specifications in the habitual flooding area caused by the reverse rainy season.

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

2 is an exploded perspective view of FIG. 1;

3 is a partially exploded perspective view of the strained wire mesh.

-Explanation of terms for main parts of attached drawings-

10; Channel 11; Sedimentary deposit

100, 100 '; Tube 101, 102; 1st buffer stand

103, 104; Second buffer zone 110, 120; septum

111, 121; Meshing space 130, 140; Strainer

150, 160; Seating table 170; Side groove

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

311; Basic street 312; Space

313; Guide hole 314; Outer frame

320; Auxiliary wire mesh

321; Auxiliary street 321a; Fixing protrusion

322; Movable connecting plate 322a; Fixing hole

322b; Guide groove 323; Fixing member

324; Fixing frame 333; Fixing member

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 water pipe made of,

A partition wall is formed in the inner side of the pipe along the longitudinal direction of the water pipe to partition the interior of the pipe into a waterway and a sedimentation path, and the partition wall is formed so that the waterway and the sedimentation path communicate with each other. A space net is installed in the space, and both side grooves and bottom grooves are formed on the outer peripheral surfaces of both ends of the pipe, respectively;

The strained wire mesh is formed in the outer frame so that the plurality of base rails and the spaces enclosed by the base streets and the outside are in horizontal communication with each other and fixed to be arranged parallel to the inside of the rectangular frame at regular intervals. A basic wire mesh formed of a guide hole formed at a position where external and spaced spaces can communicate with each other, a plurality of auxiliary rails penetrating and inserted into each of the guide holes, a fixing frame connecting the auxiliary rails in a row, and freedom of the auxiliary rails; The auxiliary wire mesh is formed of a movable connecting plate fixed to the stage and formed with a plurality of guide grooves which are engaged with the base rails and move horizontally along the longitudinal direction of the base rails, respectively;

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, so as to closely wrap and fix the connecting portions of neighboring pipes. ;

A shock absorber seated on an upper surface of the tube directly contacting the strained wire mesh to prevent surface damage of the tube due to friction with the strained wire mesh;

More included.

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

1 is a perspective view showing a water 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 inner wall of the pipe (100, 100 ') is formed along the longitudinal direction of the partition wall (110, 120) is formed inside the pipe (100, 100') partitioned into the water channel 10 and sediment deposition path (11) do. At this time, only the sewage containing the smallest sediment flows into the water channel 10 to enable smooth drainage, and the sediment deposition passage 11 may not be filtered out by the strained wire meshes 300 and 300 '. It is deposited to facilitate its removal during sewage cleaning. Of course, the sediment deposition path 11 can be formed in each of the two ends of the waterway 10 as shown, but the waterway pipe is buried at both edges of the airway (公路) as the inflow of sewage pipe 100 , 100 ') may be formed of only one sediment deposition path 11 in one direction.

On the other hand, in order to flow into the waterway 10 through the partitions 110 and 120, the sewage first introduced into the sediment deposition passage 11 from the outside is a trapping space through which the sewage can penetrate the partitions 110 and 120 ( 111, 121) should be formed. In addition, by further installing a strainer (130, 140) to prevent the sediment introduced into the sedimentation sediment (11) with the sewage flow into the waterway (10), the water pipe according to the present invention performs a double filtering function. .

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 '.

3 is a partially exploded perspective view of the strained wire mesh, which will be described in more detail with reference to the strained meshes 300 and 300 'according to the present invention.

As mentioned in the prior art, despite the fact that the amount of sewage generation differs from region to region, the waterway pipes constructed in the airway have almost the same specifications, and when the sewage generation exceeds the water pipe's acceptance range, the drainage is not smooth and the area is flooded. Can be. Therefore, the water pipe should be constructed by differentiating the standard, which causes a considerable increase in the construction cost, so that the wire mesh can be commonly used regardless of the size of the pipe (100, 100 ') in order to reduce the increase cost as much as possible. 300 is presented in the present invention.

The filtering wire mesh 300 'according to the present invention can freely adjust the width. For this purpose, the filtering wire mesh 300 is a rectangular outer frame 314 and parallel to the inner side of the outer frame 314 at regular intervals. A plurality of basic side rails 311 to be disposed and the space 312 surrounded by the base streets and the spaces 312 may communicate with each other in the outer frame 314 so that the outside may communicate with each other in a horizontal direction. A basic wire mesh 310 formed of a guide hole 313 formed at a position capable of being opened; A plurality of auxiliary rails 321 inserted through the guide holes 313, a fixing frame 324 for fixing the auxiliary rails 321 in a line, and a free end of the auxiliary rails 321; Auxiliary wire mesh 320 made of a movable connecting plate 322, which is fixed and connected to each of the base rails 311 and formed with a plurality of guide grooves 322b for horizontally moving along the longitudinal direction of the base rails 311. Is done. Meanwhile, a fixing protrusion 321a is formed at a free end surface of the auxiliary rail stand 321, and a fixing hole 322a is formed at the movable connecting plate 322 so that the fixing protrusion 321a can be inserted therethrough. The furnace auxiliary rail stand 321 and the movable connecting plate 322 are fixed to each other and the fixing protrusion 321a protruding to the opposite side of the fixing hole 322a is tightly fastened through a separate fixing member 323. However, the fixing means between the auxiliary rail 321 and the movable connecting plate 322 is not limited to the above-described technical configuration.

In this case, the auxiliary wire mesh 320 may be provided on each side of each of the auxiliary wire mesh 320 as shown in order to widen the adjustment range, but is not limited thereto. Of course, only one side of the auxiliary wire mesh 320 may be provided.

According to the above-described structure, the filtering wire mesh 300 is capable of horizontally moving the auxiliary wire mesh 320 on the basis of the basic wire mesh 310 so that the width can be adjusted by the required length, through which the pipes 100 and 100 'are applied. By diversifying the specifications of the system, cost increase problems incurred can be reduced as much as possible.

On the other hand, as shown in Figure 2, the strained wire mesh (300, 300 ') is seated on the upper surface of the pipe (100, 100'), the pipe (100, 100 ') is generally made of a concrete material to the external force It is weak to breakage. On the other hand, since the wire meshes 300 and 300 'are made of steel and have excellent surface strength, when the wire meshes 300 and 300' and the pipes 100 and 100 'directly contact each other, the outer vertical walls and the partition walls 110 of the pipes 110 The surface of the upper surface of, 120 may be easily broken. Thus, buffers 101, 102, 103, 104 are further provided for buffering between the strained wire meshes 300, 300 ′ and the pipes 100, 100 ′. The buffer bands are respectively fitted with first buffers 101 and 102 fitted to seating rods 150 and 160 formed on the upper surface of the vertical wall so as to engage with the outer edges of the filtering wire meshes 300 and 300 ', respectively. There are second buffers 103 and 104 fitted on the upper surfaces of the partitions 110 and 120 supporting the loads in the middle of 300 and 300 '. In the illustrated embodiment, the first buffers 101 and 102 are It forms a 'b' shape chasing the shape of the mounting table (150, 160), the second buffer (103, 104) is a 'c' shape chasing the top shape of the partition (110, 120).

Of course, the buffer (101, 102, 103, 104) is not limited to the shape of the above-described embodiment.

According to the present invention as described above, the inner side of the pipe is divided into the sediment deposition channel and the water channel, where the sediment is deposited and the drainage passage of the sewage is separated, whereby the interference of the drainage due to the sediment deposition is greatly reduced.

In addition, since the width of the strained wire mesh can be freely adjusted, it can be commonly used regardless of the pipe standard.

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 water pipe made of, A partition wall is formed in the inner side of the pipe along the longitudinal direction of the water pipe to partition the interior of the pipe into a waterway and a sedimentation path, and the partition wall is formed so that the waterway and the sedimentation path communicate with each other. A space net is installed in the space, and both side grooves and bottom grooves are formed on the outer peripheral surfaces of both ends of the pipe, respectively; The strained wire mesh is formed in the outer frame so that the plurality of base rails and the spaces enclosed by the base streets and the outside are in horizontal communication with each other and fixed to be arranged parallel to the inside of the rectangular frame at regular intervals. A basic wire mesh formed of a guide hole formed at a position where external and spaced spaces can communicate with each other, a plurality of auxiliary rails penetrating and inserted into each of the guide holes, a fixing frame connecting the auxiliary rails in a row, and freedom of the auxiliary rails; The auxiliary wire mesh is formed of a movable connecting plate fixed to the stage and formed with a plurality of guide grooves which are engaged with the base rails and move horizontally along the longitudinal direction of the base rails, respectively; 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, so as to closely wrap and fix the connecting portions of neighboring pipes. ; A shock absorber seated on an upper surface of the tube directly contacting the strained wire mesh to prevent surface damage of the tube due to friction with the strained wire mesh; A sewer pipe for sediment classification having a strained wire mesh, characterized in that it further comprises.