KR100683119B1 - Collecting apparatus having a function for sanitarily sewage - Google Patents

Abstract

The present invention relates to a sewer capable of collecting and collecting sewage or sewage contained in sewage. The present invention provides a sewage outlet for discharging a fluid including rainwater, sewage and sewage to the outside. The width of the narrowing down the collecting pipe 10 is formed with a seating portion (11), and the cover 20 is formed with a plurality of inlet holes (21, 22) on the front to be seated on the upper end of the collecting pipe (10) And, it is seated on the seating portion (11) formed in the collecting pipe (10) of the fluid flowing through the cover 20, such as rainwater and sewage to filter the liquid, sediment is the fluid sorting means (30) )

Bridges, Sewers, Sumps, Drains, Sewage, Sedimentation

Description

Collecting apparatus having a function for sanitarily sewage}

1 is a cross-sectional view showing a conventional catchment installed in a bridge,

Figure 2 is an exploded perspective view showing a sewage can be collected as an embodiment of the present invention,

3 is a perspective view of the main part showing the fluid screening means of the configuration of FIG.

Figure 4 is a cross-sectional view showing a sewage can be collected as an embodiment of the present invention,

5 is an exploded perspective view showing a water collecting port capable of collecting waste as another embodiment of the present invention;

6 is a cross-sectional view showing a sewage outlet capable of collecting waste as another embodiment of the present invention.

<Code Description of Main Parts of Drawing>

10: collecting pipe 11: seating part

12: cover mounting jaw 20: cover

21,22: inlet hole 23: fitting

30, A: fluid sorting means 31: body

32,60: frame 32a, 64: fixed bar

32b: border 33: top filter

34: side filter 35: dirt deposition space

41,65: fixed piece
42, 52, 66: screw 50, 80: filter fixing member

delete

51: annular band 61: the upper border

62: joint edge 63: lower edge

70: filter S: space

The present invention relates to a sewer capable of collecting and collecting sewage or sewage contained in rainwater, and more particularly, means for depositing sewage contained in a fluid inside a sewer installed in a top plate of a bridge and its deposition. By providing a means for collecting the waste can be prevented in advance to blockage of the collecting pipe and the drain pipe, and thus, to the sewage collection can be collected to prevent further environmental pollution.

In general, the bridge catching port for collecting the fluid so that the fluid such as rainwater and sewage is drained to the outside, such as rivers are covered with the slab (1) and ascon (2) as shown in FIG. The structure is installed on the bridge top plate at a predetermined interval, the structure of the cover (4) is provided with a collecting pipe (3) is embedded in the slab (1), a plurality of inlet holes (4a) is formed at the upper end of the embedded collection pipe (3) Is a structure that is seated.

Here, the lower end of the collecting pipe (3) is fixed to the drain pipe (not shown) to drain the fluid to the outside.

When a fluid containing rainwater or sewage occurs on a bridge in which a conventional water collecting port for a bridge is installed, the generated fluid flows into the water collecting pipe 3 through the inlet hole 4a of the lid 3. The flowed fluid flows out through the drain pipe 5.

By the way, since the fluid flowing through the conventional water collecting port for bridges includes not only rainwater and sewage but also dirt (falling leaves, straw and various household wastes), the fluid is deposited inside the water collecting pipe 3 or inside the water draining pipe. (3) Or, there is a problem of inhibiting the drainage function of the catchment by clogging the drain pipe.

If the size of the inlet hole (4a) formed in the cover (4) is reduced to solve this problem, since dirt is deposited on the cover (4), this also acts as a factor that inhibits the drainage function of the catch.

In addition, since the drain pipe installed on the bridge has a very long length (usually 10 m or more), it is difficult to remove the drain pipe when the drain pipe is blocked in the accumulated dirt.

In addition, since the dirt not deposited in the collection pipe 3 or the drainage pipe is discharged to an outside stream or the like, there is also a closed end that causes environmental pollution.

The present invention is to solve the problems of the prior art, an object of the present invention is to provide a means for depositing the dirt contained in the fluid in the interior of the catchment is installed on the top plate of the bridge and a means for collecting the accumulated dirt It is possible to prevent the clogging of the collecting pipe and the drain pipe by providing in advance, and thus, to provide a collecting port capable of collecting waste, which is further prevented from environmental pollution.

Hereinafter, with reference to the accompanying drawings, the configuration and operation of the embodiment of the present invention will be described in detail.

Figure 2 is an exploded perspective view showing a sewage can be collected as an embodiment of the present invention, Figure 3 is a perspective view of the main portion showing the fluid sorting means of the configuration of Figure 2, Figure 4 is an embodiment of the present invention, It is sectional drawing which shows the catchment which can collect waste.

As shown in the other embodiment of the present invention, in the configuration of the catch port for discharging the fluid containing the rainwater, sewage and dirt to the outside, the catch port is narrowed down the inner width at a predetermined depth seating portion 11 ) Is formed in the collecting pipe 10, the cover 20 is formed on the front end of the water collecting pipe 10, the plurality of inlet holes (21, 22) formed in the front, and the mounting formed in the collecting pipe (10) It is composed of the fluid sorting means 30 to filter the liquid, such as rainwater and sewage out of the fluid flowing through the cover 20 to be seated in the portion 11 and to deposit the dirt.

The cover 20 is formed with a plurality of inlet holes (21, 22) in the front so that the fluid flowing on the bridge flows, even if there is a large amount of fluid, such as a surge of sewage caused by heavy rain or bridge cleaning The surface in which the inlet hole 22 is formed on the edge portion of the front surface of the plurality of inlet holes 21 and 22 formed on the front side of the cover 20 so that the fluid flowing down from the bridge top plate first touches the fluid at a predetermined angle. It is made to be formed downward to increase the flow area of the inlet 22.

The cover 20 has a fitting portion 23 fitted to the inner diameter of the collection pipe 10 so that the cover 20 can be firmly seated in the collection pipe 10.

The fluid sorting means 30 has an upper portion and a lower portion, the upper portion having a width corresponding to the width of the seating portion 11 so as to be seated on the seating portion 11 formed in the collection pipe 10. A wider and lower portion of the body 31 is formed in a narrow width, and a plurality of fixing bars 32a and one side of which are fixed to the inner surface of the lower portion of the body 31 at predetermined intervals and the upper ends of the plurality of fixing bars 32a. It consists of a frame 32 consisting of a frame (32b) fixed to the top, the top filter 33 covering the upper portion of the frame 32, and the side filter 34 surrounding the lower side of the frame 32 and In addition, a dirt deposition space 35 is formed between the frame 32 and the body 31 by the side filter 34 wrapped on the lower side of the frame 32. The dirt in the fluid flowing through is deposited in the top filter 33 or the dirt deposition space 35, and the liquid such as rainwater and sewage Through the upper filter 33 and the side filter 34 is a flow home water tube 10 and exits to the outside through the drain pipe (5).

The rainwater and sewage flowing even when the accumulated dirt blocks the top filter and the side filter 34 are collected through the open space S of the upper part of the frame 32 formed by the side filter 34 not being covered. 10) Because it flows in, it prevents outflow to the outside and provides smooth drainage function.

The predetermined depth of the seating portion 11 formed in the collecting pipe 10 is such that the manager's hand can hold the frame 32 in a state where the cover 20 is removed.

In addition, the frame 32 composed of the plurality of fixing bars 32a and the rim 32b is detachably fixed to the inside of the collection pipe 10 by the fixing member 40.

Here, the fixing member is composed of a fixing piece 41 and a screw 42, one end of the fixing piece 41 is fixed to the upper side of the frame 32, the other end of the fixing piece 41 is the collecting pipe The screw 42 is fastened between the other end of the fixing piece 41 positioned in contact with the inner side of the 10 and the inner side of the collecting pipe 10.

The top filter 33 and the side filter 34 are fixed to the frame 32 by a filter fixing member 50.

Here, the filter fixing member 50 is composed of an annular band 51 and a screw 52 provided with fastening holes at both ends. First, when the top filter 33 is covered on the upper part of the frame 32, the top filter 33 The edge portion of is placed on the upper side of the frame 32, and the annular band 51 is wrapped around the edge portion of the upper plate filter 33 placed on the upper side of the frame 32. Then, the upper plate filter 33 is firmly fixed to the upper part of the frame 32 by fastening and fastening the screw 52 to the fastening holes formed at both ends of the wrapped annular band 51.

Using the fixing method, the side filter 34 may be fixed to the lower side of the frame 32, and the two fixing members 50 are respectively provided on the upper and lower sides of the side filter 34 so as to be more firmly fixed. It is preferable to fix by using.

One of the embodiments of the present invention constituted as described above, the bridge catchment is installed at predetermined intervals on the bridge top plate covered with the slab 1 and the ascon 2, and the structure thereof is the drain pipe 5 during curing of the slab 1. The water collecting pipe 10 is buried in the.

Here, the connection fixing of the drain pipe 5 and the collecting pipe 10 may be a method of fixing by screwing at both ends of the gasket packing after the packing is wrapped in a portion where the drain pipe 5 and the collecting pipe 10 abut. have.

Thereafter, the cover 20 is seated on the cover seating jaw 12 formed inside the upper end of the collecting pipe 10 to complete the installation.

As such, when a fluid containing dirt in rainwater and sewage is generated through the bridge catchment, which is an embodiment of the present invention installed on the bridge deck, the generated fluid is formed in the plurality of inflow holes 21 and 22 formed in the cover 20. Flows through.

At this time, the surface in which the inlet hole 22 is formed at the edge portion of the cover 20 where the fluid flowing down on the ascon 1, which is the bridge top plate, among the plurality of inlet holes 21 and 22 formed in the cover 20 first touches a predetermined angle. Since it is formed downward so that the flow area of the fluid is maximized, the fluid flows smoothly into the drain pipe 10 even when the amount of fluid is large, such as a surge of sewage caused by heavy rain or bridge cleaning.

The fluid flowing through the cover 20 first flows to the top filter 33 covered on the top of the frame 32.

The dirt in the fluid reached is deposited on the top filter 33, and the rainwater and sewage flow through the top filter 33 and enter the collection pipe 10. Thereafter, the introduced rainwater and sewage are discharged to the outside such as a river through the drain pipe (5).

In addition, even if the amount of dirt deposited on the upper filter 33 is large, the dirt deposited on the upper filter 33 falls to the side of the frame 32. The side filter 34 wrapped on the side is deposited again on the dirt deposition space 35 formed between the frame 32 and the body 31.

And the manager who manages the pier removes the cover 20 seated in the water collecting port which is an embodiment of the present invention installed on the top plate of the pier every predetermined period for maintenance.

Thereafter, the screws of the collecting pipe 10 and the frame 32 which are screwed by the fixing member consisting of the fixing piece 41 and the screw 42 are released, and the frame 32 is removed from the collecting pipe 10. Since it is possible to collect the dirt deposited on the upper filter 33 and the dirt deposition space 35, maintenance is convenient, and the clogging of the water collecting pipe 10 and the drain pipe 5 can be prevented in advance. In addition, environmental pollution can be further prevented.

In addition, when the sewage and rainwater caused by heavy rain or bridge cleaning increases rapidly, the sewage and rainwater that have not passed through the top filter 33 and the side filter are collected through the open space S formed in the upper portion of the frame 32. Since it flows into the water pipe (10) also provides a smooth drainage function at this time.

FIG. 5 is a perspective view of a disintegrated state showing a sewage collecting hole as another embodiment of the present invention, and FIG. 6 is a cross-sectional view showing a water collecting hole as another embodiment of the present invention.

Prior to referring to the configuration and operation of another embodiment of the present invention, the description of the operation by the same configuration of the above-described embodiment of the present invention will be omitted.

As shown in the other embodiment of the present invention, in the configuration of the catch port for discharging the fluid containing the rainwater, sewage and dirt to the outside, the catch port is provided with a cover seating jaw (12) in the upper inside, a predetermined depth In the inner width is narrowed to the lower portion of the collecting pipe 10 is formed with a seating portion (11), and the seating jaw (11) of the collecting pipe 10 is a plurality of inlet holes (21, 22) The formed cover 20 and the fluid selection means (A) is screwed to the inner surface of the cover (20).

Here, the fluid selection means (A), the upper edge 61, the joint edge 62, the lower edge 63 is arranged to be laminated with a predetermined interval spaced apart, the stacked upper edge 61, the joint edge ( 62, a frame 60 having a lower edge 63 fixedly connected by a plurality of fixing bars 64, a filter 70 surrounding the bottom and the lower side of the frame 60, and the frame 60. It consists of a filter fixing member 80 for fixing the wrapped filter 70.

Here, the upper edge 61 and the joint edge 62 may have the same width, and the lower edge 63 may be manufactured to have a smaller width than the joint edge 62.

The connection fixing between the inner surface of the cover 20 and the fluid selection means (A) is fixed to the upper outer end of the fixing bar 64, one end of the fixing piece 65 constituting the frame 60, The other end of the 65 is located on the inner side of the lid 20, and the screw 66 is fastened and fixed between the other end of the positioned fixing piece 65 and the inner side of the lid 20.

As such, when a fluid containing dirt in rainwater and sewage is generated through the bridge catchment which is another embodiment of the present invention, the generated fluid is passed through a plurality of inflow holes 21 and 22 formed in the cover 20. Inflow.

The fluid flowing through the cover 20 falls toward the bottom of the frame 60 screwed to the cover 20. At this time, since the bottom and the lower side of the frame 60 is wrapped with the filter 70, the dirt of the falling fluid is deposited on the filter 70, the rain and sewage is passed through the filter 70 to the collecting pipe 10 Inflow). Thereafter, the introduced rainwater and sewage are discharged to the outside such as a river through the drain pipe (5).

In addition, when the sewage and rainwater caused by heavy rain or bridge cleaning increases sharply, the sewage and rainwater that did not pass through the filter 70 are collected through the open space S formed in the upper portion of the frame 70. Because it flows in, it provides smooth drainage even at this time.

And the manager who manages the pier is the frame 20 and screwed frame 70 is removed when the cover 20 is removed when the cover 20 seated in the water collecting port is another embodiment of the present invention installed on the top plate of the pier every maintenance period for maintenance ) Is also heard together, and after removing the screw 66 that secures the cover 20 and the frame 70 through the open space (S) part, the dirt deposited on the bottom of the frame 70 is collected. Since it is possible to maintain and convenient, it is possible to prevent the clogging of the water collecting pipe 10 and the drain pipe 5 in advance, and thus, it is possible to further prevent environmental pollution.

As described above, the present invention can prevent the clogging of the collecting pipe and the drain pipe in advance because only the dirt of the fluid including the dirt flowing through the cover is deposited in the filter or dirt deposition space formed in the collecting pipe. For this reason, the environmental pollution also exhibits an effect that can be further prevented.

In addition, since the collection of the accumulated dirt of the collection pipe is also easy, there is a convenient maintenance effect.

In addition, the surface in which the inflow hole is formed at the edge of the cover where the fluid flowing down on the asphalt top of the bridge among the inflow holes formed in the cover first touches is formed downward at a predetermined angle so that even when the amount of fluid flowing from the bridge top plate is large. It allows the fluid to flow smoothly into the drain.

Claims (6)

delete In order to discharge the fluid containing rainwater, sewage, and dirt to the outside, the inner width is narrowed downward at a predetermined depth to form a seating portion (11) and the upper end of the collecting pipe (10) Among the fluid flowing through the cover 20 to be seated on the cover 20 and the seating portion 11 formed in the collection pipe 10 formed with a plurality of inlet holes 21 and 22 on the front surface to be seated. In constructing a water collecting port consisting of a fluid sorting means 30 for filtering liquids such as rainwater and sewage and depositing sewage, The fluid sorting means 30, The upper and lower parts are open, and the upper part is wider and the lower part is narrower to correspond to the width of the seating part 11 so as to be seated on the seating part 11 formed in the collecting pipe 10. 31), Frame 32 is formed of a plurality of fixing bars (32a) is fixed to the inner side of the lower portion of the lower body of the body 31 at predetermined intervals and the edge (32b) fixed to the upper ends of the plurality of fixing bars (32a) )and, An upper plate filter 33 covering an upper portion of the frame 32; A side filter 34 surrounding the lower side of the frame 32 and between the frame 32 and the body 31 by the side filter 34 wrapped on the lower side of the frame 32. A sewage collection possible sewage collection, characterized in that the dirt deposition space 35 is formed. The method of claim 2, The frame 32 is sewage collection possible sewage is characterized in that the removable member is fixed to the interior of the collection pipe (10) by a fixing member consisting of a fixing piece (41) and a screw (42). The method of claim 2, The upper plate filter (33) and the side filter (34) is a sewage collection possible sewage, characterized in that fixed to the frame (32) by a filter fixing member (50). The method according to any one of claims 2 to 4, Of the plurality of inlet holes (21, 22) formed in the front of the cover 20, the surface formed with the inlet hole 22 in the edge portion is formed to be downward at a predetermined angle, The predetermined depth of the seating portion 11 formed in the water collecting pipe 10 is a depth of a degree that the manager's hand can hold the frame 32 in a state where the cover 20 is removed. Possible catchment. In constructing the catch port for discharging the fluid containing rainwater, sewage and dirt to the outside, The catchment is, A collecting pipe 10 provided with a cover seating jaw 12 at an upper side, and having a seating portion 11 formed by narrowing a width of the inside downward at a predetermined depth; And the cover 20 is formed on the front mounting seat 11 of the collecting pipe 10 has a plurality of inlet holes (21, 22), Is made of a fluid selection means (A) is screwed to the inner side of the cover 20, The fluid selection means (A), the upper edge 61, the joint edge 62, the lower edge 63 is arranged to be laminated with a predetermined interval spaced apart, the stacked upper edge 61, the joint edge 62 The frame 60 has a lower edge 63 fixedly connected by a plurality of fixing bars 64, a filter 70 surrounding the bottom and lower sides of the frame 60, and the frame 60. A sewage collection possible sewage collection, characterized in that consisting of a filter fixing member 80 for fixing the filter (70).

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