KR200416118Y1 - Inlet receiving rain water or sewage - Google Patents

Abstract

The present invention relates to the right, sewage receiving, one side is formed with a discharge hole connected to the sewer pipe, the upper portion is open, the collecting well is formed in the center, the body is provided with installation grooves on both sides of the collecting well; Filtering means which is installed in the installation groove of the body so that when the rain, sewage, deciduous leaves, garbage, cigarette butts, etc. are introduced by rainwater; It is characterized in that it consists of a trench cover installed in the water collecting well and the installation groove to prevent odor backflow, rainwater, sewage, such as sewage, falling leaves, garbage, cigarette butts, etc. As it flows into the sump through the outlet of the member and is discharged into the sewer, it prevents from entering the sewer pipe by earth and sand, fallen leaves, garbage, cigarette butts, etc. As it is filtered by means, rainwater and sewage flows into the sump through the outlet of the installation member and is discharged into the sewer, preventing sediment, fallen leaves, garbage, cigarette butts, etc. from entering the sewer, and sewage, fallen leaves, garbage, Prevents the inflow of cigarette butts and prevents the flow of sewage, preventing rainwater and sewage There is an effect that drainage occurs smoothly.

Trench cover, body, filter means, odor backflow prevention means,

Description

Ooh, sewage. {Inlet receiving rain water or sewage}

1 is a cross-sectional view showing the configuration of a conventional storm receiver.

Figure 2 is an exploded perspective view showing the configuration of a conventional sump.

3 is a perspective view of the right, sewage receiving device according to the present invention.

Figure 4 is an exploded perspective view showing the configuration of the right, sewage receiving according to the present invention.

Figure 5 is a cross-sectional view showing the configuration of the right, sewage receiving according to the present invention.

Figure 6 is an exploded perspective view showing the configuration of the filtering means of the right, the receiving basin according to the present invention.

Figure 7 is a cross-sectional view showing the configuration of the trench cover installed in the right, sewage receiving according to the present invention.

8 is a cross-sectional view showing a configuration of another embodiment of FIG.

* Description of the symbols for the main parts of the drawings *

100: body 110: sump

120: discharge hole 130: mounting groove

140: partition 141: through hole

150: step 160: pedestal

200: filtering means 210: mounting member

211: seating groove 212: the first slope

213: discharge pipe 214: discharge port

220: filtering member 221: second inclined surface

222: drain hole 223: partition member

224: filter hole 225: handle

300: trench cover 310: cover frame

400: odor backflow prevention means 410: odor backflow prevention panel

411: inlet hole 420: panel hinge portion

430: first fixing protrusion 440: odor backflow prevention piece

441 weight 450: cold hinge portion

460: second fixing protrusion

The present invention relates to a sewage receiver, more specifically, to collect sewage (rainfall, trash, earth and sand, cigarette butts, etc.) introduced with the wind, rainwater, and sewage through a three-stage filtration tank. The present invention relates to a sewage collector in which rainwater is prevented from entering so that a rapid drainage of rainwater occurs even in a heavy rain.

In general, manholes are installed between the roads and sidewalks to allow rainwater and sewage to flow through the sewer pipes, and trench covers are provided at the upper part of the manholes to catch debris (fallen leaves, garbage, soil, cigarette butts, etc.). Is installed.

However, since the size of the conventional manhole structure is configured to be within about 1m, there is a problem in that the road is flooded because it does not properly drain the rainwater flowing in during heavy rains.

In addition, the conventional trench cover has a problem that the contaminants are not properly filtered due to its structure, so that the contaminants are introduced into the sewage pipe with excellent sewage, thereby preventing rapid drainage.

In order to remedy the above problem, a storm receiver is provided as shown in FIG.

The rainwater receiver 10 shown in FIG. 1 is provided with a water collecting passage 12 inclined in the direction of the water collecting well so that the rainwater flowing into the drain can be drained to the water collecting well 13 during the heavy rain. 12) is provided with a plurality of rain gutter lid 11 to facilitate the introduction of rainwater.

In the case of the storm receiver 10 configured in FIG. 1, since the storm drain cover 11 is configured to have a length at which three storm receiver lids 11 are installed in the upper portion, the rainwater receiver 10 has a greater amount of rainwater than the manhole in which one storm receiver lid 11 is installed in a heavy rain. Drained.

However, deciduous leaves, earth and sand, cigarette butts, etc. included in the drainage rainwater flows directly into the sump or the sump (13) to flow into the sewer pipe (not shown) connected to the sump (13) to hinder the flow of sewage, and There is a problem that the sewer pipe is blocked by a large amount of soil, leaves, cigarette butts and the like.

And because the sump 13 is directly connected to the sewer pipe, there is a problem that the odor flows through the sewer pipe.

When the soil, deciduous leaves, cigarette butts, etc., which are directly introduced into the water collecting passage 12 and the water collecting well 13, are collected, the rainwater receiving lid 11 is removed to clean the water collecting passages. There is a problem that the waste flows into the municipal water collection basin (13).

As shown in FIG. 2, a rectangular sump 20 is formed, and an inclined surface 21 is formed at one side of the sump 20, and a drain 22 is formed at the other side to discharge rainwater and sewage. The discharge port where rainwater, rainwater and sewage are discharged is formed extending to one side

A crating 23 is installed at an upper portion of the sump 20, and a hinge portion 23a is installed at one side of the grating 23 so as to be opened and closed at an upper part of the sump 20.

The filter unit 24 is installed inside the sump 20 so as to filter out fallen leaves, garbage, cigarette butts, etc. introduced by rainwater and sewage.

Inside the filtration unit 24, two filter plates 25 are installed to define a space, and a hole 26 is formed in the filter plate 25 so that the water flowing into the filtration unit 24 can be discharged to the drain hole. .

A wire mesh 27 is installed at one side of the filtration unit 24 so that water can be discharged to the drain 22 of the sump 20.

The sump container 20 configured as described above does not discharge the rainwater, sewage properly, which is discharged to the upper portion, which has a problem that the rainwater, sewage is not smoothly drained because the amount of the discharged water is smaller than the amount introduced.

In addition, since the location of the holes 26 formed in the two filter plates 25 formed in the filter part 24 is different, the discharged rainwater and sewage may be stagnant in the filter part 24. There is a problem.

The present invention for solving the above problems has a predetermined shape, so that a plurality of trench covers can be installed, rainwater, sewage flows smoothly while the inflow of sewage, sewage, fallen leaves, garbage, tobacco The purpose of the butt is to provide a sewage receiving device to allow easy discharge into the sewer while filtering.

In addition, it is an object of the present invention to provide a rainwater, sewage receiving so that it can be easily cleaned when the rain, soil, deciduous leaves, garbage, cigarette butts, etc. contained in the sewage is filtered.

In addition, rainwater, sediment, fallen leaves, garbage, cigarette butts, etc. contained in the sewage is prevented from flowing into the sewage pipe so that the flow of sewage is made smoothly so that rainwater, sewage flowing into the sump can occur smoothly. Han-woo aims to provide a sump.

The present invention for achieving the above object is one side is formed with a discharge hole connected to the sewage pipe, the top is open, the water collecting well is formed in the center, the body is provided with installation grooves on both sides of the water collecting well; Filtering means which is installed in the installation groove of the body so that when the rain, sewage, deciduous leaves, garbage, cigarette butts, etc. are introduced by rainwater; Provides a sewage receiving device, characterized in that the trench cover is installed in the sump and the installation groove to prevent odor backflow.

If described in detail below through the accompanying drawings, the right, sewage receiving according to the present invention.

Figure 3 is a perspective view showing the right, sewage receiving according to the present invention, Figure 4 is a separate perspective view showing the configuration of the right, sewage receiving according to the present invention, Figure 5 shows the configuration of the right, sewage receiving according to the present invention 6 is an exploded perspective view showing the configuration of the filtering means of the right and the receiving pan according to the present invention, Figure 7 is a cross-sectional view showing the configuration of the trench cover installed in the right and receiving pan according to the present invention, Figure 8 7 is a cross-sectional view showing the configuration of another embodiment of FIG.

As shown in Figure 3 to 8, the right, the sewage receiving according to the present invention has a predetermined shape and the upper part is configured to the body 100 in an open state, the material of the body 100 using concrete, waste rubber, etc. It can be formed, preferably using a waste rubber material.

Sewage, rainwater is collected in the center of the body 100 to collect the sewage pipe 110 to discharge the sewer pipe (not shown), one side of the sump (110) sewage pipe so that the sewage, rainwater can be discharged The discharge hole 120 to be connected is formed.

Installation grooves 130 are formed at both sides of the sump well 110, and a partition wall 140 is formed between the sump well 110 and the installation groove 130, and a through hole 141 is formed in the partition wall 140. do.

The upper step of the sump well 110 and the installation groove 130, 150 is formed, the bottom of the body 100 is formed by the pedestal 160 is integrally formed to hold the center of the body 100 during installation To be installed.

The catching means 200 is installed in the installation grooves 130 installed on both sides of the collecting well 110.

The filtering means 200 includes an installation member 210 installed in the installation groove 130 and a filtration member 220 installed inside the installation member 210.

The mounting member 210 has a seating groove 211 formed at an inner side thereof, and a first inclined surface 212 is formed at one side thereof, and the other side having the first inclined surface 212 formed therein is an outlet 214 to discharge rainwater and sewage. The discharge pipe 213 is formed, the seating groove 211 and the outlet 214 is formed to be connected to each other.

The filtration member 220 is detachably formed in the mounting groove 211 of the installation member 210, and one side of the filtration member 220 has the second slope 221 at the same angle as the first slope 212 formed in the installation member 210. On the other side of the second inclined surface 221 is formed, a plurality of drain holes 222 are formed so that rainwater, sewage can be discharged through the outlet 214 of the installation member 210.

Inside the filtration member 220, a plurality of partition members 223 are installed to filter stepped soil, fallen leaves, garbage, cigarette butts, etc., which are introduced with rainwater and sewage, and the partition member 223 is excellent. , A plurality of filter holes 224 are formed so that the waste water can be discharged through the drain hole 222 formed on one side of the filtering member 220.

A handle 225 is installed between the partition members 223 so as to catch the filter member 220 when the filter member 220 is detached from the installation member 210, and the handle 225 supports the partition member 223.

In addition, the cover frame 310 is installed at the stepping step 150 formed at the top of the sump well 110 and the installation groove 130 formed in the body 100, and the trench cover 300 is installed at the cover frame 310, respectively. do.

The cover frame 310 installed in the collection well 110 among the trench covers 300 is provided with an odor backflow preventing unit 400 which prevents the odor flowing back through the sewer pipe.

Odor backflow prevention means 400 is installed on the bottom of the cover frame 310, the odor backflow prevention panel 410 is installed, the panel hinge portion 420 on one side so that the odor backflow prevention panel 410 can be opened and closed. Is installed, the first fixing protrusion 430 is coupled to the panel hinge portion 420 is formed on one side of the bottom of the cover frame (310).

The odor backflow prevention panel 410 is formed with a plurality of inlet holes 411 so that rainwater, sewage can be introduced, the odor backflow prevention piece 440 to prevent the backflow of the odor at the bottom of the inlet hole 411 This is installed.

The weight 441 is integrally formed on one side of the odor preventing air flow prevention piece 440 to be returned to its initial state by weight, and the pushed portion on one side of the odor preventing air flow prevention piece 440 can be opened and closed. 450).

In addition, a second fixing protrusion 460 is formed at one side of the inflow hole 411, and a thrust portion 450 is coupled to the second fixing protrusion 460, and rainwater and sewage flow in or out through the inlet hole 411. It is installed to block the ball (411).

In the present invention configured as described above, the operation of the sewage receiver will be described.

First, using the concrete mortar and formwork to configure the body 100 shown in the drawing after the installation member 210 of the filtering means 200 in the installation groove 130 formed on both sides of the water collecting well 110 of the body 100 Install it.

At this time, the discharge pipe 213 formed on one side of the installation member 210 is installed to be located in the direction of the through-hole 141 formed in the installation groove 130.

The filter member 220 is installed in the seating groove 211 of the installation member 210 in the state in which the installation member 210 is installed, so that soil, fallen leaves, garbage, cigarette butts, etc. introduced by rainwater and sewage may be filtered. It is to be filtered by the partition member 223 of 220.

In the state in which the filtering member 220 is installed, the cover frame 310 is installed on the stepped portion 150 formed at the top of the sump well 110 and the installation groove 130, and the cover frame 310 has fallen leaves, garbage, etc. The trench cover 300 is installed to be caught first.

And the trench cover 300 is installed in the sump 110 is installed that the odor reverse prevention means 400 is applied to prevent the odor coming up through the sewage pipe.

Right, when the drain is excellent to the upper portion of the trench cover 300 in the state that the installation is completed between the road and the sidewalk, when the sewage flows into the installation groove 130, if the sewage flows, the trench cover primarily As a result of the 300 filtering, an inlet, waste, and the like are introduced into the filtration member 220 of the filtering means 200 installed in the installation groove 130.

Rainwater introduced into the filtration member 220, earth and sand included in the sewage, fallen leaves, garbage, cigarette butts and the like are secondarily filtered by the partition member 223 installed inside the filtration member 220.

That is, rainwater, sewage flowing into the filtration member 220 is discharged through the drain hole 222 formed on one side of the filtration member 220 through the filtration hole 224 installed in the partition member 223, and the soil, fallen leaves, Garbage cigarette butts are filtered by the plurality of partition members 223.

Rainwater and sewage discharged through the drain hole 222 formed on one side of the filtering member 220 is discharged through the discharge port 214 of the discharge pipe 213 formed on one side of the installation member 210 to discharge the inside of the sump 110. Inflow.

Rainwater, sewage flowing into the sump 110 is discharged back to the sewage pipe combined with the discharge hole 120 formed on one side of the body (100).

And when rainwater, sewage flows into the trench cover 300 installed on the top of the sump 110, the rainwater, sewage drainage path is generated differently depending on the amount introduced.

Rainfall, if the amount of sewage is not large, rainwater, sewage flowing into the trench cover 300 is introduced into the upper portion of the odor backflow prevention panel 410 installed on the bottom of the cover frame 310, odor backflow prevention panel 410 Rainwater, sewage introduced to the top of the) is introduced into the inlet hole 411 formed in the odor backflow prevention panel 410 again.

Rainwater, sewage flowing into the inlet hole 411 is introduced while rotating the pivoting portion 450 on the axis of the odor backflow prevention piece 440 installed in the downward direction of the inlet hole 411, which is the Since the weight of the amount is heavier than the odor backflow prevention piece 440, the amount is dropped into the sump 110.

If the rainwater through the inlet hole 411, the sewage is no longer introduced, is restored to the initial state by the weight formed integrally on one side of the odor backflow prevention piece 440, the odor backflow prevention piece 440 is odor backflow It rotates while being supported by the second fixing protrusion 460 formed at the bottom of the prevention panel 410.

And when the amount of rainwater, filthy water is large, the amount of rainwater, filthy water is introduced first through the inlet hole 411 as described above, the odor when the amount of inflow is not resolved through the inlet hole 411 The panel hinge part 420 of the backflow prevention panel 410 supports the first fixing member 430 formed on the cover frame 310 and rotates toward the sump well 110 to introduce rainwater and sewage.

In addition, when rainwater and sewage flowing into the trench cover 300 are no longer introduced, the panel hinge unit 420 may be restored to an initial state to prevent odors flowing through the sewer pipe.

And rainwater and sewage flowing into the trench cover 300 installed on the top of the sump 110, the sump 110 only if the amount of water flowing into the trench cover 300 installed on both sides of the sump 110 can not be eliminated. It is introduced into the trench cover 300 installed on the side.

In case of rainwater and sewage, which do not flow into the trench cover 300 installed at the upper portion of the installation groove 130, and pass to the water collecting well 110, most of the soil, leaves, garbage, cigarette butts flow into the installation groove 110. After the water flows into the sump well 110, the soil, deciduous leaves, garbage butts, etc. flowing into the sump well 110 flow in only a very small amount, but even the trench cover 300 is caught so that the inflow of the sump 110 ) Does not prevent the flow of sewage through the sewer.

The present invention is rainwater, sewage receiving rainwater, sewage, deciduous leaves, garbage, cigarette butts, etc. that are introduced with the sewage is filtered by the filtering means, rainwater, sewage flows into the sump through the outlet of the installation member is discharged into the sewer Soil, fallen leaves, garbage, cigarette butts can be prevented from entering the sewer.

In addition, to prevent the inflow of sediment, deciduous leaves, garbage, cigarette butts, etc. into the sewage pipe to prevent the flow of sewage to prevent the rainwater flowing into the sump, drainage of sewage is smoothly effected.

In addition, by the odor backflow prevention panel installed on the top of the sump, rainwater is changed according to the amount of rainwater, sewage is introduced there is an effect that can block the odor flowing back through the sewage pipe.

In addition, the earth and sand, fallen leaves, garbage, cigarette butts, etc. are collected through the filtering member of the filtering means installed in the installation groove is very convenient to clean.

In addition, since the product is supplied in a pre-assembled state in the manufacturing plant when configuring the body, only a simple installation work in the field, so the installation work process is made very simple, thereby reducing the installation time.

In addition, since it is provided assembled in the manufacturing plant there is an effect that can reduce the traffic congestion caused by the installation work.

Claims (4)

One side is formed with a discharge hole 120 is connected to the sewage pipe, the top is open, the collecting well 110 is formed in the center, the body 100 is formed with the installation grooves 130 on both sides of the collecting well 110 )Wow; Filtering means 200 is installed in the installation grooves 130 of the body 100 so that when the rain, sewage, deciduous leaves, garbage, cigarette butts, etc. are introduced by rainwater; A trench cover 300 installed in the sump well 110 and the installation groove 130; The sewage receiving device, characterized in that consisting of odor backflow prevention means 400 is installed in the trench cover 300 to prevent the odor backflow of the sewage pipe. The method of claim 1, The filtering means 200 has a discharge groove having a discharge hole 214 through which a seating groove is formed at an inner side, and a first slope surface 212 is formed at one side, and the other side having the first slope surface 212 formed with rainwater and sewage is discharged. 213 is formed and the installation member 210 is installed in the installation groove 130; Removably installed in the mounting groove 211 of the installation member 210, one side is formed with a second inclined surface 221 at the same angle as the first inclined surface 212 formed in the installation member 210, the second inclined surface The other side 221 is formed with a plurality of drain holes 222 is formed to discharge the rainwater, sewage through the outlet 214 of the installation member 210, a plurality of partition member 223 is installed inside Right, sewage receiving, characterized in that consisting of filtration member 220. The method of claim 1, The odor backflow prevention means 400 is characterized in that the odor backflow prevention panel 410 having a plurality of inflow holes 411 is installed to be opened and closed by the panel hinge part 420 at the bottom of the cover frame 310. Ooh, sewage. The method of claim 3, The odor backflow prevention panel 410 is characterized in that the odor backflow prevention piece 440 to prevent the odor on the bottom formed in the inlet hole 411 is installed to open and close, sewage receiving.

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