KR102158955B1 - Water collecting device with having sewage blocking plate - Google Patents

Abstract

The present invention relates to a water collecting apparatus having a sewage blocking layer. According to the present invention, the water collecting apparatus having a sewage blocking layer comprises: a water collecting basin body (10) having a receiving space (11) formed therein; a sewage collecting container (20) formed on one side of the receiving space (11) of the water collecting basin body (10); a blocking net (30); and a sewage blocking layer (40). According to the present invention, the clogging of a drain pipe can be prevented.

Description

Water collecting device with having sewage blocking plate}

The present invention relates to a water collecting device equipped with a filth barrier, and more specifically, a filth that blocks rainwater from being directly drained and guides rainwater and filth into a wastewater container to effectively separate and drain the filth that flows along with the rainwater. It relates to a water collecting device provided with a blocking film.

In general, a concrete sideway is installed in the variable of a vehicle road used by a vehicle, and a road boundary stone is installed on the concrete sideway to separate a pedestrian road and a vehicle road used by a person, and the sideway drains rainwater generated on the road. A collection box is provided along the road.

1 is a view schematically showing the structure of a collecting box provided in a concrete side port installed in a variable of a general vehicle road. Referring to FIG. 1, after forming a space of a certain depth in the concrete side hole, the water collecting box body 1 is installed.

The collecting box main body (1) is provided with a space of a certain size inside, and the upper part is formed in a generally rectangular shape, and an L-shaped support frame (2) is installed at the upper rim, and the support frame (2) ), a steel grating (3) is installed on the stepped side to cover the upper end of the collecting box body (1).

In addition, a drain pipe 4 is installed at the lower end of the collecting box body 1, and the drain pipe 4 is installed to be connected to a sewage pipe (not shown) installed in the basement of the vehicle road.

However, there is a problem in that the collecting box main body 1 does not perform a drainage function due to the inflow of garbage, such as garbage, from the vehicle road into the collecting box main body 1.

In order to solve this problem, a road collecting box has been proposed that blocks the inflow of dirt such as foreign matter (hereinafter referred to as'garbage') into the collecting box installed on the variable road or collects and removes the introduced trash. There is a bar.

For example, Registered Utility Model Publication No. 20-0437460 discloses a collection box structure in which a sieve is provided so that only pure rainwater is drained by filtering filth through a sieve, and dirt is collected in the sieve and collected.

However, when a lot of dirt accumulates in the sieve or when there is a sudden heavy rain, the waste collected inside the sieve rather interferes with the rainwater passage, causing the rainwater to overflow into the road. There is a risk of a danger of pedestrians by interfering with the flow and breaking the container and steel grating due to water pressure, and there is a concern that various secondary problems such as pollution as well as odor generation may occur due to the waste accumulated in the container being discharged to the road.

Public Patent Publication No. 10-2016-0044175 (2016.04.25., Eco-friendly rain gutter) Registered Utility Model Publication No. 20-0437460 (2007.11.27., Structure of a collection box on a road that facilitates waste collection) Registered Patent Publication No. 10-1356964 (2014.01.23., road collection) Registered Patent Publication No. 10-0976851 (2010.08.12., collection)

The present invention was devised to solve the above problems, and a dirt barrier is installed on the inner upper side of the catcher body to guide rainwater and dirt flowing into the catchment body to the wastewater container, effectively separating and draining the dirt flowing along with the rainwater. It is to provide a water collecting device provided with a dust barrier that can be used.

In addition, when water is filled due to clogging of the waste container, it is rotated by buoyancy and closes the entrance so that the collected dirt is not discharged to the outside. Water collection with a dirt blocking membrane that secures the flow path and smoothly overflows when water flows backwards due to a blockage of an underground drainage pipe. In providing the device.

The solution of the present invention for solving the above problem is that the receiving space 11 is formed for the collection of rainwater inside, the drain pipe 12 is connected to the lower one side, and the steel grating 15 at the opened upper side The catchment body 10 on which this is placed; It is provided on one side of the receiving space 11 of the catchment body 10, and the upper side is opened to form a rainwater injection part 21, and only rainwater excluding dirt is accommodated on the upper side of the side wall facing the receiving space 11 A waste container 20 having an excellent passage part 22 having a plurality of holes so as to pass through and move through the space 11; One side of each of the upper two sides of the waste container 20 is hinge-coupled to be rotatably provided, and while rotating by buoyancy, a mesh block 30 made of a mesh body to close the rainwater input part 21; Consists of a dirt blocking film 40 which is installed inclined at one side of the upper side of the catchment body 10 to guide rainwater flowing into the receiving space to the waste container 20, and the dirt blocking film 40 is a blocking film frame made of a rectangular frame body (41), and a plurality of guide pieces provided with rainwater passages 43 disposed inside the blocking membrane frame 41 at predetermined intervals along the width direction so that the rainwater flowing back therebetween passes and drains into the drainage pipe 12 (42), and the plurality of guide pieces (42) are provided so that the front sides of both ends are hinged to the blocking membrane frame (41) by a hinge shaft (45) to rotate, and locking protrusions (46) are provided at the rear sides of both ends. Is formed, and the blocking protrusions 46 formed on the plurality of guide pieces 42 are hooked and supported on both side walls of the blocking membrane frame 41, and the blocking protrusions are supported to guide the rainwater flowing into the receiving space to the waste container 20 A jaw 47 is formed.

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At this time, when the guide piece 42 is rotated upward with respect to the hinge shaft 45 on both side walls of the blocking membrane frame 41, the locking protrusion 46 is caught and supported so that the guide piece 42 is ground. It is preferable that the stopper 48 is formed so as not to rotate more than a right angle with respect to.

On the other hand, one side of the dirt barrier film 40 is rotatably coupled to an upper end of one side of the waste container 20 by a hinge 50, and the other side is located under one side of the steel grating 15 into which rainwater is introduced. It is detachably coupled to the inner wall of the water catch body 10 by a coupling means 55, and the coupling means 55 includes a fixing pin 56 fixed at a set position on the inner wall of the water catch body 10 , The fixing pin fitting groove 57 formed on the other side wall of the dirt blocking film 40 so as to be fitted and supported by the fixing pin 56, and hinged to the other side wall of the dirt blocking film 40, and the fixing pin fitting groove 57 It is preferable that it is composed of a binding hook 58 having a hook formed at one end to bind the fixing pin 56 fitted in ).

According to the water collecting device provided with a waste barrier composed of the above configuration, it is possible to prevent clogging of the drain pipe by collecting the waste contained in the rainwater in the wastewater container to prevent the wastewater from being mixed and drained. Even when clogging occurs, the blocking net blocks the discharge of dirt, so that only rainwater can be drained while completely blocking the dirt.

In addition, when a drain pipe is clogged due to heavy rain or other reasons, it is effective to effectively overflow by securing a passage of rainwater flowing back.

1 is a schematic structural diagram of a collecting box provided in a variable concrete side mouth of a vehicle road,
2 is an exploded perspective view of a water collecting device provided with a dirt barrier according to the present invention,
3 is a structural diagram showing the internal structure of a water collecting device provided with a dirt barrier according to the present invention;
4 is a cross-sectional view of a water collecting device provided with a dirt barrier according to the present invention,
Figure 5 is a state diagram showing a guide piece coupled to a hinge shaft to the blocking film frame according to the present invention,
Figure 6 is a state diagram showing the hinge and coupling means installed on the dirt barrier according to the present invention,
7 is a state diagram in which rainwater according to the present invention is guided to a waste barrier and is drained through a waste container;
8 is a state diagram in which the entrance of the waste container is blocked by rotating the blocking net by buoyancy according to the present invention;
9 is a state diagram in which rainwater overflows as it flows back due to clogging of the drain pipe according to the present invention.

Hereinafter, a water collecting device provided with a dust barrier according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

As shown in the drawing, the water collecting device provided with a dirt barrier film according to the present invention includes a water catch body 10 having a receiving space 11 formed therein for collecting excellent water, and a receiving space of the catch body 10 ( 11) A wastewater container 20 that is provided on one side and contains rainwater that has flowed into the receiving space and collects only the wastewater, and a blocking net 30 and rainwater installed on the open upper side of the wastewater container 20 It consists of a dirt barrier film (40) that guides the waste to the waste container (20).

The water catch body 10 is formed of a rectangular cylindrical body with an open upper side as known, and a drain pipe 12 is connected to a lower one side to drain the collected rainwater to the outside.

In addition, a well-known steel grating 15 is mounted on the opened upper portion of the water catch body 10.

The wastewater container 20 passes through the steel grating 15, and after the rainwater flowing into the water catchment body 10 is primarily collected, the wastewater contained in the rainwater is removed, and the drain pipe 12 is passed through the receiving space. It is a configuration provided to allow it to be drained.

The upper side of the waste container 20 is opened to form a rainwater input part 21, and a plurality of rainwater excluding dirt passes through the accommodation space 11 on the upper side of the wall facing the receiving space 11 An excellent passing portion 22 having four holes is formed.

That is, after rainwater is injected into the rainwater through the rainwater input section 21, only rainwater is passed through the rainwater passage section 22, and the wastewater that has flowed into the inside of the catchment body 10 in the wastewater container 20 It is the collection of dirt such as cigarette butts.

The rainwater injection part 21 may be formed as a mesh body in which the whole or the center portion is formed in the same or similar shape as the steel grating, or a through hole is formed in a size that allows rainwater as well as dirt to pass through.

At this time, it is preferable that the lower one corner portion of the waste container 20 is formed as an inclined surface inclined at a certain angle or bent to form a curved portion.

The reason for this formation is to allow the backflow of rainwater to proceed smoothly while responding effectively to the water pressure when rainwater flows back due to clogging of the drain pipe.

The blocking net 30 is formed of a mesh body so that rainwater can pass through, and one side is hingedly coupled to both sides of the open upper side of the waste container 20 so as to be rotatably provided.

When clogging of the waste container 20 does not occur, the blocking net 30 is provided vertically downward by its own weight, and the clogging phenomenon of the waste container 20 is more precisely the excellent passage part 22 When the water contained therein cannot be properly discharged due to the blockage, the rainwater input part 21 is gradually closed while rotating by buoyancy, and completely closed in a horizontally rotated state.

When the rainwater input part 21 is closed by the blocking net 30, the dirt collected inside the waste collection container 20 is blocked by the blocking net 30 so that it cannot escape to the outside. It passes through and exits.

It is preferable that the blocking net 30 is formed of a resin material manufactured through injection molding as it must be rotated by buoyancy.

The dirt blocking film 40 is installed obliquely on one side of the top of the catch body 10 to guide rainwater flowing into the inside of the catch body 10 through the steel grating to the waste container 20.

The dirt blocking film 40 includes a blocking film frame 41 made of a rectangular frame, and a plurality of guide pieces provided at a set interval along the width direction to guide rainwater to the waste container 20 inside the blocking film frame 41 ( 42).

An excellent passage 43 is formed between the guide pieces 42. The rainwater passage 43 is formed to allow the rainwater flowing back through the barrier network 30 to pass through and drain to the drain pipe 12 when the barrier net 30 is rotated to close the rainwater input section 21 .

7 is a view showing a state in which rainwater flows in without clogging of the waste container, and FIG. 8 is a view showing a state in which the rotation of the blocking net and rainwater flow in reverse flow when a clogging phenomenon occurs in the waste container.

As shown in FIG. 7, rainwater flowing into the inside of the water collecting body 10 through the steel grating 15 is guided by the dirt blocking film 40 through the rainwater input part 21 of the waste container 20. It is put inside. At this time, wastewater such as cigarette butts is included in the rainwater and is put into the wastewater container 20, and the wastewater introduced into the wastewater container 20 is loaded without being able to escape to the receiving space by the rainwater passage part, and only the rainwater escapes It is drained to the outside through 12).

While repeating this process, dirt is continuously collected and loaded in the waste container 20, and when too much dirt is loaded because the loaded dirt cannot be separately collected, the excellent passage part is caused by dirt as shown in FIG. When (22) is blocked, rainwater does not flow properly.

In this way, when the rainwater passage is clogged, that is, the clogging of the waste container occurs, the blocking net 30 is gradually rotated by the rainwater injected into the inside, thereby closing the rainwater input section 21 as the upper opening.

When the waste container 20 is closed, the rainwater flowing back and the rainwater flowing through the steel grating are moved to the receiving space 11 through the rainwater passage 43 formed between the guide pieces 42, and then the drain pipe 12 It is drained through.

In the present invention, a filth barrier is provided to guide the inflowed rainwater to be effectively moved to and put into the waste container, while the blocking net blocks the rainwater input part when a clogging of the waste container occurs. There is an advantage that it can drain.

On the other hand, due to clogging of the drain pipe due to heavy rain or the like, a clogging phenomenon of the water catchment body 10 occurs and water flows back. In this case, it is preferable to induce the water flowing back to smoothly overflow.

To this end, the plurality of guide pieces 42 are provided so that the front sides of both ends are hinged to the blocking membrane frame 41 by a hinge shaft 45 to rotate, and locking protrusions 46 are formed at the rear sides of both ends.

In addition, the blocking protrusion support protrusions 47 are formed on both side walls of the blocking film frame 41 so that the locking protrusions 46 formed on each of the guide pieces 42 are caught and supported.

When the stopping protrusion 46 is supported by the stopping protrusion support protrusion 47, the guide piece 42 is in a substantially horizontal state to guide the introduced rainwater to the waste container. Of course, even if it is not horizontal, there is no problem even if it is provided with a downward slope than the horizontal.

As the guide piece 42 is provided so as to rotate as described above, the guide piece 42 is rotated by the pressure of the water flowing back, and it is directed vertically upward. By being formed in communication, the countercurrent water can be more effectively operated (see Fig. 9).

Here, when the guide piece 42 is rotated upward with respect to the hinge shaft 45 on both side walls of the blocking membrane frame 41, the locking protrusion 46 is caught and supported so that the guide piece 42 is grounded. A stopper 48 is formed to limit rotation so as not to rotate more than a right angle with respect to.

As the rotation limiting stopper 48 is formed, the guide piece 42 is not rotated more than perpendicular to the ground (orthogonal angle), so that the guide piece 42 rotates by its own weight after excellent backflow occurs. It can be returned to its original position.

On the other hand, the dirt blocking membrane 40 is preferably installed to be detachably coupled for cleaning of the inner receiving space 11 of the water collecting body 10.

To this end, one side of the dirt blocking film 40 is rotatably coupled to an upper end of one side of the waste container 20 by a hinge 50, and the other side is at a lower side of one side of the steel grating 15 through which rainwater is introduced. It is detachably coupled to the inner wall of the water catch body 10 by a coupling means 55 to be positioned.

Therefore, in the case of opening the inner receiving space of the catchment body 10, when the coupling means 55 is removed and lifted upward, the inner receiving space of the catchment body is rotated based on the portion where the hinge 50 is installed. It is open.

At this time, the coupling means 55 is formed on the other side wall of the dirt blocking film 40 so as to be supported by the fixing pin 56 fixed to the inner wall set position of the catchment body 10, and the fixing pin 56 The fixing pin fitting groove 57 and a binding hook formed with a hook at one end to bind the fixing pin 56 hinged to the other side wall of the dirt blocking film 40 and fitted in the fixing pin fitting groove 57 58).

In this way, it is possible to maintain or disengage the bonded state by simply inserting it into the fixing pin 56 through the rotation of the binding hook 58 or releasing the binding.

As the dirt barrier film 40 is fixedly coupled by the coupling means 55, it does not flow even when the water flows back, and the state is maintained.

According to the present invention configured as described above, it is possible to prevent clogging of the drain pipe by the dirt by separating the dirt such as cigarette butts contained in the rainwater and draining only the rainwater. When a clogging of the waste container occurs, the blocking net is rotated By blocking the discharge of filth, it is possible to prevent the discharge of filth that has already been collected. In addition, when rainwater flows backward due to clogging of the drain pipe due to heavy rain, etc., it secures a passage for rainwater so that the rainwater can effectively overflow. It is a very useful invention that has the effect of doing so.

10: catch body 11: receiving space
12: drain pipe 15: steel grating
20: waste container 21: rainwater input
22: excellent passing department 30: blocking network
40: dirt barrier 41: barrier frame
42: guide 43: excellent passage
45: hinge shaft 46: stopping protrusion
47: protrusion supporting jaw 48: rotation limiting stopper
50: hinge 55: coupling means
56: fixing pin 57: fixing pin fitting groove
58: binding hook

Claims (5)

An accommodation space 11 is formed therein for collecting rainwater, a drain pipe 12 is connected to a lower one side, and a water collecting port body 10 on which a steel grating 15 is placed on the opened upper part;
It is provided on one side of the receiving space 11 of the catchment body 10, and the upper side is opened to form a rainwater injection part 21, and only rainwater excluding dirt is accommodated on the upper side of the side wall facing the receiving space 11 A waste container 20 having an excellent passage part 22 having a plurality of holes so as to be moved through the space 11;
One side of each of the upper two sides of the waste container 20 is hinge-coupled to be rotatably provided, and while rotating by buoyancy, a mesh block 30 made of a mesh body to close the rainwater input part 21;
Consisting of; a dirt blocking film 40 which is installed at an upper side of the catch body 10 to guide the rainwater flowing into the receiving space to the waste container 20,
The dirt blocking film 40 is provided with a blocking film frame 41 made of a rectangular frame and at a set interval along the width direction inside the blocking film frame 41, and the rainwater flowing back therebetween passes and drains into the drain pipe 12 It is composed of a plurality of guide pieces 42 formed with excellent passages 43,
The plurality of guide pieces 42 are provided so that the front sides of both ends are hinged to the blocking membrane frame 41 by a hinge shaft 45 to rotate, and locking protrusions 46 are formed at the rear sides of both ends,
The blocking protrusion support jaws 47 to guide the rainwater flowing into the receiving space to the waste container 20 while being supported by locking protrusions 46 formed on the plurality of guide pieces 42 on both side walls of the blocking film frame 41 ) A water collecting device provided with a dust barrier, characterized in that formed.
delete The method of claim 1,
When the guide piece 42 is rotated upward with respect to the hinge shaft 45 on both side walls of the barrier frame 41, the locking protrusion 46 is caught and supported, so that the guide piece 42 is supported with respect to the ground. A water collecting device provided with a dirt barrier film, characterized in that the stopper 48 is formed so as not to rotate more than a right angle.
The method of claim 1,
A water collecting device provided with a dirt blocking film, characterized in that the lower one corner portion of the waste container 20 is formed as a curved part by being inclined or curved at a certain angle.
The method of claim 1,
One side of the dirt barrier film 40 is rotatably coupled to an upper end of one side of the waste container 20 by a hinge 50, and the other side is positioned at a lower side of one side of the steel grating 15 into which rainwater is introduced. It is detachably coupled to the inner wall of the water catch body 10 by a coupling means 55,
The coupling means 55 includes a fixing pin 56 fixed to a set position on the inner wall of the water collecting body 10, and a fixing pin formed on the other side wall of the dirt blocking film 40 so as to be fitted and supported by the fixing pin 56 The fitting groove 57 and a binding hook 58 formed with a hook at one end to bind the fixing pin 56 that is hinged to the other side wall of the dirt blocking film 40 and fitted in the fixing pin fitting groove 57 A water collecting device provided with a dust barrier, characterized in that consisting of.

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