KR200284865Y1 - Waste outflow prevention apparatus for gutter of residential area - Google Patents

Abstract

The present invention relates to a sewage waste prevention facility of a housing complex, and more particularly, a sewage drain provided with a waste prevention facility installed at the end of a sewage pipe in order to prevent the discharge of garbage generated in the housing complex into the sea through the sewer. Regarding waste prevention facilities.

The present invention, in the sewage sewage in contact with the river or the sea, the waste discharge prevention facility is installed at the end of the sewer to prevent the inflow of household waste into the river or the sea, while the sewer end structure; Galvanized column; Wire roller drums; Garbage bin; Garbage yard railings; And it provides a sewage waste prevention facility in the housing complex consisting of 1/2 stage opening and closing walls.

Description

WASTE OUTFLOW PREVENTION APPARATUS FOR GUTTER OF RESIDENTIAL AREA}

The present invention relates to a sewage waste prevention facility of a housing complex, and more particularly, to install a waste prevention facility at the end of a sewage pipe in order to prevent the occurrence of garbage generated in the housing complex into the sea through the sewer. The present invention relates to a sewage waste prevention facility in a housing complex to prevent environmental pollution in which wastes generated from the sewage flow into the river or the sea and to protect the environment of natural ecosystems.

In general, housing complexes, apartment complexes and public complexes are provided with drainage facilities for the treatment of rainwater and sewage from the complex, which are discharged to the outside through prevention facilities before entering the river or sea. do.

However, most of the sewers that treat rainwater are in contact with rivers and seas, and there are no facilities for treating household waste.

1 is a view showing a general sewage system, the sewage pipe 10 for treating rainwater is installed in contact with the river or the sea through the sewer end structure 20 at the end.

At this time, when a natural disaster such as a great flood occurs, household wastes such as industrial packaging plastic bags and styropol boxes in residential complexes are frequently flowed to rivers or seas during the rainy season through sewers. There is a problem of causing pollution and serious environmental pollution.

The present invention, in order to solve the above problems, the present invention, the waste generated in the housing complex can prevent the environmental pollution spilled into the river or the sea through the sewer and to prevent the environmental pollution of the natural ecosystem to discharge the waste at the end of the sewage pipe Its purpose is to provide sewage and waste prevention facilities in residential complexes with prevention facilities.

1 is a view showing a general sewage system.

2 is a conceptual view showing the sewage waste prevention facility of the present invention.

Figure 3 is a view showing a state in which the waste flows into the sewage waste prevention facility of the present invention.

4 is a view showing a state of lifting the garbage to the vehicle using the sewage waste prevention facility of the present invention.

Figure 5a is a detailed view of the transmission gear support constituting the sewer waste prevention facility of the present invention.

Figure 5b is a detailed view of the garbage collection constituting the sewage waste prevention facility of the present invention.

Figure 5c is a detailed view of the waste yard railing constituting the sewage waste prevention facility of the present invention.

Figure 5d is a detailed view of the opening and closing wall constituting the sewer waste prevention facility of the present invention.

Figure 6a is a view showing a state in which the wastebasket is installed open and close the opening wall.

Figure 6b is a view showing a state in which the wastebasket is installed and the closing wall is closed.

<Brief description of symbols for the main parts of the drawings>

100: sewage pipe 200: waste prevention facility

300: sewer end structure 310: foundation concrete

320: supporting concrete 400: galvanized column

410: electric hoist box 420: wire roller drum

430: electric motor 440: wire

450: connector 500: garbage yard railing

510: Support frame 520,620,850: Special coating network

530: handrail 550: transmission gear support

560: outer frame portion 570: connecting frame

600: garbage collection box 610: square steel rod

630: wire hook 640: opening door

650 hinge 700: household waste

810,820: 1 stage / 2 stage opening and closing wall 830: Square frame part

840: through hole 860: hinge

870: Link 900: haul truck

The present invention, in order to achieve the above object, the present invention, in the sewage sewage in contact with the river or the sea to treat rainwater, by installing a waste discharge prevention facility at the end of the sewage that the household waste is introduced into the river or the sea On the other hand, the sewer end structure is formed by the foundation concrete is poured into the lower portion of the sewer end than the sewer pipe, the support concrete is poured on top of the foundation concrete; The supporting concrete is installed in the form of a square pillar on the top, an electric hoist box is installed on the top, a wire roller drum and an electric motor are installed on the inside of the electric hoist box, the outer frame part is made in a rectangular shape and the outside of the A galvanized column having a transmission gear support beam formed in a structure in which two connection frames are coupled to the inner side of the frame part; A wire roller drum seated on the galvanic pillar of the galvanizing column, the wire roller drum configured to lift and lower the wire connected and rotated by the operation of the electric motor; The wire roller drum is coupled to the end of the wire connected via the connector, while the rectangular steel rod is formed in the shape of the garbage collection, and a special coating network made of FRP is fixed therebetween, and the upper portion of the rectangular steel rod A plurality of wire loops formed of a connector, and a wastebasket in which an opening door is formed to enable flow to a hinge on one side; A support frame is formed in the form of a right triangle on one side in front of the galvanized pillar is installed, a special coating network is formed of a FRP material on the inclined support frame, the garbage yard balustrade is formed on the top of the inclined support frame; While connected to the sewer end structure, a special coating network is integrally formed inside the square frame portion, and a connecting ring is formed on one side, and a plurality of through holes are formed on the square frame portion, and the sewer end structure is a fastening anchor. In the case of the second stage instead of the first stage, the first stage and two stages are provided with a hinge opening and closing structure on one side.

Hereinafter, with reference to the accompanying drawings will be described the configuration and operating state of the present invention.

2 is a conceptual view showing the sewage waste prevention facility of the present invention, the waste prevention facility 200 is installed in contact with the end of the sewage pipe 100 in contact with the shore or shore.

The waste prevention facility 200 is largely composed of a sewer end structure 300, galvanized pillar 400, waste yard railing 500 and the garbage collection 600, the galvanized pillar 400 Garbage bin 600 is coupled to the inside, and the trash balustrade 500 is installed on one side of the galvanized pillar 400 is installed.

In order to install the waste prevention facility 200, the sewer end structure 300 is installed at the end of the sewer pipe 100. The sewer end structure 300 is formed of a concrete or plastic structure and is lower than the sewer pipe base concrete. 310 is poured, and the support concrete 320 is poured on the top of the base concrete 310 so as to firmly support the galvanized column (400).

In the supporting concrete 320, the galvanized column 400 is installed as a support in the corner portion in the form of a square on the top and the electric hoist box 410 is installed on the top of the galvanized column 400, The electric hoist box 410 is provided with a wire roller drum 420 and an electric motor 430 therein, the wire 440 is coupled to the wire roller drum 420, and the wire roller drum 420 is electrically driven. The belt is coupled to the motor 430 so as to transfer a power source therebetween to transfer the driving force of the electric motor 430 to the wire roller drum 420.

At this time, the waste bin 600 is installed on the wire 440 through the connector 450 at the end thereof, and the open door 640 is coupled to the waste bin 600 by a hinge.

The waste outflow prevention facility 200 is provided with a garbage yard railing 500 in front of the galvanized column 400 is installed.

3 is a view showing a state in which the waste flows into the sewage waste prevention facility of the present invention, the waste leakage prevention facility 200 is a living waste 700 passing through the sewage pipe 100 is a sewage pipe It flows through the 100 and is formed in a structure in which the household waste 700 is collected in the garbage collector 600.

4 is a view showing a state of lifting the garbage to the vehicle using the sewage waste prevention facility of the present invention, the waste prevention facility 200, the wire roller drum 420 is rotated by the operation of the electric motor When pulling the wire 440 to the upper side, the garbage tray 600 coupled to the end of the wire 440 is positioned as shown in the upper portion, at this time open the opening door 640 of the garbage tray 600 to open the garbage yard railing 500 ) Garbage will be piled up.

The living garbage 700 piled on the trash balustrade rack 500 is loaded on the transport truck 900 and moved to a garbage disposal plant.

Figure 5a is a detailed view of the transmission gear support beam constituting the sewage waste prevention facility of the present invention, the transmission gear support 550 is made in a rectangular shape, the outer frame portion of the transmission gear support beam 550 The frame structure of the frame 560 is formed in a quadrangular shape, and two connection frames 570 are coupled to the inside of the outer frame part 560, wherein a wire is formed through an intermediate through part formed by the connection frame 570. Will rise and fall.

Figure 5b is a detail of the garbage collection constituting the sewage waste prevention facility of the present invention, the garbage collection 600 is a rectangular steel rod 610 is formed in the shape of the garbage collection in the form of the special FRP interposed therebetween The coating network 620 is fixed and formed as a structure of the garbage collector as a whole.

In this case, the waste bin 600 has a plurality of wire rings 630 formed at the upper portion of the rectangular steel rod 610 as a connector, and the opening door 640 to allow flow to the hinge 650 at one side of the waste bin 600. ) Is formed.

5c is a detailed view of the trash balustrade ledge constituting the sewage waste prevention facility of the present invention, the trash balustrade railing 500 is formed with a support frame in the form of a right triangle, wherein the inclination of the support frame 510 is different from the FRP material A special coating network 520 is formed, and the balustrade rack 530 is formed on the inclined support frame 510. In particular, the rubbish yard handrail 500 is formed to be inclined so that rubbish is washed down to the bottom. I will go.

Figure 5d is a detailed view of the opening and closing wall constituting the sewage waste prevention facility of the present invention, the opening and closing wall is composed of a first stage opening and closing wall 810 and a two stage opening and closing wall 820, the first stage / second stage The opening and closing walls 810 and 820 have a structure in which another special coating network 850 is integrally formed inside the rectangular frame part 830.

That is, the one-stage opening and closing wall 810 is a plurality of through holes 840 are formed in the rectangular frame portion 830 is fixed to the sewer end structure 300 by a fastening anchor (not shown in the figure), The second stage opening and closing wall 820 is a plurality of through holes 840 are formed in the square frame portion 830 is fixed to the sewer end structure with a fastening anchor on the opposite side where the first stage opening and closing wall 810 is installed, The two-stage opening and closing wall 820 is formed with a structure in which one opening and closing wall is opened and closed by integrally forming two opening and closing walls with a hinge 860 on one side.

The other opening and closing wall of the two-stage opening and closing wall 820 is configured in the same form as the one-stage opening and closing wall 810, but the through-hole 840 is not formed in the rectangular frame portion 830.

In addition, the first stage opening and closing wall 810 and the second stage opening and closing wall 820 is formed with a connecting ring 870, respectively.

6A is a view showing a state in which the wastebasket of the present invention is installed and the opening and closing wall is opened, and FIG. 6b is a view of a state in which the wastebasket of the present invention is installed and the opening and closing wall is closed.

As can be seen in Figure 6a, the sewer end structure 300 is provided with a first stage opening and closing wall 810 and a second stage opening and closing wall 820 to face each other on the inner side, wherein the sewer terminal structure 300 1) opening and closing wall of the two-stage opening and closing wall 820 is opened because the garbage collector 600 is installed.

As can be seen in Figure 6b, the sewer end structure 300, the first stage opening and closing wall 810 and the second stage opening and closing wall 820 are installed on the inner side facing each other, the sewer end structure 300 Since the wastebasket 600 is lifted to the upper side, the one-sided opening and closing wall of the two-stage opening and closing wall 820 is kept in a closed state, and thus, the household waste 700 through the sewage pipe 100 is turned to the coast side. It does not flow in.

As can be seen in Figures 6a and 6b, in order to clearly explain the operating state of the first stage / second stage opening and closing walls 810, 820 according to the operating state of the garbage collector 600 in the lower part of the figure Top views are shown respectively.

Referring to the operation state of the garbage outflow prevention facility 200 according to the above configuration as follows.

The waste prevention facility 200 is a galvanized column 400, waste yard railing in the sewer end structure 300 after the installation of the sewer end structure 200 made of concrete and plastic at the end of the sewer pipe 100 500, the garbage collector 600 is installed to be correlated with each other so that the household waste 700 does not flow into the river or the sea.

That is, as shown in the top plan view of the bottom in Figure 6a, the waste spill prevention facility 200 in the state where the garbage collector 600 is installed, one side opening and closing wall of the two-stage opening and closing wall 810 is open to the household waste ( 700 are loaded into the garbage tray 600, when the appropriate amount of household waste 700 is loaded in the garbage tray 600, one opening and closing wall of the two-stage opening and closing wall 820 is closed as shown in FIG. 700) will not enter the river or sea.

In this case, the first stage and second stage opening and closing walls 810 and 820 are coupled to and disassembled on one side of the opening and closing walls of the second stage opening and closing wall 820 since they are kept coupled to the sewer end structure 200. It works like 6a and 6b.

The waste prevention facility 200 is installed at the end of the sewage pipe 100 in order to move the rainwater pouring into the river or sea during the rainy season to be introduced into the river or the sea to the living waste (700) flowing at the same time Because it blocks, it is possible to prevent the pollution of the water environment as much as possible.

The effect according to the above-described configuration and operating state will be described.

The sewer waste prevention facility in the housing complex of the present invention is installed in a location where sewers that move rainwater are in contact with the river or the sea so that household waste does not flow into the river or the sea, thereby preventing the pollution of the water environment as much as possible. You can get it.

In addition, the sewage waste prevention facility of the housing complex has a simple structure such that the sewer end structure, the zinc column, the garbage collector, and the garbage yard railing are interconnected to facilitate installation and construction, and to process only existing rainwater. Even if the construction at the end of the sewer has the advantage that can be easily installed.

Claims (1)

In the sewage which treats rainwater in connection with a river or the sea, By installing a waste prevention facility at the end of the sewer to prevent the inflow of household waste into the river or the sea, A sewer end structure 300 in which the foundation concrete 310 is poured into the lower portion of the sewer end than the sewer pipe, and the support concrete 320 is poured into the upper portion of the foundation concrete 310; The supporting concrete 320 is installed in the form of a square pillar on the top, the electric hoist box 410 is installed on the top and the wire roller drum 420 and the electric motor 430 inside the electric hoist box 410 above. ) Is installed, the outer frame portion 560 is made in a rectangular shape and the transmission gear support 550 formed of a structure in which the two connecting frame 570 is coupled to the inner side of the outer frame portion 560 is the top Galvanized column 400 is installed in; The wire roller drum 420 is mounted on the transmission support 550 of the galvanized pillar 400, and configured to lift and lower the wire 440 that is rotated and connected by the operation of the electric motor 430. ; The end of the wire 440 connected to the wire roller drum 420 is coupled via a connector 450, while the rectangular steel rod 610 is formed in the shape of the garbage collection, the special coating made of FRP between the Mesh 620 is fixed, the waste of the opening door 640 is formed to allow a plurality of wire ring 630 is formed as a connector on the top of the rectangular steel rod 610 and flow to the hinge 650 on one side Receiving 600; A support frame 510 is formed in a right triangle shape on one side in front of the galvanized pillar 400 and a special coating network 520 is formed of an FRP material on the inclined support frame 510. The inclined support frame Garbage rack balustrade 500 is formed on the top of the 510, the balustrade 530; While being connected to the sewer end structure 300, the special ring coating network 850 is integrally formed inside the square frame portion 830, and a connecting ring 870 is formed on one side, respectively, and the square frame portion ( A plurality of through holes 840 are formed in the 830 to be fastened to the sewer end structure 300 as a fastening anchor, and in the case of two stages instead of one stage, two stages are coupled to each other by a hinge 860 on one side. Housing complex sewer waste prevention facility consisting of one stage / two stage opening and closing walls (810, 820).