KR100576147B1 - Apparatus of remove waste using river - Google Patents

Abstract

More particularly, the present invention relates to an apparatus for removing suspended solids flowing into a river, a dam, a reservoir, and the like, more particularly, A rotating rod end portion 12 is formed at a lower end thereof, a catching rod 36 is fixed around the body, and the catching rod 36 A central rotation bar 10 having a slit groove 31 formed on a side surface thereof and having a fixing plate 11 fixed to one side thereof; A fixing flange 13 to which the fixing rod 14 is vertically fixed on the upper surface; A filtering net 32 in which a collecting part 33 is formed by bending a lower end portion and a net supporting pipe 34 is formed at an upper end and a hooking part 35 is fixed to an upper side of the net supporting pipe 34; And a protrusion 23 is formed at a lower end of the fixing bracket 34 to fix the mesh support pipe 34 and the fixing wire 19 is fixed at one side and the insertion end 24 is fixed to the fixing bracket 25) fixed to the center rotary bar (10); A wire fixing cap 18 to which two fixing wires 19 are fixed and fixed to the central rotation bar 10; And a floating collection net (29) in which a rim (30) is formed and the rim (30) is fixed to the slit groove (31).

River, debris removal, sieve net, collection net

Description

[0001] Apparatus of removing waste using river [0002]

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a suspension device for removing a river suspension according to the present invention. FIG.

FIG. 2 is an exploded perspective view showing a suspension device for removing suspended particles of the present invention. FIG.

3 is a use state diagram showing a suspension device for removing a river suspension according to the present invention.

FIG. 4 is a detailed view of a sieve net used in the suspension device of the present invention; FIG.

FIG. 5 is a detailed view showing a fixing bracket used in the suspension device of the present invention; FIG.

 BRIEF DESCRIPTION OF THE DRAWINGS FIG.

10: center rotation bar 11: fixed plate

12: rotation coupling end 13: fixed flange

14: Fixing rod 15: Bearing

16: Anchor bolt 17: Threaded

18: wire fixing cap 19: fixed wire

20: net fixing frame 21: ring

22: spring 23: projection

24: insertion end 25: locking bracket

26: insertion groove 27: fixing plate insertion groove

28: Bolt Ball 29: Floating Bar Network

30: rim 31: slit groove

32: Filter 33:

34: net support pipe 35:

36:

More particularly, the present invention relates to an apparatus for removing suspended solids flowing into a river, a dam, a reservoir, and the like, more particularly, The present invention relates to an apparatus for removing suspended solids,

Conventionally, flooded water such as garbage mixed with flood in the river flows into the lake, reservoir, and dam where the water is firstly flowed, and the precious water source is polluted or leaked to the general sea, causing severe water pollution such as eutrophication. In addition, the rainwater pumping station around the city relies on the elimination of manpower such as various city sewage garbage collected on a fixed screen when forced excluded by a machine (pump), and the environment of garbage removal is poor.

In general, water flowing into rivers and small rivers can be seen floating in various kinds of dirt and floats, such as plastic bottles that tourists have left. Wastes and floats floating in the flowing river have a problem of not only dirtying the water source but also destroying the natural environment.

In addition, the floats floating in the river as described above are particularly troublesome because they occur in the rainy season or in the flood, and cause enormous damage.

Therefore, in recent years, environmental groups and resort management agencies are collecting, drying, and incinerating hummingbirds, garbage, and so on, which are drifting away from appeals from mobilization.

However, it is not easy to remove floating materials such as streams by using manpower, and there is a problem that it is difficult to remove floating materials because it is dangerous in the rainy season or flood.

In addition, it is often the case that floods are caused by overflowing rivers running on small-scale bridges due to rainy season or vegetation that drifts away during floods.

Generally, there are various kinds of garbage left by tourists in the vicinity of valleys, amusement parks and rivers. When these floods occur in the rainy season during the summer season, they flow into the rivers and float as floats, which is an important cause of polluting the natural environment. In fact, the Paldang Lake, a water source of residents of the metropolitan area, was worsened by the flooding of thousands of tons of scum by floods every time the floods occurred. In order to collect and dispose of these scum waste, Such as being paid out.

However, it is not easy to remove floats at a time by using a lot of manpower, and in the rainy season, due to the risk of flooding, we could not actively try to remove floats.

In addition, the floats that float at the time of the flood have become an important cause of flooding the rivers because they are caught by small bridges and obstruct the flow of the river, and measures for resolving them are emerging as social problems.

Various kinds of household garbage such as plastic bottles and aluminum cans around rivers that have been neglected in this way flow into rivers along with various organic materials such as rainy season and floods in the river to pollute water sources and cause eutrophication of rivers that cause fishery products. In order to solve the problem of destroying the natural environment such as inflow of contaminated water into the sea, the management agency has to use a lot of manpower and enormous budget to remove the floating waste that has flowed into rivers, dams and reservoirs .

As a conventional technique for removing such floating waste, there is a method of removing various suspended matters such as city sewage waste caught on a fixed screen and a method of using a mechanical or hydraulic type damper, which are mainly used in sewage treatment plants and drainage pumping stations. There is an inefficiency problem due to labor loss and an increase in work time. In the latter case, separate power, management manpower and expensive facilities are required for driving the damper, which causes a problem of consuming installation and operation management costs.

Disclosure of the Invention The present invention has been made in order to solve the above-mentioned problems, and it is an object of the present invention to provide a water collection system for removing suspended solids flowing into a dam reservoir through a river by forceless force, There is a need to provide a device for removing suspended solids in a river,

In order to achieve the above-mentioned object, the present invention provides a device for removing suspended solids which is installed in both sides of a river to remove suspended matters along the stream, wherein a screw thread is formed at the upper end, a rotating end is formed at the lower end, And a slit groove is formed in a side surface of the latching rod, and four fixing plates are installed and fixed at equal intervals on the upper portion where the latching rods are fixed. Rotation bar; A fixing flange having a fixing rod fixed vertically on the upper surface thereof, a plurality of bolt holes formed on the periphery thereof and fixed to the ground with an anchor bolt, a bearing mounted on an inner wall surface of the fixing rod, and a rotary coupling end of the central rotation rod being rotatably fixed; A sieve net in which a lower end portion is bent to form a collecting portion, a mesh support pipe is formed at an upper end thereof, and a detent is fixed to an upper side of the mesh support pipe; And the lower end is formed with a protrusion on the inner side of both lower ends to hold both ends of the mesh support pipe and to be fixed to each other, And the insertion end portion is fixed to the central rotation bar by a fixing bracket; A wire fixing cap which is fitted and fixed so that the center portions of the two fixing wires are orthogonal to each other, and is fastened and fixed to the upper end of the center rotating bar; The fixing bracket includes an insertion groove formed at one side thereof and a fixing plate insertion groove formed at the other side of the fixing bracket, A bolt hole is formed in the side surface of the fixing bracket toward the insertion groove or the fixing plate insertion groove and the insertion fixing portion or the fixing plate is tightly fastened with bolts while being inserted into the insertion groove and the fixing plate insertion groove, And the two fixing wires are fixed to the wire fixing cam with a height difference to avoid interference.

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

The apparatus for removing suspended solids according to the present invention is fixed to the central rotation bar 10 at an interval of 90 degrees so that the lower end thereof is caught by the catching rod 36 which rotates according to the flow of the river, So that the upper end of the sieve 32 is not advanced by the staking hole 35 and the lower portion of the sieve 32 is completely inverted by the lower portion of the sieve. The stopper portion 35 is pointed in a direction opposite to the traveling direction of the sieve 32, and thus the slack portion 35 is detached from the suspended sludge vane net 29 and continues to rotate. When the sieve 32 is turned upside down, the suspended matters contained in the suspended sludge fall off into the suspended sludge collection net 29, and the suspended sludge falling down along the stream is collected and removed repeatedly.

A thread 17 is formed at the upper end of the central rotation bar 10 so that the wire fixing cap 18 is detachably fixed. The wire fixing cap 18 penetrates and fixes two fixing wires 19 and fixes the two fixing wires 19 to the wire fixing cam 18 with a height difference to avoid interference.

Three latching rods 36 are fixed at one circumferential side of the central rotation bar 10 at intervals of 90 degrees and the latching rods 36 are positioned on the ground outside the river. And slit grooves 31 are formed on both sides of the latching rod 36 in the longitudinal direction. The two latching rods 36 may be fixed to the center rotary bar 10 so that both the sides of the stream 1 start and the latching rods 36 positioned therebetween may be fixed at the intermediate position. Only one slit groove 31 formed in the latching bar 36 adjacent to the river is formed on the opposite side of the river and two slit grooves 31 formed in the central latching rod 36 are formed on both sides.

The fixing plate 11 is fixed to an upper portion of the fixing rod 36 fixed at the central rotation bar 10 and four fixing plates 11 are provided at equal intervals, 10) perpendicular to the circumferential surface.

A rotation coupling end 12 is formed at the lower end of the central rotation bar 10 and is inserted into the fixing bar 14 to be described later and is rotatably fixed.

The fixing rod 14 is integrally formed to be perpendicular to the fixing flange 13, and a bearing 15 is installed on the inner wall surface thereof so that the rotary coupling end 12 can be easily rotated. A lower end of the fixing rod 14 is fixed to the center of the fixing flange 13 and a plurality of bolt holes are formed around the fixing bolt 14. The bolt holes are fixed to both sides of the river by the anchor bolts 16, You can dig and fix the ground to match.

The filter screen 32 is fixedly coupled to the fixing plate 11 of the central rotation bar 10 by the fixing bracket 25 and rotates in accordance with the rotation of the central rotation bar 10.

The lower end of the screen 32 is curved to form a collecting part 33, and a mesh support pipe 34 is formed at an upper end thereof. Holes are formed at both ends of the mesh support pipe 34 and the projections 23 of the mesh fixing frame 20 are inserted and fixed. A pointed stalk 35 is fixed to one side of the upper portion of the mesh support pipe 34. When the stalk 32 is caught by the stalk 36 and the trapping portion is lifted up, The collecting part 33 is turned over the rotation of the mesh support pipe 34 as the sieve net 32 is rotated about the lower part where the sharp part of the catching stone part 35 is caught by being caught by the mesh of the suspended solids collection net 29. In the fully inverted state, the pointed portion of the protruding portion 35 is positioned opposite to the traveling direction, so that it is pulled out of the net and rotated in a state in which the net 32 is turned upside down.

A ring 21 is formed at the upper corner of the net fixing frame 20 so that the fixing wire 19 is fixed via the spring 22. Therefore, the fixing wire 19 is fixed to the mesh fixing frame 20 at both ends thereof, and its central portion is supported by the wire fixing cap 18. [

An insertion end portion 24 is formed at one side of the net fixing frame 20 and the insertion end portion 24 and the net fixing frame 20 are formed in a U- .

The insertion end portion 24 is fitted in the fixing bracket 25 and is fixed to the fixing plate 11 of the central rotation bar 10. The fixing bracket 25 has an insertion groove 26 formed at one side thereof and a fixing plate insertion groove 27 formed at the other side thereof. A bolt hole 28 is formed in the side surface of the fixing bracket 25 toward the insertion groove 26 or the fixing plate insertion groove 27 so that the insertion end 24 and the fixing plate 11 are inserted into the insertion groove 26 and the fixing plate insertion It can be fastened with a bolt in a state of being fitted in the groove 27, but it can be fastened and fixed by a tight fitting method.

One side of the rim 30 of the floating bar collection net 29 is fixed to the slit groove 31 formed in the retaining rod 36. Accordingly, the float is placed on the float collection net (29) on the ground, and the water together is drained down through the net.

As described above, according to the present invention, a filtering net is rotatably fixed to a net fixing frame whose one side is elastically supported by a fixing wire and the other side is fixed to a center rotating bar, and when the filtering net is locked, In the state of collecting the floating matter along the river, the trapped part is caught by the catching rod installed on the ground outside the river, and the catching stone part is inserted into the floating collection network and caught. The obstacle part caught in the float collecting net is not progressed, and only the collecting part proceeds and the filter net turns over. When the water droplets are turned upside down and the suspended matters are poured into the suspended pool collection net and then rotated, when they enter the stream again, they are rotated by their own weight and the collecting part is positioned below. Repeat this process to remove the floating matter along the river. It is the person's own responsibility to remove the float that has been poured into the collection bag.

Four droppings can continuously flow through the stream and effectively remove floats that descend along the stream.

As described above, the apparatus for removing suspended solids of the present invention rotates by the flow of water without any additional power, and collects the suspended matters in the collecting part of the filtering net, and fixes it on both sides of the stream. It is effective to remove the floating materials along the river stream to reduce the pollution of the river and to prevent the pollution of the reservoir or the lake formed in the downstream of the river.

It can be easily assembled and disassembled and can be installed. It can be installed in a serious pollution area and then moved to another area, so it operates economically and powerlessly, so there is no need for a separate power unit or power unit. There is no.

Claims (2)

The present invention relates to an apparatus for removing suspended solids in a river, A threaded portion 17 is formed at the upper end and a rotary engaging end portion 12 is formed at the lower end. Three hanging rods 36 horizontally arranged around the body are fixedly installed at intervals of 90 degrees on the ground, A slit groove 31 is formed in a side surface of the rod 36 and a center rotary bar 10 is fixed to the upper portion of the fixing rod 36 by four fixing plates 11 at equal intervals. A fixing rod 14 is fixed vertically on the upper surface and a plurality of bolt holes are formed around the fixing rod 14 and fixed to the ground with an anchor bolt 16. A bearing 15 is installed on the inner wall surface of the fixing rod 14, A fixing flange 13 to which the rotary coupling end 12 of the rotary shaft 10 is rotatably fixed; A filtering net 32 in which a collecting part 33 is formed by bending a lower end portion and a net supporting pipe 34 is formed at an upper end and a hooking part 35 is fixed to an upper side of the net supporting pipe 34; And a protrusion 23 is formed on the inner side of both lower ends to fix both ends of the net support pipe 34 to each other to fix the inserting end 24 And a ring 21 is formed at an outer upper end thereof and fixed via a fixed wire 19 and a spring 22. An insertion end portion 24 is fixed to the central rotation bar 10 by a fixing bracket 25, (20); A wire fixing cap 18 fitted and fixed so that the central portions of the two fixing wires 19 are orthogonal to each other and fastened and fixed to the upper end of the center rotating bar 10; And a suspended body collection net (29) formed with a rim (30) around the rim (30) and inserted and fixed in a slit groove (31) of the catching rod (36). The fixing bracket according to claim 1, wherein the fixing bracket has an insertion groove formed at one side thereof and a fixing plate insertion groove formed at the other side thereof, A bolt hole 28 is formed toward the insertion groove 27 and the insertion end portion 24 and the fixing plate 11 are fastened with bolts in a state of being fitted in the insertion groove 26 and the fixing plate insertion groove 27, And the two wire fixing rods 19 are fixed to the wire fixing cam 18 with a height difference therebetween so as to avoid interference with each other. Flotation device for river floatation.

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