KR20140104134A

KR20140104134A - Floating trash remover

Info

Publication number: KR20140104134A
Application number: KR1020130017893A
Authority: KR
Inventors: 곽병열
Original assignee: 곽병열
Priority date: 2013-02-20
Filing date: 2013-02-20
Publication date: 2014-08-28

Abstract

The present invention relates to an apparatus to collect contaminants in a link canal, small rivers, and a river and, more specifically, to an apparatus to collect contaminants in a link canal, small rivers, and a river, configured to induce the contaminants entering the river to a grit chamber (30) using a silt protector (20), wherein the contaminants passed through the grit chamber (30) are sorted and transported by a partition wall (40). The present invention is to collect the contaminants by comprising: a contaminant collecting frame which is rotatable, formed in the shape of a hollow square, and mounted with a plurality of latches; a collecting net made of a strap on the lower part of the contaminants collecting frame; and the present invention is to dispose cross-linking around a tank in order to facilitate collection of the collected containments, and a conventional link canal can be used.

Description

{FLOATING TRASH REMOVER}

More particularly, the present invention relates to an apparatus for collecting contaminants in a river, a small river, and a river, and more particularly, to a system for collecting contaminants having fluidity by a sedimentation tank using a tent- And a plurality of latches along a rim of a square shape, which are inclined from the lower part of the bottom of the river and are rotatable about a single axis and have a hollow square shape, and a honeycomb structure A small river, and a river, which are provided with a trapping net made of a cord of a string, and are provided with bridges around the water tank to facilitate collection of the pollutants.

In the unspecified place, various kinds of waste thrown away through the unspecified route flows into the nearby river through the rainwater. Especially, the vine bottles and vines that are used for farming are flowed into agricultural waterways and small river streams. In fact. In order to collect this, a damper is installed in a large river or a tidal stream where the inflow of impurities is expected. However, the damper is not operated at the time of the dam, and the quantity is insufficient. The situation is punishing. The abandoned garbage destroys the water quality environment, the water source is polluted, and it takes a lot of budget to deal with it. However, it does not deserve a simple device or facility to collect garbage before entering the river, It is a fact that it depends mainly on manpower. Also, there is a problem that the garbage that flows into the river once and then flows into the river is very difficult to collect.

KR 10-2010-0064173

KR 10-0680156

SUMMARY OF THE INVENTION The present invention has been devised to solve such problems as described above, and it is an object of the present invention to provide a dirt prevention membrane which is commercially available and which is installed on a water channel upstream of a collection block, A collecting frame which separates the sediment and floating contaminants by the bulkheads and which is inclined so that one side is always below the surface of the water and which can be pivoted and fixed; It is a low-cost installation and operation facility for collecting floating contaminants by collecting net contaminants, collecting the collected contaminants and collecting the contaminants in farmland, small river, and stream, This is simple and easy to collect and maintain the pollutants, It provided the device has its purpose.

In order to accomplish the object of the present invention as described above, there is a need for a method of manufacturing a sewage treatment plant, comprising the steps of: guiding trash to a silt bath by an antifouling film and a shape retaining device provided obliquely on a waterway upstream from a collecting block; Sand, etc., and the bottom of the water tank is formed lower than the bottom of the river. It is lower than the bottom of the farm or river and higher than the bottom of the silt bath so that the sediment can be settled down and the floating contaminant can be transported to the trap A step of forming a partition wall, one side of which is provided on the upper part of the partition wall and below the bottom of the river or river, and the other side of the partition is inclined to rise above the water surface, And a plurality of latches are provided along the rim of the rectangular shape having a hollow rectangular shape And a collecting net in the form of a honeycomb mesh can be mounted on the bottom of the collecting frame of the net so that the collecting frame and the collecting net become one mechanism so as to form an overall oblique basket shape, A step of forming a collecting tank in which a space is ensured for collecting the contaminants, and a step of providing bridging around the water tank to facilitate the collection of the impurities and the replacement of the collecting net.

The present invention relates to a collecting device for collecting contaminants such as agricultural waterways, small river streams and rivers by using a dirt prevention membrane, a sedimentation tank, a bulkhead, a collecting tank, a collecting net and a bridge, Pesticide bottles, vines, and building materials before they enter the river, to preserve the water quality environment, to prevent pollution of water sources, to protect habitats of aquatic plants and fishes, It is possible to raise the consciousness of environmental conservation by allowing the owner of the field to easily replace the collection and collection network, and it is economical because it is possible to utilize the existing farm roads.

1 is a plan view of a contaminant collecting apparatus according to an embodiment of the present invention.
2 is a side cross-sectional view of the apparatus for collecting contaminants according to an embodiment of the present invention.
3 is a partially cut-away perspective view of an apparatus for collecting contaminants according to an embodiment of the present invention.
4 is a perspective view of a collecting mold pivoting part of the apparatus for collecting contaminants according to an embodiment of the present invention.
5 is a partially cut-away perspective view showing a conventional apparatus for collecting pollutants according to an embodiment of the present invention.
FIG. 6 is a perspective view of a sediment trapping apparatus according to an embodiment of the present invention, which is applied to a runway or a small valley.

The present invention will now be described in detail with reference to the accompanying drawings.

As shown in FIGS. 1 and 2, the apparatus for collecting contaminants in agricultural waterways, small river streams, and streams according to the present invention includes an antifouling film 20 for guiding contaminants contained in running water to a silt bath, 30), a partition wall (40) for transporting only the water and suspended contaminants to the collecting tank (50) and partitioning the needle set tank (30) and the collecting tank (60), a collecting tank (50) for collecting the contaminants, And a bridging unit 80 for management. The settling tank 30 and the collecting tank 50 are formed of one collecting block 10. [

The present invention can be variously produced according to the shape of a farm waterway, a small river stream, and a river.

The anticorrosive film 20 is installed on a water channel upstream of the collecting block 10 using a commercially available product. The anticorrosive film 20 is firmly fixed to the bank with a pile or the like, A certain point of the corresponding pair of the anticorrosive films 20 is connected to each other so as to maintain a constant distance by using at least one shape retaining device 20a in the vicinity thereof, So that it can be deflected while maintaining the V-shape with the lower part open. Due to the shape retaining device 20a, the anticorrosive film 20 between the fixed portion such as the pile and the shape retaining device 20a is in a state of being tensed by the water pressure, and the shape retaining device 20a is free, Floats in the flow and guides the contaminants to the collection block (10). The free section is to facilitate the dredging work using an excavator.

The collecting block 10 includes a bottom 11 having a rectangular cross section when viewed from the plane, side walls 12 standing on the bottom of the bottom, and an inside hollowed by the side wall 12, And a partition wall 40 partitioned by the tank 50 and provided so as to be orthogonal to the flow direction of the flowing water.

The sedimentation tank 30 is a facility for preventing the collection net 70 from accumulating due to sedimentation and failing to exhibit its function. The bottom of the sedimentation tank is formed below the bottom of the river, The sloping direction is not limited to the bank side or the flowing direction of the flowing water.

The partition wall 40 is disposed at right angles to the flowing direction of the flowing water, and is formed lower than the bottom of the river and higher than the bottom of the silt bath. The upper end of the partition wall 60 may be provided with one end surface, The floating contaminants are formed at a height that can be transported to the collection tank 50.

The collecting tank 50 is communicated with the settling tank 30 by the partition wall 40 so that the collecting frame 60 for collecting the contaminants is inclined in the same direction as the flowing direction of the flowing water, The collection net 70 can be accommodated.

The collecting frame 60 may be formed of a square or cylindrical metal material as shown in FIGS. 1 to 2 and 4, and may have a rectangular frame having a hollow portion as viewed in a plan view, A plurality of rings 60h capable of hanging a plurality of rings 70 may be arranged in a uniform manner and one side may be inclined to a position significantly different from the corresponding other side when viewed from the side, As shown in FIG. In addition, a pair of pivot hinges 60a and 60b, which form a single shaft so as to pivot the collecting frame around the middle of the rim in the same direction as the flowing direction of the water, And a fixing device 60e for controlling the pivoting can be provided apart from the pivoting hinges 60a and 60b. The pair of pivoting hinges 60a and 60b and the connecting pin 60c are constrained by a single frame and are formed of corresponding pairs to form a single shaft perpendicular to the flowing direction of the flowing water. The frame 60g may be formed of a metal having a rectangular shape and may be fixed on the side wall 12 of the collecting tank 50 and may be provided in a corresponding pair, . As shown in FIG. 4 (a), one side 60b of the rotation hinge may be fixed on the upper part of the frame 60g, and the fixing device 60d may be provided apart from the side 60b of the rotation hinge. It is possible to restrain the rotation of the collecting frame by the fixing pin 60f.

As shown in FIG. 2, the collecting net 70 may have a honeycomb shape, and may be attached to the partition wall 40, as shown in FIG. 2, The shape of the collecting tank 50 can be maintained and the other side of the collecting tank 50 can be formed in a much higher basket shape than the one side and the upper portion can be opened to collect the inflowing contaminants and can be tightened and bound by the fixing strap 70a .

The bridges 80 are necessary for the maintenance of the apparatus such as collection of the contaminants and replacement of the collection net 70. The bridges 80 are preferably formed in a shape that is formed higher than the water surface and wound around the collecting block 10 by U- It is not limited to the shape.

FIG. 5 is a perspective view showing a part of the cutting edge of the present invention in which the sidewall of the existing agricultural waterway is used as a frame 60g.

FIG. 6 is a collecting device of the present invention applied to a run-up stream or a small valley, except that a collecting block is excluded, a frame 60g embodied in a metal material is firmly fixed to a bottom of a river, It is possible to prevent the collecting frame 60 or the collecting net 70 from being deposited by the gravel.

While the present invention has been described with reference to exemplary embodiments and drawings, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, And applications. Therefore, the scope of the present invention should not be limited to the described embodiments, but should be determined by the equivalents of the following claims.

10: Collection block
20: Antifouling film 20a: Shape retaining device
30: needle bar 40: partition wall
50: Collecting tank
60: collecting frame 60a, 60b: rotating hinge
60c: Connection pin 60d, 60e: Fixing device
60f: Fixing pin 60g: Frame
60h: Ring

Claims

In an apparatus for collecting contaminants in agricultural waterways, small rivers, rivers, etc.,
Shaped shape which is provided in a pair corresponding to the upstream water channel than the collecting block 10 and which is inclined in the flow direction of the flowing water and which is opened by the at least one shape holding device 20a, An anticountermeasure film (20) for guiding the contaminants to the needle bath;
A bottom of the water tank is formed lower than a bottom of a river or the like and has a hollow portion formed by the side wall 12 so that one side wall is inclined to facilitate dredging, The bottom of the sedimentation tank 30 is formed to be higher than the bottom of the sedimentation tank 30 to prevent penetration of the sediment of the sediment and the floating sludge can be transported to the collection tank 50 by the effluent, A partition wall 40 which may be provided with the partition wall 40;
And the other side wall is formed higher than the partition wall 40. The bottom of the water tank is formed lower than the bottom of the river or the like and the side wall 12 is hollow A collecting tank (50) having a collecting frame (60) at an upper portion of the side wall and accommodating a collecting net (70) therein;
60e can be pivoted by a pair of pivotal hinges 60a and 60b corresponding to the pair of pivotal shafts 60a and 60b, 60f. The one side is formed on the upper part of the partition wall 40 and is placed below the water surface. The other side is inclined to be much higher than the water surface, and a hollow rectangular frame is formed. A collection frame 60 in which a plurality of rings 60h are arranged;
A collecting net 70 which forms an oblique basket shape at the lower part of the collecting frame 60 and is opened in an upper part and which is accommodated in the collecting tank 50 and has a honeycomb shape of a net- ;
And a bridge (80) disposed at the periphery of the collecting block (10) and having a shape that can be connected to the bank and formed higher than the water surface to facilitate the collection of the impurities and the replacement of the collecting net. , A device for collecting contaminants such as rivers.

The shape-retaining device (20a) according to claim 1, wherein the shape-retaining device (20a) is made of a metal such as a wire or a chain. , Etc., which is characterized in that it is fixed firmly by means of an air-

The collecting tank (50) according to claim 1, wherein the collecting tank (50) is parallel to the flow direction of the flowing water and the corresponding both side walls (12) are formed to be higher than one side wall (12) perpendicular to the flowing direction of the flowing water, A harvesting device such as an agricultural waterway, a small river, a river, etc.

The collecting frame (60), the pivoting hinges (60a, 60b), and the fixing devices (60d, 60e) are installed on a sidewall of an agricultural waterway, except for the collecting block (10) ), The fixing pin (60f), and the trapping net (70).

The method of claim 1, wherein the frame (60g) is firmly fixed to the bottom of the stream except for the collecting block (10) and then the collecting frame (60) and the pivoting hinges And the trapping net (70), characterized in that the trapping device (60d, 60e), the fixing pin (60f) and the trapping net (70)