KR200255925Y1 - a take away system for floating trash - Google Patents

Abstract

The present invention relates to a device for collecting floats in rivers, and more particularly, to a device for easily collecting and collecting floating wastes floating through rivers during rainy seasons or floods.

In general, various wastes discarded by tourists are scattered around valleys, amusement parks, and rivers. These floods have become an important cause of greatly polluting the natural environment since flooding occurs during the summer rainy season and floats on the floats.

Therefore, the present invention is blocked by the trapping mesh 40 is rotated in a trajectory between the drive shaft 10 and the driven shaft 20 in the event of a flood is generated in the endless track between the drive shaft 10 and driven shaft 20 at the same time to the rotation of the filter network 40 As a result, it is possible to effectively collect the floating wastes by transporting them to the collection house 60 on one side of the river, so that a considerable amount of floating waste can be processed with the minimum number of personnel operating the processing apparatus. There are advantages such as minimizing manpower, time and cost while effectively preventing water pollution.

Description

River floatation device {a take away system for floating trash}

The present invention relates to a device for collecting floats in rivers, and more particularly, to a device for easily collecting and collecting floating wastes floating through rivers during rainy seasons or floods.

In general, various wastes discarded by tourists are scattered around valleys, amusement parks, and rivers. These floods have become an important cause of greatly polluting the natural environment since flooding occurs during the summer rainy season and floats on the floats.

In fact, Paldangho, a water source for the residents of the metropolitan area, has been deteriorated due to thousands of tons of floating garbage that is thrown out every time a flood occurs. Discontinuances such as spending have occurred.

However, not only is it difficult to remove the river's floats at once due to the large number of manpower, but it has also been difficult to actively attempt to remove the floats during the rainy season.

In addition, the floating floating in the flood was interrupted by the flow of the river due to small bridges, etc., and became an important cause of flooding the river, and measures to solve it are emerging as a social problem.

The present invention was devised in view of the above-mentioned problems, and its purpose is to provide a river float collection device which can be easily collected by inducing floating wastes floating through the stream during the rainy season or flooding with a small manpower. will be.

A feature of the present invention for achieving the above object is a rotary tube 12 which is supported by a bearing (B) is mounted on the outside of the support (11) standing vertically close to the riverside by the power of the motor (10a) Drive shaft 10 is rotated by receiving; A driven shaft 20 equipped with a rotary tube 22 supported by a bearing B on the outside of the support 21 which is vertically erected in the center of the steel; Guide grooves 32a are formed in the shaft hole 32 formed through the center of the rotor 31 coupled to the outside of the rotary tubes 12 and 22 to protrude outside the rotary tubes 12 and 22. A pulley 30 which is rotated while the guide rails 12a and 22a are inserted and lifted by buoyancy; Mounted between the sprockets 33 formed on the upper and lower portions of the rotary bodies 31, respectively, installed between the upper and lower chains 41 rotated in an infinite orbit between the drive shaft 10 and the driven shaft 20. Strainer 40; A buoyancy material 50 inserted into the upper and lower portions of the rotating body 31 and the strainer 40 lifted by the buoyancy of the buoys 42 continuously mounted on the upper chain 41 are along the flowing direction of the river. It can be achieved by the river floating material collection device characterized in that it is installed inclined and rotated in an endless track to collect and dispose of the floating garbage to one side of the river.

1 is a schematic device diagram illustrating an embodiment of the present invention;

Figure 2 is an exploded perspective view illustrating an embodiment of the present invention,

Figure 3 is a partial cross-sectional view illustrating an embodiment of the present invention,

Figure 4 is an enlarged perspective view of a part of the present invention. * Explanation of the symbols for the main parts of the drawings * 10: drive shaft 10a: motor 11, 21: post 12, 22: rotary tube 12a, 22a: guide rail 20: driven shaft 30: pulley 31: rotating body 31a: locking projection 32: shaft hole 32a: guide groove 33: sprocket 40: strainer 41: chain 41a: bolt 42: fitting 43: support piece 44: nut 50: buoyancy material 51: auxiliary buoyancy material 60: storage 61: conveying conveyor 62: crane 63: truck B: bearing

Hereinafter, preferred embodiments for achieving the above object will be described in detail with reference to the accompanying drawings. As shown in FIGS. 1 to 4, the support 11 made of a cylinder is formed on the outer side of the river near the riverside. Standing vertically, a rotary tube 12 supported by a bearing B is mounted on the outside of the support 11 so as to receive power from the motor 10a installed at the riverside and rotate at a predetermined speed. The configuration described above serves as a drive shaft 10 that rotates directly by receiving the power of the motor 10a. The strut 21 is erected vertically in the center of the steel, and the bearing B is also outside the strut 21. The rotating tube 22 supported by () is mounted. The above-described configuration serves as a driven shaft 20 that is rotated by receiving the power of the drive shaft 10. The rotor 31 is coupled to the outside of the rotary tube 12, 22, the rotor ( Guide grooves 32a are formed at both sides of the shaft hole 32 formed through the center of the shaft 31. Guide rails 12a and 22a are formed to protrude from the outer both sides of the rotary tubes 12 and 22. The guide rails 12a and 22a are inserted into the guide grooves 32a of the shaft hole 32 so that the rotor 31 is strengthened by buoyancy along the rotary tubes 12 and 22. The above-described rotating body 31 is mounted to the outside of the rotary tube 12, 22 of the drive shaft 10 and the driven shaft 20, respectively, the role of the pulley 30 to transmit power through the chain 41 The sprockets 33 are formed on the upper and lower portions of the rotating bodies 31, and the chains 41 are mounted on the sprockets 33, respectively, so that the drive shaft 10 and the driven shaft 20 are mounted. between It is configured to rotate in an infinite orbit. Between the chains 41 mounted on the upper and lower portions of the rotary body 31, a strainer 40 is installed, the strainer 40 is a floating net A buoyant material 50 is inserted into each of the upper and lower sides of the rotating body 31 composed of a casing so that the rotating body 31 is buoyant from the outside of the rotating tubes 12 and 22. It is configured to automatically adjust the height while being lifted by. In some cases, the auxiliary buoyancy material 51 is fixed to the lower portion of the rotating body 31 to increase the buoyancy of the entire rotating body. Among the chains 41 mounted on the rotating body 31, the upper chains 41 are continuously provided with sub-assemblies 42, and the sub-assemblies 42 are connected to the meshes 40 provided between the chains 41. Prevents sag and moves while lifting with the rotor 31 by buoyancy The height of the 40 is automatically adjusted. The bar 43 shown in FIG. 4 is inserted into the support piece 43 of the mouthpiece 42 through the bolt 41a protruding to the upper portion of the upper chain 41. Although the part 42 is fixed by the nut 44 screwed to the bolt 41a, the method of fixing the part 42 to the chain 41 is various, so the accessory part 42 of the present invention It is not limited to the technology for fixing the. The locking projections (31a) protrudingly formed on the outer peripheral surface of the rotating body 31, the trapping net 40 is installed to surround the outer peripheral surface of the rotating body 31 is an endless track When rotated, it is possible to perform an effective transmission of power without slipping. The trapping net 40 lifted by buoyancy of the buoys 42 has an infinite track in a state of being installed with a gentle inclination along the direction in which the river flows. Floating Garbage While Spinning The present invention has a configuration such that the drive shaft 10 and the driven shaft when the drive shaft 10 is rotated by receiving the power of the motor 10a mounted on the riverside. Power is also transmitted to the driven shaft 20 by the upper and lower chains 41 connecting the sprockets 33 of the rotating body 31 respectively coupled to the rotating shaft 20, and a mesh screen installed therebetween. 40 is rotated in a caterpillar. In addition, the mesh 40 is mounted to be inclined along the flow direction of the river is rotated without returning to the flow rate, so that smooth rotation is achieved. Thus, the float floating the river Rubbish is caught by the buoyancy material 50 and the buoys 42 by the trapping nets 40 installed from the water surface to a certain depth, and at the same time the floating rubbish is strong by the rotation of the trapping net 40. Since it is transported to one side and gathered in one place, it is possible to easily handle garbage with little manpower. In some cases, the drive shaft 10, the driven shaft 20, the rotating body 31, the chain 41, and the strainer ( 40) The treatment devices constituting the unit are installed so as to face each other at a predetermined interval from both the upper and lower sides of the stream, and the garbage collector 60 is formed on the riverside outside the drive shaft 10 located in the lower portion. In such a case, the screening nets 40 of the processing unit located on the upper right side of the river transfer the floating waste to the left side of the river and send them to the left side of the river. Because it can be transported to the collection house 60 located to collect the large amount of floating garbage even with the minimum number of personnel operating the processing unit. In addition, it is possible to minimize the manpower, time and cost required for the collection of waste, and at the same time to effectively prevent water pollution. In addition, the collection box 60 is provided with a conveying conveyor 61 to immediately dispose of the floating waste. The large amount of garbage in the storage box 60 can be quickly disposed by loading the truck 63 or using a tong crane 62 or the like.

The present invention as described above, the wastes floating in the river in the event of flooding is caught by the strainer (40) is rotated to form an endless track between the drive shaft 10 and the driven shaft 20 while at the same time blocking the strainer ( By rotating the 40), it is possible to effectively collect the floating wastes by transporting them to the collection place 60 on the one side of the river, so that a considerable amount of floating waste can be processed with the minimum number of personnel operating the processing equipment. There are advantages such as minimizing manpower, time and cost required to collect water, and at the same time effectively preventing water pollution.

Claims (4)

A drive shaft 10 mounted to a rotation plate 12 supported by a bearing B on the outside of the support 11 standing vertically near the riverside and being rotated by receiving power from the motor 10a; A subordinate shaft 20 mounted with a rotary tube 22 supported by a bearing B on an outer side of the support 21 standing vertically in the center of the steel; Guide grooves 32a are formed in the shaft hole 32 of the rotating body 31 coupled to the outside of the rotary tubes 12 and 22 to protrude outside the rotary tubes 12 and 22 to guide rails 12a. (22a) are inserted into and pulled up and down by buoyancy (30); Mounted between the sprockets 33 formed on the upper and lower portions of the rotary bodies 31, respectively, installed between the upper and lower chains 41 rotated in an infinite orbit between the drive shaft 10 and the driven shaft 20. Strainer 40; A buoyancy material 50 inserted into the upper and lower portions of the rotating body 31 and the strainer 40 lifted by the buoyancy of the buoys 42 continuously mounted on the upper chain 41 are along the flowing direction of the river. It is installed inclined and rotated in an endless track while the floating garbage collection device, characterized in that for transporting and collecting the floating waste to one side of the river. The method of claim 1, wherein the outer circumferential surface of the rotating body 31, the locking projections (31a) are formed protruding, the lower portion of the rotating body 31, the auxiliary floating buoyancy material (51) is characterized in that the floating float collection device. According to claim 1, wherein the drive shaft (10), driven shaft (20), rotating body (31), chain (41), strainer (40), etc., the processing apparatus forming a unit, the upper and lower portions of the steel, respectively It is installed opposite the spaced apart, the river floating side of the drive shaft (10) located on the river side of the river floating material collection device, characterized in that the garbage storage (60) is formed. According to claim 3, wherein the loading bin 60 is installed in the conveying conveyor 61 to load the floating garbage directly to the truck 63, or by installing a tong crane 62 to quickly remove the large garbage in the dump 60 (60) Stream floatation device, characterized in that to be treated.