River water garbage removal robot

Abstract

The invention discloses a river water garbage removal robot. The robot comprises a garbage bin and a driving hull; according to the robot, a fishing net is driven by a jetting device to move forward under the water to surround garbage, and then a dragging device is utilized for throwing the garbage in the fishing net into the garbage bin. The robot has the advantages of being high in speed, smallin size, high in efficiency, adaptability and safety and the like, and a new technical scheme is provided for means of current river water garbage treatment.

Description

technical field [0001] The invention relates to the field of cleaning robots, in particular to a river garbage cleaning robot. Background technique [0002] With the acceleration of China's modernization process and the increase in the amount of garbage generated, the amount of floating garbage on the river is also increasing. However, the existing methods of cleaning river water garbage are basically completed by manual salvage, which is slow in speed, small in scope and exists. Dangerous, most of the water garbage cleaning equipment in the prior art are bulky, expensive, low audience, poor mobility, not suitable for most of the current polluted rivers to use, such as a river cleaning robot described in the application number CN201721922100 ,, the core structure is the pump body powered by the impeller motor, and the propeller motors on both sides drive the propeller to rotate to provide forward power. As the body advances, the floating garbage in the river will enter the b...

AI Technical Summary

Problems solved by technology

[0002] With the acceleration of China's modernization process and the increase in the amount of garbage generated, the amount of floating garbage on the river is also increasing. However, the existing methods of cleaning river water garbage are basically completed by manual salvage, which is slow in speed, small in scope and exists. Dangerous, most of the water garbage cleaning equipment in the prior art are bulky, expensive, low audience, poor mobility, not suitable for most of the current polluted rivers to use, such as a river cleaning robot described in the application number CN201721922100 ,, the core structure is the pump body powered by the impeller motor, and the propeller motors on both sides drive the propeller to rotate to provide forward power. As the body advances, the floating garbage in the river will enter the body along the river water along the water inlet pipe. And let the floating garbage finally fall on the filter plate, and there is a drainage plate slightly inclined from the horizontal center line to both sides under the filter plate, and there are drainage holes on both sides of the plane, which are used to discharge the river water in the body, and carry out Water circulation, although the device is small in size and easy to operate, its cleaning efficiency is too low. It only relies on the fluidity of the water to suck the garbage into the water pipe, and some of the garbage that cannot float out of the water is blocked by the floating garbage above. This type of cleaning device It cannot be collected and processed, and such devices that rely on water pumps to collect water for garbage collection often have a greatly reduced service life due to frequent blockage of the pumps. Therefore, a small size, convenient operation, strong durability and high efficiency design The cleaning robot is an important issue in the current environmental governance work

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