Cutting device of floating debris cleaning boat

Abstract

The invention discloses a cutting device of a floating debris cleaning boat. The cutting device comprises transverse cutters, longitudinal cutters, a first hydraulic motor, a second hydraulic motor, a transverse bracket and a longitudinal bracket. The cutting device further comprises a third hydraulic motor. The third hydraulic motor is connected with the transverse bracket in a transmission way. The transverse cutter comprises a first rotating disk and a plurality of first detachable blades. Four transverse cutters are arranged along the transverse bracket. The area scanned by rotation of the first detectable blades on two adjacent first rotating disks is overlapped partially and is distributed by layers on a space. The longitudinal cutter comprises a second rotating disk and a plurality of second detectable blades. Two longitudinal cutters are respectively fixed on a left beam and a right beam of the longitudinal bracket. Disk surfaces of the second rotating disks of two longitudinal cutters are longitudinally and vertically arranged. The cutting device is out of order difficultly, capable of effectively cutting water plants fast, featured with high cutting efficiency and capable of cutting and cleaning the water plants in near-shore shallows.

Description

technical field [0001] The invention relates to a device used for clearing drift boats, in particular to a cutting device for cleaning large-scale outbreaks of aquatic plants and aquatic plants in river banks and shoals. Background technique [0002] At present, the main working method of drift cleaning ships in urban and rural river networks is to cut aquatic plants, use collecting arms or collecting rakes to gather them, and then use automatic conveyor belts to salvage them and send them to the cabin, and finally carry out corresponding treatment and stacked. The cutting device is usually in the form of cutting scissors. The cutting force is small. When the aquatic plants burst out in a large area, they cannot be cut and cleaned quickly. Moreover, the installation angle of most of the cutting devices is fixed at present, and cannot be adjusted freely according to the slope of the river bank and shoal, so the aquatic plants near the slope bank cannot be cut, and often can ...

AI Technical Summary

Problems solved by technology

The cutting device usually adopts the method of cutting scissors, the cutting force is small, when the aquatic plants burst out in a large area, it cannot be cut and cleaned quickly, it is easy to be entangled by the aquatic plants, easy to be damaged, and the device is relatively complicated, and the cost of daily maintenance is high

Moreover, the installation angle of most of the cutting devices is fixed at present, and cannot be adjusted freely according to the slope of the river bank and shoal, so the aquatic plants near the slope bank cannot be cut, and often can only be cleaned manually, which is dangerous and efficient. also lower

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