Waterweed scum removing ship

Abstract

The invention discloses a waterweed scum removing ship. The ship comprises a water beating plate, a water beating plate frame, a water beating roll shaft, a bearing seat, a bearing sleeve, an eccentric shaft, a pull rope motor speed reducer, a right floating chamber, a positioning sliding block, a movable cutter, a fixed cutter, a scum collecting net, a left rotating arm, a cutting machine rotating shaft, a net expanding frame, an aquatic plant scum stacking net, a left floating chamber, a rudder, a control chamber, a turret motor speed reducer, a plane bearing, a rotating tower, a lifting motor speed reducer, a lifting arm, a lifting hook, a ship body rack, a pulsation roller bearing seat, a pull rope guide wheel, a cutting machine rotating arm motor speed reducer, a cutting machine right rotating arm, a pull rope, a fixed knife rest, a pull rope fixing clamp and a pulsation roller driving motor speed reducer. The ship is advantaged in that moving parts of the mechanical structure are all installed on the water surface, only the movable cutter and the pull rope are arranged in the water, and problems existing in the prior art are reduced to the maximum extent. A scum collecting net is arranged on a net expanding frame which is integrally connected with a rectangular square frame of an aquatic plant cutting device, and collected aquatic plant scum is poured into an aquatic plant scum stacking net on a ship body rack.

Description

technical field [0001] The invention relates to a ship for removing aquatic plants and scum, and belongs to the field of water area environmental protection machinery and equipment. Background technique [0002] There are following problems in the existing aquatic plants scum removal ship: [0003] 1. The structure is complex, the hull is huge, the processing is difficult, and the production cost is high. However, many cities in our country have small rivers, large river gradients, and many barrages, which are not suitable for large hull operations. Therefore, many cities still use the original method of manually removing water plants and scum in the river. [0004] 2. The cutting edge of aquatic plants is cut with scissors. Although they use different power transmission methods, they are all driven by slender shafts to transmit power to the underwater mechanical structure. The structural form that drives the cutter to cut work has great processing difficulties for high ma...

AI Technical Summary

Problems solved by technology

[0007] What the present invention aims to solve is to use simple and flexible mechanical equipment to replace complex and heavy equipment, realize flexible and convenient removal of aquatic plant scum, and reduce the labor force of manually handling aquatic plant scum

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