High-efficiency sugarcane leaf stripping machine

Abstract

The invention discloses a high-efficiency sugarcane leaf stripping machine, which mainly consists of a frame, a leaf stripping mechanism, a cutting mechanism, a feeding table, a drawer frame, an engine, a clutch mechanism, a speed reducer and a walking mechanism; the leaf stripping mechanism comprises a fixed splint, a movable splint, an angle iron bar, a fixed shaft and a leaf stripping shaft erected on the fixed splint, a movable shaft and a leaf stripping shaft erected on the movable splint as well as a spring sliding block device connected with the fixed splint and the movable splint; theclutch mechanism comprises a clutch shaft, a first pulley, a second pulley, a third pulley and a spline shaft sleeve, the fourth pulley of a main shaft of the engine is connected with the first pulley, the fifth pulley of the speed reducer is connected with the second pulley, and the sixth pulleys of the leaf stripping shafts are connected with the third pulley. The high-efficiency sugarcane leafstripping machine switches leaf stripping, walking and stopping states through the simple clutch mechanism; meanwhile, the high-efficiency sugarcane leaf stripping machine adopts a 'three-positive two-opposite' rolling shaft type leaf stripping process, increases friction force while not damaging sugarcane stalk, and has relatively high leaf stripping efficiency.

Description

technical field [0001] The invention relates to the technical field of sugarcane harvesting, in particular to a high-efficiency sugarcane leaf stripper. Background technique [0002] At present, the most developed in our country is the whole pole sugarcane harvester. The leaf stripping mechanism adopts the centrifugal leaf stripping method. Its core part is composed of a conveying device, a leaf stripping device, and a power unit. The elements repeatedly strike and tug to separate the leaf from the stalk. [0003] The existing agricultural sugarcane leaf stripping machinery also has the following defects, as follows: 1) Since the relative position of the upper and lower rollers is fixed, it is difficult to automatically adapt to different diameters of cane stalks; 2) There is a blind area for stripping leaves; 3) Cane leaves are not stripped The bottom is pulled down, and the sugarcane epidermis is easily damaged. The above defects have a strong impact on processes such as...

AI Technical Summary

Problems solved by technology

[0003] The existing agricultural sugarcane leaf stripping machinery also has the following defects, as follows: 1) Since the relative position of the upper and lower rollers is fixed, it is difficult to automatically adapt to different diameters of cane stalks; 2) There is a blind area for stripping leaves; 3) Cane leaves are not stripped The bottom is pulled down, the sugarcane skin is easily damaged

The above defects have seriously affected the processes of stripping leaves, cutting tips and saving seeds, and harvesting of sugarcane, and urgently need to be improved.

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