Continuous sugarcane top stripping production line

Abstract

The invention discloses a continuous sugarcane top stripping production line, and belongs to the field of agricultural machinery. The line includes a stripping structure, a feeding device, a sugarcanetop collecting box, a sugarcane rod cleaning device and a sugarcane rod collecting box, a sugarcane top stripping roller is arranged above a crawler belt conveying device, and the axial direction ofthe sugarcane top stripping roller is the same as the speed direction of the crawler belt conveying device; a sugarcane rotating roller is arranged below the crawler belt conveying device, and the axial direction is perpendicular to the speed direction of the crawler belt conveying device, a plurality of groups of evenly distributed stripping hitting hands are arranged in the length direction of the sugarcane top stripping roller, and the included angle between the two corresponding stripping hitting hands on the adjacent two groups of stripping hitting hands is 30 degrees. The line has the advantages that sugarcane tops are stripped through continuous feeding, stripping and washing, obtained sugarcane rods can be directly used for processing of post sugar manufacturing and the like, the line is suitable for stripping of large quantities of the sugarcane tops, the efficiency of sugarcane top stripping is greatly improved, the labor intensity is reduced, and the degree of automation ishigh.

Description

technical field [0001] The invention relates to the field of agricultural machinery, in particular to a continuous sugarcane leaf stripping production line. Background technique [0002] The process of sugarcane harvesting generally includes: topping, root harvesting, leaf removal, loading and unloading. The time ratios of each process of manual harvesting are: harvesting 17.2%, leaf stripping 59.3%, cleaning and bundling 10.9%, and transportation 12.8%. Among them, leaf stripping takes the longest time and is the most intensive, and the post-harvest work of cleaning and transportation also accounts for one-fifth of the time. These are the key links in the mechanization of sugarcane harvesting. Over the years, the majority of sugarcane farmers have been eagerly looking forward to adopting mechanical harvesting to get rid of heavy manual labor. The existing sugarcane leaf stripper generally adopts the semi-automatic type. The sugarcane stalks are manually placed in the leaf ...

AI Technical Summary

Problems solved by technology

[0006] In order to overcome the problems that the sugarcane leaf stripping device in the prior art cannot continuously peel a large number of sugarcane leaves, work efficiency is low, and labor intensity is high, the invention provides a continuous sugarcane leaf stripping production line, which includes a leaf stripping structure, Feeding device, sugarcane leaf collection box, sugarcane stalk cleaning device and sugarcane stalk collection box, the sugarcane leaf collection box is arranged under the leaf stripping structure, the feeding device is arranged at the entrance of the leaf stripping structure, the The sugarcane stalk cleaning device is arranged at the outlet of the leaf stripping structure, and the sugarcane stalk collection box is arranged at the exit of the sugarcane stalk cleaning device; Sugarcane leaf stripping roller and the sugarcane rotary roller positioned at the bottom of the crawler conveyor; more than three sugarcane leaf strippers are evenly distributed on the left and right directions above the crawler conveyor, and the number of sugarcane leaf strippers is preferably 4, the axis direction is the same as the speed direction of the crawler conveyor; more than two sugarcane rotating rollers are evenly distributed in the speed direction below the crawler conveyor, preferably the number of sugarcane rotating rollers is 4 , its axial direction is perpendicular to the speed direction of the crawler conveyor, and several groups of leaf strippers are evenly distributed in the length direction of the sugarcane leaf stripper, between two corresponding leaf strippers on two adjacent groups of leaf strippers. The included angle is 30°

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