Continuous type sugarcane leaf peeling structure and leaf peeling production line with leaf peeling structure

Abstract

The invention discloses a continuous type sugarcane leaf peeling structure and a leaf peeling production line with the leaf peeling structure, and belongs to the field of agricultural machines. The leaf peeling structure comprises a crawler type conveying device, sugarcane leaf peeling rollers and sugarcane rotary rollers. The sugarcane leaf peeling rollers are evenly distributed above the crawlertype conveying device in the left-right direction, and the axis direction of the sugarcane leaf peeling rollers is the same as the speed direction of the crawler type conveying device. The sugarcanerotary rollers are evenly distributed below the crawler type conveying device in the speed direction, and the axis direction of the sugarcane rotary rollers is perpendicular to the speed direction ofthe crawler type conveying device. The leaf peeling structure has the advantages that sugarcanes are conveyed on the crawler type conveying device, three or more sugarcane leaf peeling rollers are arranged above the crawler type conveying device for leaf peeling in the sugarcane conveying process, the sugarcane rotary rollers are arranged below the crawler type conveying device for rotating the sugarcanes in the leaf peeling process, the different positions of the sugarcanes can all participate in the leaf peeling work of the sugarcane leaf peeling rollers, and the aim of thoroughly peeling off the leaves on the sugarcane stems is achieved.

Description

Technical field [0001] The invention relates to the field of agricultural machinery, in particular to a continuous sugarcane leaf peeling structure and a leaf peeling production line adopting the leaf peeling structure. Background technique [0002] Sugarcane harvesting processes generally include: topping, root harvesting, defoliation, loading and unloading, and the time ratios of each process of manual harvesting are: harvesting 17.2%, peeling leaves 59.3%, cleaning and bundling 10.9%, and transportation 12.8%. Among them, peeling leaves takes the longest time and the greatest intensity, and the post-harvest work of cleaning and transportation takes up one-fifth of the time. These are the key links in the mechanization of sugarcane harvesting. For many years, the majority of sugarcane farmers have been eagerly looking forward to using mechanical harvesting to relieve heavy physical labor. The existing sugarcane leaf peeling machine generally adopts a semi-automatic type. The s...

AI Technical Summary

Problems solved by technology

[0006] In order to overcome the problems existing in the sugarcane leaf stripping device in the prior art that a large number of sugarcane leaves cannot be continuously stripped, the work efficiency is low, and the labor intensity is high, the present invention provides a continuous sugarcane leaf stripping structure, including a crawler conveyor , a sugarcane leaf stripping roller positioned above the crawler conveyor and a sugarcane rotating roller positioned below the crawler conveyor; more than three sugarcane leaf strippers are evenly distributed in the left and right directions above the crawler conveyor, Preferably, the number of sugarcane leaf stripping rollers is 4, and 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, and its axis direction is perpendicular to the speed direction of the crawler conveyor

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