A sugarcane harvester header

Abstract

The invention provides a sugarcane harvester header. The sugarcane harvester header comprises a frame, a header lifting mechanism, a double-staggering swing cutter mechanism, a sugarcane lifting device, a sugarcane shifting mechanism and a preliminary pressing-down and leaf-stripping mechanism and a traveling device, wherein the header lifting mechanism is mounted on the frame, the double-staggering swing cutter mechanism is mounted on the header lifting mechanism, the rear end of the sugarcane lifting rack of the sugarcane lifting device is fixedly connected with the lifting support of the header lifting mechanism, the sugarcane shifting mechanism is fixedly connected with the upper end of the sugarcane lifting rack of the sugarcane lifting mechanism through a reel support, the preliminary pressing-down and leaf-stripping mechanism is fixedly mounted above the sugarcane lifting rack through a bearing block, and the traveling device is mounted below the frame. The sugarcane harvester header is capable of achieving terrain-self-adaptation lifting, has functions of lifting lodging sugarcanes, performing preliminary sugarcane leaf stripping, shifting the sugarcanes and harvesting the sugarcanes, and is simple in structure and convenient to manufacture and maintain.

Description

technical field [0001] The invention belongs to the technical field of agricultural machinery, and in particular relates to a header of a sugarcane harvester. Background technique [0002] Sugarcane is usually planted in hilly areas with uneven terrain. At present, most of the harvester technologies have poor ability to follow the surface of sugarcane furrows. When the potential is low, the remaining main stem of the sugarcane root after harvesting is too long. When the terrain is high, the cutting knife of the sugarcane harvester cuts into the sugarcane ridge layer, and the cane root (seed root) under the soil is broken. The pressure and friction with the ridge soil are very large, causing damage to the cutter, affecting the efficiency and quality of sugarcane harvesting, and increasing the cost of harvesting; in addition, the existing sugarcane harvester technology also has incomplete separation of sugarcane and sugarcane leaves, Sugarcane is easy to block, and it is impo...

AI Technical Summary

Problems solved by technology

[0002] Sugarcane is usually planted in hilly areas with uneven terrain. At present, most of the harvester technologies have poor ability to follow the surface of sugarcane furrows. When the potential is low, the remaining main stem of the sugarcane root after harvesting is too long. When the terrain is high, the cutting knife of the sugarcane harvester cuts into the sugarcane ridge layer, and the cane root (seed root) under the soil is broken. The pressure and friction with the ridge soil are very large, causing damage to the cutter, affecting the efficiency and quality of sugarcane harvesting, and increasing the cost of harvesting; in addition, the existing sugarcane harvester technology also has incomplete separation of sugarcane and sugarcane leaves, Sugarcane is easy to block, and it is impossible to harvest lodging sugarcane

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