Self-propelled bush harvesting and binding integrating machine

Abstract

The invention relates to a self-propelled bush harvesting and binding integrating machine. The self-propelled bush harvesting and binding integrating machine comprises a self-propelled chassis, a harvesting platform, a forced feeding device, a chopping device, a throwing device, a round binding device and a power driving device, wherein a driver seat is arranged on the self-propelled chassis, theforced feeding device is arranged below the driver seat, the harvesting platform is in hanging connection to the front end of the forced feeding device, the chopping device is connected with the rearend of the forced feeding device, the throwing device is located above the rear part of the chopping device, the round binding device is located at the rear part of the self-propelled chassis, an outlet end of the throwing device is arranged corresponding to the round binding device, and the power driving device is connected with the chopping device, the throwing device, the round binding device and the self-propelled chassis. The self-propelled bush harvesting and binding integrating machine can complete efficient harvesting of bush crop plants and high-density and high-efficiency binding, and bush harvesting and binding integrating operations can be realized.

Description

technical field [0001] The invention relates to an agricultural harvesting machine, in particular to a self-propelled shrub harvesting and bundling integrated machine. Background technique [0002] my country's shrub industry is in a stage of rapid development. Due to artificial planting, there are large areas all over the country, mainly concentrated in the Northwest, Northeast, Central Plains and South. Among them, caragana, hybrid tree, protein mulberry and other crops are high-quality non-grain feed for animals due to their crude protein content as high as 16%-30%, while caragana, seabuckthorn, salix, and amorpha are high-calorific value crops. Good biomass fuel. However, due to the special growth environment of most shrubs, most of them grow on sandy land, semi-sloping land and muddy land; in addition, the shrubs have strong skin toughness and high branch hardness, which makes it difficult to harvest shrubs by mechanization, high cost of direct transportation, and easy...

AI Technical Summary

Problems solved by technology

However, due to the special growth environment of most shrubs, most of them grow on sandy land, semi-sloping land and muddy land; in addition, the shrubs have strong skin toughness and high branch hardness, which makes it difficult to harvest shrubs by mechanization, high cost of direct transportation, and easy to entangle when harvested and chopped.

Especially for shrubs planted on pure sandy land, slopes with large slopes, and areas with high precipitation, the wheeled machine has problems such as slipping and sinking, which leads to a decrease in harvesting efficiency and brings great inconvenience to the mechanized harvesting of shrubs. Causes waste of resources, directly affects the economic benefits of farmers

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