Geographically-different shrub harvesting, seed removing and deep-root system digging machine and method for applying same

Abstract

The invention discloses a deep root system excavating machine for heteromorphosis geographical shrub harvesting and threshing. The deep root system excavating machine at least comprises a vehicle head, a vehicle hopper, a vehicle tail and a hydraulic power system. The vehicle head is composed of a cutter, a liquid crystal operation platform and a video monitor. The vehicle hopper is composed of a main hydraulic oil tank, a direction-changing conveying belt, a threshing device, a compressed air pump and a seed grain transmission shaft. The vehicle tail is composed of a compressed air nozzle, a deep root system excavating device and a transmission device. According to the deep root system excavating machine for heteromorphosis geographical shrub harvesting and threshing, a spring is connected with a rubber wheel to automatically adjust the height and the angle of the cutter and a landform, a vehicle head hydraulic transmission gear is controlled through the liquid crystal operation platform in a vehicle room, the cutting process of shrubs is completed, the shrubs which do not need to be threshed are discharged out under the rotation of blades through a separator, the shrubs which need to be threshed are conveyed to the threshing device through the direction-changing conveying belt to be threshed and conveyed upwards to the vehicle hopper through the seed grain transmission shaft, and threshed straw is conveyed out of the vehicle hopper along with the conveying belt, and a series of continuous work of cutting, threshing and vehicle loading is finished.

Description

technical field [0001] The invention relates to a mechanical device, in particular to the field of shrub harvesting, deseeding, and deep root mining machinery for barren mountains, deserts, and Gobi special-shaped geographical conditions. Background technique [0002] The current stubble stubble work of Salix salix and Caragana still needs to be done manually. Although the stubble stubble machines of Salix salix and Caragana on sale are fast, they cannot work under special-shaped geographical conditions, and the stubble after stubble is uneven. Affect secondary growth. [0003] The mixed harvesting of shrub seeds such as caragana seeds, sandawang, and alfalfa, and the excavation of underground deep roots such as licorice are still time-consuming and laborious. Although there is mechanical assistance, continuous operations have not been formed, and this type of mechanical harvesting of shallow root crops is the most It can reach within 30cm of the underground surface soil, w...

AI Technical Summary

Problems solved by technology

[0003] The mixed harvesting of shrub seeds such as caragana seeds, sandawang, and alfalfa and the excavation of underground deep root systems such as licorice are still time-consuming and laborious. Although there is mechanical assistance, continuous operations have not been formed, and this type of mechanical harvesting of shallow root crops is the most It can reach within 30cm of the underground surface soil, which greatly limits the production and sales of deep-rooted crops, and affects the development of sand industry in desert and desertification areas

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