A dual-carrier meshing vegetable soybean picking platform

Abstract

A double-carrier meshed-type vegetable soybean picking platform comprises a picking roller and a tensioning roller. The picking roller and the tensioning roller are connected in a transmission mode through synchronous picking belts arranged at intervals. Main picking teeth located on the two sides of the synchronous picking belts are arranged on the picking roller, and secondary picking teeth corresponding to the main picking teeth are arranged on the synchronous picking belts. The double-carrier meshed-type vegetable soybean picking platform is simple in structure, manual pod picking process is simulated, the clamping function and friction force between the secondary picking teeth and the main picking teeth are utilized, pods are clamped tightly and picked off gently through mutual cooperation of the main picking teeth and the secondary picking teeth, and damage to the pods is small; when the picked pods are carried to the upper flat surfaces of the synchronous picking belts, the secondary picking teeth and the main picking teeth on the two carriers, namely the synchronous picking belts and the picking roller begin to be separated, the pods fall on the synchronous picking belts, and the pod picking work is finished; The double-carrier meshed-type vegetable soybean picking platform is high in net picking rate, low in damage rate and high in picking efficiency; part of stunted pods can be filtered out in the pod picking process, and the double-carrier meshed-type vegetable soybean picking platform plays a role in synchronously cleaning so as to improve harvesting quality and to meet the requirements for harvesting and exporting of vegetable soybeans.

Description

technical field [0001] The invention belongs to the technical field of crop harvesting machinery, in particular to a double-carrier meshing vegetable soybean picking platform. Background technique [0002] Vegetable soybeans in my country have a long history, but their research and development have only been valued for more than ten years. Research on vegetable soybean harvesting machinery at home and abroad is still in the enlightenment stage, and related industries such as mechanized harvesting equipment are emerging industries. . Due to the rapid development of my country's vegetable soybean industry in recent years and the gradual expansion of planting scale, relying on manual picking can no longer meet the development needs of the vegetable soybean industry; coupled with the shortage of labor and rising labor costs, it is urgent to realize the mechanization of vegetable soybeans reward. Therefore, it has become crucial to promote the development of vegetable soybean har...

AI Technical Summary

Problems solved by technology

However, this type of machinery has problems such as low picking efficiency, unclean picking, a large amount of impurities after harvesting, poor cleaning effect, and failure to meet the needs of field production. The subsequent manual cleaning and cleaning work is heavy and labor-intensive , resulting in high yields and poor harvests and high harvesting costs

[0004] In addition, similar products appearing abroad are too bulky and expensive, and are not suitable for small plots and sheds in my country. The scope of application is narrow, and the operation effect is not ideal.

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