Automatic feeding device for circular green soybean husking system

Abstract

The invention provides an automatic feeding device for a circular green soybean husking system. The automatic feeding device mainly comprises conveyor belt photoelectric switches, green soybean husking machine photoelectric switches, a lifting cylinder and a pushing cylinder, wherein the conveyor belt photoelectric switches are arranged on circular conveyor belts on two sides of the inlet end of agreen soybean husking machine; the green soybean husking machine photoelectric switches are arranged on two sides of a husking basin of the green soybean husking machine; the pushing cylinder is arranged on a horizontal straight line over against the inlet end of the green soybean husking machine; the lifting cylinder is arranged on a vertical straight line over against the inlet end of the greensoybean husking machine. Soybeans are fed into the husking machine in a fully automatic way for husking, and photoelectric switching induction is combined with cylinder pushing and pulling, so that the feeding automation degree of the husking machine is increased, the workload of operators is reduced, the daily circular feeding production is 200 tons of gren soybean pods, the economic benefit ofthe device is increased, and the production cost is lowered; the automatic feeding device has the advantages of fully automatic feeding in a production process, high efficiency, good effect, high quality and high practicality.

Description

technical field [0001] The invention relates to the technical field of agricultural product processing, in particular to an automatic feeding device for a circulating soybean peeling system. Background technique [0002] Edamame is a common name for green soybean pods. The peeled seeds of green edamame are commonly known as edamame rice. It is not only delicious but also extremely nutritious. It is a veritable green food. It is deeply loved by people in both rural and urban areas. Extremely high dishes. With the continuous acceleration of people's life rhythm and the improvement of greenhouse vegetable production technology, the demand for edamame rice in the market is increasing day by day. It has broken the limitation of production season and gradually become a common food in four seasons. The traditional method of peeling edamame is to use manual peeling to get the kernel, which is not only time-consuming and labor-inefficient, but also increases the additional labor cos...

AI Technical Summary

Problems solved by technology

The traditional method of shelling edamame is to use manual peeling to get the kernel, which is not only time-consuming and labor-inefficient, but also increases the additional labor cost in the process of peeling edamame rice to a large extent

Peeling edamame rice with traditional methods can no longer meet the needs of the market, and it is also difficult for edamame rice to enter batch and large-scale production

[0003] The most complicated and time-consuming process in the deep processing of edamame is shelling. Manual shelling has the disadvantages of time-consuming, laborious, low efficiency, unhygienic and inconsistent quality, which brings various inconveniences to producers. With the advancement of technology and productivity In recent years, a small number of machines for edamame shelling have appeared in the market. Although these machines have been able to complete the function of edamame shelling and extracting kernels, the functions are not perfect, the equipment cost is high, and the technology is not very mature.

At present, there is still a lack of shaped edamame shelling machines, which hinders the industrial development of edamame deep processing

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