Natural air dehydration equipment for radish, its use method and manufacturing method

Abstract

The invention discloses a natural wind dehydration device for radishes. Supporting bases, transverse frame bases, transverse supporting parts, welding parts, upper supports and lower supports of the natural wind dehydration device are all provided with shaft pin holes. Shaft pins can rotate in the shaft pin holes. Supporting columns are fixed to support bases. The supporting bases and the transverse frame bases are fixed to the supporting columns. The support bases and transverse supports are movably connected through the shaft pins, the supporting bases, the upper supports and the lower supports are movably connected through the shaft pins, and transverse frames and the transverse frame bases are movably connected through the shaft pins. The lower ends of the lower supports and the lower ends of the upper supports abut against supporting limiting parts. Transverse bearing rods are arranged on transverse bearing parts. Hanging handles are arranged below bag hanging parts. Rain shielding covers are arranged below the hanging handles. One ends of mesh bag bodies are fixed to the rain shielding covers. At least one rain shielding eave is fixed to the periphery in the longitudinal direction of each mesh bag body. By means of the natural wind dehydration device for the radishes, wind dehydration airing is convenient to conduct, wind dehydration can be carried out on the radishes in a large-scale mode without stringing, labor is saved, the natural wind dehydration device is rapid, and the wind dehydration time is shortened; a radish wind dehydration frame and radish wind dehydration mesh bags can be repeatedly used, and the radish wind dehydration cost is reduced.

Description

technical field [0001] The invention relates to a radish natural wind dehydration equipment used for natural wind dehydration of radishes, a use method and a manufacturing method thereof. Background technique [0002] The traditional natural wind dehydration of radishes is done by hanging them on strings and hanging them in the air for dehydration. The stringed radishes are hung on branches or wooden frames for wind dehydration. The speed of building wooden frames is slow, and the vines of wooden frames cannot be reused. The cost of building a wooden frame is high. Simultaneously, when stringing, the radish has pierced holes, and the pierced holes are easy to mold and produce mold when exposed to wind and rain, and rotten radish. The speed of stringing is slow, which causes labor costs to increase and output to be low for industrialized large-scale production. Contents of the invention [0003] The purpose of the present invention is to provide a radish dehydration net b...

AI Technical Summary

Problems solved by technology

[0002] The traditional natural wind dehydration of radishes is done by hanging them on strings and hanging them in the air for dehydration. The stringed radishes are hung on branches or wooden frames for wind dehydration. The speed of building wooden frames is slow, and the vines of wooden frames cannot be reused. The cost of building a wooden frame is high

At the same time, when the radish is skewered, there are punctured holes, and the punctured holes are prone to mold and mold after being exposed to wind and rain, and rotten radishes

The speed of threading is slow, resulting in increased labor costs and low output for industrialized mass production

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