Tuber natural wind dehydration device

Abstract

The invention discloses a tuber natural wind dehydration device. Each base of the tuber natural wind dehydration device is fixed in the mode that an inner taper hole in the middle of the base is matched with an outer conical face of the lower end of a supporting column. Each transverse frame is fixed in the mode that a longitudinal taper hole of the transverse frame is matched with the upper end face or the outer conical face at the lower end of the corresponding supporting column. A transverse bearing position is arranged on each transverse frame. A transverse load bearing rod is inserted into bearing position holes or bearing position grooves of the transverse bearing positions. A hanging handle is arranged on the lower portion of each bag hanging piece. A rain shielding cover is arranged on the lower portion of each hanging handle. One end of each mesh bag is fixed to the corresponding rain shielding cover. At least one rain shielding eave is fixed to the periphery, in the longitudinal direction, of each mesh bag. The tuber natural wind dehydration device is simple in structure and brings convenience to wind dehydration and airing, wind hydration can be conducted on rubber on a large scale without skewering the tubers onto one skewer, labor intensity is lowered, wind dehydration time is shortened, labor is saved, rapidness is achieved, and production efficiency is improved; a tuber natural wind dehydration frame and the tuber natural wind dehydration mesh bags can be repeatedly used, so that wind dehydration cost is reduced.

Description

technical field [0001] The invention relates to a natural wind dehydration device for stem vegetables. Background technique [0002] The traditional natural wind dehydration of stems is to use strings to hang the air for dehydration. The stems after stringing are hung on branches or wooden frames for wind dehydration. Use, cause the cost height of building wooden frame. Simultaneously, when stringing, there is the hole of puncture on the stem, and the hole that has puncture is easily moldy and produces mold when being exposed to wind and rain, and rots the stem. 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 kind of wind dehydration net bag for stems and vegetables that can wind off the moisture of stems and vegetables without stringing them, and the manufacture and method of the natural air dehydrat...

AI Technical Summary

Problems solved by technology

[0002] The traditional natural wind dehydration of stems is to use strings to hang the air for dehydration. The stems after stringing are hung on branches or wooden frames for wind dehydration. use, resulting in high cost of building wooden frames

Simultaneously, when stringing, there are piercing holes on the stems, and the piercing holes are easy to mold and produce mold when the holes are blown by wind and rain, and the stems are rotten.

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

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