Intelligent taxus chinensis seed peeling device

Abstract

The invention belongs to the technical field of taxus chinensis seed processing and discloses an intelligent taxus chinensis seed peeling device. A bevel of a water holding tank is connected to a bevel of a right triangle plate body; convex edges which are consistent in shape and size are uniformly arranged on the bevel of the right triangle plate body, and the angle of inclination of the bevel in the horizontal positive direction is 120 degrees; a conveyor belt is arranged in the bottom of the water holding tank and is parallel to the right triangle plate body; a material port is formed at a connector of the right triangle plate body and the conveyor belt; the bevel of the right triangle plate body is rectangular; the section of the convex edge is triangular; the section of the water holding tank is a right trapezoid, and the length of the bevel edge is 200cm. The intelligent taxus chinensis seed peeling device provided by the invention is simple in structure and simple to operate; taxus chinensis seeds are not needed to be repeatedly rubbed manually to rub the seed coats but the taxus chinensis seeds are mixed with coarse sand and are put in the material port, so that the coarse sand on the seeds can be cleaned.

Description

technical field [0001] The invention belongs to the technical field of yew seed processing, in particular to an intelligent yew seed peeling device. Background technique [0002] The survival rate of yew seedlings is low and the growth is slow. According to the research of relevant experts, when the dry seeds absorb water and swell, the ABA in the seed coat will passively diffuse into the embryo, which will increase the ABA content in the embryo, thereby inhibiting seed germination. The ABA content in seeds can be reduced by stratification, but the time required for stratification is longer. With the prolongation of stratification time, the seeds can only germinate after the endogenous ABA content drops to a certain level. According to this research, in practice, we can treat seeds by physical methods, which can shorten the cracking period of seeds and increase the emergence rate of seeds. At present, the peeling of intelligent yew seeds requires manual friction, which is t...

AI Technical Summary

Problems solved by technology

[0003] To sum up, the problems existing in the prior art are: at present, the peeling of intelligent yew seeds requires manual friction, which is time-consuming and labor-intensive, and the work efficiency is low.

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