Multifunctional seed germination accelerating device

Abstract

A multifunctional seed germination accelerating device comprises a body, the right top end of the body is fitted with an exhausting device, the upper left end of the body is fitted with an inflow pipe, the left middle of the body is fitted with an oxygen generator, the upper right end of the body is fitted with a controller, the lower right end of the body is fitted with an outflow pipe , the middle of the inside of the body is fitted with a germination accelerating chamber, the right of the inside of the body is fitted with an ultrasonic sterilizing lamp tube, the middle of the inside of the germination accelerating chamber is fitted with a stirring device, the left of the inside of the germination accelerating chamber is fitted with a filter plate, the lower end of the filter plate is fitted with a water level sensor, the right upper end of the inside of the germination accelerating chamber is fitted with a temperature sensor, and the lower right end of the inside of the germination accelerating chamber is fitted with a filter mesh. The multifunctional seed germination accelerating device has rich functionality, is simple to use, widely applicable, high in practicality and germination accelerating speed giving greatly shortened seed germination accelerating time, and is high in germination accelerating efficiency with sprouts being regular and highly uniform.

Description

technical field [0001] The invention relates to a seed germination accelerating device, in particular to a multifunctional seed germination accelerating device. Background technique [0002] Before the seeds are sown, germination treatment is required to speed up the germination speed of the seeds, shorten the germination time, ensure the survival rate of the seeds, improve the uniformity of the sprouts, and thus increase the yield. The traditional seed germination methods mainly include drug germination and physical germination. Drug germination generally uses special agents to soak seeds to break the seed dormancy period and promote seed germination. However, this method is not only costly, but also difficult to control the dosage. However, physical germination mainly includes sun-drying and soaking methods. Sun-drying and soaking are limited by weather conditions, while soaking and soaking water temperature, water volume and soaking time are more difficult to grasp, and t...

AI Technical Summary

Problems solved by technology

Traditional seed germination methods mainly include drug germination and physical germination. Drug germination generally uses special agents to soak seeds to break the seed dormancy period and promote seed germination. However, this method is not only costly, but also difficult to control the dosage

However, physical germination mainly includes sun-drying and soaking methods. Sun-drying and soaking are limited by weather conditions, while soaking and soaking water temperature, water volume and soaking time are more difficult to grasp, and the time for sun-drying and soaking is longer, and the seeds germinate slower.

At present, some existing seed germination equipment generally have the problems of low germination rate, inconvenient operation, single function, uneven sprouts, and narrow application range, and the quality of the germination sprouts needs to be improved, which affects the output and quality of agricultural planting. , is not conducive to promoting

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