Comprehensive treatment device for increasing yield of plant seeds

Abstract

The invention provides a comprehensive treatment device for increasing the yield of plant seeds. The device comprises a main body rack, a feeding mechanism, a reagent solution soaking mechanism, a drying mechanism and a first yield increasing treatment mechanism. When the device is used, a sterilizing and disinfecting reagent containing protective and systemic reagents, a nutritive reagent and a growth regulator are mixed according to a ratio of 1:4:2 to prepare a reagent solution, the reagent solution soaking mechanism is filled with the reagent solution, the sterilizing and disinfecting reagent is fludioxonil or carbendazim, the nutritive reagent is a homemade enzyme, and the growth regulator is gibberellins or kinetin; and seeds are fed into the reagent solution soaking mechanism through the feeding mechanism, promotion of nutrient absorption of seeds and softening of seed skins are achieved while sterilizing and disinfecting the seeds in the process of soaking the seeds in the reagent solution, the soaked seeds enter the drying mechanism, the seeds subjected to water filtration are dried in the drying mechanism, and the dried seeds enter the first yield increasing treatment mechanism, and undergo ultrasonic irradiation yield increasing treatment by the first yield increasing treatment mechanism.

Description

technical field [0001] The invention relates to the technical field of seed cultivation, in particular to a plant seed production increasing comprehensive processing device. Background technique [0002] Seed treatment refers to the use of physical, chemical or biological methods to sterilize the sowing materials, give some stimulation or supplement certain nutrients before the seeds are sown. Such as drying seeds, soaking seeds, chemical treatment, bacterial fertilizer seed dressing, microwave or radiation treatment, etc. Seed treatment can stimulate seed embryos, increase enzyme activity, accelerate the transformation of stored substances, improve seed vigor, enhance seed vitality, increase seed stress resistance, and at the same time prevent and control some diseases and insect pests. [0003] At present, the most widely used method at home and abroad is still to use chemical methods to treat seeds, which mainly refers to the application of fungicides, insecticides, inor...

AI Technical Summary

Problems solved by technology

However, the corresponding devices for ultrasonic treatment of plant seeds are relatively simple, do not combine chemical treatment methods and physical treatment methods, and cannot be continuously automated, so they cannot meet the needs of large-scale agricultural production.

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