Efficient biological active matter distribution method and device

Abstract

The invention provides an efficient biological active matter distribution method and a device. The method includes first allocating the biological active matter into biological active matter liquid which can be extracted and carried, then extracting the biological active matter liquid continuously through a rotatable carrier with a liquid extracting capacity and capable of providing breeding space for the biological active matter, providing hot air for heating the carrier simultaneously, and enabling the biological active matter liquid to be extracted by the carrier continuously and form gaseous flow containing superfine biological active matter particles from the carrier so as to exert into the enclosed environment together with the hot air and act on a biological active matter distribution target in a free dispersed mode. According to the method and the device, the exerted biological active matter is small in particle size, concentrated in particle spectrum, capable of being absorbed by the target effectively, small in ineffective deposition and not easy to cause biological active matter waste; the device is biological active matter, water, labor and energy saving, convenient, environment-friendly and the like, and can be widely applied to air purification, pesticide residue degradation for crops or agricultural products, and quality, immunity and stress resistance improvement for the crops; and compared with the prior art, the biological active matter can be saved above 50% at least.

Description

technical field [0001] The invention relates to a dispenser for biologically active substances, in particular to a dispensing method and dispenser for spraying biologically active substances in the agricultural field. Of course, it can also be applied to the field of food manufacturing. Background technique [0002] In people's life, they often have to be passively accompanied by drugs, such as room disinfection and sterilization, crop disease prevention, crop fertilization, etc. Some of these drugs are directly inhaled into the human body through the air, and some are through pesticide residues. Forms enter the human body through food, but they all bring harm to human body and health, and also deteriorate the living environment and natural resources of human beings. For example, the use of a large number of chemical fertilizers has deteriorated the soil quality of the land. [0003] The use of medicines in relatively closed environments is even more important. For example, ...

AI Technical Summary

Problems solved by technology

[0002] In people's life, they often have to be passively accompanied by drugs, such as room disinfection and sterilization, crop disease prevention, crop fertilization, etc. Some of these drugs are directly inhaled into the human body through the air, and some are through pesticide residues. Forms enter the human body through food, but they all bring harm to human body and health, and also deteriorate the living environment and natural resources of human beings. For example, the use of a large number of chemical fertilizers has deteriorated the soil quality of the land.

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