Bio-pulp, multifunctional expanding and propagating device and biological medicine application device

Abstract

The invention provides a method capable of realizing expansion and propagation of biological active substances under a natural state, as well as a bio-pulp, a multifunctional expanding and propagating device and a biological medicine application device; the biological medicine application device integrates a liquid storage function, a stirring function and an expansion and propagation of biological active substances into a whole one, is simple in design and economic and easy in use; the rapid expansion and propagation of the biological active substances under the natural state can be realized, so that the maximum effective bioequivalence of the biological active substances can be achieved in a relatively short time and the usage cost is reduced effectively; the applied medicine is small in particle size, centralized in particle spectrum and easy to be absorbed by target objects, so that the biological medicine application device integrates the advantages such as medicine saving, water saving, manpower saving, energy conservation, convenience and environmental protection in one; compared with the prior art, the medicine is saved by at least more than 30-70%; and the biological medicine application device can be widely applied to the fields such as agricultural pesticide application, air humidification, sanitary sterilization and air pollution control.

Description

technical field [0001] The invention relates to a biological paddle, a multifunctional multiplier and a biological drug application device, in particular to a method for promoting the rapid propagation of biological active substances in a natural state and promoting biological active substances in the fields of agriculture and air pollution control. A biological paddle, a multifunctional multiplier and a biological drug application device that rapidly multiply in a natural state. Background technique [0002] In daily life and production, people use various microorganisms and other biologically active substances and their products to carry out various tasks such as inhibiting the growth or harm of various pests or other harmful components. [0003] In agricultural production, the breeding and spread of a large number of diseases and insect pests has forced people to have a high degree of dependence on various synthetic chemical pesticides, coupled with the rising labor cost...

AI Technical Summary

Problems solved by technology

[0006] For this reason, someone proposes to utilize a rotatable liquid extracting ring made of a porous material in the drug applicator to continuously extract the liquid medicine, and then use hot air to heat The liquid extraction ring makes the liquid medicine escape from the liquid extraction ring to form a gaseous flow containing ultrafine drug particles and apply it to the drug application target. The rotatable liquid extraction ring made of porous materials also has reproductive biological activity. However, the existing problem or defect is that the main purpose of the above-mentioned liquid extraction ring is to lift and load the liquid medicine, so it is designed so that a part of it will always be exposed between the liquid level during the rotation process of the liquid extraction circle to continuously extract the liquid medicine. In order to make the liquid medicine carried in the liquid extraction ring be heated and taken away by the hot air flow, but the disadvantage of doing so is that some of the biologically active components in the liquid medicine will be heated and taken away by the hot air flow before they can multiply in the future. It is applied to the application target, and the multiplication of bioactive substances in the bioactive substance solution takes a certain amount of time to reach the ideal effective equivalent concentration. Efficacy and makes the overall structure of biological drug application equipment relatively simple, but the effect on the proliferation of biological active substances is not very satisfactory, so we need a better means of proliferation to further improve the application effect of biological drugs and The simplicity of the overall structure

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