Automatic control system for bee venom collector

Abstract

The invention relates to an automatic control system for a bee venom collector. The automatic control system comprises a power supply, a singlechip control circuit and a pulse generation circuit, wherein the power supply is a direct current rechargeable storage battery or an external alternating current power supply; the singlechip control circuit is an automatic switching circuit controlled by a chip, controls a switch to be regularly switched, controls the power supply and the pulse generation circuit, automatically stops working when the voltage of the power supply is insufficient; and the pulse generation circuit generates electric pulses to stimulate the stinging of bees to discharge bee venom. The automatic control system has the advantages of low energy consumption, automatic control, convenience for operation and the like; and a bee venom collection circuit and a bee venom collection program can be automatically started on time to automatically collect the bee venom, so that labor intensity can be reduced.

Description

technical field [0001] The invention relates to an automatic control system for a bee venom collector, which can be used for timing and automatic collection of bee venom. Background technique [0002] Bee venom is a mixture of complex ingredients, the main active ingredients include melittin, enzymes, neurotoxins, etc. After being stung by bees, the central nervous system can be extensively inhibited, cardiovascular system disorder, blood pressure drop, respiratory paralysis, and death However, a small amount of bee venom is a good medicine for curing diseases. The main pharmacological effects of bee venom are analgesic, anti-inflammatory, antibacterial, blood pressure lowering, anticoagulant and so on. However, in view of the disadvantages of traditional bee venom extraction methods such as single methods, easily destroyed active ingredients, and unsuitable for field operations, the current understanding of bee venom components is still at a qualitative level, which ser...

AI Technical Summary

Problems solved by technology

However, in view of the disadvantages of traditional bee venom extraction methods such as single methods, easily destroyed active ingredients, and unsuitable for field operations, the current understanding of bee venom components is still at a qualitative level, which seriously hinders the dynamic evolution of its toxin components. The basic knowledge of science and pharmacology highlights the urgency and necessity of my country's public medical security.

[0003] The current bee venom collectors are mostly wooden boxes, designed for bees, heavy and difficult to carry, and need artificial control to stimulate the collection of bee venom. For bees with certain dangers such as wasps, it is necessary to control the design of beehives and the collection of bee venom. have higher requirements

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