Scorpion electric venom collecting device and method

Abstract

The present invention discloses a buthus martensi karsch electronic scorpion venom collector and a process for collecting scorpion venom. The scorpion venom collector comprises an adjustable power-supply apparatus, clamps for collecting scorpion venom, a switch for collecting scorpion venom and a conducting wire, wherein, both the clamps for collecting scorpion venom and the switch for collecting scorpion venom are in clamp shape suitable for holding in hand, the switch for collecting scorpion venom is in series connection between the electrode of the clamps for collecting scorpion venom and the output terminal of the adjustable electric source. The buthus martensi karsch electronic scorpion venom collector in accordance with the present invention collects scorpion venom through electric shock at appropriate environment temperature and reasonable electric voltage and frequency, is capable of improving economic effectiveness in scorpion cultivation and is suitable for the scorpion aquaculture because of high operating efficiency for collecting scorpion venom and large scorpion venom yield.

Description

technical field [0001] The invention relates to the technical field of insect breeding, in particular to an electronic venom collector for scorpions and a method for collecting scorpion venom. Background technique [0002] Scorpion is a precious traditional Chinese medicine with a long tradition, which can be used to prevent and treat hemiplegia, stroke, numbness of hands and feet, rheumatic pain, cerebrovascular disease, etc. Scorpion venom is the key component of scorpion drug value. Scorpion venom has two major toxins, namely neurotoxin and cytotoxin. It has broad application prospects in neuromolecules, molecular immunity, molecular evolution, protein structure and function, etc. Scorpion venom has preventive and inhibitory effects on the nervous system, digestive system, cardiovascular and cerebrovascular system, cancer, skin diseases, and other diseases, as well as various viruses that are extremely harmful to humans. The research on scorpion venom has been paid more ...

AI Technical Summary

Problems solved by technology

There are three commonly used methods for collecting scorpion venom: tail-cutting method, artificial mechanical stimulation method and electric stimulation method. The tail-cutting method and artificial mechanical stimulation method have low poison collection efficiency and have been eliminated in the industry at present. The electric stimulation method has improved the poison collection method. The survival rate of the latter scorpion is relatively economical, so most of them currently use the electric shock method to collect poison

However, the existing electric-excited poison collection device and the poison collection method all need to be improved

For example, at present, poison collecting workers pinch the tail of the scorpion with bare hands, press the head of the scorpion on one of the electrodes of the power supply, and then hold the other electrode to stimulate the tail of the scorpion. After the scorpion is shocked by electricity, it will discharge the poison from the tail; It is: (1) The whole body of the scorpion is electrified. When the voltage is too high, the scorpion may be killed or injured by electric shock. (2) The worker will be stung by the scorpion if he is not careful, which will affect the work efficiency. (3) The efficiency of this method of poison collection It is still relatively low. First, it is inconvenient for workers to operate, and the number of scorpions collecting poison per unit time is small. Secondly, the power supply with suitable voltage and frequency cannot be used to stimulate the scorpions. The total output, and finally, the unreasonable current stimulation method for scorpions will seriously affect the growth and development of scorpions, and it is impossible to take poison from scorpions many times, resulting in a decline in overall economic benefits

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