Sound-light-spray animal repelling method and sound-light-spray animal repelling device

Abstract

The invention discloses a sound-light-spray animal repelling method. On the basis of adopting ultrasound to repel small animals, the sound-light-spray animal repelling method is also integrated with a flash warning lamp and a sprayer, so that the defect that the adoption of only one technical measure has no effect on small animals is avoided, and integrated with a variety of technical measures, the sound-light-spray animal repelling method ensures that animals dare not get close and thereby are kept far away from electrical equipment, thus ensuring the safety of the electrical equipment, reducing omissions brought about by the conventional artificial control and increasing the safety factor. In addition, the invention also discloses a sound-light-spray animal repelling method.

Description

technical field [0001] The invention relates to the field of animal repelling equipment, in particular to a multi-means method of sound, light and fog for repelling animals, and also relates to a repelling device. Background technique [0002] For important infrastructure such as substations, it is very important to prevent the intrusion of small animals, because the biggest harm of small animals to electrical equipment is to cause short circuits of high-voltage electrical equipment, causing equipment damage or power outages; in addition, small animals such as mice Biting by animals on the cables or wires of the secondary circuit can also cause accidents such as false tripping or refusal of the switch, misoperation of the electric knife switch, and DC short-circuit grounding. [0003] At present, each substation mainly adopts the method of installing rodent-proof nets and blocking to prevent small animals from entering the station; to prevent small animals from entering the ...

AI Technical Summary

Problems solved by technology

Ultrasonic sound waves are aggressive to the auditory nervous system of common and harmful animals, making them feel painful, and then give up their food, water and hiding places and move constantly, so it is beneficial to use ultrasonic waves to drive away various small animals However, the structure and function of the current ultrasonic animal repelling system are relatively simple, and they are only driven by ultrasonic waves. If some animals are not sensitive to ultrasonic waves, there may be problems that they cannot be driven away. Therefore, it is necessary to use ultrasonic waves to drive animals. On the basis of integrating other repelling technologies, a multi-means comprehensive animal repelling system is designed

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