Mousetrap controlled by mobile phone

Abstract

The invention relates to a mousetrap controlled by a mobile phone and utilizes a pulse power source and an isolation island. A mouse is limited in the isolation island, the mouse is prevented by the pulse power source from leaving a bottom plate, but the mouse is not killed, on one hand, a person or other animal wrongly entering the bottom plate is prevented from being killed, on the other hand, no mouse is killed on the bottom plate, the smell of the mouse on the bottom plate can be reduced, vigilance of the mouse is reduced, the mouse is not killed by a bait on the bottom plate, persons andanimals are prevented from being wrongly poisoned, after the mouse is trapped, the mouse is taken away from the bottom plate, vigilance of the mouse is further reduced, the area of the bottom plate islarge, if the bottom plate is directly placed at a hole of the mouse, the mouse is not easily trapped, compared with other mouse trapping methods, the bottom plate is just like other common plates, the mouse is not prone to vigilance, a mousetrap is designed to be several parts, the mouse is not easy to determine which part acts the trapping function, even if mice communicate with each other, determining that the bottom plate initially acts for trapping is difficult for the mice, and thereby the trapping rate can be improved.

Description

technical field [0001] The invention belongs to a mousetrap, in particular to an electric shock mousetrap controlled by a mobile phone. Background technique [0002] The applicant searched through the SOOPAT website, using mousetrap and mobile phone as keywords, and found 5 results. From the perspective of mousetrap principles, there are bait killing, mechanical trapping, natural enemy hunting, electric shock hunting, etc. Some mousetrap methods themselves are There are risks. For example, bait killing may cause children or animals to die by mistake, and electric shock killing may also cause electric shock to other animals or people. The effect of natural enemy hunting is often limited. For example, cats have limited ability to catch, while rats have Venomous snakes, compared with rats, humans are more afraid of poisonous snakes. Mechanical traps such as mouse traps do not have the above disadvantages. The problem is that mechanical traps are not easy for rats to take the ba...

AI Technical Summary

Problems solved by technology

[0008] One of the biggest flaws of human mouse traps is that if a mouse shows symptoms of poisoning or is killed, the mouse will also communicate and tell other mice to avoid being killed by the same or similar means, which is why the bait is very effective in the later stage. Poor, almost no reason for booby trapping

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