Invisible continuous mousetrap

Abstract

An invisible continuous mousetrap comprises a mouse trapping device and a mouse storing device; a mouse trapping cover which can stretch out of or be folded in the mouse trapping device is arranged in the mouse trapping device; a base of the mouse trapping device is provided with a limiting buckle and a buckle controller which is connected with an infrared pyroelectric sensor through a control circuit. A panel of the mouse trapping device is provided with a panel mouse inlet, and a side plate is provided with a mouse moving passage opening which is connected with the mouse storing device. The mouse storing device is internally provided with an isolating device and a feedback device. The mouse trapping device is provided with a mouse trapping cover controller which makes the buckled mouse trapping cover return to make trapping convenient next time after a mouse passes through the isolating device; the mouse trapping cover controller is connected with the feedback device in the mouse trapping device through the control circuit. According to the invisible continuous mousetrap, entering of the mice is not needed, the contact of the mice is not needed, and trapping is conducted when the mice are not alert; a mouse trapping case can be separated from a mouse killing case, the mice in the mouse killing case cannot alert other mice to the mouse trapping case, and high-efficiency mouse trapping in short time is facilitated.

Description

technical field [0001] The invention relates to a continuous mouse catching device. Background technique [0002] In large-scale rodent surveys, it is necessary to quickly capture multiple rats at each location to form a group that is convenient for statistical analysis; some special farms (such as snakes) need to capture a large number of live rats as feed; some large catering Food warehouses etc. all need fast and efficient physical rodent control equipment that can eliminate rodents in a large number. Existing continuous mousetrap mainly contains two classes, namely pure mechanical continuous mousetrap and electric control continuous mousetrap. The purely mechanical continuous mousetrap can only catch the mouse because the mouse must enter the inside of the mousetrap, and the mouse generally does not enter the inside of the mousetrap in a short time, so the mouse catching time is not fast enough, and the efficiency is not high enough. Electric control continuous mousetra...

AI Technical Summary

Problems solved by technology

The purely mechanical continuous mousetrap can only catch the mouse because the mouse must enter the mousetrap, and the mouse generally does not enter the mousetrap in a short time, so the mouse catching time is not fast enough and the efficiency is not high enough

There are also many kinds of electronically controlled continuous mousetrap. The common disadvantage is that mice must enter or touch the mousetrap to catch them, so the mousetrap time is not fast enough and the efficiency is not high enough.

There is currently no fast and efficient continuous mousetrap that can meet these above-mentioned needs

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