CN2040304U

CN2040304U - Auto electric-control mousetrap

Info

Publication number: CN2040304U
Application number: CN 88220356
Authority: CN
Inventors: 綦明奎
Original assignee: Individual
Current assignee: Individual
Priority date: 1988-11-23
Filing date: 1988-11-23
Publication date: 1989-07-05

Abstract

The utility model discloses an auto electric-control mousetrap, which mainly comprises a mousetrap (2), a power supply and a trigger (9). When a mouse steps on a turning plate (7) through a pedal (5) along an approach (1), the turning plate (7) inverts, and a magnet (8) rises and approaches to the trigger (9). A magnetron JAG begins to work for generating a magnetic field of a magnetoelectric sensor JS switching on. A magnet (12) is pushed and rises up by the function of a repulsion force and drives the pedal (5) to invert along an axle (6), which expedites the mouse to slide down and fall into the mousetrap (2). The pedal (5) and the turning plate (7) reset to balance under the function of a spring and await for next mouse which falls into the mousetrap. The utility model can continuously capture the mouse, and has the advantages of low cost and high efficiency.

Description

Auto electric-control mousetrap

The utility model belongs to a kind of full-automatic automatically controlled mousetrap.

In daily life, mouse is that people are disgustful.For many years, people have adopted many methods aspect deratizing, kill mouse etc. as rodenticide deratization, utensil, but, some shortcomings of existence that all degree is different of mouse killing method in the past, rodenticide deratization makes other hazard of animal easily, and it mostly is more single that utensil kills mouse, often need readjust utensil after eliminating a mouse, efficient is lower.

The purpose of this utility model is for overcoming the shortcoming of the above-mentioned mode that kills mouse, to have designed a kind of full-automatic automatically controlled mousetrap.

Be particular content of the present utility model and most preferred embodiment below:

The utility model is mainly by mouse trap 2, power supply and trigger 9 are formed, skeleton 3 can be used timber, metal or plastic material are made, the outside edge is surrounded by wire netting and makes the cage body, be respectively equipped with access bridge 1 at cage body two ends, 6 upsets around the shaft of symmetrically arranged pedal 5, turnover panel 7 is contained in the rotating shaft 10, a magnet 8 is equipped with on the angle in turnover panel 7 back, one fixing bait groove 11 is housed in cage body middle part, be provided with two triggers 9 at bait groove 11 rears symmetrically on two jiaos, pedal 5 is being equipped with permanent magnet 12 below access bridge 1 one ends, 12 corresponding magnetoelectric induction device JS are fixed on the cage body sidewall with magnet, and power supply is formed and be contained in the top of loam cake 4 by battery of four joints.Trigger 9 is made up of magnet 8, magnetron JAG, relay J and capacitor C.Control circuit of the present utility model is that magnetron JAG one end links to each other with relay J, and the other end links to each other with power cathode, has a capacitor C in parallel with relay J, has two taps of a magnetoelectric induction device JS coil to be attached to respectively on two contacts of relay J.

Operation principle of the present utility model is: because bi-directional symmetrical, so mouse can march on towards bait groove 11 along access bridge 1 from both sides, when mouse passes by pedal 5 and sets foot on turnover panel 7, turnover panel 7 upsets, magnet 8 rises near trigger 9, magnetron JAG work this moment, thereby be that magnetoelectric induction device JS connects power supply generation magnetic field, under the effect of repulsive force, promote magnet 12 risings and drive pedal 5, therefore, make mouse quicken to glide and fall in the mouse trap 2 along rotating shaft 6 upsets.Owing in rotating shaft 6 and rotating shaft 10, be respectively equipped with back-moving spring, in mouse falls into cage after, under spring action, make pedal 5, turnover panel 7 return to the equilbrium position again, wait for that next mouse goes into cage.So go round and begin again, can continuous mouse catching.

The utility model has the advantages that:

1, can work continuously, mousing efficient height does not need manually to keep an eye on.

What 2, catch all is the mouse that live, and can be used as the food of raising ermine, racoon dog, fox.

3, the production of this mousetrap is simple, and is with low cost, and power consumption is low, and four batteries can be with more than half a year.

Description of drawings:

Fig. 1 is a general illustration of the present utility model.

Fig. 2 is control circuit figure of the present utility model.

Claims

1, full-automatic automatically controlled mousetrap, mainly by mouse trap 2, power supply and trigger 9 are formed, it is characterized in that mouse trap 2 is to be surrounded by wire netting and to be made the cage body by skeleton 3 outsides edge, two ends are provided with access bridge 1,6 upsets around the shaft of symmetrically arranged pedal 5, turnover panel 7 is contained in the rotating shaft 10, a magnet 8 is equipped with on the angle in turnover panel 7 back, one fixing bait groove 11 is housed in cage body middle part, be provided with two triggers 9 at bait groove 11 rears symmetrically on two jiaos, pedal 5 is being equipped with permanent magnet 12 below access bridge 1 one ends, 12 corresponding magnetoelectric induction device JS are fixed on the cage body sidewall with magnet, and power supply is formed and be contained in the below of loam cake 4 by battery of four joints.

2, full-automatic automatically controlled mousetrap as claimed in claim 1 is characterized in that said trigger 9 is made up of magnet 8, magnetron JAG, relay J and capacitor C.

3, full-automatic automatically controlled mousetrap as claimed in claim 1, it is characterized in that control circuit is, there is a magnetron JAG one end to link to each other with relay J, the other end links to each other with power cathode, there is a capacitor C in parallel, has two taps of a magnetoelectric induction device JS coil to be attached to respectively on two contacts of relay J with relay J.