60results about How to "High mouse catching efficiency" patented technology

The invention relates to an electronic mousetrap. The electronic mousetrap is characterized by comprising a mouse trapping inner box (2) and a control chip, an electric shock plate (24) is arranged at the bottom of the mouse trapping inner box (2), a first sensor (21) and a second sensor (22) are arranged at the entrance end of the mouse trapping inner box (2) in sequence from outside to inside, bait is thrown at the exit end of the mouse trapping inner box (2), and when a mouse entering the mouse trapping inner box (2) triggers the sensors, and the control chip acquires a signal triggering the second sensor (22) firstly and then acquires a signal triggering the first sensor (21), the control chip controls the electric shock plate (24) through the signals to electrically shock the mouse. The two sensors are arranged at the entrance end of the mouse trapping inner box, the work time of the electric shock plate is set according to the trigger sequence of the two sensors, more mice enter the box and are shocked to death at the same time, mouse trapping efficiency is greatly improved, and electricity cost is saved.

The invention discloses a mousetrap cage, which comprises a cage body, cage doors, a door body opening and closing mechanism and a door body locking mechanism, wherein the cage doors are respectively arranged on two sides of the cage body; the door body opening and closing mechanism and the door body locking mechanism are arranged on the cage body; the two cage doors are connected through the door body opening and closing mechanism; the two cage doors are connected through the door body locking mechanism; the door body opening and closing mechanism is used for triggering the door body locking mechanism. The mousetrap cage provided by the invention is simple in structure, high in sensitivity, good in mousetrapping effect, and beneficial to effectively improving the mousetrapping efficiency.

The present disclosure provides a device, system and method for exterminating rodents in a planar current field, including a first control terminal, a spray tube, an electrode plate and a pyroelectric infrared sensing element; the spray tube is provided with a plurality of The through hole, the spray pipe is communicated with the liquid reservoir through the pipeline, the liquid reservoir is communicated with the gas storage bottle through the solenoid valve, the first control terminal is connected with the solenoid valve, and the pyroelectric infrared sensing element is connected with the first control terminal; the first control terminal is connected with the first control terminal. The control terminal is connected to the electrode plate through the power supply module, the electrode plate includes a positive electrode plate and a negative electrode plate, and the spray range of the spray pipe covers at least the area between the positive electrode plate and the negative electrode plate, and between the positive electrode plate and the negative electrode plate. A planar electric field for shocking mice is formed in the area of ​​​​the present disclosure; the water film formed after spraying water on the ground of the present disclosure is no different from the natural environment, with strong concealment, and the mice cannot be identified, which improves the rat trapping efficiency; in addition, the rodent control system of the present disclosure The device is placed in a flexible place, and can automatically remove mouse carcasses, realizing continuous mouse capture.

The invention discloses a rat-proof device for a warehouse. The device comprises a base seat, universal wheels, a cover seat, upright columns, insulation sleeves, electric shock boards, an outer pipe,stiffeners, an inner pipe, a locking bolt, a protective cover, a supporting plate, an isolation net, a pest sticking felt, a top plate and the like. The device provided by the invention has the advantages of a reasonable and simple structure, low production costs and convenient installation, can catch rats in the warehouse to improve the efficiency of catching the rats, and can effectively reducethe number of the rats in the warehouse to achieve the purpose of preventing and eliminating the rats, thereby reducing the damage caused by the rats; the universal wheels are arranged, so that the movement performance is greatly improved, and the device is convenient for moving to various places in the warehouse; when the rats hit the electric shock boards, and the rats are directly killed, theelectric shock boards are located under the base seat to avoid human from contacting; except that the device can eliminate the rats, the pest sticking felt catches other pests, a trapping lamp captures mosquitoes, and liquid droplets dropped from a liquid chamber kill the pests; and in order to improve the stability of the entire device, pressure plates are treaded to make nail columns inserted into the ground.

The invention discloses a passageway trap-type continuous mousetrap. The passageway trap-type continuous mousetrap comprises a mousing cabin and a mouse storage cabin, wherein the mousing cabin is provided with at least one entrance and one passageway-type trap device, the mousing cabin is further provided with a bait cabin and a connector, and multiple mousing cabins can work simultaneously after being spliced; the inside of the mouse storage cabin is provided with a spring layer board, the undersurface of the spring layer board is connected to a one-way door, and the one-way door and the spring layer board are combined to make the inside of the mouse storage cabin form a sealed channel. The wall surface of the channel is provided with a mouse getting opening. The passageway trap-type continuous mousetrap is high in working efficiency, is high in mousing success rate, large in storage space, easy to implement, wide in application range, and is thus worth popularization.

The invention relates to the technical field of articles for daily life and particularly relates to a mousetrap. The mousetrap provided by the invention comprises a mouse box, a seesaw, a returning-preventing device and a triggering device, wherein a mouse inlet is formed in a side wall of the mouse box; the seesaw is rotatably arranged at the position, close to the mouse inlet, of the mouse box; the triggering device and the mouse inlet are located on the two sides of a rotary part of the seesaw; the triggering device is used for supporting or releasing the seesaw so that one end, which is close to the triggering device, of the seesaw is far away from or abuts against the box bottom of the mouse box; the returning-preventing device is arranged above the seesaw; and when the seesaw is supported, the returning-preventing device abuts against the seesaw, so that a mouse is prevented from returning back to the box bottom. The mousetrap provided by the invention is simple in structure, ingenious in design and sensitive in response; the mouse can be effectively prevented from escaping; and the seesaw is matched with the triggering device, and the mouse inlet can be circularly sealed and opened, so that a continuous mouse trapping function is realized, and the mouse trapping efficiency is greatly improved.

The apparatus for making mouse (fly) sticking board includes production line, glue accumulating container with heater, glue painting device and isolating block cutter. After the thin card boards with impression are set on the production line, they are painted with mouse (fly) sticking glue with the glue painting device and cut with the two oppositely set isolating blocks to complete the automatic production.

The present disclosure provides an automatic harm elimination device, system and method. The device includes: a first control terminal, a box body, an electrode plate and a pyroelectric infrared sensing element; at least one spray port is opened on the box body, and the box body There is a liquid storage tank with an opening in the body, the bottom of the liquid storage tank is provided with an ultrasonic atomization element connected to the first control terminal, and the pyroelectric infrared sensing element is connected to the first control terminal; the first control terminal passes through The power supply module is connected to the electrode plate, the electrode plate includes a positive electrode plate and a negative electrode plate, at least one spray guide plate is fixed above the spray port, so that the spray range covers at least the area between the positive electrode plate and the negative electrode plate, and the positive electrode plate The area between the negative electrode plate and the negative electrode plate forms a planar electric field for shocking mice; the disclosure improves the efficiency of killing pests. In addition, the device can be placed flexibly, and can automatically remove pests, realizing continuous pest killing.

The invention discloses a mousetrap. The mousetrap comprises a mouse trapping box, wherein the mouse trapping box is provided with an extensile elastic mouse trapping cover and a channel communicated with the mouse trapping cover, a trapping device which can cover a region after the mouse trapping cover extends is arranged in front of the mouse trapping box, the trapping device comprises a trapping plate, a rotating shaft is arranged below the trapping plate, the other end of the rotating plate is connected with a stay cord, a switch which can enable the mouse trapping cover to cover the region of the trapping device is arranged on the mouse trapping box, the other end of the stay cord is connected with the switch, a rotational component which can be released by the switch is hinged on the mouse trapping box, and the elastic mouse trapping cover extends and covers the region of the trapping device after the rotational component is released. The mousetrap disclosed by the invention is simple in structure and does not adopt a circuit or a sensor and the like, so that the mousetrap can not be influenced by rainwater and moist air and is long in service life, low in cost, low in maintenance cost and high in mouse trapping efficiency.