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

The invention disclose a continuous mousetrap, which comprises a box body, wherein a mouse trapping chamber and a mouse storing chamber are formed in the box body; the side walls of the mouse trapping chamber of the box body are provided with at least one box door and an electronic gate which corresponds to the box door; the mouse trapping chamber is separated from the mouse storing chamber by a single-direction push door for preventing a mouse from escaping; an electric heater and a sensor used for sensing mouse activities are arranged in the mouse trapping chamber; the electric heater and the sensor are connected with a control circuit board respectively; the control circuit board is connected with a power supply through a lead, and is used for controlling the electronic gate to be opened and closed; the mouse trapping chamber and the mouse storing chamber are formed in the box body; when a mouse is trapped, the mouse can be automatically driven into the mouse storing chamber and killed by heating, and the control circuit board starts a door opening program for trapping a next mouse, so that an automatic continuous mouse trapping function is realized; moreover, the smell information of mice can be eliminated by high temperature, so that the mouse trapping efficiency is increased.

The invention relates to a self-power-generation intelligent continuous mouse hunting cage. The self-power-generation intelligent continuous mouse hunting cage includes a mouse hunting chamber at one side, and a turning chamber, a power generation chamber and a mouse storage chamber at the other side, wherein the turning chamber, the power generation chamber and the mouse storage chamber are successively arranged from top to bottom; baits are arranged in the mouse hunting chamber; first photoelectric sensors are arranged on two sides of the lower end of the mouse hunting chamber; a mouse cage door is formed in one side of the mouse hunting chamber; the mouse hunting chamber communicates with the turning chamber via a leading channel; a turning plate and a second photoelectric sensor are arranged in the turning chamber; the turning plate is arranged on one side of the power generation chamber, a mouse can slide from the turning chamber to the power generation chamber through the turning plate; and a cylindrical power generation cage is arranged in the power generation chamber, a power generator is arranged outside a central shaft of the cylindrical power generation cage, the mouse runs in the power generation cage, and the power generator converts rotation energy of the power generation cage into electric energy. The self-power-generation intelligent continuous mouse hunting cage is low in cost, is optimized, is high in mouse hunting efficiency, can save lots of electricity, can be reused, and can achieve continuous mouse hunting.

The invention discloses a high-sensitivity electric gate type mouse trapping method and device. The high-sensitivity electric gate type mouse trapping method and device mainly solve the technical problems that many existing mouse trapping methods are poor in sensitivity and reliabilityand single in bait. According to the mouse trapping cage, a bait in any shape can be placed on a movable pedal, after a mouse is induced to enter the cage, the pedal presses micro-switches to enable the micro-switches to be connected, an electric magnet is powered on to be attracted, a bolt is pulled out from a gate plate hole, a guide-rail-type gate is closed immediately and the mouse has no way to escape. The high-sensitivity electric gate type mouse trapping method and device have the advantages of being high in sensitivity, high in reliability and extremely low in power consumption and enabling various baits to be used, and is simple in structure and convenient to use.

The invention provides a novel intelligent continuous mousetrap. The novel intelligent continuous mousetrap is provided with a mouse luring box and a mouse trapping box, the rear end of the mouse luring box and the front end of the mouse trapping box are detachably connected into a whole, and the front wall of the mouse luring box is provided with a door control device for controlling a front door to be opened/closed; the mouse trapping box is provided with a continuous mouse trapping device, and the continuous mouse trapping device and the door control device are both connected with a controller arranged at the upper end of the mouse luring box; the continuous mouse trapping device, the door control device and approaching detection devices in the mouse luring box and in the mouse trapping box cooperatively work so as to quickly catch mice entering the mouse luring box into the mouse trapping box. The continuous mouse trapping device and the door control device are both connected with the controller, and the mice entering the mouse luring box are quickly caught into the mouse trapping box after the continuous mouse trapping device, the door control device and approaching detection devices cooperatively work, so that the mousetrap is simple in structure, high in sensitivity and capable of improving the mouse trapping efficiency; by means of the approaching detection devices, the mice entering the mouse luring box are quickly driven into the mouse trapping box to be stored, the mice can be continuously caught without being dead, and the mousetrap has relatively high application value.

The invention discloses a mouse trap cage, which comprises a mouse trapping chamber and a mouse storing chamber. The mouse trap cage is characterized in that the upper part of the mouse trap cage is the mouse trapping chamber; the lower part of the mouse trap cage is the mouse storing chamber; the mouse trapping chamber is rectangular; two ends of the mouse trapping chamber are provided with mouse entering holes; two sides and the top of the mouse trapping chamber are of a net shape; the bottom of the mouse trapping chamber is provided with two flapping plates; the middle of each flapping plate is provided with a flapping plate fulcrum; the middle of the mouse trapping chamber is vertically provided with a piece of double sided mirror; the mouse storing chamber is of a trapezoid shape; two sides and the bottom of the trapezoid shape are of the net shape; the bottom of the mouse storing chamber is provided with a door which can be opened and is convenient for pouring out the mouse; and the two waists of the trapezoid are a plate-shaped front slope and a plate-shaped rear slope. Because the middle of the mouse trapping chamber is divided by the double sided mirror, both two ends of the mouse trapping chamber can be provided with mouse doors. Because the mouse trapping chamber and the mouse storing chamber are separated, a plurality of mice can be stored in the mouse storing chamber, and the mice do not need to be taken out after the mouse trap cage is continuously used for several days so as to improve the mouse trap efficiency.

The invention relates to the technical field of mousing devices, in particular to an inspection mousing robot and a control method thereof. The inspection mousing robot comprises a shell, a power device, a positioning device for avoiding obstacles and a monitoring device for monitoring mouse existence condition in a control chamber and environment outside the control chamber, a processor and a trapping device for catching mice are arranged in the shell, and the positioning device, the monitoring device and the power device are electrically connected with the processor. The inspection mousing robot has an inspection function and can improve mousing efficiency and save energy consumption and cost.

The invention provides a continuous mousetrap, relates to the technical field of mousetrap devices, and solves the technical problem in the prior art that continuous mouse trapping cannot be achieveddue to the fact that a mouse outlet is easy to block by a mouse. The mousetrap comprises a casing, a mouse trapping mechanism, a mouse inducing mechanism, a channel, a push mechanism and a mouse case,wherein the casing is provided with an inlet for entry of the mouse; the mouse trapping mechanism, the mouse inducing mechanism, the channel and the mouse case are all arranged in the casing, the mouse trapping mechanism is located at the inlet, the mouse inducing mechanism is located behind the mouse trapping mechanism, the beginning end of the channel is arranged behind the mouse inducing mechanism, the push mechanism is disposed between the end of the channel and the mouse case, and the pushing mechanism can push the mouse to enter the mouse case smoothly. The continuous mousetrap can achieve continuous mouse trapping and is good in mouse trapping effect and high in mouse trapping efficiency.

The invention discloses a mouse trapping device. The mouse trapping device comprises a base plate, a net cover, a pull line and a triggering mechanism, wherein the net cover is arranged on the base plate and can be opened and closed relative to the base plate. The pull line comprises a first end and a second end. The first end is connected with the net cover. The mouse trapping device further comprises a control switch used for controlling the triggering mechanism. The control switch is arranged on the base plate. The second end of the pull line is matched with the triggering mechanism and connected with the triggering mechanism. Opening space is formed by the base plate and the net cover. Or the second end of the pull line is separated from the triggering mechanism, closed space is formed by the base plate and the net cover, and the control switch is located in the closed space. According to the mouse trapping device, as the control switch is adopted, the response sensitivity of the mouse trapping device is effectively improved, the mouse trapping efficiency can be effectively improved, and meanwhile the mouse trapping device is simple in structure, practical and convenient.

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 invention relates to a double-door electronic mouse trap capable of continuously operating and a manufacturing method therefor. According to the double-door electronic mouse trap, a first hard conical latch, a first moving clearance sliding groove, a first boosting spring cushion, a first fixed type sliding rod and a first fixing rod are sequentially arranged at the right of the upper part of the mouse trap, wherein the first moving clearance sliding groove and the first boosting spring cushion are respectively arranged at the left and right sides of the first hard conical latch, the first fixed type sliding rod is arranged at the right of the first boosting spring cushion, and the first fixing rod is arranged at the left of the first boosting spring cushion; a second hard conical latch, a second moving clearance sliding groove, a second boosting spring cushion, a second fixed type sliding rod and a second fixing rod are sequentially arranged at the left of the upper part of the mouse trap, wherein the second moving clearance sliding groove and the second boosting spring cushion are respectively arranged at the left and right sides of the second hard conical latch, the second fixed type sliding rod is arranged at the left of the second boosting spring cushion, and the second fixing rod is arranged at the right of the second boosting spring cushion; and a metallic triggering rod which is led to the center of a mouse trap cage is connected to the middle section of a nylon soft pull wire, a bait type pedal is arranged at the lower end of the metallic triggering rod, and a first unidirectional toll gate, a pedal type power supply switch and a second unidirectional toll gate are arranged on a danger spot of the right of a mouse passage.

The invention discloses a mouse capturing device. The mouse capturing device has a housing; a mouse capturing cavity is formed in the housing; a mouse capturing clamp and a vibration sensor are arranged in the mouse capturing cavity; the mouse capturing clamp includes a bottom plate, a movable plate arranged on the bottom plate, a trigger plate connected to the movable plate, and a clamping plate matching the bottom plate; the movable plate includes a pedal plate and a pressing plate connected to the pedal plate; and the vibration sensor includes a housing, a circuit board arranged in the housing, a vibration sensor body, a buzzer, and a light emitting LED. The mouse capturing device is good in mouse capturing effect, and can improve the efficiency of mouse capturing; the mouse capturing clamp is positioned in the housing, a motion space is reduced after a mouse enters the housing, and the mouse can be easily captured; the vibration sensor body is arranged in the housing, can give an alarm sound and emit light after the mouse is captured, can inform a user of the fact that the mouse is captured, and can remind the user to timely process the captured mouse; and the light source can help the user to search the position of the vibration sensor.

The invention discloses a full-automatic ratting device and a control method thereof. The device comprises a food calling cabin and a protection shade, wherein the protection shade comprises support racks and a rainshed which is mounted on the support racks; the support racks extend around the rainshed; the food calling cabin is mounted in the central position of the protection shade; a dischargemechanism is arranged on the bottom plate of the food calling cabin; a ratting mechanism is arranged right below the food calling cabin; the ratting mechanism comprises a first channel which is matched with the size of the bottom plate of the food calling cabin; the first channel extends into the ground; the bottom of the first channel communicates with an inclined connecting channel; the connecting channel communicates with a second channel which has a gradually reduced opening and extends above the ground; the opening of the second channel is positioned below the rainshed from which the support racks extend; a sealing mechanism for opening/closing an entrance is mounted at the entrance of the first channel; a weighing sensor is arranged inside the sealing mechanism; the weighing sensor,the discharge mechanism and a first electronic push rod are all connected with a storage battery and a single chip microcomputer in the protection shade through wiring; and the storage battery is connected with the single chip microcomputer.