80 results about "Mouse killing" patented technology

The invention provides a soil regeneration optimization machine and relates to an agricultural machine. The invention aims at providing the soil regeneration optimization machine which integrates soil optimization and seed sowing. The optimization machine can be used for effectively improving soil and specifically comprises soil loosening, iron removal, insect killing, sterilization, mouse killing, fertilizer application and water distribution. The soil regeneration optimization machine provided by the invention comprises a haulage motor, a soil loosening system, an iron removing system, an insect killing and grinding system, a fertilizer application and water distribution system, a seed sowing system and a compaction system, wherein the haulage motor is used for providing power for forward movement; the soil loosening system is used for crushing the soil to be in a loose state; the iron removing system is used for absorbing and removing iron-containing substances in the soil; the insect killing and grinding system is used for killing organisms and bacteria in the soil; the fertilizer application and water distribution system is used for modifying the soil; the seed sowing system is used for sowing the seeds; and the compaction system is used for covering the soil on the seed and compacting.

The invention provides a mouse repelling method and a floor mopping robot. The method comprises the steps that the floor mopping robot judges whether or not mouse information is contained in obtainedinformation; if yes, according to the obtained information, the position of a mouse corresponding to the mouse information is calculated; the robot is moved to the position, and a repelling signal issent. The floor mopping robot has the additional mouse repelling function, the purpose of mouse killing is achieved, and the phenomenon that mice destroys furniture and garments can be avoided.

The invention relates to a raticide, belonging to the technical field of the mouse-killing medication. The raticide comprises the following components according to the parts by weight: 3 parts to 6 parts of spice, 0.0014 part to 0.0028 part of ether, 0.5 part to 1.0 part of pigment, 100 parts to 200 parts of starch, 5 parts to 10 parts of asafetida, 0.01 part to 0.02 part of camphor and 5 parts to 10 parts of mother liquid of bromadiolone. The raticide comprising the components takes the spice as the bait, the bait is irresistible to the mice and attracts the mice to come round to sniff and smell, a small amount of the ether can cause the mice that smell the medication to paralyze, as long as the mice sniff and smell the raticide, the raticide enters in the bodies of the mice through the respiratory systems, the medication acts in the bodies of the mice to achieve the purpose of killing mouse, and the mice die one by one after a plurality of days. The invention has the advantages of high mouse-killing efficiency, no unpleasant odor, low cost and security to people, animals and environment.

The invention relates to the field of mouse killers, in particular to an intelligent mouse analysis station and a working method thereof, wherein the intelligent mouse analysis station is high in intelligence, improves mouse killing efficiency, effectively solves environmental pollution and reduces drug delivery cost. The intelligent mouse analysis station comprises a plurality of intelligent mouse stations, a server and a plurality of app (application) terminals, the intelligent mouse stations and the app terminals are connected with the server through a network, each intelligent mouse station comprises a plurality of monitoring stations, a second MCU (micro-programmed control unit) module and a network module, each monitoring station comprises a power supply module, a first MCU module, apositioner, a GPRS (general packet radio service) module and an infrared obstacle avoidance sensor, the monitoring stations are connected with the intelligent mouse stations through a network, and each app terminal comprises a mouse killing app terminal and a client app terminal.

The invention discloses a tension spring mouse killer which comprises a killing device and a double-lever secondary pressure-reduction trap device, wherein the killing device comprises a mouse killing part and related parts such as a gate, plate nails, a movable bar, a tension spring, handle levers, a machine pin, a left column, a right column, a base, an upper panel and a limit pin; the double-lever secondary trap device comprises a lever body A, a lever body B, an A lever pin, an A lever power point hook, an A lever resistance sheet, a B lever power pin, a B lever resistance pin, a B lever pin, a safety lever, a step lever and a rubber-covered wire shaft seat; the A lever resistance sheet blocks the machine pin, the A lever power point hook just hooks the B lever resistance pin, and the step lever is upwards pulled and attached to the B lever power pin, so that the trap device is formed; and when a mouse collides the step lever, the movable bar and the gate at the front end of the movable bar smash downwards fiercely, and the plate nails kill the mouse instantly. With the adoption of the killing device and the double-lever secondary trap device, the tension spring mouse killer has the characteristics of high sensitivity, good effect, non-pollution, durability and low cost.

The invention discloses a raticide composed of 0.1-25% of bromadiolone mouse-killing composition, 0.1-20% of microcapsule embedding agent, 0.1-30% of odor masking agent, 18.7-98.6% of eating inducing substance, 5-25% of soporific medicament, and 0.1%-0.3% of preservative. The microcapsule embedding agent is natural waxy corn. The odor masking agent is wormwood that covers microcapsules to mask the odor of the raticide. The raw materials of the eating inducing substance are from red clay, corn flour, and vegetable oil in the following proportions: 60-70% of red clay, 15-20% of corn flour, and 1-2% of vegetable oil. The soporific medicament is composed of such components as erythricine,cortex albiziae, and tuber fleeceflower stem.

The invention provides a multifunctional continuous mousetrap. The mousetrap comprises a corner mouse-luring channel, a zoned mouse catching pool, an electrical mouse catching device arranged on one side of the mouse catching pool, a three-zone centralized box arranged on one side of the zoned mouse catching pool, a four-zone centralized box which is arranged on one side of the zoned mouse catching pool and communicated with the three-zone centralized box, a suction duct connected with a four-zone centralized box and a mouse killing water tank arranged at the tail end of the suction duct; thezoned mouse catching pool comprises a pool box, and a single side check rotating door, an upper check passage, a lower check passage, a left check passage and a right check passage which are arrangedin the middle of the pool box and provided with ventholes, and the single check rotating door comprises a central rotating shaft, a connecting plate arranged on the rotating shaft and an extruding plate arranged at the end of the connecting plate; the pool box is connected to the three-zone centralized box through a centralized box bend. According to the mousetrap, on the one hand, a larger numberof mice can be caught continuously, and thorough removing is achieved; on the other hand, the method is scientific, design is reasonable, mice entering the mousetrap cannot escape, and the sound of the mice entering the mousetrap cannot be transmitted outside, so that mice outside cannot be frightened away.

The invention discloses a circuit of a mouse killer. The circuit comprises a power circuit, an infrared monitoring circuit, a CPU (central processing unit) information processing control circuit, a high-voltage booster circuit, a high-voltage net turning driving circuit, a high-voltage loading control circuit, a gating safety circuit and an LED lamplight alarm circuit. The circuit is simple in structure, smart in design, good in mouse killing effect, convenient to use and safe and reliable in performance.

The invention provides a smog mouse killer. A sealing cover is covered above the top end of a stored material combustion chamber; a water storage ditch is arranged around the top end of the stored material combustion chamber; the bottom of the stored material combustion chamber is provided with grate bars; the lower part of the stored material combustion chamber is connected with a smog outlet pipe; a secondary air inlet is arranged at the connection of the stored material combustion chamber and the smog outlet pipe; a smog outlet is connected with the smog outlet pipe; the secondary air inlet is communicated with an air blower; and fan blades of the air blower are driven to rotate by a change wheel through a cranking bar. The smog mouse killer has the characteristics of complete mouse-killing effect and low manufacturing cost; and the combustion raw materials (firewood) for killing mice are available anywhere.

The invention discloses a mouse killer which comprises a box allowing a mouse to plunge. A support is arranged in the middle of the box, a gate capable of ascending and descending along the support is arranged on the support, springs capable of enabling the gate to move downward to kill the mouse in the box are arranged between the two sides of the gate and the box, and a trigger mechanism capable of being triggered by the mouse to enable the gate to move downwards under the action of the springs is arranged on the box. The mouse killer is simple in structure and good in mouse killing effect.

The invention relates to the field of animal capture, in particular to a deratization device and a deratization method. The deratization device comprises a mousetrap box, one end of the mousetrap boxis provided with an opening, the interior of the mousetrap box is of a hollow structure, and the end, provided with the opening, of the mousetrap box is provided with a climbing plate for a mouse to enter the mousetrap box; a bait plate is arranged in the end, away from the climbing plate, of the mousetrap box; and a mouse catching groove connected with the mousetrap box is formed between the baitplate and the climbing plate, a plurality of connecting shafts are arranged at the upper end of the mouse catching groove, and rotating plates are arranged on the connecting shafts in a rotating mode. The trapped or killed mouse is located in the mouse trapping groove instead of the mousetrap box, and the mouse entering the mousetrap box does not easily eat baits on the bait plate, so that the deratization device can continuously trap the mouse within a period of time, the trapped mouse does not easily send information to other mice, and the mouse killing effect is improved. The deratizationdevice has the effects of being convenient to use and clean and good in deratization effect.

The invention relates to a mouse killing instrument, in particular to a magnetic mouse killer. The magnetic mouse killer is composed of a mouse pressing plate, attraction iron rods, ejection coils, a bottom plate, attraction magnetic steel, a front frame and a rear frame. The attraction iron rod a is mounted at the lower end of a front pressing gear of the mouse pressing plate, the ejection coil a is mounted at the center of the upper end of the front pressing gear, and an upward round bar of the attraction iron rod a penetrates through the front pressing gear to stretch into the axis of the ejection coil a. The attraction iron rod b is mounted at the lower end of a rear pressing gear of the mouse pressing plate, the ejection coil b is mounted at the center of the upper end of the rear pressing gear, and an upward round bar of the attraction iron rod b penetrates through the rear pressing gear to stretch into the axis of the ejection coil b. The attraction magnetic steel a is arranged in a box groove in the front portion of the bottom plate, and the attraction magnetic steel b is arranged in a box groove in the rear portion of the bottom plate. The lower end of a left side rod and the lower end of a right side rod of the front frame are connected to the two sides of the front portion of the bottom plate, and the lower end of a left side rod and the lower end of a right side rod of the rear frame are connected to the two sides of the rear portion of the bottom plate. High voltage electricity and poison bait are needless, and the magnetic mouse killer has the advantages of being simple in structure, small and exquisite in size, easy and convenient to operate and safe to use.

The invention relates to the technical field of mouse killing, in particular to a mouse killing device. The mouse killing device comprises a scanning unit, an electromagnetic shooting unit and a controller, wherein the scanning unit is connected with the controller and is used for scanning a mouse target and sending scanning data to the controller; the controller is used for generating a shooting command according to the data sent by the scanning unit; the electromagnetic shooting unit is connected with the controller and is used for performing corresponding shooting action according to the shooting command. The living of the other animals is not affected by the mouse killing device provided by the embodiment of the invention, and the mouse killing efficiency can be improved.

The invention provides an intelligent environment-friendly electric-shock mouse-killing device, belonging to the field of environment-friendly killing of mice. The environment-friendly electric-shock mouse-killing device comprises an insulating shell, wherein conductive bulges are arranged at the bottom part of the interior of the insulating shell; the conductive bulges sleeved with insulating sleeves extend out from projecting holes of a conductive plate; and the conductive bulges are connected with conductive connecting sheets through protruded bulge edges located below the conductive bulges; and the side of the lower surface of the conductive plate is fixedly provided with leading-out wires, or the positions of the protruded bulge edges located below the conductive bulges are fixedly provided with the leading-out wires. The intelligent environment-friendly electric-shock mouse-killing device provided by the invention has compact and reasonable structure, is convenient to manufacture and use, has good electric shock effect on the mice, does not need people for guard, has high mouse-killing efficiency, does not cause environmental pollution and release toxic substances in the process of killing the mice, and is an environment-friendly mouse killing device; meanwhile, during absence of the mice and when the mice can not conduct electricity after killed by electric shock, all electric circuits do not form a loop, and no electric energy is consumed, so the cost of killing the mice is reduced.

The invention discloses a grassland ejection deratization method and a device thereof. Based on the principle of animal behavior, the process of mouse killing is accomplished by arranging elastic rubber band and to-be-excited iron wire on a converted T-shaped bracket above the rat hole, and stimulating the iron wire to inject by pushing the spherical bait in a rat hole through rats. The device adopts local materials, is simple, convenient and practical in mounting, low in cost and labor intensity, high in rat eliminating efficiency, does not damage environment and affect daily agricultural production, and is especially suitable for polarization and application in vast mountain grassland, farmland and orchard for eliminating zokor.

The invention relates to the technical field of mouse killing, and discloses a mouse trapping device. The mouse trapping device comprises a box, a triggering mechanism, an anti-reversing structure, a mouse taking mechanism and a control module, wherein a rotating opening, a mouse trapping channel, a first cavity and a bait cavity are formed in the box; the rotating opening is formed in a side wall of the box; an inlet end of the mouse trapping channel communicates with the rotating opening while an exiting end of the mouse trapping channel communicates with the first cavity; the first cavity is a stretching cavity and extends to the top wall of the box; the bait cavity communicates with the mouse trapping channel by a plurality of ventilating holes; the bait cavity contains luring food; and a plurality of first positioning projects are convexly arranged on the top wall of the box. The triggering structure of the mouse trapping device in an embodiment of the invention is an optoelectronic switch, and is not easily interfered by vibration of the outside, and therefore, the mouse trapping device is high in mouse trapping efficiency.

The invention relates to the technical field of mouse killing, and discloses a mouse trap. The mouse trap comprises a box, a trigger mechanism, a first anti-reverse structure, a mouse taking mechanism and a control module. The box is provided with a sliding opening, a mouse trapping channel, a first cavity and a food calling cavity, wherein the sliding opening is formed in the side wall of the box, the entry end of the mouse trapping channel is communicated with the sliding opening, and the exit end of the mouse trapping channel is communicated with the first cavity. The trigger mechanism of the mouse trap is an infrared induction switch and is not influenced by outside vibrating disturbance easily, and thus the mouse trap is high in mouse trapping efficiency; furthermore, the mouse trap is provided with the mouse taking mechanism, and mice can be taken out of the first cavity and handled correspondingly through the mouse taking mechanism.

The invention discloses a trapping and killing mousetrap. The trapping and killing mousetrap comprises a mouse trapping device, a mouse storage device and a support, the mouse trapping device is supported on the ground by the support, the mouse trapping device comprises a front crawling ladder, a middle channel and a rear mouse trapping box, the crawling ladder connects the ground with the front end inlet of the channel, the rear end of the channel is connected with the mouse trapping box, the channel is horizontally arranged, a push gate which can be inwardly opened in one direction is arranged at the front end of the channel, the mouse trapping box is arranged obliquely upward, an attracting material bin is arranged in the top end of the mouse trapping box, the attracting material bin isprovided with a bin door, ad a mouse killing mechanism is arranged at a position, close to the attracting material bin, in the mouse trapping box. The trapping and killing mousetrap has the advantages of convenience in use, reliable functions, and realization of automatic and continuous mouse killing.

The invention discloses a gas dynamic automatic mouse killing device which is characterized by comprising a mouse killing device body, wherein the mouse killing device body is mainly composed of a bait device, a sensor device and a piston; the bait device comprises a bait cover and a bait tank; and the sensor device is composed of a pulling bar, a gas switch, a spring and a high-pressure gas tank.Compared with the prior art, the gas dynamic automatic mouse killing device disclosed by the invention has the advantages that the device is capable of killing 25 mice or more due to one-time installation compared with the problem that only one mouse can be trapped by the conventional mouse trap each time, and the quantity is greater; in addition, the automatic mouse killing device disclosed by the invention adopts physical mouse killing, takes peanuts as baits, does not have any damage to other animals, is safe to use, and can be applied to any place; the device can be applied to indoors (such as warehouses, villas, hospitals, private houses and the like) and field places with serious mouse trouble; during installation, the device can be fixed on walls or tree trunks or special bases andis convenient to mount and detach; and the device has the characteristics of being simple and safe in operation, capable of avoiding from breaking the ecological equilibrium, large in quantity of killed mice, zero in toxic or harmful component, green, environmental-friendly and the like.

The invention relates to a poison powder for killing mice. The poison powder comprises wheat flour, starch, glucose, calcium sulfate, sodium sulfate and talcum powder. The poison powder has the advantages of safety to people and animals, no pollution to the environment, low production cost, simple technology, no drug resistance of mice, and high mouse killing efficiency.

The invention relates to raticide and a preparation method thereof. Cereals, monosodium glutamate, brown sugar, brodifacoum, acetaminophen, haematochrome and sesame oil which serve as raw materials are subjected proper weight proportioning; in the formula, the brodifacoum is anti-coagulant rodenticide, has strong virulence, is effective on resistance mouse species, has high palatability and has acute and chronic mouse killing effect, and the acetaminophen can enhance the potency of the brodifacoum, so that the aim of completely eliminates mice with small dosage can be fulfilled; and the cereals and the sesame oil which mice like to eat serve as auxiliary materials and are seasoned by the brown sugar and the monosodium glutamate, so that the best effect of inducing the mice to eat is achieved. The finally prepared raticide has good mouse killing effect, is low in cost and simple in preparation process, and is suitable for various large public places such as large supermarkets, vegetableand fruit markets and warehouses to use.

The invention has the advantages and effects that a singlechip module, a relay module, a displacement sensor module and an inverter are integrally used; the data of the displacement sensor module is acquired by the singlechip module; whether mice exist is judged through change of the voltage; when the mice exist, the relay module is controlled to be connected with the inverter to generate high voltage to shock the mice, and when the mice do not exist, only the singlechip module and the displacement sensor module work; the phenomenon that a whole electronic mouse killing system normally works no matter whether the mice exist or not is avoided, thus reducing electronic energy loss and well solving the problem that existing electronic mouse killing systems are short in service time.