CN108496947B - Machine for restraining and trapping multiple mice - Google Patents
Machine for restraining and trapping multiple mice Download PDFInfo
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- CN108496947B CN108496947B CN201810188978.3A CN201810188978A CN108496947B CN 108496947 B CN108496947 B CN 108496947B CN 201810188978 A CN201810188978 A CN 201810188978A CN 108496947 B CN108496947 B CN 108496947B
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Classifications
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01M—CATCHING, TRAPPING OR SCARING OF ANIMALS; APPARATUS FOR THE DESTRUCTION OF NOXIOUS ANIMALS OR NOXIOUS PLANTS
- A01M23/00—Traps for animals
- A01M23/02—Collecting-traps
- A01M23/12—Collecting-traps with devices for throwing the animal to a collecting chamber
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01M—CATCHING, TRAPPING OR SCARING OF ANIMALS; APPARATUS FOR THE DESTRUCTION OF NOXIOUS ANIMALS OR NOXIOUS PLANTS
- A01M23/00—Traps for animals
- A01M23/02—Collecting-traps
Abstract
The invention relates to a machine for restraining and trapping a plurality of mice, belonging to the technical field of machinery, in particular to a mouse trapping machine, which comprises: the ear smell is used for actively trapping mice, a capacitor and an infrared double-induction trigger two magnetic repulsion drives and restrain the mice from sliding down into the trapping barrel, a machine which is small in space, compact in structure and capable of being industrially processed and can continuously trap a plurality of mice is designed, and the machine consists of the trapping barrel and an automatic mouse trapping device; the mouse trapping machine is arranged in a multi-mouse area to be trapped, the mouse trapping smell device actively emits food ear smell flow to trap a mouse to climb along the fixed mouse guide frame of the machine, the mouse enters the automatic restraining trapping device of the rectangular three-way pipe and is triggered by capacitance or infrared induction of the movable restraining mouse trap, two magnets repel each other in a thunder mode to drive the movable mouse guide circular plastic pipe device to deflect, and after the mouse is slid into the mouse trapping barrel, the mouse trapping machine returns to a mouse trapping state again under the combined action of elastic force, gravity center torque force and magnet suction force, so that a plurality of mice are repeatedly and continuously trapped.
Description
Technical Field
The invention relates to a machine for restraining and trapping a plurality of mice, belonging to the technical field of machinery.
Technical Field
Mice are one of the most aversive animals for human beings since ancient times, and the mice spread pathogenic bacteria, spoil grains and bite clothes, and the mice are subjected to rat damage removal in the past, now, and continue to be killed and removed in the future; for thousands of years, people thought various mouse killing and pest eliminating methods, but mice were always killed incompletely, and it is obvious that no matter people were in the past, at present, or in the open air, people could not completely kill mice because of the overlapping, opening and limitless living environment of mice and human, and it is parasitic to human, and although people could not completely kill the entire space of mice, in some limited environment places, people still tried to kill the mice and eradicate the mice, especially in modern breeding industry, catering service industry, storage industry, etc., medical sanitation industry, the level of the requirement for no mice is higher, and the target is more strict.
The method is characterized in that human beings frighten mice by raising cats, kill mice by using drug ear poison, glue and kill mice, and trap or cage mice, and even in recent years, a plurality of effective methods for continuously killing a plurality of mice and the like are invented, the progress is great, but the methods have respective defects, especially have more defects in aspects of activity, perfection and the like, and are difficult to adapt to the production and investment of modern industrial products.
Disclosure of Invention
In order to solve the problems, the invention provides a machine for restraining and trapping a plurality of mice.
Including the detection control that adopts photoelectric sensing, infrared induction, dodge to push away the mouse and order about it to fall into the device of the many mice of can gathering in succession of big wooden incasement by prisoner, its characterized in that: the mouse is actively induced to enter the rectangular three-way pipe and the circular pipeline by the ear-eating smell of wind and light, so that the mouse is restrained around to have good self-sensing safety, and when the mouse enters the rotatable double-bevel-opening circular plastic pipe and only has one-dimensional freedom degree of forward movement and backward movement, the double-bevel-opening circular plastic pipe is used for timely executing capturing action; in the aspect of induction control, the large difference of the capacitance dielectric constants of the mouse body and the air is skillfully utilized, the capacitive induction control without obvious appearance characteristics is adopted for preferential triggering, and a double-insurance triggering of tail end infrared induction detection is added, so that a single magnetic attraction state is quickly converted into two driving forces mutually repelling with magnetic magnets, and further the outlet end of the double-bevel-mouth circular plastic pipe is violently rotated downwards (within a 90-degree angle interval), and at the moment, the restrained mouse in the double-bevel-mouth circular plastic pipe is accelerated to slide downwards, centrifugally fall out and freely fall into a mouse trapping barrel under the action of the double forces of electromagnetic force and self gravity; after finishing one-time mouse trapping, the movable restraint mousetrap can automatically and firmly return and lock the double-bevel-opening round plastic pipe to the original horizontal mouse trapping working state under the action of three same-steering torque forces including limiting spring force, self original gravity Po, and particularly magnetic attraction iron core locking force of a permanent magnet; continuously repeating the steps, catching a plurality of mice one by one until the mice are manually checked and processed, and stopping the mouse catching work after the mice are shut down; the restraint mouse trapping machine is active in work, small in mouse trapping space, compact in structure, low in power consumption, energy-saving, efficient, flexible and reliable, and more suitable for industrial and series production and manufacturing, and specifically comprises the following components:
the machine for restraining and trapping a plurality of mice consists of a trapping mouse collecting barrel and an automatic restraining and trapping device, and the automatic restraining and trapping device is sleeved at the upper opening part of the trapping mouse collecting barrel by adopting an embedded socket type assembly method;
the trapping mouse collecting barrel is an industrial stamping or casting type machined part, four supports with adjustable screw stability are extended outwards and uniformly distributed on the circumference of the barrel bottom, three universal wheels are uniformly distributed in the circumference of the barrel bottom, the former is used for mousing, lifting and supporting, at the moment, the three universal wheels are suspended, the latter is used for a mobile machine, and before moving, the four supports on the periphery are firstly lifted in a rotating manner to be in a suspended state; the inner wall of the trapping mouse barrel is smooth, the mouse bite resistance is good, the bottom of the trapping mouse barrel can be provided with a ventilating normally-closed mouse placing valve, and during mouse trapping, a proper amount of grain particles such as rice, corn and wheat need to be removed from the trapping mouse barrel, so that the grain particles are not only part of mouse trapping ear materials, but also are food for temporarily eating and raising trapped mice; before the mouse trap is powered on, the machine legs are required to be set, and then the handle type flow guide machine cover is covered;
the upper bottom surface of the mouse trapping base consists of three parts, namely a fixed mouse trapping passage, an active odor flow source and a movable constraint mousetrap, wherein the fixed mouse trapping passage is formed by fixedly mounting a plurality of machine-processed parts through screw ports or welded assemblies, the fixed mouse trapping passage comprises a square-opening semicircular arc square-opening three-way pipe which is formed by the mouse trapping base and has the size of about 80 x 90, and an inner side arc pipe wall between the semicircular arc square-opening three-way pipes is cut with a notch, namely an inner vertical arc edge surface of the square-opening three-way pipe at the A position is cut and is used for fixedly mounting an inclined-opening three-way pipe in an inserting manner, the working inner diameter of the inclined-opening three-way pipe is about 80 mm, and the square-opening three-way pipe is formed by correspondingly combining and welding an LAR edge surface of;
the active odor flow source consists of a plurality of assemblies of a micro-fan, a mouse-luring ear, a cold micro-light lamp and a handle-type flow guide cover, the area J, L is internally provided with a light-emitting diode type cold micro-light lamp, chicken bones, fishbone and barbecue type mouse ear materials are placed, and the odor flow with strong mouse-luring property and the diffused weak cold light on the table top can lure the mouse in the A side rectangular-mouth three-way pipe to pass through towards the direction of the double-bevel-mouth circular plastic pipe (but the diffuse reflected weak cold light is not allowed to shine to the B position to be provided with the micro-fan); the axis of an air outlet pipe of the micro-fan and the axis of the bevel connection round pipe of the bevel connection three-way component are on the same straight line, the diameter of the air outlet pipe is about one third of that of the bevel connection round pipe, and the micro-wind blows to the end A from the end B; the semi-circular arc square-mouth three-way pipe, the inclined-mouth three-way piece and the breeze machine form a fixed mouse trapping passage together;
the movable restraining mousetrap is arranged in the middle of the fixed mouse trapping passage, namely the movable restraining mousetrap is positioned between an inclined-opening three-way piece at the side A and a breeze fan at the position B, and the inclined-opening three-way piece and the movable restraining mousetrapThe horizontal axes of the double-bevel round plastic pipe and the air outlet pipe of the micro-fan are positioned on the same straight line, and the bevel round pipe of the A-side three-way part with the same inner diameter is closely connected with the bevel of the double-bevel round plastic pipe; the oblique port of the outlet end of the double-oblique-port round plastic pipe is opposite to the air blowing port of the micro-fan at a proper width distance; when the movable restraint mousetrap is in a work state for trapping mice, the three pipes jointly execute and conduct the breeze machine to give out smell flow; the movable restraint mousetrap can rotate downwards and then upwards in a positive and negative direction within an angle of less than 90 degrees under the control of the electronic control device; the electronic control device of the movable restraint mousetrap comprises a gravity center reset block, a double-bevel-opening circular plastic pipe and a capacitance induction signal R associated with a silicon controlled rectifier control circuitLDC electromagnet, permanent magnet, infrared induction signal, fulcrum seat, elastic limit rod, normally closed ef earthing working switch, normally closed cd reset signal switch, SCR1Silicon controlled rectifier, SCR2Silicon controlled rectifier; the gravity center reset block is sleeved with a double-bevel-opening round plastic pipe, a rotating shaft of the gravity center reset block is installed on a supporting shaft seat, and the gravity center reset block and the supporting shaft seat are assembled into a movable restraint mousetrap according to the position of an assembly included in an electronic control chart.
The mouse trapping device for trapping a plurality of mouse machines adopts an odor flow active mouse trapping mode: the food ears are placed in the mouse trapping machine and sealed, so that mixed smell scattered by the food ears, grains and a mouse body is sealed in the mouse trapping machine, the food ears, the grains and the mouse body are changed into smell flow with strong mouse trapping property by a micro fan which is low in noise and long in service life and is similar to that of a notebook computer, the smell flow passes through a straight pipe and then turns a bent passage, the handles of the front cover and the rear cover are downwards released to the outside of the mouse trapping machine to trap the active mouse trapping smell which is relatively concentrated and dense, and strong in directivity, the smell flow helps to shorten the path searching time of the mouse and improve the mouse trapping efficiency.
The restraining type mouse trapping mode is adopted for restraining and trapping a plurality of mice, the restraining type mouse trapping mode is adopted, the mouse trapping success rate can be improved to the maximum extent, the mouse trapping device is good in application to the habit that the mice are used to cave life for a long time, the mouse trapping device adopts the mouse trapping channel which is closed and shielded around the similar mouse cave tunnels, is small in space and only has one freedom degree of movement, when the mice enter the execution trapping channel zone, the mice are suddenly subjected to free falling, the mice are trapped by the rotating centrifugal force double-force contract, the difficulty of mouse reaction and escape is very large due to the limitation of peripheral restraint, and almost only the trapped options are left.
The paralytic mouse mode for restraining and trapping a plurality of mouse machines is characterized in that: in order to provide an ultra-static environmental condition along a mouse path, the invention particularly adopts a technical measure of providing the static environmental condition by using the single-magnet attracting force in the execution trapping channel area, so that the static sole path environmental condition without shaking is always provided in the process of continuously changing and increasing the downward gravity center torque of the activity restriction mouse trap until the single-magnet attracting force suddenly changes into the condition that double magnets repel each other in the same magnetism, and the excellent paralysis mouse way can greatly improve the mouse trapping success rate.
The induction control mode of a plurality of mouse machines is trapped in restraint, its characterized in that: a better and more recessive capacitance induction mouse detecting mode is adopted, technically, based on the fact that the capacitance dielectric coefficient difference between the mouse body and the air is large, the capacitance induction change difference is large, the capacitance induction does not need to be punched to change the mouse path characteristics, the suspicion of mice can be reduced, and the mouse trapping success rate is improved.
The driving mode of the mouse trapping machine is characterized in that: the method adopts a driving mousing mode that mutual attraction sudden mutation between single magnets is changed into the same magnetism repulsion of double magnets, and has the advantages of reliable, simple, quick and good economical efficiency in driving.
The electric appliance control mode for restraining and trapping a plurality of mouse machines is characterized in that: according to the mouse trapping action requirement of the mouse trap, the technical characteristics of restraining and trapping of the movable restraining mouse trap selected by the invention are combined, and a silicon controlled control circuit is adopted to carry out electric appliance control and driving technology, so that the mouse trap is scientific, energy-saving, simple and reliable.
Drawings
FIG. 1 is a schematic view of a restraining trap for trapping a plurality of mice.
FIG. 2 is a front, left cross-sectional view of the cage seat.
Fig. 3 is a mechanical view of a half-round angle iron-like tube wall.
FIG. 4 is a rotary cross-sectional view of three different partial cross-sections of a rectangular tee pipe formed by butt welding the LAR side surface of the stand and the semicircular angle iron-shaped pipe wall.
Figure 5 is a mechanical view of a mitre tee.
Fig. 6 is a mechanical view of the blower.
Fig. 7 is a mechanical view of a center of gravity reset block.
FIG. 8 is a first mechanical view of a double bevel round plastic pipe.
FIG. 9 is a second mechanical view of the double bevel round plastic pipe.
FIG. 10 is a circuit diagram of an electric device for restraining a plurality of mouse trapping machines.
FIG. 11 is a mechanical schematic view of the activity restricting mousetrap.
A plurality of mice machine are traped in restraint, automatic restraint trapping device 1 has been included, activity restraint mousetrap 2, 3 are flowed to initiative smell, source 4 is flowed to initiative smell, climb mouse pole 5, gather prisoner's mouse bucket 6, catch and put mouse valve 7, wheel 8, undercarriage 9, mousing frame 10, semicircle angle iron form pipe wall 11, square mouthful of three-way pipe 12, bevel connection tee bend 13, little fan 14, focus reset block 15, two bevel connection circular plastic pipe 16, electric capacity inductive signal 17, RLDC electromagnet 18, permanent magnet 19, infrared induction signal 20, support shaft seat 21, elastic limit rod 22, normally closed ef grounding work switch 23, normally closed cd reset signal switch 24, SCR1Controlled silicon 25, SCR2A silicon controlled rectifier 26 and a handle type air deflector cover 27.
The first embodiment is as follows: the operation process of the machine for restraining and trapping a plurality of mice is shown in figures 1, 2, 3, 4, 5, 6, 7, 8, 9, 10 and 11.
The mouse trapping machine is placed in an area to be trapped by a plurality of mice, mouse smell and grain particle smell sealed in a trapping mouse barrel 6 are placed on the inner table top of J, L, barbecue, chicken bone and fishbone mouse smell are placed, machine feet 9 are adjusted, a handle type flow guide cover 27 is covered, the machine is powered on and started, personnel evacuate, a micro-fan 14 generates an active smell flow 3 along the horizontal direction, the active smell flow 3 passes through a double-bevel-mouth circular plastic pipe 16 and a bevel-mouth three-way part 13 and turns to two sides, after an arc route of 90 degrees, the mouse trapping smell is released downwards along the handle type flow guide cover 27, a mouse at a distance smells the active smell flow source 4, the position of the mouse trapping machine is known, the active smell flow source 4 comes to the side of the mouse trapping machine, only two smell flows 3 are smelled and are particularly concentrated, then the machine feet 9, a mouse climbing rod 5, a rectangular three-way pipe 12, the active smell flow 3 comes to the A of the bevel-way part 13, and the smell of the three-way part 3 is found to be dispersed from the bevel-way part 13, and see a bright light, then the food is sought by the active smell flow 3, and the food goes out of the fixed mouse trapping passage 27 and enters the movable restriction mouse trap 2;
along with the forward movement of the mouse, the weight of the moving mouse and the original fixed gravity center Po of the movable restraining mouse trap 2 are combined into a new displacement gravity center Pi, the displacement gravity center Pi is continuously increased, the formed downward torque potential energy is also increased and then increased, but the permanent magnet 19 is attracted to the non-magnetic R which is not electrifiedLThe direct current electromagnet 18 has no unstable shaking sense under the three-point plane stabilization action of the fulcrum shaft seat 21 and the permanent magnet 19 until the mouse reaches the position of the capacitance induction signal 17 or the infrared induction signal 20 and sends an ab current signal to turn on the SCR1Silicon controlled rectifier 25 to make RLThe direct current electromagnet 18 is changed into a driving magnet which has the same magnetism as the permanent magnet 19 and is repelled, so that the huge torque potential energy of the electromagnetic repulsion force is burst together with the torque energy originally formed by Pi at the moment, and the mouse in the movable restraining mouse trap 2 is quickly and centrifugally slipped into the trapping mouse barrel 6 to be temporarily trapped;
when the rotating movable constraint mousetrap 2 slips a mouse, the normally closed cd reset signal switch 24 which is slightly far away from the rotating shaft works to enable the SCR to work2The thyristor 26 is turned on and the high voltage potential at C1 is applied to the turn-on SCR1On the controlled silicon 25, the SCR is finished1On-state of the thyristor 25, RLThe direct current electromagnet 18 is attracted R again by the permanent magnet 19 due to the loss of magnetism after power failureLThe core of the dc electromagnet 18 is conditioned and then the normally closed ef ground switch 23 is opened to turn on the SCR2The silicon controlled rectifier 26 is powered off to finish the work and prepare the condition for continuing the next mouse trapping work.
After the rotating activity-constrained mousetrap 2 loses a mouse, the gravity center Pi is changed back to the fixed gravity center Po, the gravity center reset block 15 impacts the elastic limiting rod 22 and is subjected to the combined action of reverse resilience force and torque potential energy of the fixed gravity center Po, the activity-constrained mousetrap 2 reversely rotates, and when the double-bevel-opening circular plastic pipe 16 returns to a position close to a horizontal lineWhen in position, the permanent magnet 19 attracts RLThe direct current electromagnet 18 is locked at the horizontal position again along with small sound 'click', so that the activity-restraining mousetrap 2 is stable and free from any unstable feeling.
Restraining and trapping a plurality of mouse machines repeatedly trap mice in such a way until the scheduled trapping time is full.
People come to the scene and look over, shut down, open the handle formula water conservancy diversion cover 27 of traping the machine, look over gather the mousing quantity condition in prisoner's mouse bucket 6, when the discovery has gathered prisoner a lot of mice, get special pocket rigid coupling in gather the catching of prisoner's mouse bucket 6 bottom put on mouse valve 7 pipe, and open and catch and put mouse valve 7, take off special use and climb mouse pole 5, drive with it and gather all mice in prisoner's mouse bucket 6 and get into special pocket, prick the mouth, press and put the pocket under the surface of water in pond, proper time takes out, handle and fall drowned mouse.
Example two: a plurality of mice trapping machines are restricted to trap grassland mice and farmland mice, and the rats are shown in a figure 1.
The restraining trapping machine for a plurality of mice is enlarged properly, mouse ears are changed into corresponding grass roots, pasture and bamboo roots or potatoes and sweet potatoes, so that the grassland mice, bamboo mice and field mice can be effectively trapped and killed in a large area in late autumn and early spring, the trapping process is the same as the above, and the trapping process is not described in detail.
Claims (8)
1. Restrain and trap many mice machine, including the detection control that adopts photoelectric sensing, infrared induction, dodge to push away the mouse and order about it to fall into the device of the many mice of can gathering in succession of being imprisoned in big wooden case, its characterized in that: the mouse is actively induced to enter the rectangular three-way pipe and the circular plastic pipe by the ear-eating smell of wind and light, so that the mouse is restrained around to have good self-sensing safety, and when the mouse enters the rotatable double-bevel-opening circular plastic pipe and only has one-dimensional freedom degree of forward movement and backward movement, the double-bevel-opening circular plastic pipe is used for timely executing capturing action; in the aspect of induction control, the large difference of the capacitance dielectric constants of the mouse body and the air is skillfully utilized, the capacitor induction control without obvious appearance characteristics is adopted for preferential triggering, and a double-insurance triggering of tail end infrared induction detection is added, so that a single magnetic attraction force state is quickly converted into two driving forces which are mutually repelled by magnetic magnets, and further the outlet end of the double-bevel-mouth circular plastic pipe is violently rotated downwards; after finishing one-time mouse trapping, the movable restraint mousetrap can automatically and firmly return and lock the double-bevel-opening round plastic pipe to the original horizontal mouse to be trapped under the action of three same-steering torque forces including limiting spring force, self original gravity and magnetic attraction iron core locking force of the permanent magnet; continuously repeating the steps, catching a plurality of mice one by one until the mice are manually checked and processed, and stopping the mouse catching work after the mice are shut down;
the machine for restraining and trapping a plurality of mice consists of a trapping mouse collecting barrel and an automatic restraining and trapping device, and the automatic restraining and trapping device is sleeved at the upper opening part of the trapping mouse collecting barrel by adopting an embedded socket type assembly method;
the trapping mouse collecting barrel is an industrial stamping or casting type machined part, four supports with adjustable screw stability are extended outwards and uniformly distributed on the circumference of the barrel bottom, three universal wheels are uniformly distributed in the circumference of the barrel bottom, the former is used for mousing, lifting and supporting, at the moment, the three universal wheels are suspended, the latter is used for a mobile machine, and before moving, the four supports on the periphery are firstly lifted in a rotating manner to be in a suspended state; the inner wall of the trapping mouse barrel is smooth, the mouse bite resistance is good, the bottom of the trapping mouse barrel can be provided with a ventilating normally-closed mouse placing valve, and during mouse trapping, a proper amount of grain particles such as rice, corn and wheat need to be removed from the trapping mouse barrel, so that the grain particles are not only part of mouse trapping ear materials, but also are food for temporarily eating and raising trapped mice; before the mouse trap is powered on, the machine legs are required to be set, and then the handle type flow guide machine cover is covered;
the upper bottom surface of the mouse trapping base consists of three parts, namely a fixed mouse trapping passage, an active odor flow source and a movable constraint mousetrap, wherein the fixed mouse trapping passage is formed by fixedly mounting a plurality of machine-processed parts through screw ports or welded assemblies, the fixed mouse trapping passage comprises a square-opening semicircular arc square-opening three-way pipe which is formed by the mouse trapping base and has the size of about 80 x 90, and an inner side arc pipe wall between the semicircular arc square-opening three-way pipes is cut with a notch, namely an inner vertical arc edge surface of the square-opening three-way pipe at the A position is cut and is used for fixedly mounting an inclined-opening three-way pipe in an inserting manner, the working inner diameter of the inclined-opening three-way pipe is about 80 mm, and the square-opening three-way pipe is formed by correspondingly combining and welding an LAR edge surface of;
the active odor flow source consists of a plurality of assemblies of a micro-fan, a mouse-luring ear, a cold micro-light lamp and a handle-type flow guide cover, the area J, L is internally provided with a light-emitting diode type cold micro-light lamp, chicken bones, fishbone and barbecue type mouse ear materials are placed, the odor flow with strong mouse-luring property and the diffused weak cold light on the table top can lure the mouse in the A side rectangular-opening three-way pipe to pass through the direction of the double-bevel-opening circular plastic pipe, but the diffuse reflected weak cold light does not shine on the micro-fan at the B position; the axis of an air outlet pipe of the micro-fan and the axis of the bevel connection round pipe of the bevel connection three-way component are on the same straight line, the diameter of the air outlet pipe is about one third of that of the bevel connection round pipe, and the micro-wind blows to the end A from the end B; the semi-circular arc square-mouth three-way pipe, the inclined-mouth three-way piece and the breeze machine form a fixed mouse trapping passage together;
the movable restraint mousetrap is arranged in the middle of the fixed mouse trapping passage, namely the movable restraint mousetrap is positioned between the three-way part with the inclined opening at the side A and the breeze machine at the position B, the horizontal axes of the three parts, namely the circular plastic pipe with the double inclined openings of the movable restraint mousetrap and the air outlet pipe of the breeze machine, are positioned on the same straight line, and the circular pipe with the inclined opening of the three parts at the side; the oblique port of the outlet end of the double-oblique-port round plastic pipe is opposite to the air blowing port of the micro-fan at a proper width distance; when the movable restraint mousetrap is in a work state for trapping mice, the three pipes jointly execute and conduct the breeze machine to give out smell flow; the movable restraint mousetrap can rotate downwards and then upwards in a positive and negative direction within an angle of less than 90 degrees under the control of the electronic control device; the electronic control device of the movable restraint mousetrap comprises a gravity center reset block, a double-bevel-opening circular plastic pipe and a capacitance induction signal R associated with a silicon controlled rectifier control circuitLDC electromagnet, permanent magnet, infrared induction signal, fulcrum seat, elastic limit rod, normally closed ef earthing working switch, normally closed cd reset signal switch, SCR1Silicon controlled rectifier, SCR2Silicon controlled rectifier; the gravity center reset block is sleeved with a double-bevel-opening round plastic pipe, a rotating shaft of the gravity center reset block is installed on a supporting shaft seat, and the gravity center reset block and the supporting shaft seat are assembled into a movable restraint mousetrap according to the position of an assembly included in an electronic control chart.
2. The constrained trapping multiple mouse machine according to claim 1, wherein the scent flow actively traps mice: the food ears are placed in the mouse trapping machine and sealed, so that mixed smell scattered by the food ears, grains and a mouse body is sealed in the mouse trapping machine, the food ears, the grains and the mouse body are changed into smell flow with strong mouse trapping property by a micro fan which is low in noise and long in service life and is similar to that of a notebook computer, the smell flow passes through a straight pipe and then turns a bent passage, the handles of the front cover and the rear cover are downwards released to the outside of the mouse trapping machine to trap the active mouse trapping smell which is relatively concentrated and dense, and strong in directivity, the smell flow helps to shorten the path searching time of the mouse and improve the mouse trapping efficiency.
3. The constrained trapping multiple mouse machine according to claim 1, wherein: the mouse trapping device has the advantages that the mouse trapping success rate can be improved to the maximum extent, the mouse trapping device is good for the habit that a mouse is used to cave life for a long time, the mouse trapping device is provided with the mouse trapping channel which is closed and shielded around the similar mouse cave tunnel, small in space and only provided with one degree of freedom of movement, when the mouse enters the execution trapping channel region, the mouse is suddenly subjected to free falling, the rotating centrifugal force double-force contract is used for trapping, the difficulty of mouse reaction and escape is very high due to the fact that the mouse is limited by peripheral constraint, and almost only the trapped option is left.
4. The constrained trapping multiple mouse machine according to claim 1, wherein: in order to provide an ultra-static environment condition along the path of the mouse, a technical measure for providing the static environment condition by using the single magnet attracting force is adopted in an execution capturing channel area, so that the static sole path environment condition without shaking is always provided in the process that the downward gravity center torque of the activity restriction mousetrap is continuously changed and increased until the single magnet attracting force suddenly changes into the condition that the double magnets repel each other with the same magnetism.
5. The constrained trapping multiple mouse machine according to claim 1, wherein: a better recessive capacitance induction mouse detecting mode is adopted, the capacitance induction change difference is large based on the large difference of capacitance dielectric coefficients of mouse bodies and air, the capacitance induction does not need to be punched to change the mouse path characteristics, the suspicion of mice can be reduced, and the mouse trapping success is improved.
6. The constrained trapping multiple mouse machine according to claim 1, wherein: the method adopts a driving mousing mode that the mutual attraction sudden mutation between single magnets is changed into the repulsion of double magnets with the same magnetism.
7. The constrained trapping multiple mouse machine according to claim 1, wherein: according to the mouse trapping action requirement of the mouse trap, the technical characteristics of restraining and trapping of the selected movable restraining mouse trap are combined, and a silicon controlled control circuit is adopted to carry out electric appliance control and driving technology.
8. The method of restraining operation of a plurality of mouse trapping machines according to claim 1, further comprising: placing a mouse trapper in a multi-mouse area to be trapped, placing barbecue, chicken bone and fishbone fragrant mouse ear materials on the inner table-board of J, L, adjusting the machine feet, covering a handle type flow guide cover, electrifying to start up, evacuating people, generating active smell flow along the horizontal direction by a breeze machine, turning to two sides after passing through a double-bevel-mouth circular plastic pipe and a bevel-mouth tee joint, releasing the smell of the mouse trapper downwards along the handle type flow guide cover after passing through an arc route of 90 degrees, smelling the active smell flow source by a remote mouse, identifying the position of the mouse trapper, tracing the active smell flow source to the side of the mouse trapper, smelling only two strong smell flows, then, leading the active smell to the A end area of the bevel-mouth tee joint through the machine feet, a mouse climbing rod and a rectangular-mouth tee joint, finding that the smell flows out from the bevel-mouth tee joint and seeing a bright light, then the food is sought by the active smell flow, and the food goes out of the fixed mouse trapping passage and enters the movable restraint mousetrap;
along with the forward movement of the mouse, the weight of the moving mouse and the original fixed gravity center of the movable constraint mousetrapPo is synthesized into a new displacement center of gravity Pi, the displacement center of gravity Pi is continuously increased, the formed downward torque potential energy is also increased and then increased, but the non-magnetic R which is not electrified is attracted by the permanent magnetLThe direct current electromagnet is used for restraining the whole movable mouse trap to have no unstable shaking motion effect under the three-point plane stabilizing effect of the fulcrum shaft seat and the permanent magnet until the mouse reaches the position of a capacitance induction signal or an infrared induction signal and sends an ab current signal to switch on the SCR1Silicon controlled rectifier, make RLThe direct current electromagnet is changed into a driving magnet which is repulsive with the permanent magnet in the same magnetism as the permanent magnet from a non-magnetic iron core, and instantly, the huge torque potential energy of the electromagnetic repulsive force is burst together with the torque energy originally formed by Pi, so that the mouse in the movable restraining mouse trap is quickly and centrifugally slipped into the trapping mouse barrel to be temporarily trapped;
when the rotating movable constraint mousetrap slides and falls a mouse, the normally closed cd reset signal switch which is slightly far away from the rotating shaft works to enable the SCR to work2The thyristor is conducted, and the high potential on C1 is loaded to the conducting SCR1SCR termination on thyristor1On-state of the thyristor, RLThe direct current electromagnet is attracted by the permanent magnet R again due to the loss of magnetism when the power is offLThe core of the DC electromagnet is conditioned, and then the normally closed ef grounding switch is turned off to turn on the SCR2The silicon controlled rectifier is powered off to finish the work, and conditions are prepared for continuing the next mouse trapping work;
after the pivoted activity restraint mousetrap loses mouse, focus Pi becomes back to fixed focus Po, and focus reset block striking elasticity gag lever post, receive reverse resilience force and fixed focus Po torque potential energy combined action, the activity restraint mousetrap is reverse gyration, when two bevel connection circle plastic pipe get back to and are close the horizontal line position, permanent magnet actuation RLThe direct current electromagnet locks the double-bevel-opening circular plastic pipe at a horizontal position again along with small click, so that the activity-constrained mousetrap becomes stable without any unstable feeling;
restraining and trapping a plurality of mouse machines to repeatedly trap mice until the scheduled trapping time is full;
people come to the scene and look over, shut down, open the handle formula water conservancy diversion cover of trapping the machine, look over and gather the mouse quantity condition in the prisoner's mouse bucket, when the discovery has gathered prisoner a lot of mice, get special pocket rigid coupling in gather on trapping of prisoner's mouse bottom of the barrel put the mouse valve pipe, and open and catch and put the mouse valve, take off special mouse pole of climbing, drive with it and gather all mice in the prisoner's mouse bucket and get into in the special pocket, prick the mouth, press and put the pocket under the surface of water in pond, suitable time takes out, handle and fall drowned mouse.
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| NZ592287A (en) * | 2011-10-15 | 2014-04-30 | Learningworks Ltd | Improvements in animal traps |
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| US4741121A (en) * | 1986-03-13 | 1988-05-03 | Andrew J. Pratscher | Gas chamber animal trap |
| US5511339A (en) * | 1994-08-16 | 1996-04-30 | Pencheon; Vance R. | Rodent trap |
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| CN108496947A (en) | 2018-09-07 |
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Effective date of registration: 20231220 Address after: 710000, Room 1804, Block A, Latte City, Yanta South Road, Qujiang New District, Xi'an City, Shaanxi Province Patentee after: Xi'an Diyun Biotechnology Co.,Ltd. Address before: 545002 building 3, ermianqian living area, Shengli Road, Liubei District, Liuzhou City, Guangxi Zhuang Autonomous Region Patentee before: Li Xiandeng |
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