阅读说明：本技术 一种弹簧触发自锁门捕鼠笼及其控制方法 (Spring-triggered self-locking door mouse trap and control method thereof ) 是由 毛宁 于 2021-08-10 设计创作，主要内容包括：本申请涉及一种弹簧触发自锁门捕鼠笼及其控制方法,一种弹簧触发自锁门捕鼠笼包括鼠笼、翘板、弹性联动装置、门锁、第一笼门、第二笼门,第一笼门和第二笼门分别通过连接轴铰接在鼠笼两侧,连接轴分别套设复位弹簧。弹性联动装置包括弹簧、弹簧扣、第一连杆和第二连杆,当笼门打开时,翘板与弹簧扣活动连接,弹簧下端与鼠笼连接,上端与弹簧下端扣连接,弹簧扣上端与第一连杆、第二连杆一端接触,第一连杆和第二连杆另一端分别与第一笼门和第二笼门抵接。本申请弹性联动装置触发后,笼门关闭并被门锁锁死,老鼠从内侧无法推开,可以防止老鼠逃走,增加电压带和电喷雾装置,既可以抓活体也可以直接处理掉老鼠。(The application relates to a spring-triggered self-locking door mouse trapping cage and a control method thereof. The elastic linkage device comprises a spring, a spring buckle, a first connecting rod and a second connecting rod, when the cage door is opened, the wane is movably connected with the spring buckle, the lower end of the spring is connected with the squirrel cage, the upper end of the spring is connected with the lower end of the spring in a buckling mode, the upper end of the spring buckle is in contact with one end of the first connecting rod and one end of the second connecting rod, and the other ends of the first connecting rod and the second connecting rod are respectively abutted to the first cage door and the second cage door. This application elasticity aggregate unit triggers the back, and the cage door is closed and is died by the lock, and the mouse can't push away from the inboard, can prevent that the mouse from escaping, increases voltage area and electrospray device, both can grab the living body and also can directly handle the mouse.)

1. A spring-triggered self-locking door mouse trap cage comprises a mouse cage (1), a wane (2), an elastic linkage device, cage doors and door locks (3), wherein each cage door comprises a first cage door (4) and a second cage door (5), each cage door is correspondingly provided with one door lock (3), the first cage door (4) and the second cage door (5) are respectively hinged on two side surfaces of the mouse cage (1) through connecting shafts, and each connecting shaft is respectively sleeved with a reset spring, the spring trap cage is characterized in that the elastic linkage device comprises a spring (6), a spring buckle (7), a first connecting rod (8) and a second connecting rod (9), when the cage doors are opened, the wane (2) is movably connected with the spring buckle (7), the lower end of the spring (6) is connected with the mouse cage (1), the upper end of the spring buckle is connected with the lower end of the spring buckle (7), the upper end of the spring buckle (7) is contacted with one end of the first connecting rod (8) and the second connecting rod (9), the middle parts of the first connecting rod (8) and the second connecting rod (9) are hinged with the two sides of the squirrel cage (1) to form rotating shafts, the other ends of the first connecting rod (8) and the second connecting rod (9) are respectively abutted against the first cage door (4) and the second cage door (5), and the door lock (3) is arranged on one side, far away from the connecting shaft, of the squirrel cage (1).

2. The spring-triggered self-locking-door mousetrap according to claim 1, characterized in that: spring buckle (7) are cylindrical stock, and two sections L types of bending into, end to end and perpendicular, including linkage segment (701), removal section (702) and contact segment (703), linkage segment (701) perpendicular to removes section (702), removes section (702) perpendicular to contact segment (703), and contact segment (703) are parallel and set up dorsad with linkage segment (701), linkage segment (701) and spring (6) swing joint, and sets up fixed knot (704) in the junction, when the cage door is opened, linkage segment (701) outermost end and wane (2) swing joint.

3. The spring-triggered self-locking-door mousetrap according to claim 2, wherein: the squirrel cage is characterized in that a limiting groove (10) is formed in the center of the front of the squirrel cage (1), the moving section (702) penetrates through the limiting groove (10), the width of the limiting groove (10) is slightly larger than the diameter of the spring fastener (7), the length of the limiting groove is smaller than the length of the contact section (703), a gap slightly larger than the diameter of the spring fastener (7) is reserved in the squirrel cage (1) at the upper end of the limiting groove (10), and the fixing fastener (704) can be accommodated in the limiting groove (10).

4. The spring-triggered self-locking-door mousetrap according to claim 2, wherein: the seesaw (2) sets up footboard (201) and rotary rod (202) of outer fringe one side perk including two symmetries, rotary rod (202) are the Z style of calligraphy, including longer one section, shorter one section and vertical linkage segment, long one section and two footboard fixed connection to both ends and squirrel cage (1) swing joint, when the cage door is opened, short one section and contact segment (703) swing joint and parallel arrangement, the contact position of swing joint department rotary rod (202) is the cambered surface, squirrel cage (1) sets up a protruding pole (601), and with vertical linkage segment butt, protruding pole (601) and spring (6) lower extreme swing joint.

5. The spring-triggered self-locking-door mousetrap according to claim 1, characterized in that: the door is characterized in that a clockwork spring is arranged on one side of the door connecting shaft, a protruding block is arranged on the upper side of the door, the protruding block is wide at the upper part and narrow at the lower part, when the door is opened, the clockwork spring is compressed to achieve the maximum torque, and the protruding block is in contact with the elastic linkage device.

6. The spring-triggered self-locking-door mousetrap according to claim 1, characterized in that: door lock (3) are the four sides annular, and one of them angle is opened and is inwards sunken to form the opening, the opening has positive stop (301) and backstop (302), and door lock (3) use axle (303) with the cage door to be connected, axle (303) cover is established and is kept off spring (304), keep off spring (304) both ends protrusion to lock (3) dorsad, when the cage door was closed, the cage door got into the opening and is driven backstop (302) contact, and backstop (302) drive door lock (3) and rotate.

7. The spring-triggered self-locking-door mousetrap according to claim 6, wherein: the utility model provides a spring triggers auto-lock door mousetrap includes electric property component, battery and voltage area, cage door department is close to in squirrel cage (1) sets up the electro-magnet, and cage door and electric property component electric connection and material are the conductor, the voltage area sets up and is close to cage door department in squirrel cage (1) inboard, and after wane (2) were stepped on, the circular telegram is taken to the voltage, electric property component and battery set up on squirrel cage (1), form the route when cage door and lock (3) contact, and the electro-magnet circular telegram, door lock (3) are died by the lock.

8. The spring-triggered self-locking door mousetrap according to claim 7, wherein: the utility model provides a spring triggers auto-lock door mousetrap includes electric spray device and control module, control module and electrical property component electric connection, electric spray device and electrical property component electric connection, control module passes through electrical property component connection control electric spray device and voltage band, opens when needing to entice the mouse and enter, and electric spray device releases food fragrance and lures the mouse to get into, and when cage door and lock (3) contact formation route, electric spray device releases the puzzlement, and when needs reutilization mousetrap, special smell of electric spray device release is covered and is grabbed the smell by the mouse.

9. The spring-triggered self-locking-door mousetrap according to claim 8, wherein: the mouse cage is characterized in that a camera capable of watching the internal channel of the whole mouse cage (1) is installed at the upper end in the middle of the mouse cage (1), the camera is electrically connected with an electric element, the electric element is provided with a buzzer, the camera has a mouse recognition function and has a monitoring end, and the monitoring end can transmit images collected by the camera in real time and has an alarm function.

10. The control method of the spring-triggered self-locking door mousetrap according to claim 9 comprises the following steps:

when the cage door is opened and a mouse is trapped, the electric spraying device releases food fragrance;

when a mouse enters the mouse cage (1), the camera recognizes the mouse, the mouse steps on the rocker (2), the voltage band triggers the release voltage, the electrospray device releases the fog, and when the mouse is stunned and inactivated, the monitoring end of the camera alarms and displays to capture the mouse; if the pesticide effect of the dense fog passes and the mouse in the cage moves, the camera recognizes the mouse again and releases the dense fog again;

when other animals approach the mousetrap, the camera identifies non-mice, and the voltage band is released in advance and triggers the buzzer to alarm;

when other animals enter the squirrel cage (1) to trigger the seesaw (2), the control module controls the voltage band to be closed, the electric spraying device is powered off and does not release gas, and the monitoring end alarms and displays to capture non-mice.

Technical Field

The invention relates to the field of mousetraps, in particular to a spring-triggered self-locking-door mousetrap and a control method thereof.

Background

The rats are always called as the head of four pests, are easy to spread diseases, bite cables, clothes, raw material packages and the like for grinding teeth, have strong reproductive capacity, and can immediately propagate rat groups and increase harm if not quickly killed after appearing in a certain place. Therefore, people in various places always use various ways to kill rats. Although the existing mouse trapping methods are various and comprise mouse trapping clamps, mouse trapping cages, mouse traps, photoelectric mouse traps, mouse sticking glue and the like, the mouse trapping clamps are easy to escape, the clamping force of the mouse trapping clamps is too large, the mice can be directly killed, dead bodies of the mice are difficult to treat, the mouse sticking glue is expensive and is a disposable product, a little mouse can even drag the mouse sticking glue, and the mouse trapping success rate is low.

In the prior art, most of common mouse trapping cages are pedal type mouse trapping cages, baits are placed on pedals, mice enter mouse cages and step on the pedals, the pedals trigger a mechanism, and the channel door at the entrance of the mouse cage is closed. However, most of the mousetraps are not sensitive to closing, mice can easily escape from the old mouse cage, and the conventional mousetrap is only provided with one movable door, so that trapping difficulty is high. In addition, the mouse cage of the mouse is entered, because the mouse can leave odor to warn other mice, the success rate of trapping the mouse again is low, the odor of the mouse needs to be manually removed for reuse, and the smell of the mouse is much lower than that of the mouse, so the odor cannot be completely eliminated in many times. Baits and trapped mice also attract other animals, particularly pet cats, which are prone to accidental injury if the pet cat inadvertently enters the cage.

Therefore, there is a need for a trap which is fast in response, reusable, less prone to being opened by a mouse without causing damage to other animals, chinese patent publication No.: CN206895675U, the name of the invention is: the self-locking type mouse trapping cage comprises a cage body, a cage door, a pullback spring, a bait disc and a transmission device, wherein the bait disc is arranged in the cage body and is connected with the cage door through the transmission device; the head of hasp can with cage door lock for the cage door is closed, can't open from cage inside, prevents that the mouse from escaping, realizes the purpose of live mouse of catching. The mouse trap has the advantages that the mouse trap is a single-opening mouse door, the probability of trapping mice into a mouse cage is low, the movable door of the mouse trap is opened and closed in an up-and-down overturning mode, the travel of the movable door is large, the door is closed only by the gravity of the movable door, the door closing speed is low, and the mice are easy to run out after triggering a mechanism.

The invention provides a spring-triggered self-locking door mouse trap and a control method thereof. Elastic linkage is triggered the back, and the cage door is closed rapidly and is locked, and the mouse can't be released from the inboard, and the mouse is difficult for escaping, increases voltage zone and electric spray device, has both conveniently acquireed the live body mouse, also can handle the live body mouse, can cover the smell of catching the mouse simultaneously, is favorable to the secondary use of squirrel cage, sets up the camera, can discern whether the animal that gets into the mousetrap is the mouse, prevents to accidentally injure other animals.

Disclosure of Invention

The invention aims to provide a spring-triggered self-locking door mouse trap and a control method thereof, and aims to solve the problems in the background art.

The invention provides the following technical scheme: the utility model provides a spring triggers auto-lock door mousetrap, includes squirrel cage, wane, elasticity aggregate unit, cage door and lock, and the cage door includes first cage door and second cage door, and every cage door corresponds and sets up a lock, first cage door and second cage door articulate at squirrel cage both sides face through the connecting axle respectively, and reset spring is established to the connecting axle cover respectively, and reset spring can guarantee that the cage door keeps the normal close. The elastic linkage device comprises a spring, a spring buckle, a first connecting rod and a second connecting rod. When the cage door is opened, the wane is movably connected with the spring fastener, the lower end of the spring is connected with the squirrel cage, the upper end of the spring is connected with the lower end of the spring fastener, the spring is stretched at the moment, the upper end of the spring fastener is contacted with the first connecting rod and one end of the second connecting rod, the middle parts of the first connecting rod and the second connecting rod are hinged with the two sides of the squirrel cage to form rotating shafts, the other ends of the first connecting rod and the second connecting rod are respectively abutted against the first cage door and the second cage door to keep the cage door opened, and the door lock is arranged on one side of the squirrel cage far away from the connecting shaft. After the wane is stepped on, the wane breaks away from with the snak link, and the spring shrink drives the snak link and moves down, and the snak link drives first connecting rod and second connecting rod and moves down, and under the effect of axis of rotation, the first connecting rod of first connecting rod and second connecting rod other end no longer butt first cage door and second cage door, under reset spring's effect, first cage door and second cage door all close, and all contact with the door lock, trigger the lock and die the cage door lock.

Further, the snak link is cylindrical stock, bends into two sections L types, and end to end and perpendicular, including linkage segment, removal section and contact segment, linkage segment perpendicular to removes the section, removes section perpendicular to contact segment, and the contact segment is parallel and set up dorsad with the linkage segment, linkage segment and spring swing joint, and sets up fixed the knot in the junction. When the cage door is opened, the outermost end of the connecting section is movably connected with the warping plate, the contact surface is a horizontal plane, and the horizontal plane can guarantee the stability of the connecting state. The fixing buckle is used for movably connecting the spring and the spring buckle, and the spring buckle is prevented from being separated from the spring and swinging around when the spring contracts.

Furthermore, a limiting groove is fixedly arranged at the center of the front of the squirrel cage, and the moving section penetrates through the limiting groove. The width of the inner part of the limiting groove is slightly larger than the diameter of the spring fastener, and the length of the inner part of the limiting groove is smaller than the length of the contact section, so that the contact section can penetrate through the limiting groove and can move in the limiting groove in a limited mode, the moving section and the contact section need to move up and down, and the length of the limiting groove is smaller than the length of the contact section. The squirrel cage part at the upper end of the limiting groove is provided with a gap slightly larger than the diameter of the spring fastener, and the contact section can penetrate through the gap and move at the gap. The fixing buckle can be accommodated in the limiting groove. The limiting groove is used for providing a moving space for the spring buckle, so that the spring buckle can move up and down in a limited mode, a guiding effect is achieved, and meanwhile the spring buckle is prevented from being deviated and separated from the squirrel cage under the elastic action of the spring.

Furthermore, the rocker comprises two pedals and a rotating rod, wherein the pedals are symmetrically arranged, and one side of the outer edge of each pedal is tilted. The rotary rod is the Z style of calligraphy, including longer one section, shorter one section and vertical linkage segment, long one section and two footboard fixed connection, with squirrel cage swing joint, when the cage door is opened, short one section and contact segment swing joint and parallel arrangement, the contact surface of swing joint department rotary rod is the cambered surface, so the horizontal plane of the linkage segment with the snak actually contacts with the short one section cambered surface of wane, and like this, as long as the rotary rod is along with the rotatory certain angle of footboard, the wane will break away from at once with the snak, elastic linkage is triggered, the reaction is rapid. The front door of the mouse cage is provided with a protruding rod which is abutted against the vertical connecting section and movably connected with the lower end of the spring, and the protruding rod is arranged to ensure that the rotating rod cannot easily fall off when being connected with the spring fastener. The footboard drives the rotatory elastic linkage that triggers of rotary rod easily promptly, and rotary rod self can not rotate easily and trigger elastic linkage, and when manual setting wane was connected with the snak link, the operation rotary rod was connected with the snak link, had so both guaranteed the stability of being connected of rotary rod and snak link, had also guaranteed elastic linkage's sensitivity.

Furthermore, a clockwork spring is arranged on one side of the cage door connecting shaft, a protruding block is arranged on the upper side of the cage door, the protruding block is wide at the upper part and narrow at the lower part, when the cage door is opened, the clockwork spring is compressed to achieve the maximum torque, and the protruding block is in a semicircular shape and is in contact with the elastic linkage device. The clockwork spring can assist the cage door to close, and when elasticity aggregate unit no longer supported the cage door, the clockwork spring effect closed the cage door rapidly, reduces the time of closing the door, prevents that the mouse from realizing dangerous escaping. The protruding block can also be used as a contact surface for opening the cage door, so that an operator can conveniently and manually open the cage door.

Furthermore, the door lock is in a four-side ring shape, one corner of the door lock is opened and is recessed inwards to form an opening, the opening is provided with a front stop block and a rear stop block and is connected with the cage door through a shaft, a stop spring is sleeved on the shaft, and two ends of the stop spring protrude and face back to the door lock. When the cage door is closed, the cage door enters the opening and drives the rear stop block to contact, and the rear stop block drives the door lock to rotate. When the cage door is opened outwards, if the door lock is not rotated in advance, the cage door is firstly contacted with the front stop block, a dead point is formed, the cage door cannot rotate continuously, and the cage door cannot be opened. The door lock is used as a self-locking device, the door lock must be pulled from the outside firstly, the back stop block drives the cage door, the cage door can only come in and go out from the opening, the cage door is directly pushed outwards, and the cage door can only contact the front stop block and cannot be opened continuously, and the cage door cannot come in and go out from the opening. The mouse pushes the cage door outwards from the inner side, and the cage door cannot be opened, so that the mouse can be prevented from pushing the cage door to escape.

Further, a spring-triggered self-locking door mousetrap includes electric element, battery and voltage band, voltage band voltage is adjustable, can frighten the mouse the minimum, can directly hit the mouse the biggest. The squirrel cage is close to cage door department and sets up the electro-magnet, and cage door and electric element electric connection and material are metal or metal alloy, the voltage area sets up in squirrel cage inboard and is close to cage door department, and after the wane was stepped on, the voltage area circular telegram was aroused. The electric element and the battery are arranged on the squirrel cage, when the cage door is contacted with the door lock, a passage is formed, the electromagnet is electrified, and the door lock is locked. The electro-magnet circular telegram can attract the cage door, strengthens the locking degree of cage door, and the voltage area is triggered the back, and the mouse is afraid of the voltage very much and dare not dare to walk toward the cage door direction, and the mouse triggers can only scurry in the cage after the elastic linkage device like this. If the mice in the cage need to be treated, the voltage of the voltage band is adjusted to the maximum, the trigger voltage band can be killed in the process that the mice flee randomly, the corpses are clean, the mouse cage does not need to be cleaned, and the captured mice are conveniently treated in a harmless mode.

Further, a spring triggers auto-lock door mousetrap includes electric spray device and control module, control module and electric property component electric connection, electric spray device and electric property component electric connection, control module passes through electric property component connection control electric spray device and voltage band, opens when needs tempting mouse to enter when the cage door, and electric spray device release food fragrance tempts mouse to get into, and when cage door and door lock contact formed the route, electric spray device release puzzlement, if need catch the live body mouse, the puzzlement can make the mouse lose the mobility, and conveniently takes out the live body mouse, waits to the drug effect after, the mouse can normally move about, prevents that the mouse from escaping the squirrel cage at the in-process that the door was taken out. When the mousetrap needs to be reused, the special smell released by the electric spraying device covers the smell of the caught mouse, and when the mousetrap is used again, other mice cannot recognize danger signals, so that the repeated mouse catching success rate of the mouse cage is improved.

Furthermore, the upper end installation can monitor the camera of whole squirrel cage inner channel in the middle of the squirrel cage, camera and electrical component electric connection, electrical component sets up bee calling organ, and the camera can discern the interior animal of passageway and be mouse or non-mouse, and has the control end. The camera monitoring end has an alarm function, images collected by the camera can be transmitted to a user, the inner dynamic state of the mousetrap is monitored in real time, and the user can be reminded whether to catch a mouse or not. If not the mouse gets into the mousetrap, accident trigger the wane, and the camera discernment is non-mouse class, and bee calling organ triggers the warning, frightens away non-mouse class animal, and control module control voltage area and electrospray device do not function, avoid other animals to step on the wanes by mistake, cause the accidental injury. If the mouse is identified to enter the mouse trapping cage by the camera, the voltage band is electrified with the electric spraying device to operate respectively. The mouse recognition method by the camera comprises the following steps: if the collected image contains movable conical movable bodies, the ratio of the tail length to the body length is between 1: 0.8 and 1: 1.1, the body length is 6 to 30 centimeters, the four limbs are thin relative to the body, and the hind legs are long relative to the forepaw, the rat is judged, otherwise, the rat is judged to be not the rat.

A control method of a spring-triggered self-locking door mouse trap cage comprises the following steps:

when the cage door is opened and a mouse is trapped, the electric spraying device releases food fragrance to lure the mouse to enter;

when a mouse enters the mouse cage, the camera recognizes the mouse, the mouse steps on the wane, the voltage band triggers the release voltage, the electrospray device releases the fog and stuns the mouse, so that the mouse loses the activity, when the mouse is stunned and inactivated, the camera monitoring end alarms and displays to capture the mouse, if the pesticide effect of the fog is over and the mouse in the cage moves, the camera recognizes the mouse again and releases the fog again to prevent the mouse from escaping;

when other animals approach the squirrel cage and the camera identifies that the animals are non-rats, the voltage band is released in advance and the buzzer is triggered to alarm, so that the non-rats are frightened;

when other animals enter the squirrel cage and trigger the seesaw, the control module controls the voltage band to be closed, the electric spraying device is powered off and does not release gas, accidental injury is prevented, and the monitoring end alarms and displays to capture non-mice.

Compared with the prior art, the invention has the following beneficial effects: the invention discloses a spring-triggered self-locking door mousetrap and a control method thereof, wherein the spring-triggered self-locking door mousetrap comprises the following steps:

1. the elastic linkage device is adopted, the pedal trigger mechanism is sensitive, the cage door is provided with the reset spring and the clockwork spring, the door closing speed is high, a mouse is not easy to escape after stepping on the pedal, and the mouse trapping success rate is high.

2. The electric spraying device can also spray special gas covering mouse smell, and is favorable for secondary utilization of the mouse trapping cage. The mouse trap is provided with the camera and the control module, so that whether mice enter the mouse trap cage or not can be identified, and accidental injury caused by the fact that other animals accidentally enter the mouse trap cage is prevented.

3. The door lock is arranged, after the cage door is triggered to be closed, the cage door is locked, the mouse trapping cage can be opened only by firstly contacting the door lock from the outside and then pulling the cage door, and a mouse can be prevented from pushing the mouse cage to escape.

4. The whole trigger mechanism and the cage door are external, the upper end of the mouse cage can be detached, maintenance and repair of all parts are facilitated, and the mouse trapping cage can directly see the states of all parts when a fault occurs.

5. Adopt two openings and every cage door all can open independently, both can open a cage door alone, another fan is closed, and the formula mousetrap that traps as one-way open-ended uses, also can regard as two open-ended passageway type mousetrap to use, and the practicality is strong.

Drawings

The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the description serve to explain the principles of the invention and not to limit the invention. In the drawings:

FIG. 1 is a three-dimensional schematic view of a spring-triggered self-locking door mousetrap cage according to the present invention showing the open state of the moveable door;

FIG. 2 is a three-dimensional schematic view showing a closed state of a trap cage with a spring-triggered self-locking door according to the present invention;

FIG. 3 is a three-dimensional schematic view of a spring-triggered self-locking door mousetrap cage of the present invention;

FIG. 4 is a three-dimensional schematic view of a spring-triggered self-locking door mousetrap door lock of the present invention;

FIG. 5 is a three-dimensional schematic view of a first linkage of a spring-triggered self-locking door mousetrap of the present invention;

FIG. 6 is a three-dimensional schematic view of a rocker of a spring-triggered self-locking door mousetrap of the present invention;

in the figure: 1. squirrel cage, 2, wane, 201, footboard, 202, rotary rod, 3, lock, 301, preceding dog, 302, backstop, 303, axle, 304, fender spring, 4, first cage door, 5, second cage door, 6, spring, 601, protruding pole, 7, snak link, 701, linkage segment, 702, removal section, 703, contact segment, 704, fixed knot, 8, first connecting rod, 801, quarter butt, 802, hinge bar, 803, stock, 9, second connecting rod, 10, spacing groove.

Detailed Description

The technical solution in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention.

Referring to fig. 1-5, the present invention provides the following technical solutions: the invention discloses a spring-triggered self-locking-door mouse trap, which comprises a mouse cage 1, a wane 2, an elastic linkage device, cage doors and door locks 3, wherein each cage door comprises a first cage door 4 and a second cage door 5, each cage door is correspondingly provided with one door lock, the first cage door 4 and the second cage door 5 are respectively hinged on two side surfaces of the mouse cage 1 through connecting shafts 303, the connecting shafts 303 are respectively sleeved with return springs, and the return springs can ensure that the cage doors are kept normally closed. The elastic linkage comprises a spring 6, a spring catch 7, a first link 8 and a second link 9.

When the cage door is opened, the wane 2 is abutted against the spring fastener 7, the lower end of the spring 6 is connected with the cage 1, the upper end of the spring is connected with the lower end of the spring fastener 7, and the spring 6 is stretched at the moment. The lower side of the upper end of the spring fastener 7 is in contact with one ends of a first connecting rod 8 and a second connecting rod 9, the middle parts of the first connecting rod 8 and the second connecting rod 9 are hinged with the two sides of the squirrel cage 1 to form a rotating shaft 303, and the other ends of the first connecting rod 8 and the second connecting rod 9 are respectively abutted against the first cage door 4 and the second cage door 5 to keep the cage doors open. The door lock 3 is arranged on one side of the squirrel cage 1 far away from the connecting shaft 303. After wane 2 is stepped on, wane 2 is rotatory and breaks away from with snak link 7, spring 6 contracts and drives snak link 7 and move down, snak link 7 drives first connecting rod 8 and second connecting rod 9 and moves down, under the switching-over effect of axis of rotation 303, first connecting rod 8 and the 9 other end of second connecting rod shift up, after shifting up a certain stroke, first connecting rod 8 and second connecting rod 9 no longer butt first cage door 4 and second cage door 5, under reset spring's effect, first cage door 4 and second cage door 5 are all closed, and all contact with door lock 3, trigger door lock 3 and lock the cage door.

The spring buckle 7 is a cylindrical long rod 803, is bent into two L-shaped sections, is connected end to end and is vertical, and comprises a connecting section 701, a moving section 702 and a contact section 703, wherein the connecting section 701 is vertical to the moving section 702, the moving section 702 is vertical to the contact section 703, the contact section is parallel to the connecting section 701 and is arranged in a back direction, one end of the contact section 703, which is far away from the moving section 702, is bent downwards, and the first connecting rod 8 and the second connecting rod 9 are prevented from being separated from a contact surface. Connecting segment 701 and 6 swing joint of spring, and set up fixed knot 704 in the junction, when the cage door was opened, connecting segment 701 outermost end and 2 swing joint of wane, connecting segment 701 outermost end cross section are the major arc, and the central angle is 270 degrees, and the upper end is the arc, the lower extreme is the straight line, and the lower extreme forms the level contact face, and the stability of connection status can be guaranteed to the horizontal plane. The fixing buckle 704 is used for movably connecting the spring 6 and the spring buckle 7, and the spring buckle 7 is prevented from being separated from the spring 6 and swinging around when the spring 6 contracts. Hooks are arranged at two ends of the spring 6 and are hinged with the squirrel cage 1 and the connecting section 701 respectively, and the spring 6 is parallel to the moving section 702.

The central position in front of the squirrel cage 1 is fixedly provided with a limit groove 10, the moving section 702 penetrates through the limit groove 10 and moves up and down in the limit groove 10, and the limit groove 10 is communicated with the middle up and down to form a channel. The width of the limiting groove 10 is slightly larger than the diameter of the spring buckle 7, and the length of the limiting groove 10 is smaller than the length of the contact section 703, so that the contact section 703 can penetrate through the limiting groove 10 and can move in the limiting groove 10 in a limited manner, and the moving section 702 and the contact section 703 need to move up and down, so that the length of the limiting groove 10 is smaller than the length of the contact section 703. The squirrel cage 1 part at the upper end of the limiting groove 10 is provided with a gap slightly larger than the diameter of the spring fastener 7, the contact section 703 moves up and down through the gap, and the gap is matched with the limiting groove 10 to play a role in guiding the spring fastener 7. The retaining buckle 704 may be received in the retaining groove 10, and the retaining groove 10 may further support the spring buckle 7 for secondary use. The spring 6 contracts and then the fixing buckle 704 is accommodated in the limiting groove 10, so that the spring 6 is protected. The limiting groove 10 is used for providing a moving space for the spring buckle 7, so that the spring buckle 7 can move up and down in a limited way, and meanwhile, the spring buckle 7 is prevented from being deviated and separated from the squirrel cage 1 under the action of the elastic force of the spring 6.

The first connecting rod 8 is Z-shaped and comprises a short rod 801, a hinged rod 802 and a long rod 803, the short rod 801 is perpendicular to the hinged rod 802, the hinged rod 802 is connected with the short rod 801 and the long rod 803, the first connecting rod 8 is hinged to the squirrel cage 1 at the upper end of the first cage door 4, and the long rod 803 is perpendicular to the hinged rod 802 and is arranged in a back direction parallel to the short rod 801. When the first door 4 is normally opened by the long rod 803, the short rod 801 is in contact with the contact segment 703, but no interaction force is generated. When the rocker 2 is stepped on, the elastic linkage device is triggered, the short rod 801 is pressed down by the contact section 703, the long rod 803 rotates upwards and is separated from the first door 4 under the reversing action of the hinge rod 802, and the first door 4 is closed by the return spring. The second connecting rod 9 has the same structure and function as the first connecting rod 8 and is used for opening and closing the second cage door 5.

The seesaw 2 comprises two pedals 201 with symmetrically arranged outer edges and one side tilted and a rotating rod 202. The rotating rod 202 is Z-shaped and formed by bending a long rod 803 with a circular cross section, and comprises a long section, a short section and a vertical connecting section, wherein the long section is fixedly connected with the two pedals 201, and two ends of the long section are movably connected with the squirrel cage 1. When the door is opened, the short section is movably connected with the contact section 703 and arranged in parallel, and the contact position of the rotating rod 202 at the movable connection part is an arc surface. Therefore, the horizontal plane of the connecting section 701 of the spring buckle 7 is actually in contact with the short arc surface of the rocker 2, so that the rocker 2 and the spring buckle 7 can be separated immediately as long as the rotating rod 202 rotates for a certain angle along with the pedal 201, and the elastic linkage device is triggered, thereby being beneficial to enhancing the triggering sensitivity of the mousetrap 1. Squirrel cage 1 sets up a protruding pole 601 to with vertical linkage segment butt, protruding pole 601 and spring 6 lower extreme swing joint, set up protruding pole 601 and guaranteed that rotary rod 202 can not drop when being connected with snak link 7. That is, the pedal 201 can easily drive the rotating rod 202 to rotate to trigger the elastic linkage, but the rotating rod 202 is not easy to trigger the elastic linkage by rotating itself. When the rocker 2 is manually connected with the spring fastener 7, one end of the rotating rod 202 is operated to be connected with the spring fastener 7, so that the connection stability of the rotating rod 202 and the spring fastener 7 is ensured, and the sensitivity of the pedal 201 is also ensured.

The squirrel cage 1 is provided with a plurality of oval holes, so that a user can take the squirrel cage 1 through any hole and can directly observe whether the squirrel cage 1 catches mice or not and the state of the caught mice through the holes. The mouse cage 1 is detachable, when the mouse cage breaks down, the upper end part can be detached, and all parts are directly exposed in the visual field of a maintainer, so that the mouse cage is convenient to maintain. The baffle plates are arranged on two sides of the mouse cage 1 and are annular four-side blocks, the outer side of each baffle plate is fixedly connected with the mouse cage 1 in a seamless mode, and an opening for the mouse to enter and exit is reserved on the inner side of each baffle plate. One side of the baffle is provided with a door lock 3, and the other side of the baffle is provided with a shaft 303 hole matched with the connecting shaft 303 for use. The baffle plate is matched with the cage door for use, and the two side surfaces of the squirrel cage 1 are sealed. The shutter also provides a mounting space for the door lock 3 and the connecting shaft 303.

A clockwork spring is arranged on one side of the cage door connecting shaft 303, a protruding block is arranged on the upper side of the cage door, and the protruding block is wide in the upper portion and narrow in the lower portion and is semicircular. When the door is opened, the spring is compressed to reach the maximum torque, the convex block is in contact with the elastic linkage device, and when the door is kept opened, the first connecting rod 8 and the second connecting rod 9 cannot be separated from the door due to the action of gravity because the upper end of the convex block is wide. The clockwork spring can assist the cage door to close, and when elasticity aggregate unit no longer supported the cage door, the clockwork spring effect closed the cage door rapidly, reduces the time of closing the door, prevents that the mouse from realizing dangerous escaping. The protruding block can also be used as a contact surface for opening the cage door, so that an operator can conveniently and manually open the cage door.

The door lock 3 is in the shape of a four-sided ring, with one corner open and recessed to form an opening having a front stop 301 and a rear stop 302, the front stop 301 being distal from the opening and the rear stop 302 being proximal to the opening. The door lock 3 is connected with the cage door by using a shaft 303, the shaft 303 is sleeved with a blocking spring 304, and two ends of the blocking spring 304 protrude and back to the door lock 3. When the door is closed, the door enters the opening and drives the backstop 302 to contact, and the backstop 302 drives the door lock 3 to rotate. When the cage door is opened outwards, if the door lock 3 is not rotated in advance, the cage door is firstly contacted with the front stop block 301, a dead point is formed, the cage door cannot rotate continuously, and the cage door cannot be opened. The door lock 3 is a self-locking device, the door lock 3 must be pulled from the outside, the rear stop block 302 drives the cage door, the cage door can only come in and go out from the opening, the cage door is directly pushed outwards, and the cage door can only contact the front stop block 301 and cannot be opened continuously, and the cage door cannot come in and go out from the opening. The mouse pushes the cage door outwards from the inner side, and the cage door cannot be opened, so that the mouse can be prevented from pushing the cage door to escape.

In one embodiment, the device further comprises an electrical element, a battery, a voltage band, an electrospray device, a buzzer, a camera and a control unit, wherein the electrical element is electrically connected with the battery, the voltage band, the electrospray device, the camera and the control unit, and the control unit controls the voltage band, the electrospray device and the buzzer through signals sent by the camera. The voltage band voltage is adjustable, so that mice and other animals can be deterred to the minimum, and the mice can be killed directly to the maximum. The squirrel cage 1 is close to cage door department and sets up the electro-magnet, cage door and electric element electric connection and material are metal or metal alloy, and the voltage area sets up in the inboard cage door department of being close to of squirrel cage 1, and after wane 2 was stepped on, the voltage area circular telegram was aroused. After the voltage area is triggered, the mouse naturally fear the voltage and dare not to walk to the cage door, so the mouse can only flee in the cage after triggering the elastic linkage device. If the mouse in the cage needs to be treated, the voltage of the voltage band is adjusted to the maximum, the trigger voltage band is electrocuted in the process that the mouse flees randomly, the corpse is clean, the mouse cage 1 does not need to be cleaned, and the mouse caught by harmless treatment is convenient. The electrical components and the battery are arranged on the squirrel cage 1. When the cage door contacts with the door lock 3, a passage is formed, the electromagnet is electrified, the door lock 3 is locked, the electromagnet is electrified to attract the cage door, and the locking degree of the cage door is enhanced. When the electrospray device traps mice, food fragrance can be released, and the mice can be attracted into the mouse trapping cage only by releasing the food fragrance because the smell sense of the mice is very sensitive and the vision is very weak; after entering the mouse cage 1, the mouse can release the fog and stun the mouse; before the secondary use of the mousetrap, special smell can be released to cover the smell of the mouse, so that other mice are prevented from being afraid of entering the mousetrap due to the fact that the other mice are aware of danger. The camera is installed at the upper end in the middle of the squirrel cage, can monitor the state of the internal channel of the whole squirrel cage 1, can identify that animals in the channel are rats or non-rats, and has a monitoring end. The monitoring end has an alarm function, the camera can collect images and transmit the images to a user, the dynamics in the mousetrap is provided in real time, and the user can be reminded whether to catch a mouse or not. If not the mouse gets into the mousetrap, unexpected trigger wane 2, the camera discernment is non-mouse class, and bee calling organ triggers the warning, frightens away non-mouse class animal, and control module control voltage area and electrospray device do not function, avoid other animals to step on wane 2 by mistake, cause the accidental injury. If the mouse is identified to enter the mouse trapping cage by the camera, the voltage band is electrified with the electric spraying device to operate respectively. If the collected image contains movable conical movable bodies, the ratio of the tail length to the body length is between 1: 0.8 and 1: 1.1, the body length is 6 to 30 centimeters, the four limbs are thin relative to the body, and the hind legs are long relative to the forepaw, the rat is judged, otherwise, the rat is judged to be not the rat.

A control method of a spring-triggered self-locking door mouse trap cage comprises the following steps:

when the cage door is opened and a mouse needs to be trapped, the electric spraying device releases food fragrance to lure the mouse to enter;

when a mouse enters the mouse trapping cage, the camera recognizes the mouse, the mouse steps on the rocker 2, the cage door is closed, the voltage band triggers the release voltage, the electrospray device releases the dense fog, the live mouse can be conveniently taken out, and the mouse can normally move after the medicine fails; when the mouse is stunned and inactivated, the monitoring end of the camera gives an alarm to display that the mouse is caught, and if the pesticide effect of the fog dispersal is over and the mouse in the cage moves, the camera recognizes the mouse again and releases the fog dispersal again;

when other animals approach the squirrel cage 1, releasing the voltage band in advance and triggering a buzzer to alarm;

when other animals accidentally enter the squirrel cage 1 to trigger the seesaw 2, the camera identifies non-mouse animals, the control module controls the voltage band to be closed, the electric spraying device is powered off and does not release gas, the monitoring end alarms and displays to capture the non-mouse animals, and a user is reminded to capture the non-mouse animals to process the non-mouse animals according to needs. When the mousetrap needs to be reused, the special smell is released by the electric spraying device to cover the smell of the caught mouse.

In other embodiments, the control module can control the rotation direction of the clockwork spring, i.e. can control the opening and closing of the door. The control method is as follows:

the cage door is opened to trap the mouse, and the electric spraying device releases food fragrance to lure the mouse to enter;

when the camera recognizes that the old mouse enters the mouse cage 1, the control module controls the cage door to be closed, the voltage band triggers the release voltage, the electric spraying device releases the labyrinth fog, the mouse is stunned to lose mobility, then the cage door is opened, food fragrance is released again to entice other mice, when other mice enter the mouse cage 1 or the mouse cage 1 and the mouse starts to move, the voltage band triggers the release voltage, and the electric spraying device releases the labyrinth fog to realize the function of continuously trapping the mouse;

when other animals approach the squirrel cage 1, releasing the voltage band in advance and triggering a buzzer to alarm; when other animals accidentally enter the squirrel cage 1 to trigger the seesaw 2, the camera is identified as a non-mouse, the control module controls the voltage band to be closed, the electric spraying device is powered off to not release gas, the cage door is opened, and the animals escape.

The working principle is as follows:

1. first cage door 4 and second cage door 5 need be manual to be opened before the mousetrap uses, and the operator opens lock 3 earlier, outwards with positive stop 301 one end, opens the rotatory 90 degrees of cage door through protruding piece, and first connecting rod 8 and second connecting rod 9 respectively with first cage door 4 and second cage door 5 butt, keep first cage door 4 and second cage door 5 to open. The rotating rod 202 is operated to be movably connected with the contact surface of the connecting section 701, the lower end of the spring 6 is hung on the protruding rod 601, the upper end of the spring is hung on the connecting section 701 and is positioned in the fixing buckle 704, and the spring 6 is stretched at the moment. The lower side of the contact segment 703 is in contact with one end of the first link 8 and one end of the second link 9. The electrospray device releases the food aroma.

2. After a mouse enters a mouse trap, the pedal 201 is stepped, the pedal 201 drives the rotating rod 202 to rotate and separate from the spring buckle 7, the camera is identified as the mouse, the voltage band is activated, the mouse is not easy to approach a cage door under the instinct drive, the spring 6 contracts to drive the spring buckle 7 to move downwards, the spring buckle 7 drives the first connecting rod 8 and the second connecting rod 9 to move downwards under the action of the limiting groove 10, under the reversing action of the rotating shaft 303, the other ends of the first connecting rod 8 and the second connecting rod 9 move upwards, after moving upwards for a certain distance, the first connecting rod 8 and the second connecting rod 9 are not abutted against the first cage door 4 and the second cage door 5, under the action of the reset spring and the spiral spring, the first cage door 4 and the second cage door 5 are rapidly closed and are both contacted with the door lock 3 to form a passage, the door lock 3 is triggered, the electromagnet is electrified to attract the cage door, the electrospray device sprays mist, the mouse loses the capability of action, after catching the mouse, the camera control end reminds the user to obtain the live mouse, if need handle the mouse, adjusts the voltage zone to the biggest, forces the mouse to get into the voltage zone, kills the mouse.

3. When the mouse trap needs to be reused, the electric spraying device releases special smell to cover the smell of the mouse in the mouse cage 1. And (5) repeating the step 1.

4. When the non-mouse animal approaches the squirrel cage 1, the control module releases the voltage band in advance and triggers a buzzer to alarm; when other animals accidentally enter the squirrel cage 1 to trigger the seesaw 2, the camera identifies the non-mouse, the control module controls the voltage band to be closed, the electric spraying device is powered off and does not release gas, and the monitoring end alarms and displays to capture the non-mouse.

It is noted that, herein, relational terms such as a and B, and the like may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus.

Finally, it should be noted that: although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that changes may be made in the embodiments and/or equivalents thereof without departing from the spirit and scope of the invention. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.