CN216363368U

CN216363368U - Electric shock type continuous automatic mousetrap

Info

Publication number: CN216363368U
Application number: CN202122404658.7U
Authority: CN
Inventors: 余水忠
Original assignee: Individual
Current assignee: Individual
Priority date: 2021-10-08
Filing date: 2021-10-08
Publication date: 2022-04-26
Anticipated expiration: 2031-10-08

Abstract

The utility model discloses an electric shock type continuous automatic mousetrap which is specifically composed of an electric heating bait box, a step type rotatable electric shock plate, an electric system and the like, and is matched with a mouse guide plate and a mouse storage barrel to realize continuous automatic mouse trapping. The bait is heated at the most frequent period of mouse activity, the mouse is led to the mousetrap from a distance for killing through the fragrance of the bait, the step type electric shock plate improves the success rate of killing, the electric shock plate rotates after electric shock to pour the mouse into the mouse storage barrel, the caught mouse is not sent out danger signals or is left breath to remind the mouse behind, and the mouse trapping mode is changed from 'holding a plant to a rabbit' to 'self-throwing net'. The mousetrap is simple in structure, convenient to carry and place, good in continuous automatic mouse trapping effect and capable of effectively meeting the requirements of professional mouse trapping personnel.

Description

Electric shock type continuous automatic mousetrap

Technical Field

The utility model relates to the field of mousetraps, in particular to an electric shock type continuous automatic mousetrap.

Background

Mice, one of the most primitive mammals in existence, are vigorous, numerous and reproduce at a very high rate and are well adapted. The smell sense of the mouse is very sensitive and is more than 400 times of that of the human; the night vision of the mouse is 6 times that of human; mice move and feed most frequently 1-3 hours after dusk. The mouse is used as a pest, carries a large amount of germs, can transmit plague and the like, steals human food, bites and damages doors, windows and furniture, bites and breaks electric wires to cause electric short circuit or fire and the like, and has great influence on human life.

The meat of the old mouse is a kind of delicious food for human beings, such as Ninghua dried mouse in the west of Fujian Min. Mice are also the main feed for raising snakes.

The existing mouse trapping modes mainly include three categories of poison trapping, mechanical mousetraps and electric shock mousetraps.

The method for trapping and killing the poison is simple, but other poultry or wild animals can be killed by the poison, and the killed mice and the poison cause certain harm to the environment.

The mechanical mousetrap mainly comprises a mouse trap, a mouse cage and a mouse sticking plate. The rats have strong alertness and memory, and once a captured rat has a chance to send out warning signals to other rats, such as the screaming sound of the rat, the left urine, the smell and the like, the other rats are alerted to the mousetrap, so that the mousetrap is disabled. The mousetrap and the mouse cage with simple structure can only capture one mouse at a time. Some mousetraps have complicated trap structures, trap structures and the like, and when the mousetrap is used, a trap and a trap are often required to be manually arranged, so that the steps are complicated, and the mousetrap is inconvenient to use.

The electric shock type mousetrap kills mice by high voltage, is a method with high efficiency and quick effect, and is safe to people and livestock. The electric shock type mousetrap generally traps mice by arranging a trap or laying a power grid, but the arrangement of the trap or laying the power grid causes great changes to the environment familiar to the mice, and the environment once changed may cause uncomfortable emotion to the mice so that the mice dare not to approach the trap or the power grid, thereby causing great discount of the mouse trapping effect. After catching a mouse, the single electric shock type mousetrap can be continuously caught after being manually cleaned. The continuous electronic mousetrap has a complex mechanism, high cost and low reliability.

The three mouse trapping methods have low mouse trapping capacity, and the electric shock type mousetrap does not fully exert the electric shock capacity, so that the requirements of professional mousetraps cannot be well met.

SUMMERY OF THE UTILITY MODEL

The utility model provides an electric shock type continuous automatic mousetrap which realizes remote trapping by utilizing the olfactory function of a mouse, increases the electric shock current flowing through the heart of the mouse by utilizing a step type rotatable electric shock plate, improves the electric shock death rate of the mouse, rotates the electric shock plate to trap the mouse and realizes continuous, efficient and automatic mouse trapping.

The mousetrap provided by the utility model comprises an electric heating bait box, a step type rotatable electric shock plate, an electric system and the like, and is fixed on a mouse storage barrel, and the mouse trap is connected with the ground through a mouse guide plate.

The electric heat bait box is arranged in the support of the rotatable electric shock board of step for heat the mouse bait, characterized by: the smell function of the mouse and the characteristic that the fragrance of the bait is not shielded by a space object are utilized to attract the remote mouse to an electric shock plate of the mousetrap.

Rotatable electric shock board of step is by the support, go up electric shock board, electric shock board down, the rotating pin, the insulating part is constituteed, the support passes through the rotating pin with last electric shock board and forms to rotate to be connected, goes up the electric shock board and is the U flute profile, goes up electric shock board and receives the electric magnet control of electrical system rotatory and reset, goes up and is the step with insulating part fixed connection between electric shock board and the lower electric shock board for it pours into storage mouse bucket into to touch the mouse on the electric shock board about simultaneously and electric shock, characterized by: the stepped upper and lower electric shock plates enable a mouse to move from a high position to a low position, the posture can increase the probability that the chest and abdomen of the mouse touch the upper electric shock plate, when the high-voltage circuit of the electric control plate outputs the same current, the electric shock current flowing through the heart of the mouse is increased, the electric shock death rate of the mouse is improved, and meanwhile, the mouse on the electric shock plates can be conveniently dumped.

Electric system includes that power, automatically controlled board, electro-magnet constitute, and the power provides the electric energy for electric system, and automatically controlled board control electric heat bait box heating, control electro-magnet action, output high voltage are to the rotatable electric shock board of step, characterized by: the electric heating bait box is controlled to heat in the most frequent period of mouse activity by utilizing the cooperation of light control and time; measuring the voltage of a power supply in real time, stopping heating when the capacity of the power supply is insufficient, and reserving enough electric energy for trapping mice; after detecting the resistance change signals of the upper and lower electric shock plates, the high-voltage electric shock circuit is triggered, the mouse is electrically shocked by the upper and lower electric shock plates, the high-voltage electric shock circuit is closed after time delay, the electromagnet is started to rotate the electric shock plates, and the mouse is poured into the mouse storage barrel.

Dispose the connecting piece of the mouse board, its characteristic is: the electric shock plate is used for guiding a mouse to climb up the electric shock plate and is arranged into a step type together with the upper electric shock plate, so that a young mouse is prevented from climbing up the electric shock plate.

The mousetrap comprises the following working processes: the electric heating bait box heats the mouse bait according to light control and time delay, so that the fragrance of the mouse bait is fully floated; after smelling fragrance, the mouse climbs the electric shock plate along the mouse leading plate and continues to move forwards, when the front foot of the mouse steps on or the head of the mouse touches the lower electric shock plate, the electric control plate detects a resistance change signal between the upper electric shock plate and the lower electric shock plate, a high-voltage electric shock circuit is triggered, the mouse is electrically shocked through the upper electric shock plate and the lower electric shock plate, the current of the high-voltage electric shock circuit passes through the front foot or the head of the mouse and the chest, abdomen or the rear foot of the mouse, and the mouse is shocked in a limited time; the electromagnet is started to enable the electric shock plate to rotate, a mouse is poured into the mouse storage barrel, and then the step type rotatable electric shock plate resets.

The mousetrap is simple in structure, convenient to carry and place on site, the bait is heated at the most frequent period of mouse activity, the fragrance of the bait guides the mouse to the mousetrap from a distance to be killed, the step type electric shock plate improves the killing success rate, the electric shock plate rotates after electric shock and pours the mouse into the mouse storage barrel, no danger signal is sent to the trapped mouse or the mouse leaves breath to remind the mouse at the back, the mouse trapping mode is changed from 'waiting for the rabbit' to 'self-throwing net', the continuous automatic mouse trapping effect is good, and the requirements of professional mousetraps are effectively met.

Drawings

FIG. 1 is a schematic view of a mouse on the mousetrap with the shock plate rotated after being shocked, according to an embodiment of the present invention.

Fig. 2 is a schematic top view of an electric shock type continuous automatic mouse trap according to an embodiment of the present invention.

Fig. 3 is a schematic sectional view a-a of the electric shock type continuous automatic mouse trap according to the embodiment of the present invention.

Detailed Description

The mousetrap comprises a support 10, an upper electric shock plate 11, a lower electric shock plate 12, a rotating pin 13, a movable hinge 14, an insulating part 15, a power supply 20, an electric control plate 21, an electromagnet 22, an electric heating bait box 23, corresponding connecting wires and the like.

FIG. 1 is a schematic view of a mouse on the mousetrap with the shock plate rotated after being shocked, according to an embodiment of the present invention. In the figure, the mousetrap 2 is bound on the mouse storage barrel 4 through the elastic rope 3, the electric shock plate rotates after the mouse 5 is shocked, and the mouse 5 falls into the mouse storage barrel 4.

Fig. 2 is a schematic top view of an electric shock type continuous automatic mouse trap according to an embodiment of the present invention. The top of the two sides of the support 10 of the mousetrap is provided with a fixing ear which is connected with the upper electric shock plate 11 in a rotating way through a rotating pin 13.

Fig. 3 is a schematic sectional view a-a of the electric shock type continuous automatic mouse trap according to the embodiment of the present invention. The upper electric shock plate 11 is made into a U-shaped groove shape to prevent the mouse from moving left and right after being put on the plate; the lower electric shock plate 12 is made into a flat plate; the upper electric shock plate 11 and the lower electric shock plate 12 are fixedly connected by an insulating part 15, the distance between the two plates is preferably 20-30mm, when a mouse strides from the lower electric shock plate 12 to the upper electric shock plate 11, the probability that the thoracoabdominal part touches the upper electric shock plate 11 can be increased, and meanwhile, the mouse can be ensured not to discharge when high voltage of about 2000V is applied between the two electric shock plates. The support 10 and the upper electric shock plate 11 form a rotary connection through a rotary pin 13 to support the upper electric shock plate 11, the lower electrode plate 12 and the like; the right side of the upper striking plate 11 is weighted, so that the adult mouse is prevented from turning when moving to the left side. The mouse leading plate 1 is connected with a support 10 of the mousetrap by a movable hinge 14, and the upper end of the mouse leading plate 1 and the plane of an upper electric shock plate 11 of the mousetrap are preferably provided with a step of 30-50mm so as to prevent a young mouse from climbing on the electric shock plate. An electric heating bait box 23, a power supply 20, an electric control board 21 and an electromagnet 22 are arranged in the support 10. The power supply 20 provides electrical power to the electrical system. The electric control board 21 controls the electric heating bait box 23 to heat in the time interval when the rats move most frequently in a light control and time matching mode. The electric control board 21 detects a resistance change signal between the upper electric shock board and the lower electric shock board, triggers the high-voltage circuit to output about 2000V of high voltage, and applies the high voltage to the upper electric shock board 11 and the lower electric shock board 12 to shock the mouse, after about 3-5s, the high-voltage circuit is closed to output, the shock is stopped, the electromagnet is started for about 0.5s to enable the upper electric shock board and the lower electric shock board to rotate, and the mouse is poured.

The mouse trapping process is as follows: when the power supply is sufficient, a mousetrap, the elastic rope, the mouse collecting barrel, the mouse leading plate and the bait are carried to the site by a mousetrap, the mousetrap is installed at a proper position according to the figure 1, the bait is added, and the power switch is turned on. The method comprises the steps that after baits are inherent or dark, fragrance is generated through electric heating, when a mouse smells the fragrance, the mouse walks to the position of the mousetrap, the mouse climbs an upper electric shock plate 11 of the mousetrap along a mouse leading plate 1, the mouse continues to move forwards, when the front foot of the mouse steps on or the head of the mouse touches a lower electric shock plate 12, a high-voltage circuit is triggered to output high voltage of about AC2000V, the mouse is subjected to electric shock for 3-5s through the upper electric shock plate 11 and the lower electric shock plate 12, then the electric shock is stopped, an electromagnet is started for about 0.5s to enable the electric shock plate to rotate, the mouse is poured into a mouse storage barrel, and the rotating upper electric shock plate 11 and the rotating lower electric shock plate 12 automatically reset under the action of gravity to prepare for next mouse trapping. When carrying out the multiday mousing in same region, the mousetrap only need in the morning receive the mouse change stand-by power supply or peripheral hardware photovoltaic charging device to power charging and change the bait can.

Claims

1. The utility model provides an electric shock formula is automatic mousetrap in succession, the mousetrap is fixed on storing up the mouse bucket, connects ground with the mouse board that draws, its characterized in that: the mousetrap comprises an electric heating bait box, a step type rotatable electric shock plate and an electric system, wherein,

the electric system comprises a power supply, an electric control board and an electromagnet, wherein the power supply provides electric energy for the electric system, and the electric control board controls the electric heating bait box to heat, controls the electromagnet to act and outputs high voltage to the step-type rotatable electric shock board;

the step-type rotatable electric shock plate consists of a support, an upper electric shock plate, a lower electric shock plate, a rotating pin and an insulating part, wherein the support and the upper electric shock plate are in rotating connection through the rotating pin;

the electric heating bait box is arranged in the support.

2. The electric shock type continuous automatic mousetrap according to claim 1, wherein the distance between the upper electric shock plate and the lower electric shock plate is 20-30 mm.