CN205624110U

CN205624110U - Mousetrap

Info

Publication number: CN205624110U
Application number: CN201620349706.3U
Authority: CN
Inventors: 梁芮涵
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-04-22
Filing date: 2016-04-22
Publication date: 2016-10-12
Anticipated expiration: 2026-04-22

Abstract

The utility model discloses a mousetrap who kills rats, including the mousetrap box, have the part of undercut on the diapire between two supporting legs of mousetrap box, install mouse trapping device in the part of undercut on the diapire in this mousetrap box, the solar power unit of electric energy is still provided including electric shock mouse ejecting device and for this mouse trapping device and electric shock mouse ejecting device. The utility model discloses a continuous cycle kills rats, has still provided personal clean energy, has realized energy -concerving and environment -protective purpose, and the mousing circuit power consumption who has still overcome current mousetrap is great higher with voltage, and the higher defect of mousing energy consumption has realized the purpose of energy saving.

Description

A kind of mousetrap

Technical field

This utility model belongs to a kind of mousetrap, especially belongs to a kind of solar energy continuous mousetrap.

Background technology

Mouse be a kind of people are produced, the life bigger animal of impact, in prior art, the kind of mousetrap is quite a lot of, there are rattrap, mousetrap, box-type mousetrap, light Electric mousetrap and Mouse adhering glue etc., although the kind of mousetrap is a lot, have can realize continuous mouse catching, but mousing circuit power consumption is bigger, kill rats relatively costly, be unfavorable for saving the energy；Have can not realize continuous mouse catching；Have can't provide personal clean energy resource.How to prepare one to be both provided that personal clean energy resource, realized energy-conserving and environment-protective, save again the energy, moreover it is possible to the mousetrap realizing continuous mouse catching is the problem needing to solve.

Utility model content

Technical problem to be solved in the utility model is: provide a kind of mousetrap.Use this mousetrap to flutter and grasp mouse, but also be provided that personal clean energy resource, realize energy-conserving and environment-protective, save again the energy, moreover it is possible to realize continuous mouse catching.

nullThis utility model solves the technical scheme of above-mentioned technical problem: a kind of mousetrap，Including mousetrap casing，Described mousetrap casing is by roof、Diapire、2 sidewalls front and back、2 sidewalls in left and right enclose and form，Before and after on the bottom surface of this mousetrap casing diapire, both sides are disposed with 2 supporting legs respectively，It is provided with Mus road entrance on described mousetrap casing left side wall，On the position of this mousetrap casing right side wall inwall, it is provided with mouse bait box in described mousetrap casing，It is characterized in that: there is on the diapire between two supporting legs of described mousetrap casing the part of concave downward，In the part of concave downward, mouse trap is installed on diapire in this mousetrap casing，Described mouse trap includes accumulator、Boost in voltage device、U-shaped base、Conductive plate，Also include uncovered storage Mus box，The both sides of this conductive plate bottom surface are respectively arranged with the part downwardly extended，The other end of the wire electrically connected with conductive plate electrically connects with this boost in voltage device，Described U-shaped base uses insulation board to be arranged on the inwall of this mousetrap casing diapire concave downward part，The end face of this U-shaped base is inlaid with the electrode slice of another section lead electrical connection，The other end of another section lead electrically connected with electrode slice electrically connects with this boost in voltage device，The part snap-fit that described conductive plate and both sides, conductive plate bottom surface extend separately down this U-shaped base，It is sequentially connected with 3 springs between the bottom surface that the upper bottom surface of described U-shaped base is relative with this conductive plate；Under naturalness, the electrode slice that the part that described conductive plate and both sides, conductive plate bottom surface extend separately down is inlayed with this U-shaped base and U-shaped base top surface does not contacts, when mouse creeps to this conductive plate end face, the electrode slice inlayed with described U-shaped base top surface in the bottom surface of the effect lower conducting plate of mouse gravity contacts electrical connection；Described uncovered storage Mus box is arranged on the diapire in the mousetrap casing on rear side of this conductive plate, being installed with described accumulator, boost in voltage device successively on this uncovered storage Mus box diapire in the mousetrap casing of mousetrap casing left side wall side, this accumulator, boost in voltage device electrically connect；Also include shocking by electricity mouse ejecting device and the solar power supply apparatus of electric energy being provided for this mouse trap and electric shock mouse ejecting device；

The described solar power supply apparatus for this mouse trap and electric shock mouse ejecting device offer electric energy includes solar panel, telescoping crank pole, telescoping crank pole mounting seat, and this solar panel is connected with described storage battery；Described telescoping crank pole mounting seat is arranged on front side of this mousetrap box top wall on the position of left and right centrage, and the spherical groove that the bulb at described telescoping crank pole two ends is arranged with this telescoping crank pole mounting seat top and solar panel bottom surface respectively is rotationally connected；Being rotationally connected of spherical groove that the bulb at described telescoping crank pole two ends is arranged with this telescoping crank pole mounting seat top and solar panel bottom surface respectively is fitted and connected in interference；

Described electric shock mouse ejecting device includes Infrared Detectors, controller, electricity cylinder, postpones inductive switch, this Infrared Detectors is arranged on the inwall of described mousetrap casing right side wall, described controller is arranged close on the diapire in the mousetrap casing of mousetrap casing right side wall side, described electricity cylinder makes electricity consumption cylinder mounting seat be arranged on this mousetrap cabinet front wall, the lever of this electricity cylinder uses adapter to be connected to push pedal of insulating, and described electricity cylinder uses wire to electrically connect with this boost in voltage device and delay inductive switch；When Infrared Detectors detects the electric shock mouse infrared signal of the i.e. conductive plate end face in detected region, infrared signal is exported to controller, controller output signal is to postponing inductive switch, postpone inductive switch Guan Bi for electricity cylinder transmission of electricity, the lever of electricity cylinder stretches out and drives insulation push pedal to release and electric shock mouse is pushed into this uncovered storage Mus box, and the time delay of described delay inductive switch is the 3-5 second；

Described mousetrap casing rear wall can be opened, and this mousetrap casing rear wall is additionally provided with at least 3 row through holes, the often quantity of row through hole and is at least 6；

Porch, described Mus road is additionally provided with the plate to lopsidedness.

Use process of the present utility model is: this utility model mousetrap is positioned over the place that the sun can irradiate by daytime, struts and rotates telescoping crank pole and towards the sun, solar panel is accepted solar energy and is converted to electrical power storage in accumulator；This utility model mousetrap is positioned on the Mus road that mouse often comes in and goes out by night, under the mouse bait that mouse is deposited in mouse bait box is lured, in the Mus road entrance arranged on this mousetrap casing left side wall enters mousetrap casing and crawl forward when walking to this conductive plate end face, the electrode slice inlayed with described U-shaped base top surface in the bottom surface of the effect lower conducting plate of mouse gravity electrically connects, now conductive plate, electrode slice and boost in voltage device that U-shaped base top surface is inlayed are electrically connected to form a Guan Bi circuit by two section leads respectively, conductive plate sparks and is hit by mouse dizzy or hit dead；When the infrared signal of the electric shock mouse that Infrared Detectors detects the i.e. conductive plate end face in detected region, infrared signal is exported to controller, controller output signal is to postponing inductive switch, postponing inductive switch Guan Bi to transmit electricity for electricity cylinder, the lever of electricity cylinder stretches out and drives insulation push pedal to release and is pushed in this uncovered storage Mus box by electric shock mouse；Conductive plate recovers naturalness under the action of the spring, enters the seizure program of next mouse, it is achieved that continuous mouse catching.

Effect of the present utility model is: owing to this utility model mousetrap is provided with mouse trap, electric shock mouse ejecting device and provides the solar power supply apparatus of electric energy for this mouse trap and electric shock mouse ejecting device；Achieve and circulate mousing continuously, additionally provide personal clean energy resource, achieve the purpose of energy-conserving and environment-protective, the mousing circuit also overcoming existing mousetrap is in running at full capacity state all the time, mousing circuit power consumption is relatively big and voltage is higher, the defect that mousing energy consumption is higher, it is achieved that save the purpose of the energy.

Owing to telescoping crank pole mounting seat being arranged on front side of this mousetrap box top wall on the position of left and right centrage, and the spherical groove that the bulb at telescoping crank pole two ends is arranged with this telescoping crank pole mounting seat top and solar panel bottom surface respectively is rotationally connected, people can regulate solar panel easily towards the sun, accepts solar energy to greatest extent and is converted to electrical power storage in accumulator；Simultaneously also easily by solar panel and telescoping crank pole folding shrinking on the roof of this mousetrap casing, it is simple to collect and use.

Owing to the rear wall of this mousetrap casing can be opened, this mousetrap casing rear wall is also provided with at least 3 row through holes, the often quantity of row through hole and is at least 6.It is easy to take out in uncovered storage Mus box and hitting dizzy or hitting dead mouse and carry out harmless treatment, also allow for the mouse trap into mousetrap, electric shock mouse ejecting device heat radiation.

Accompanying drawing explanation

With embodiment, this utility model is further illustrated below in conjunction with the accompanying drawings；

Fig. 1 is structural representation of the present utility model；

Fig. 2 is mouse trap of the present utility model and the top view of electric shock mouse ejecting device；

Fig. 3 is this utility model left view；

In accompanying drawing: 1. mousetrap casing, 2. supporting leg, 3. Mus road entrance, 4. mouse bait box, 5. accumulator, 6. boost in voltage device, 7.U shape base, 8. conductive plate, the most uncovered storage Mus box, 10. insulation board, 11. electrode slices, 12. springs, 13. solar panels, 14. telescoping crank poles, 15. telescoping crank pole mounting seats, 16. Infrared Detectorss, 17. controllers, 18. electricity cylinders, 19. postpone inductive switch, 20. electricity cylinder mounting seats, 21. insulation push pedals, 22. to the plate of lopsidedness.

Detailed description of the invention

Below by specific embodiment, this utility model is described in further detail.

Embodiment 1

nullSuch as Fig. 1、Fig. 2、Shown in Fig. 3，A kind of mousetrap，Including mousetrap casing 1，Described mousetrap casing 1 is by roof、Diapire、2 sidewalls front and back、2 sidewalls in left and right enclose to form and it has been generally acknowledged that: mousetrap casing length is front side wall more than width and the sidewall towards people side、Sidewall away from people side is rear wall、The left side of people is the left side wall of mousetrap casing、The right side of people is the right side wall of mousetrap casing，Before and after on the bottom surface of this mousetrap casing 1 diapire, both sides are disposed with 2 supporting legs 2 respectively，It is provided with Mus road entrance 3 on described mousetrap casing 1 left side wall，On the position of this mousetrap casing 1 right side wall inwall, it is provided with mouse bait box 4 in described mousetrap casing 1，It is characterized in that: there is on the diapire between 1 two supporting legs 2 of described mousetrap casing the part of concave downward，In the part of concave downward, mouse trap is installed on diapire in this mousetrap casing 1，Described mouse trap includes accumulator 5、Boost in voltage device 6、U-shaped base 7、Conductive plate 8，Also include uncovered storage Mus box 9，The both sides of this conductive plate 8 bottom surface are respectively arranged with the part downwardly extended，The other end of the wire electrically connected with conductive plate 8 electrically connects with this boost in voltage device 6，Described U-shaped base 7 uses insulation board 10 to be arranged on the inwall of this mousetrap casing diapire concave downward part，The end face of this U-shaped base 7 is inlaid with the electrode slice 11 of another section lead electrical connection，The other end of another section lead electrically connected with electrode slice 11 electrically connects with this boost in voltage device 6，The part snap-fit that described conductive plate 8 and both sides, conductive plate 8 bottom surface extend separately down this U-shaped base 7，It is sequentially connected with 3 springs 12 between the bottom surface that the upper bottom surface of described U-shaped base 7 is relative with this conductive plate 8；Under naturalness, the electrode slice 11 that the part that described conductive plate 8 and both sides, conductive plate 8 bottom surface extend separately down is inlayed with this U-shaped base 7 and U-shaped base 7 end face does not contacts, when mouse creeps to this conductive plate 8 end face, the electrode slice 11 inlayed with described U-shaped base 7 end face in the bottom surface of the effect lower conducting plate 8 of mouse gravity contacts electrical connection；Described uncovered storage Mus box 9 is arranged on the diapire in the mousetrap casing 1 on rear side of this conductive plate 8, being installed with described accumulator 5, boost in voltage device 6 successively on this uncovered storage Mus box 9 diapire in the mousetrap casing 1 of mousetrap casing 1 left side wall side, this accumulator 5, boost in voltage device 6 electrically connect；Also include shocking by electricity mouse ejecting device and the solar power supply apparatus of electric energy being provided for this mouse trap and electric shock mouse ejecting device；

The described solar power supply apparatus for this mouse trap and electric shock mouse ejecting device offer electric energy includes solar panel 13, telescoping crank pole 14, telescoping crank pole mounting seat 15, and this solar panel 13 electrically connects with described accumulator 5；Described telescoping crank pole mounting seat 15 is arranged on front side of this mousetrap casing 1 roof on the position of left and right centrage, and the spherical groove that the bulb at described telescoping crank pole 14 two ends is arranged with this telescoping crank pole mounting seat 15 top and solar panel 13 bottom surface respectively is rotationally connected；Being rotationally connected of spherical groove that the bulb at described telescoping crank pole 14 two ends is arranged with this telescoping crank pole mounting seat 15 top and solar panel 13 bottom surface respectively is fitted and connected in interference；

Described electric shock mouse ejecting device includes Infrared Detectors 16, controller 17, electricity cylinder 18, postpone inductive switch 19 accompanying drawing is not drawn into, this Infrared Detectors 16 is arranged on the inwall of described mousetrap casing 1 right side wall, described controller 17 is arranged close on the diapire in the mousetrap casing 1 of mousetrap casing 1 right side wall side, described electricity cylinder 18 makes electricity consumption cylinder mounting seat 20 be arranged on this mousetrap casing 1 front side wall, the lever of this electricity cylinder 18 uses adapter to be connected to push pedal 21 of insulating, described electricity cylinder 18 uses wire to electrically connect with this boost in voltage device 6 and delay inductive switch 19；When Infrared Detectors 16 detects the electric shock mouse infrared signal of i.e. conductive plate 8 end face in detected region, infrared signal is exported to controller 17, controller 17 outputs signal to postpone inductive switch 19, postpone inductive switch 19 Guan Bi to transmit electricity for electricity cylinder 18, the lever of electricity cylinder 18 stretches out and drives insulation push pedal 21 to release and electric shock mouse is pushed into this uncovered storage Mus box 9, and the time delay of described delay inductive switch 19 is 3 seconds；

Described mousetrap casing 1 rear wall can be opened, this mousetrap casing 1 rear wall is additionally provided with in 3 row through hole accompanying drawings be not drawn into, often the quantity of row through hole be 6.

Embodiment 2

Described electric shock mouse ejecting device includes Infrared Detectors 16, controller 17, electricity cylinder 18, postpone inductive switch 19 accompanying drawing is not drawn into, this Infrared Detectors 16 is arranged on the inwall of described mousetrap casing 1 right side wall, described controller 17 is arranged close on the diapire in the mousetrap casing 1 of mousetrap casing 1 right side wall side, described electricity cylinder 18 makes electricity consumption cylinder mounting seat 20 be arranged on this mousetrap casing 1 front side wall, the lever of this electricity cylinder 18 uses adapter to be connected to push pedal 21 of insulating, described electricity cylinder 18 uses wire to electrically connect with this boost in voltage device 6 and delay inductive switch 19；When Infrared Detectors 16 detects the electric shock mouse infrared signal of i.e. conductive plate 8 end face in detected region, infrared signal is exported to controller 17, controller 17 outputs signal to postpone inductive switch 19, postpone inductive switch 19 Guan Bi to transmit electricity for electricity cylinder 18, the lever of electricity cylinder 18 stretches out and drives insulation push pedal 21 to release and electric shock mouse is pushed into this uncovered storage Mus box 9, and the time delay of described delay inductive switch 19 is 5 seconds；

Described mousetrap casing 1 rear wall can be opened, this mousetrap casing 1 rear wall is additionally provided with in 4 row through hole accompanying drawings be not drawn into, often the quantity of row through hole be 8；

It is additionally provided with the plate 22 to lopsidedness at described Mus road entrance 3.

By above-mentioned description, those skilled in the art can carry out various change and amendment within protection domain of the present utility model completely in the range of without departing from this invention technological thought.Unaccomplished matter of the present utility model, belongs to the common knowledge of those skilled in the art.

Claims

null1. a mousetrap，Including mousetrap casing，Described mousetrap casing is by roof、Diapire、2 sidewalls front and back、2 sidewalls in left and right enclose and form，Before and after on the bottom surface of this mousetrap casing diapire, both sides are disposed with 2 supporting legs respectively，It is provided with Mus road entrance on described mousetrap casing left side wall，On the position of this mousetrap casing right side wall inwall, it is provided with mouse bait box in described mousetrap casing，It is characterized in that: there is on the diapire between two supporting legs of described mousetrap casing the part of concave downward，In the part of concave downward, mouse trap is installed on diapire in this mousetrap casing，Described mouse trap includes accumulator、Boost in voltage device、U-shaped base、Conductive plate，Also include uncovered storage Mus box，The both sides of this conductive plate bottom surface are respectively arranged with the part downwardly extended，The other end of the wire electrically connected with conductive plate electrically connects with this boost in voltage device，Described U-shaped base uses insulation board to be arranged on the inwall of this mousetrap casing diapire concave downward part，The end face of this U-shaped base is inlaid with the electrode slice of another section lead electrical connection，The other end of another section lead electrically connected with electrode slice electrically connects with this boost in voltage device，The part snap-fit that described conductive plate and both sides, conductive plate bottom surface extend separately down this U-shaped base，It is sequentially connected with 3 springs between the bottom surface that the upper bottom surface of described U-shaped base is relative with this conductive plate；Under naturalness, the electrode slice that the part that described conductive plate and both sides, conductive plate bottom surface extend separately down is inlayed with this U-shaped base and U-shaped base top surface does not contacts, when mouse creeps to this conductive plate end face, the electrode slice inlayed with described U-shaped base top surface in the bottom surface of the effect lower conducting plate of mouse gravity contacts electrical connection；Described uncovered storage Mus box is arranged on the diapire in the mousetrap casing on rear side of this conductive plate, being installed with described accumulator, boost in voltage device successively on this uncovered storage Mus box diapire in the mousetrap casing of mousetrap casing left side wall side, this accumulator, boost in voltage device electrically connect；Also include shocking by electricity mouse ejecting device and the solar power supply apparatus of electric energy being provided for this mouse trap and electric shock mouse ejecting device；

The described solar power supply apparatus for this mouse trap and electric shock mouse ejecting device offer electric energy includes solar panel, telescoping crank pole, telescoping crank pole mounting seat, and this solar panel is connected with described storage battery；Described telescoping crank pole mounting seat is arranged on front side of this mousetrap box top wall on the position of left and right centrage, and the spherical groove that the bulb at described telescoping crank pole two ends is arranged with this telescoping crank pole mounting seat top and solar panel bottom surface respectively is rotationally connected；Being rotationally connected of spherical groove that the bulb at described telescoping crank pole two ends is arranged with this telescoping crank pole mounting seat top and solar panel bottom surface respectively is fitted and connected in interference.
A kind of mousetrap, it is characterized in that: described electric shock mouse ejecting device includes Infrared Detectors, controller, electricity cylinder, postpone inductive switch, this Infrared Detectors is arranged on the inwall of described mousetrap casing right side wall, described controller is arranged close on the diapire in the mousetrap casing of mousetrap casing right side wall side, described electricity cylinder makes electricity consumption cylinder mounting seat be arranged on this mousetrap cabinet front wall, the lever of this electricity cylinder uses adapter to be connected to push pedal of insulating, described electricity cylinder uses wire to electrically connect with this boost in voltage device and delay inductive switch；When Infrared Detectors detects the electric shock mouse infrared signal of the i.e. conductive plate end face in detected region, infrared signal is exported to controller, controller output signal is to postponing inductive switch, postpone inductive switch Guan Bi for electricity cylinder transmission of electricity, the lever of electricity cylinder stretches out and drives insulation push pedal to release and electric shock mouse is pushed into this uncovered storage Mus box, and the time delay of described delay inductive switch is the 3-5 second.
A kind of mousetrap the most according to claim 1 or claim 2, is characterized in that: described mousetrap casing rear wall can be opened, this mousetrap casing rear wall is additionally provided with at least 3 row through holes, the often quantity of row through hole and is at least 6.
The most according to claim 3, a kind of mousetrap, is characterized in that: porch, described Mus road is additionally provided with the plate to lopsidedness.