CN203608753U

CN203608753U - Intelligent mouse catching cage

Info

Publication number: CN203608753U
Application number: CN201320835508.4U
Authority: CN
Inventors: 陈津辰
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-12-17
Filing date: 2013-12-17
Publication date: 2014-05-28
Anticipated expiration: 2023-12-17

Abstract

The utility model discloses an intelligent mouse catching cage. A trapping bin, a mouse luring crawling ladder, a catching bin, a mouse storage bin and a control unit are arranged in a cage body, a main entrance is arranged in one side of the trapping bin, the other side of the trapping bin is communicated with a first entrance of the catching bin through the mouse luring crawling ladder, the catching bin is located above the mouse storage bin, a bin gate is arranged on one side of the mouse storage bin, and the control unit comprises a power module, a travel switch, a first infrared sensor, a second infrared sensor, a controller, an electromagnetic lock, a linear motor and a gunlock motor; a gate of the main entrance is connected with a telescopic rod of the linear motor through a pull cable, the first infrared sensor is disposed in the trapping bin, a seesaw is arranged between the catching bin and the mouse storage bin, and the second infrared sensor is arranged in the catching bin. The intelligent mouse catching cage has the advantages of being high mouse catching success rate, capable of catching mice continuously, convenient to use and wide in application environment range.

Description

Intelligence mouse trap

Technical field

The utility model relates to mousing equipment, is specifically related to a kind of intelligent mouse trap.

Background technology

At present varied for capturing the mousing equipment of mouse alive, for example, by adhesion rattrap, rattrap, unidirectional main entrance or the mouse trap that main entrance or multiple main entrance form again, mouse catching cylinder, mousing bow, Multifunctional mousetrap etc.But, because mouse is a kind of more clever animal, it has ability that can hazard recognition situation by smell, eyes or environment etc., and above-mentioned mousing device structure is simple, function singleness, so find that in actual applications the probability that above-mentioned mousing equipment captures mouse alive is lower.

Utility model content

The technical problems to be solved in the utility model is to provide high, the sustainable seizure of a kind of success rate that kills rats, the intelligent mouse trap that easy to use, applied environment scope is wide.

For solving the problems of the technologies described above, the technical solution adopted in the utility model is:

A kind of intelligent mouse trap, comprise cage body, in described cage body, be provided with trapping storehouse, lure mouse cat ladder, catch storehouse, mouse storing bin and control module, one side in described trapping storehouse is provided with main entrance, the opposite side in described trapping storehouse is by luring mouse cat ladder to be communicated with the first entrance that catches storehouse, described seizure position in storehouse is in the top of mouse storing bin, and a side of described mouse storing bin is provided with door; Described control module comprises power module, travel switch, the first infrared sensor, the second infrared sensor, controller, electromagnetic lock, linear electric motors and rifle lock motor, described travel switch, the first infrared sensor, the second infrared sensor are connected with the input of controller respectively, the output of described controller is connected with electromagnetic lock, linear electric motors and rifle lock motor respectively, and described power module is connected with travel switch, the first infrared sensor, the second infrared sensor, controller, electromagnetic lock, linear electric motors, rifle lock motor respectively; The both sides of described main entrance are provided with lock groove, in described lock groove, be provided with slidably gate, in described cage body, be provided with fixed pulley, described gate is connected with the expansion link of linear electric motors by the cable that draws being supported on fixed pulley, described the first infrared sensor is installed in trapping storehouse, described electromagnetic lock and travel switch are installed in the upper end of main entrance, the bottom of described gate is provided with the iron base for coordinating with electromagnetic lock, the inwall of described gate is provided with the horizontal hook that inwardly stretches out layout, the frizzen of described travel switch be positioned at horizontal hook directly over; Between described seizure storehouse and mouse storing bin, be provided with seesaw, in described cage body, be provided with rotating shaft bar, on described rotating shaft bar, be connected with back-moving spring, the two ends of described back-moving spring are connected with the bottom of seesaw respectively, described seesaw is sheathed on rotating shaft bar, the below that the top of described mouse storing bin is positioned at the first entrance is provided with dividing plate, described seesaw is provided with pouring weight in the bottom of the side by the first entrance, on the spray boom of described rifle lock motor, be connected with depression bar, the end of described depression bar is positioned at the top of seesaw away from a side of the first entrance, and described the second infrared sensor is installed in and catches in storehouse.

Described power module comprises battery module and solar module, and described solar module is installed in the top of cage body.

Intelligent mouse trap of the present utility model has following advantage: in cage body of the present utility model, be provided with trapping storehouse, lure mouse cat ladder, catch storehouse, mouse storing bin and control module, therefore under the control of control module, can possess trapping, seizure, storage mouse function simultaneously, complete an intelligence and catch the process of catching, catch after mouse catching, mouse can be stored in mouse storing bin to surviving 3～5 days, without processing immediately, therefore can automatically repeatedly catch and catch mouse batch process, and control module comprises power module, travel switch, the first infrared sensor, the second infrared sensor, controller, electromagnetic lock, linear electric motors and rifle lock motor, only by travel switch, the first infrared sensor, the second infrared sensor three triggers its duty, power consumption is little, no matter in the wild, family, factory, public place, warehouses etc. also can use many days without electricity, trapping space, storehouse is large, the probability that bait can make mouse enter is set high, the vigilance of mouse is reduced greatly, can improve the probability of capturing mouse alive, there is mousing success rate high, sustainable seizure, easy to use, the advantage that applied environment scope is wide.

Accompanying drawing explanation

In order to be illustrated more clearly in the utility model embodiment or technical scheme of the prior art, to the accompanying drawing of required use in embodiment or description of the Prior Art be briefly described below, apparently, accompanying drawing in the following describes is only embodiment more of the present utility model, for those of ordinary skills, do not paying under the prerequisite of creative work, can also obtain according to these accompanying drawings other accompanying drawing.

Fig. 1 is the perspective view of the utility model embodiment.

Fig. 2 is the utility model embodiment band gate and the cage frame structure schematic diagram that has solar panel.

Fig. 3 is the cage body skeleton perspective view that the utility model embodiment band gate does not have solar panel.

Fig. 4 is that the utility model embodiment removes the cage body skeleton perspective view after gate completely.

Fig. 5 is the state sectional structure schematic diagram to be caught after the utility model embodiment gate promotes.

Fig. 6 is the sectional structure schematic diagram that the utility model embodiment gate falls after lock.

Fig. 7 is the principle schematic that coordinates of rifle lock motor and seesaw in the utility model embodiment.

Fig. 8 is the reverse side perspective view of seesaw in the utility model embodiment.

Fig. 9 is the sectional structure schematic diagram that catches storehouse and mouse storing bin part in the utility model embodiment.

Figure 10 is the sectional structure schematic diagram under seesaw rollover states in the utility model embodiment.

Figure 11 is the sectional perspective structural representation that catches storehouse in the utility model embodiment.

Figure 12 is the perspective view in the utility model embodiment gate uphill process.

Figure 13 is the frame structure schematic diagram of control module in the utility model embodiment.

Figure 14 is the circuit theory schematic diagram of control module in the utility model embodiment.

Marginal data: 1, cage body; 2, trapping storehouse; 21, main entrance; 211, lock groove; 212, gate; 213, fixed pulley; 214, draw cable; 215, iron base; 216, horizontal hook; 3, lure mouse cat ladder; 4, catch storehouse; 41, the first entrance; 42, seesaw; 421, pouring weight; 43, rotating shaft bar; 431, back-moving spring; 5, mouse storing bin; 51, door; 52, dividing plate; 6, control module; 61, power module; 611, battery module; 612, solar module; 62, travel switch; 621, frizzen; 63, the first infrared sensor; 64, the second infrared sensor; 65, controller; 66, electromagnetic lock; 67, linear electric motors; 68, rifle lock motor; 681, spray boom; 682, depression bar.

Embodiment

Below in conjunction with accompanying drawing, preferred embodiment of the present utility model is described in detail, thereby so that advantage of the present utility model and feature can be easier to be it will be appreciated by those skilled in the art that, protection domain of the present utility model is made to more explicit defining.

As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, the intelligent mouse trap of the present embodiment comprises cage body 1, in cage body 1, be provided with trapping storehouse 2, lure mouse cat ladder 3, catch storehouse 4, mouse storing bin 5 and control module 6, one side in trapping storehouse 2 is provided with main entrance 21, the opposite side in trapping storehouse 2 is by luring mouse cat ladder 3 to be communicated with the first entrance 41 that catches storehouse 4, catch the top that storehouse 4 is positioned at mouse storing bin 5, a side of mouse storing bin 5 is provided with door 51, control module 6 comprises power module 61, travel switch 62, the first infrared sensor 63, the second infrared sensor 64, controller 65, electromagnetic lock 66, linear electric motors 67 and rifle lock motor 68, travel switch 62, the first infrared sensor 63, the second infrared sensor 64 is connected with the input of controller 65 respectively, the output of controller 65 respectively with electromagnetic lock 66, linear electric motors 67 are connected with rifle lock motor 68, power module 61 respectively with travel switch 62, the first infrared sensor 63, the second infrared sensor 64, controller 65, electromagnetic lock 66, linear electric motors 67, rifle lock motor 68 is connected, the both sides of main entrance 21 are provided with lock groove 211, in lock groove 211, be provided with slidably gate 212, in cage body 1, be provided with fixed pulley 213, gate 212 is connected with the expansion link of linear electric motors 67 by the cable 214 that draws being supported on fixed pulley 213, the first infrared sensor 63 is installed in trapping storehouse 2, electromagnetic lock 66 and travel switch 62 are installed in the upper end of main entrance 21, the bottom of gate 212 is provided with the iron base 215 for coordinating with electromagnetic lock 66, the inwall of gate 212 is provided with the horizontal hook 216 that inwardly stretches out layout, the frizzen 621 of travel switch 62 be positioned at horizontal hook 216 directly over, catch between storehouse 4 and mouse storing bin 5 and be provided with seesaw 42, in cage body 1, be provided with rotating shaft bar 43, on rotating shaft bar 43, be connected with back-moving spring 431, the two ends of back-moving spring 431 are connected with the bottom of seesaw 42 respectively, seesaw 42 is sheathed on rotating shaft bar 43, the below that the top of mouse storing bin 5 is positioned at the first entrance 41 is provided with dividing plate 52, seesaw 42 is provided with pouring weight 421 in the bottom of the side by the first entrance 41, on the spray boom 681 of rifle lock motor 68, be connected with depression bar 682, the end of depression bar 682 is positioned at the top of seesaw 42 away from a side of the first entrance 41, the second infrared sensor 64 is installed in and catches in storehouse 4.

As shown in Fig. 2, Fig. 5 and Figure 13, in the present embodiment, power module 61 comprises battery module 611 and solar module 612, and solar module 612 is installed in the top of cage body 1.In the time that the present embodiment is placed on to field, can accumulators module 611 charges by solar module 612, thereby do not worry losing efficacy because power shortage causes the effect of the present embodiment.

As shown in figure 14, the power module 61 of the present embodiment is mainly realized based on voltage-stabilized power supply chip IC 1, the first infrared sensor 63 is made up of infrared light emitting diode VD1 and infrared receiver diode VD2, the second infrared sensor 64 is made up of infrared light emitting diode VD3 and infrared receiver diode VD4, and controller 65 adopts single-chip microcomputer IC2 to realize.E in figure represents battery module 611, solar module 612 and battery module 611 be connected in parallel (in figure, omitting), M1 in figure is the linear electric motors 67 in the present embodiment, and M2 is the electromagnetic lock 66 in the present embodiment, and M3 is the rifle lock motor 68 in the present embodiment.

The course of work of the present embodiment is as follows:

(1) initialize: in trapping storehouse 2, place bait, the power switch of opening controller 65, accumulator 611 starts to travel switch 62, the first infrared sensor 63, the second infrared sensor 64, controller 65, electromagnetic lock 66, linear electric motors 67, rifle lock motor 68 is powered, controller 65 is controlled the expansion link of linear electric motors 67 and is retracted, therefore expansion link traction draws cable 214 that gate 212 is promoted, gate 212 rises along lock groove 211, when gate 212 rises to certain altitude, the horizontal hook 216 of gate 212 triggers frizzen 621 end tail wheel of travel switch 62, now horizontal hook 216 can drive frizzen 621 end tails from bottom to top to rotate, (in uphill process in the time that the lower inclined plane of the iron base 215 of gate 212 and the lock core of electromagnetic lock 66 touches, electromagnetic lock 66 lock cores inside contract and make the iron base 215 of gate 212 cross lock core can make lock core be under pressure because of elastic reaction time) in the time that frizzen 621 rotations stop, the iron base 215 of gate 212 has been crossed lock core and has been bearing in the lock core back side of electromagnetic lock 66, also now that controller 65 is received the stop signal from travel switch 62, the expansion link that controller 65 is controlled linear electric motors 67 stops stretching, then controller 65 is controlled the expansion link stretching, extension reset of linear electric motors 67 again, make to draw cable 214 in loose state, the present embodiment enters state to be caught.

(2) trapping: when mouse enters behind main entrance 21, can run to bait along the depths of traping in storehouse 2, after the first infrared sensor 63 is triggered, controller 65 control immediately electromagnetic lock 66 by lock core in interior suction lock body, the iron base 215 of gate 212 departs from the supporting back side of lock core, falls mouse is closed in trapping storehouse 2 immediately along lock groove 211.

(3) storage mouse: when mouse is recognized danger in trapping storehouse 2, it can escape to leap up everywhere, there has outlet or passage to escape toward there, viral marketing is now past along luring mouse cat ladder 3 to climb to the first entrance 41 that catches storehouse 4, enter the top of seesaw 42, the below that is now positioned at the first entrance 41 due to the top of mouse storing bin 5 is provided with dividing plate 52, dividing plate 52 supports seesaw 42, seesaw 42 can support the weight of mouse and can not overturn, mouse continues to enter the opposite side of rotating shaft bar 43, now due to the balanced action of pouring weight 421 and the pulling force effect of back-moving spring 431, seesaw 42 can't overturn immediately, when now mouse continues to move ahead, trigger and be installed in the second infrared sensor 64 that catches rear sidewall in storehouse 4, controller 65 receives that controlling rifle lock motor 68 after the signal that the second infrared sensor 64 exports switches on, the spray boom 681 of rifle lock motor 68 drives depression bar 682, under the end moment of depression bar 682, stab seesaw 42, seesaw 42 overturns immediately, mouse is reversed to fall and enters in the mouse storing bin 5 that catches 4 bottoms, storehouse, due to the balanced action of pouring weight 421 and the pulling force effect of back-moving spring 431, seesaw 42 turns back immediately to restore mouse is closed in mouse storing bin 5, can automatically control whole system when controller 65 after 68 times stamps of rifle lock motor and repeat seizure work next time, as need take out the mouse in mouse storing bin 5, door 51 is opened the mouse in mouse storing bin 5 is poured out.

The foregoing is only preferred embodiment of the present utility model, protection domain of the present utility model is not limited in above-mentioned embodiment, and every technical scheme that belongs to the utility model principle all belongs to protection domain of the present utility model; Above-mentioned said linear electric motors also can change coiling electric motor into also can reach effect of the present invention; Above-mentioned said electromagnetic lock is one of electric lock kind of the present invention, can be also the electric lock of other kinds; In a word, for a person skilled in the art, some improvements and modifications of carrying out under the prerequisite that does not depart from principle of the present utility model, these improvements and modifications also should be considered as protection domain of the present utility model.

Claims

1. an intelligent mouse trap, comprise cage body (1), it is characterized in that: in described cage body (1), be provided with trapping storehouse (2), lure mouse cat ladder (3), catch storehouse (4), mouse storing bin (5) and control module (6), one side in described trapping storehouse (2) is provided with main entrance (21), the opposite side in described trapping storehouse (2) is by luring mouse cat ladder (3) to be communicated with the first entrance (41) that catches storehouse (4), described seizure storehouse (4) is positioned at the top of mouse storing bin (5), and a side of described mouse storing bin (5) is provided with door (51), described control module (6) comprises power module (61), travel switch (62), the first infrared sensor (63), the second infrared sensor (64), controller (65), electromagnetic lock (66), linear electric motors (67) and rifle lock motor (68), described travel switch (62), the first infrared sensor (63), the second infrared sensor (64) is connected with the input of controller (65) respectively, the output of described controller (65) respectively with electromagnetic lock (66), linear electric motors (67) are connected with rifle lock motor (68), described power module (61) respectively with travel switch (62), the first infrared sensor (63), the second infrared sensor (64), controller (65), electromagnetic lock (66), linear electric motors (67), rifle lock motor (68) is connected, the both sides of described main entrance (21) are provided with lock groove (211), in described lock groove (211), be provided with slidably gate (212), in described cage body (1), be provided with fixed pulley (213), described gate (212) is connected with the expansion link of linear electric motors (67) by the cable (214) that draws being supported on fixed pulley (213), described the first infrared sensor (63) is installed in trapping storehouse (2), described electromagnetic lock (66) and travel switch (62) are installed in the upper end of main entrance (21), the bottom of described gate (212) is provided with the iron base (215) for coordinating with electromagnetic lock (66), the inwall of described gate (212) is provided with the horizontal hook (216) that inwardly stretches out layout, the frizzen (621) of described travel switch (62) be positioned at horizontal hook (216) directly over, between described seizure storehouse (4) and mouse storing bin (5), be provided with seesaw (42), in described cage body (1), be provided with rotating shaft bar (43), on described rotating shaft bar (43), be connected with back-moving spring (431), the two ends of described back-moving spring (431) are connected with the bottom of seesaw (42) respectively, described seesaw (42) is sheathed on rotating shaft bar (43), the below that the top of described mouse storing bin (5) is positioned at the first entrance (41) is provided with dividing plate (52), described seesaw (42) is provided with pouring weight (421) in the bottom of the side by the first entrance (41), on the spray boom (681) of described rifle lock motor (68), be connected with depression bar (682), the end of described depression bar (682) is positioned at the top of seesaw (42) away from a side of the first entrance (41), described the second infrared sensor (64) is installed in and catches in storehouse (4).

2. intelligent mouse trap according to claim 1, is characterized in that: described power module (61) comprises battery module (611) and solar module (612), and described solar module (612) is installed in the top of cage body (1).