CN104222059A - Intelligent electronic bait-free continuous mousetrap - Google Patents
Intelligent electronic bait-free continuous mousetrap Download PDFInfo
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- CN104222059A CN104222059A CN201410498087.XA CN201410498087A CN104222059A CN 104222059 A CN104222059 A CN 104222059A CN 201410498087 A CN201410498087 A CN 201410498087A CN 104222059 A CN104222059 A CN 104222059A
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Abstract
The invention discloses an intelligent electronic bait-free continuous mousetrap and relates to the technical field of mouse trapping tools. The intelligent electronic bait-free continuous mousetrap comprises a main channel with two open ends and a branch channel communicated with the main channel, wherein the main channel and the branch channel are communicated with each other through a branch port formed in the middle part of a side wall on one side of the main channel; the branch port is provided with a one-way door which only can be opened towards the branch channel; a first sensor for detecting a mouse is arranged at the bottom of the branch channel and a detection end of the first sensor is arranged towards the main channel; a fixed plate is arranged at a position, corresponding to the branch port, at the bottom of the main channel; two movable plates are hinged with the two ends of the fixed plate; the continuous mousetrap further comprises a driving device for driving the two movable plates to be raised, and a control device which is used for controlling the driving device to move according to a signal of the first sensor. The intelligent electronic bait-free continuous mousetrap can realize bait-free and continuous mouse trapping and has high mouse trapping efficiency.
Description
Technical field
The present invention relates to mousing utensil technical field, particularly a kind of smart electronics is without bait continuous mousetrap.
Background technology
Mouse is our common a kind of mammal, and especially in the area that the people such as rural area and forest zone easily obtains again food less, mouse mostly is trouble especially.The vitality of mouse is vigorous, and reproduction speed is exceedingly fast, and adaptive capacity is very strong, and almost what is all eaten, and where can live.Viral marketing burrows, climb the tree, can climb the mountain, paddle, and harm agricultural, grassland; Robber serves as a soldier food, destroys reserve substance, building etc., and oropsylla silantiewi, to the harm of the mankind and large.Therefore the struggle of the mankind and mouse was never interrupted, and kept a cat from the most original, and to rat poison, the appearance of even various mousetrap, the mankind are really that going of racking one's brains deratizes, but a lot of place remains mouse trouble seriously.
Existing various mousetrap mainly contains the mouse trap etc. of Electric mousetrap and single import, although these mousetraps also can catch mouse, effect is bad, all there is following defect:
One, can continuous mouse catching, but only have an import, easily cause the vigilance of mouse, mouse not easily enters, and mousing effect is bad;
Two, can not continuous print mousing be carried out, once can only catch a mouse, then need people to be taken out by mouse and just can catch next mouse afterwards;
Three, need bait, mouse has antifeedant to bait.
Four, easily hog is damaged.
Due to the above-mentioned defect of existing mousetrap, the elimination war of the mankind to mouse is made to be difficult to obtain good effect.
Summary of the invention
For above defect, technical problem to be solved by this invention is to provide a kind of smart electronics without bait continuous mousetrap, and this smart electronics is easy to use without bait continuous mousetrap, structure is simple, without the need to bait, can continuous mouse catching be realized, and can not accidental injury be caused to hog.
For solving the problems of the technologies described above, technical scheme of the present invention is:
A kind of smart electronics without bait continuous mousetrap, the main channel comprising open at both ends and the bypass passage communicated with described main channel, main channel and bypass passage are communicated with by the branch road port in the middle part of the side sidewall that is arranged on described main channel; Described branch road passage port is provided with a unilateral gate can only opened to described bypass passage; The bottom of described bypass passage is provided with the first sensor for detecting mouse, and the test side of described first sensor is towards described main channel; The position of the corresponding described branch road port in bottom of described main channel is provided with fixed head, and the two ends of described fixed head are respectively hinged with a movable platen; Described continuous mousetrap also comprises the drive unit for driving two described movable platens to hold up, and for controlling the control device of described drive unit action according to the signal of described first sensor.
Wherein, described drive unit is electric pushrod, is arranged on the top of described main channel, and the push rod end of described electric pushrod is connected with two stay cords simultaneously, and the other end of two described stay cords is separately fixed on two pieces of described movable platens.
Wherein, fix with first piece of described movable platen after vertically disposed first pulley walked around by the first described stay cord be connected with described push rod; Horizontally disposed second pulley walked around by the second described stay cord be connected with described push rod, and then fixes with second piece of described movable platen after walking around vertically disposed 3rd pulley.
Wherein, two described stay cords are all serially connected with a spring.
Wherein, on the side sidewall of described main channel, the position of corresponding described fixed head is provided with the second sensor, and the test side of described second sensor is towards described main channel, and described second sensor is in parallel with described first sensor.
Wherein, described first sensor and described second sensor are infrared light reflection sensor, and the setting height(from bottom) of the two is identical, be all positioned at the homonymy of described main channel, on the opposite side sidewall of described main channel, the position of corresponding described first sensor and described second sensor is provided with reflector.
Wherein, described control device comprises the control circuit that an employing DC low-voltage is powered; The guidance panel of described continuous mousetrap being provided with power supply adaptor socket and direct current access terminal simultaneously, being also provided with the AC-to-DC change-over switch for changing between AC power and dc source.
Wherein, gemel connection is passed through between described fixed head and two pieces of described movable platens.
Wherein, described main channel and described bypass passage are the square cartridge structure of open at both ends, and described main channel is vertical with described bypass passage to be arranged.
Wherein, described unilateral gate is provided with printing opacity hole; The top of described first sensor is provided with the platen for the protection of described first sensor.
After have employed technique scheme, the invention has the beneficial effects as follows:
The main channel comprising open at both ends without bait continuous mousetrap due to smart electronics of the present invention and the bypass passage communicated with main channel, branch road passage port is provided with the unilateral gate can only opened to bypass passage; The first sensor for detecting mouse is provided with in the bottom of bypass passage; The position of the corresponding branch road port in bottom of main channel is provided with fixed head, and the two ends of fixed head are respectively hinged with a movable platen; Also comprise the drive unit for driving two movable platens to hold up, and for the control device of the signal accessory drive action according to first sensor.By smart electronics of the present invention without bait continuous mousetrap be placed into mouse frequently by place, storage mouse box/cage is placed in the end of bypass passage, because two of the present invention is penetrating, do not affect mouse walking, mouse is not set up defences, when mouse enters into the main channel of open at both ends, first sensor has detected that mouse enters and this signal is passed to control device, the action of control device output signal accessory drive, drive unit drives two pieces of movable platens upwards to hold up the closed at both ends of main channel, mouse is by the small space of shutoff in the middle part of main channel, force mouse to plow unilateral gate enter into bypass passage and enter into storage mouse box, delaying time of controller accessory drive resets, two pieces of movable platens set level recovery former state, wait for entering of next group mouse.Because mouse does not get a fright after entering above, and play in storage mouse box/cage and play, temptation is produced to the mouse of outside, the viral marketing of outside entering successively.From above-mentioned operation principle, continuous mousetrap of the present invention has the following advantages compared with existing mousetrap:
One, the mousing of Automatic continuous can be carried out, do not need human attendance;
Two, bait is not needed;
Even if three have caught hog by mistake, also can not damage hog;
Four, the small animals such as yellow weasel can also be caught;
Five, simple and convenient to the mouse process caught.
Due to stay cord being serially connected with spring, spring effectively can increase the elasticity of stay cord, one be can buffered-display driver device action time the instantaneous pulling force that produces, two is detected because mouse above enters rear first sensor and sent signal to control device, the action of control device meeting accessory drive, and when now mouse below does not also enter completely, can be choked by movable platen and casing, the pulling force of this kind of situation spring available buffer stay cord, effectively prevent stay cord from rupturing, improve functional reliability of the present invention and service life.
Because control device comprises the control circuit that an employing DC low-voltage powers, guidance panel being provided with power supply adaptor socket and direct current access terminal simultaneously, being also provided with the AC-to-DC change-over switch for changing between AC power and dc source.If when there is a 220V AC power at scene, 220V alternating current is converted to low-voltage DC by power supply adaptor and is powered by power supply adaptor socket; If when scene is without 220V AC power, accumulator can be used to be powered by direct current access terminal, no matter thus make continuous mousetrap of the present invention be alternating current 220V power or DC low-voltage power can both be stable work, add the scope of application of the present invention, as can mains-supplied be adopted in the place such as supermarket, grain depot easily at civil power, as can storage battery power supply be adopted in places such as the orchard of power supply inconvenience, farmlands.
Because unilateral gate is provided with printing opacity hole, because mouse has the habit of getting into the cave, after two pieces of movable platens are holded up, can become darker in main channel, printing opacity hole can lure that mouse easier finds bypass passage into, plows unilateral gate as soon as possible and enters in bypass passage, thus the time that shortening two pieces of movable platens are holded up, next group mouse can be met as soon as possible, improve mousing efficiency.
In sum, smart electronics of the present invention without bait continuous mousetrap solve existing mousetrap need bait, can not the technical problem such as continuous mouse catching, the present invention not only structural principle is simple, easy to use, and the mousing that can realize without bait, Automatic continuous, mousing efficiency is high, is the revolutionary product of mousing utensil, is suitable for suffering from area vast mouse and applies.
Accompanying drawing explanation
Fig. 1 is the structural representation of smart electronics of the present invention without bait continuous mousetrap;
Fig. 2 is the right view of Fig. 1;
Fig. 3 is that smart electronics of the present invention removes the structural representation after upper end cover without bait continuous mousetrap;
Fig. 4 is smart electronics of the present invention without the stay cord of bait continuous mousetrap and pulley in conjunction with schematic diagram;
In figure: 10, main channel, 120, first movable platen, 122, fixed head, 124, second movable platen, 126, hinge, 140, first stay cord, 142, second stay cord, 18, reflector, 20, guidance panel, 22, power supply adaptor socket, 24, AC-to-DC change-over switch, 26, direct current negative terminal, 28, direct current positive terminal, 30, bypass passage, 32, platen, 34, unilateral gate, 340, printing opacity hole, 40, first sensor, 42, second sensor, 50, control circuit, 54, electric pushrod, 540, push rod, 60, connecting rod, 70, spring, 80, first pulley, 82, second pulley, 84, 3rd pulley.
Embodiment
Below in conjunction with drawings and Examples, set forth the present invention further.
All be as the criterion with direction during the present invention's intelligence continuous mousetrap using state above and below described in this specification.
As shown in Figure 1, a kind of smart electronics is without bait continuous mousetrap, comprise the main channel 10 of the square tubular structure of open at both ends, the sidepiece of main channel 10 is communicated with the bypass passage 30 of the square tubular structure of a same open at both ends, the branch road port that can pass through for mouse is provided with in the middle part of one sidewall of main channel 10, be communicated with by branch road port between main channel 10 with bypass passage 30, the side that branch road port is positioned at bypass passage 30 is provided with a unilateral gate 34 can only opened to bypass passage 30 direction, can not get back in main channel 10 from branch road passage port again after unilateral gate 34 can make mouse enter into bypass passage 30, can only continue to be advanced forward in the storage mouse box or storage mouse cage (not shown) that are communicated with in bypass passage 30 end.The centre position of the bottom of main channel 10, namely the position of corresponding branch road port is provided with a fixed head 122, and the two ends of fixed head 122 are hinged with the first movable platen 120 and the second movable platen 124 respectively.First movable platen 120 and the second movable platen 124 are driven by drive unit when there being mouse to enter and can hold up the closed at both ends of main channel 10, force mouse to enter into bypass passage 30 by branch road port and finally enter in the container such as storage mouse box or storage mouse cage.The first sensor 40 for detecting mouse is provided with in the bottom of bypass passage 30, the test side of first sensor 40 is towards main channel 10, detection signal for detecting in main channel 10 whether have mouse, and is passed to control device by first sensor 40, by the action of control device accessory drive.The top of main channel 10 is provided with the control casing for containing drive device and control device, is provided with the guidance panel 20 of mousetrap at the side side-wall outer side of bypass passage 30.
As Fig. 1 and Fig. 3 jointly shown in, control device comprises a control circuit 50, and control circuit 50 adopts direct current 24V Power supply, and guidance panel 20 is provided with direct current positive terminal 28 for accessing direct current 24V power supply and direct current negative terminal 26.Guidance panel 20 is also provided with a power supply adaptor socket 22, it is that control circuit 50 is powered that the electric main of 220V can be converted to direct current 24V by power supply adaptor (not shown).Guidance panel 20 is also provided with AC-to-DC change-over switch 24, AC-to-DC change-over switch 24 is pushed AC, mousetrap can connect power supply adaptor mains-supplied; AC-to-DC change-over switch 24 is pushed DC side, and mousetrap can be accessed by the direct current 24V Power supplies such as accumulator.The mousetrap of this kind of dual power supply can not be limited to power supply, and range of application is more extensive, such as: can adopt mains-supplied in place easily at plant, market, supermarket, market and the mains supply such as grain shop, grain depot; In the wild, vegetable plot, orchard, farmland etc. do not have the place of mains supply can adopt storage battery power supply, extremely easy to use.
As Fig. 1 and Fig. 3 jointly shown in, drive unit is the electric pushrod 54 controlled by control circuit 50, push rod 540 end cross of electric pushrod 54 is fixed with a connecting rod 60, the two ends of connecting rod 60 are respectively fixed with a stay cord, two stay cords turn to the rear other end to be separately fixed on the first movable platen 120 and the second movable platen 124 by pulley, when push rod 540 is extrapolated, pull two stay cords by the first movable platen 120 and the pull-up simultaneously of the second movable platen 124, the two ends of main channel 10 are shut by two pieces of movable platens; When push rod 540 resets, the pulling force on stay cord disappears, and two pieces of movable platens are set level under the effect of self gravitation, the both ends open of main channel 10.
As Fig. 3 and Fig. 4 jointly shown in, the first stay cord 140 being fixed on connecting rod 60 one end walk around vertically disposed first pulley after 80s by control casing through fixing with the first movable platen 120 in main channel 10.The second pulley 82 that one is horizontally set on the first pulley 80 top first walked around by the second stay cord 142 being fixed on connecting rod 60 other end, and then after walking around vertically disposed 3rd pulley 84 by control casing through fixing with the second movable platen 124 in main channel 10.First pulley 80 and the second pulley 82 are arranged on above the position of corresponding first movable platen 120,3rd pulley 84 is arranged on above the position of corresponding second movable platen 124, first pulley 80 and the second pulley 82 are arranged away from the end of push rod 540, and the 3rd pulley 84 is arranged near the end of push rod 540.The position that first stay cord 140 and the second stay cord 142 and two pieces of movable platens are fixed is near the side of main channel 10 connected component paths 30, and such two stay cords can not hinder the passage of mouse.
As shown in Figure 3, first stay cord 140 and the second stay cord 142 are all serially connected with a spring 70 near one end of connecting rod 60, spring 70 effectively can increase the elasticity of the first stay cord 140 and the second stay cord 142, one be can damper push rod 540 action time the instantaneous pulling force that produces, two is detected because mouse above enters rear first sensor 40 and sent signal to control circuit 50, control circuit 50 can control electric pushrod 54 action, and when now mouse below does not also enter completely, can be choked by movable platen and casing, the pulling force of this kind of situation spring 70 available buffer stay cord, effectively prevent two stay cord Yin Lali from crossing major rupture, improve functional reliability and the service life of mousetrap of the present invention.
As Fig. 1 and Fig. 2 jointly shown in, the bottom of bypass passage 30 is provided with the platen 32 of a projection, and platen 32 is for the protection of first sensor 40, and mouse passes through on platen 32, can effectively prevent mouse by during bypass passage 30 damage first sensor 40.
As Fig. 1 and Fig. 2 jointly shown in, unilateral gate 34 is provided with printing opacity hole 340, because mouse has the habit of getting into the cave, after the first movable platen 120 and the second movable platen 124 are holded up, can become darker in main channel 10, printing opacity hole 340 can lure that mouse easier finds bypass passage 30 into, plowing unilateral gate 34 as soon as possible enters in bypass passage 30, thus the time that shortening the first movable platen 120 and the second movable platen 124 are holded up, next group mouse can be met as soon as possible, improve mousing efficiency.
As Fig. 1 and Fig. 3 jointly shown in, second sensor 42 is also installed on the side of bypass passage 30, arrange near branch road port, namely the second sensor 42 is positioned at the scope of fixed head 122, the test side of the second sensor 42 is towards main channel 10, the setting height(from bottom) of the second sensor 42 is identical with the setting height(from bottom) of first sensor 40, and the second sensor 42 is in parallel with first sensor 40, is electrically connected equally with control circuit 50.Second sensor 42 and first sensor 40 with the use of, as long as two sensors have one to detect, mouse is in main channel 10, two pieces of movable platens are holded up with regard to accessory drive by control circuit 50, when only having two sensors all to can't detect mouse, control circuit 50 just accessory drive resets, two pieces of movable platens just dull and stereotypedly can recover former state, two sensors with the use of, make the reliability of mousetrap of the present invention higher
As shown in Figure 1, first sensor 40 and the second sensor 42 are infrared light reflection sensor, and be installed in the side that main channel 10 is provided with branch road port, on the sidewall of main channel 10 opposite side, the position of corresponding two sensors is provided with reflector 18, reflector 18 and two sensors with the use of.And the selection of sensor is not limited to infrared light reflection sensor in practical application, as the sensor such as photoelectric sensor, proximity switch all can realize the function wanted required for the present invention, because the kind of sensor that can realize this function is numerous, and the occupation mode of various sensor is also all similar, those skilled in the art also can find out interchangeable sensor type easily, therefore this will not enumerate again about the sensor of other kind.Sidewall according to non-reflective sensor then main channel 10 opposite side does not need reflector is installed.
As shown in Figure 1, fixed head 122 and all hinged by hinge 126 between the first movable platen 120 and the second movable platen 124, hinged mode has a variety of, those skilled in the art all know hinge hinged be the most simple a kind of mode, for the preferred version of the present embodiment, but in the present invention the articulated manner of fixed head and two pieces of movable platens to be not limited to hinge hinged.
As shown in Figure 3, main channel 10 is vertical with bypass passage 30 to be arranged, main channel 10 preferred embodiment that be set to the present embodiment vertical with bypass passage 30, and this kind of mode of communicating makes the easiest, but the mode of communicating of main channel and bypass passage is not limited thereto.
As shown in Figure 3, what adopt in control device in the present embodiment is control circuit 50, and control circuit 50 is provided with intelligent chip, and intelligent chip is used for the signal of receiving sensor and processes to the received signal, time delay output, accessory drive action.And the control mode that can realize above-mentioned controlling functions in practical application has a variety of: such as switch delay circuit, but the components and parts that switch delay circuit needs are more, and work stability and reliability is low, and fault rate is high; Programmable Logic Controller such as small-sized again, small-sized programmable controller is easy to use, and reliability is high, but price is higher.The preferred intelligent chip of the factor such as combined reliability and cost the present embodiment is Themaincontroller.
As shown in Figure 1, Figure 2, Fig. 3 and Fig. 4 jointly shown in, smart electronics of the present invention is as follows without the operation principle of baiting mouse catching device:
Mousetrap is placed on mouse frequently by path on, be generally near the more hidden place such as the foot of a wall, main channel 10 is positioned on the path that mouse passes through, connect the containers such as storage mouse box in the end of bypass passage 30, and the mousetrap that then switches on power just can automatic operation.When there being mouse to enter in main channel 10, first sensor 40 and/or the second sensor 42 have detected that mouse enters, signal is sent to control circuit 50, after control circuit 50 receives signal, control electric pushrod 54 action, the push rod 540 of electric pushrod 54 is released, simultaneously tractive first stay cord 140 and the second stay cord 142 by the first movable platen 120 and the second movable platen 124 pull-up by the closed at both ends of main channel 10, now mouse is closed in the small space in centre position, main channel 10, now force mouse can only go out from branch road passage port, mouse enters in bypass passage 30 by branch road passage port, and enter in storage mouse box by bypass passage 30, now first sensor 40 and the second sensor 42 all can't detect mouse, mouse is sent by the signal of unilateral gate 34 to control circuit 50, after control circuit 50 receives signal, time delay several seconds kind (about 1 ~ 10s) controls electric pushrod 54 afterwards and resets, the pulling force that now push rod 540 acts on the first stay cord 140 and the second stay cord 142 disappears, first movable platen 120 and the second movable platen 124 are set level under the effect of self gravitation, the both ends open of main channel 10, mousetrap recovers former state and meets entering of next group mouse.
From above-mentioned operation principle, smart electronics of the present invention does not need human intervention completely without bait continuous mousetrap, can realize Automatic continuous without baiting mouse catching, people only need go to see once for one day, do not allow the mouse that is booked hungry to death yearningly dead in storage mouse box.Because mouse can externally send before death the mankind find less than distress signal and leave dangerous smell and warn other companion, other viral marketing gets around mousetrap like this, therefore to processing the mouse caught in time, not allowing mouse run out of grain because cutting off the water supply and extremely in storage mouse box.
The name of the technical characteristic (as the first movable platen and the second movable platen) with sequence related in the present invention, just in order to distinguish technical characteristic, does not represent the erection sequence between each feature, job order and position relationship etc.
The present invention is not limited to above-mentioned concrete embodiment, and those of ordinary skill in the art is from above-mentioned design, and without performing creative labour, all conversion made, all drop within protection scope of the present invention.
Claims (10)
1. smart electronics is without bait continuous mousetrap, it is characterized in that, the main channel comprising open at both ends and the bypass passage communicated with described main channel, described main channel and described bypass passage are communicated with by the branch road port in the middle part of the side sidewall that is arranged on described main channel, and described branch road passage port is provided with a unilateral gate can only opened to described bypass passage; The bottom of described bypass passage is provided with the first sensor for detecting mouse, and the test side of described first sensor is towards described main channel; The position of the corresponding described branch road port in bottom of described main channel is provided with fixed head, and the two ends of described fixed head are respectively hinged with a movable platen; Described continuous mousetrap also comprises the drive unit for driving two described movable platens to hold up, and for controlling the control device of described drive unit action according to the signal of described first sensor.
2. smart electronics according to claim 1 is without bait continuous mousetrap, it is characterized in that, described drive unit is electric pushrod, be arranged on the top of described main channel, the push rod end of described electric pushrod is connected with two stay cords simultaneously, and the other end of two described stay cords is separately fixed on two pieces of described movable platens.
3. smart electronics according to claim 2 is without bait continuous mousetrap, it is characterized in that, with first piece described movable platen fixes after vertically disposed first pulley walked around by the first described stay cord be connected with described push rod; Horizontally disposed second pulley walked around by the second described stay cord be connected with described push rod, and then fixes with second piece of described movable platen after walking around vertically disposed 3rd pulley.
4. smart electronics according to claim 3 is without bait continuous mousetrap, it is characterized in that, two described stay cords is all serially connected with a spring.
5. the smart electronics according to the arbitrary claim of Claims 1-4 is without bait continuous mousetrap, it is characterized in that, on the side sidewall of described main channel, the position of corresponding described fixed head is provided with the second sensor, the test side of described second sensor is towards described main channel, and described second sensor is in parallel with described first sensor.
6. smart electronics according to claim 5 is without bait continuous mousetrap, it is characterized in that, described first sensor and described second sensor are infrared light reflection sensor, and the setting height(from bottom) of the two is identical, all be positioned at the homonymy of described main channel, on the opposite side sidewall of described main channel, the position of corresponding described first sensor and described second sensor is provided with reflector.
7. smart electronics according to claim 6 is without bait continuous mousetrap, it is characterized in that, described control device comprises the control circuit that an employing DC low-voltage is powered; The guidance panel of described continuous mousetrap being provided with power supply adaptor socket and direct current access terminal simultaneously, being also provided with the AC-to-DC change-over switch for changing between AC power and dc source.
8. smart electronics according to claim 7 is without bait continuous mousetrap, it is characterized in that, passes through gemel connection between described fixed head and two pieces of described movable platens.
9. smart electronics according to claim 8 is without bait continuous mousetrap, it is characterized in that, described main channel and described bypass passage are the square cartridge structure of open at both ends, and described main channel is vertical with described bypass passage to be arranged.
10. smart electronics according to claim 9 is without bait continuous mousetrap, it is characterized in that, described unilateral gate is provided with printing opacity hole; The top of described first sensor is provided with the platen for the protection of described first sensor.
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| CN201410498087.XA CN104222059B (en) | 2014-09-25 | Smart electronics is without bait continuous mousetrap |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410498087.XA CN104222059B (en) | 2014-09-25 | Smart electronics is without bait continuous mousetrap |
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| CN104222059A true CN104222059A (en) | 2014-12-24 |
| CN104222059B CN104222059B (en) | 2017-01-04 |
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| CN105638631A (en) * | 2016-01-18 | 2016-06-08 | 吴国栋 | Mousetrap |
| CN105660592A (en) * | 2016-01-18 | 2016-06-15 | 吴国栋 | Mousetrap |
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