CN204560743U - Continuous mousetrap - Google Patents
Continuous mousetrap Download PDFInfo
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- CN204560743U CN204560743U CN201520123559.3U CN201520123559U CN204560743U CN 204560743 U CN204560743 U CN 204560743U CN 201520123559 U CN201520123559 U CN 201520123559U CN 204560743 U CN204560743 U CN 204560743U
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- cage body
- actuating arm
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Abstract
The utility model relates to a kind of continuous mousetrap, comprise and lure mouse-cage body and activity cage body, one end of mouse-cage body is lured to be provided with mouse entrance, lure the other end of mouse-cage body to be provided with and hold bait platform, lure the top of mouse-cage body to be provided with power and pull and support device, power pulls and supports device and comprises the first actuating arm, second actuating arm, elastic component and pole, the bottom of mouse-cage body is lured to be hinged with pedal near one end of mouse entrance, the free end of this pedal is connected on the second actuating arm, pedal is provided with and the magnetic part luring mouse-cage body phase magnetic, pedal keeps heeling condition under normal conditions, main shutter is in open mode, when pedal is in level, main shutter closes mouse entrance, activity cage body is provided with half-duplex channel, this half-duplex channel is communicated with luring mouse-cage body, the cuspidated elasticity block piece of band is provided with above half-duplex channel inwall, elasticity block piece is along the downward-sloping setting in activity cage body direction, by implementing the utility model, solve the problem that environmental pollution existing in existing mousing technology, potential safety hazard and cost are high.
Description
Technical field
The utility model relates to mouse trap, particularly relates to a kind of 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.Viral marketing burrows, endanger agricultural, grassland; Robber serves as a soldier food, destroys reserve substance, building etc., and oropsylla silantiewi, to the harm of the mankind and large, more seriously stings bad electric equipment insulating barrier and causes electric leakage or wire short-circuiting thus cause fire and people is got an electric shock, have great potential safety hazard.
And utilized for a long time type mouse trapping method of people is a lot, relatively more conventional is chemical deratization method and physics mouse killing method.Chemical deratization method utilizes medicine to kill mouse, but the usual toxicity of these medicines is stronger, after people have eaten and are stained with the food of these medicines because of carelessness, even can cause the life danger of people time serious.In addition, because mouse is always hided at shady place, even if mouse has eaten raticide extremely in certain corner, treat that its corpse rots smelly, people have also not easily found its corpse, thus cause severe indoor environment; Physics mouse killing method normally utilizes adhesion rattrap or the mousetrap to catch to grab mouse, if the mousetrap can only be once catch a mouse, dead soon after mouse is jammed, as cleared up not in time, viral marketing goes bad smelly, cause environmental pollution, the blood smell of dead mouse can be stayed on the mousetrap, makes other mouse no longer near the mousetrap, can not play the effect of continuous mouse catching, but also entail dangers to is to other small animals, even also children can be accidentally injured.Adhesion rattrap is by the mucus on cardboard, just clung until time on mouse enters into adhesion rattrap, but this adhesion rattrap often once can only cling a mouse, after clinging, related adhesion rattrap is lost together, the each market price of this kind of adhesion rattrap generally more than 5 yuan, so it is higher to use cost.
For above-mentioned deficiency, market occurs some can the device of continuous capturing mouse, as the one intelligence continuous mousetrap that the patent No. is 201210352534.1, comprise car body, electromagnetic surveying coil, control panel, controller, storage battery, two walking reducing motors, upset reducing motor, turning rod, two Hall switch, turning rod phase magnet, turning rod location-plate, turnover panel, electric-shocking plate, LOAD CELLS, bait support, tension pick-up, bait, linear hall sensor, wireless transmitter module, wireless receiving module, at least two blocks of navigator fix magnet, power amplifier and oscillator, this kind of complex structure, adopt multiple sensors, reducing motor, power amplifier, the electronic devices such as oscillator, so cost is higher can not get good popularization.
Utility model content
The purpose of this utility model is to provide a kind of continuous mousetrap, to solve the high problem of environmental pollution existing in existing mousing technology, potential safety hazard and cost.
In order to solve the problems of the technologies described above, the utility model provides a kind of continuous mousetrap, comprises a cage body, and this cage body is divided into and lures mouse-cage body and activity cage body:
The described one end of mouse-cage body that lures is provided with the mouse entrance entered for mouse, lure the other end inwall of mouse-cage body to be provided with and hold bait platform for what bear food, describedly lure the top of mouse-cage body to be provided with power to pull and support device, this power pulls and supports device and comprises the first actuating arm, second actuating arm, two elastic components and pole, one end of described two elastic components. correspondence is located at and is lured on mouse-cage body two side, the other end level connection joint pole of two elastic components, one end of first actuating arm and the second actuating arm is connected on pole, the free end of the first actuating arm is connected with the main shutter for switch mouse entrance, described first actuating arm and the second actuating arm are respectively equipped with fulcrum near one end of pole, the described bottom of mouse-cage body that lures is hinged with pedal near one end of mouse entrance, the free end of this pedal is connected on the second actuating arm, and the second actuating arm is vertically hinged with for closing the dividing plate holding bait platform, described pedal be provided with cage body bottom attracting magnetic part, under normal conditions, pedal is pulled to heeling condition by the gravity of magnetic force and pedal that the second actuating arm overcomes magnetic part under the effect of elastic component, main shutter is apart from luring the distance bottom mouse-cage body and pedal free end apart from luring the distance bottom mouse-cage body consistent, when the weight being greater than 60g enters pedal, pedal is at weight, overcome the pulling force of the second actuating arm to pedal under the gravity of pedal and the magnetic force of magnetic part and be in level,
Described activity cage body is provided with half-duplex channel, this half-duplex channel is communicated with luring mouse-cage body, several elasticity block piece is provided with above described half-duplex channel inwall, this elasticity block piece comprises spring and the cuspidated gear pin of band, spring is fixedly connected with gear pin, and gear pin is along the downward-sloping setting in activity cage body direction, and the tip of gear pin is less than 3cm apart from the distance bottom activity cage body, described activity cage body sidewall offers the pass mouse door for getting mouse.
Adopt technique scheme, when mouse sets foot on pedal from mouse entrance, due to the magnetic force of magnetic part and the gravity of mouse pedal stepped on and move downward around its pin joint, pedal will pull the second actuating arm to turn clockwise around its fulcrum, actuating arm just upwards pulls the pole be connected on elastic component, because the first actuating arm and the second actuating arm are coaxially connected on pole, so, when pole moves upward, first actuating arm just turns clockwise around its fulcrum, first actuating arm just promotes main shutter and moves down along slide rail until close mouse entrance, even if mouse goes to mouse entrance place again, attempt is escaped from, but the magnetic force of the body weight of mouse and magnetic part makes pedal move, thus main shutter can not be opened.Now lure mouse-cage body two ends to be all closed, unique outlet is the half-duplex channel be communicated with activity cage body, and mouse just can be pushed elasticity block piece open and be entered activity cage body.Because the lower end of elasticity block piece is less than 3cm apart from the distance bottom activity cage body, mouse cannot pass through from its gap; And the lower end of elasticity block piece is with tip, the tip touching elasticity block piece when mouse can tingle, and institute lures mouse-cage body cannot enter into from activity cage body.When mouse is from when luring mouse-cage body to enter activity cage body, pedal is just moved upward to original state under the pulling force of the second actuating arm, and now main shutter is opened, and just can carry out mousing work next time.
By adopting the technical program, in the process used, convenient and safe, can not damage people and animals, after simultaneously mouse enters cage body, can not can be lethal by it as the mousetrap, stay a ground bloody, contaminated environment, it also avoid medicine poisoning and make it die from shady place not easily to find, corpse corruption gives out a foul smell.Meanwhile, the technical program can continuous capturing mouse, and use value is higher, and it is made up of common components such as pedal, magnetic part, pole, actuating arms, with low cost.
Further, the two side of described mouse entrance is respectively equipped with slide rail, main shutter is slidably connected in slide rail, make main shutter along the track of slide rail, vertically slide up and down on mouse entrance, thus mouse entrance is closed by main shutter more closely.
Further, in order to make pedal and main shutter action simultaneously, described first actuating arm is consistent with the length of the second actuating arm, and the fulcrum of the fulcrum of the first actuating arm and the second actuating arm remains on same level direction, and two fulcrums are consistent apart from the distance of pole, when main shutter closes mouse entrance, the anglec of rotation of the first actuating arm and the anglec of rotation of the second actuating arm are consistent, thus when pedal is rotated down to level, drive main shutter to close mouse entrance downwards by the second actuating arm and the first actuating arm.
Further, in order to alleviate the negative G of pedal to the second actuating arm, described pedal adopts light-high-strength plastic material, ensure that the support strength of pedal on the one hand, makes it not yielding, ensure that the slim and graceful degree of pedal on the other hand.
Further, for the ease of bait platform taking food or puts food holding, hold luring on mouse-cage body above bait platform be provided with feeding gate described, one end of this feeding gate is hinged on and lures on mouse-cage body outer wall, and the other end of feeding gate is provided with locking device.So, when needing to change the food held on bait platform, only need the locking device opened on feeding gate just can operate.
Further, conveniently operating personnel open and close feeding gate, comprise at described locking device and be located at bayonet lock on feeding gate and be located at the buckle lured on mouse-cage body, when needing to open feeding gate, lure on mouse-cage body by bayonet lock being penetrated in buckle feeding gate to be locked at, when needing to open feeding gate, bayonet lock is taken out from buckle, then rotary feeding door just can open it.
Further, the described grid composition luring mouse-cage body to adopt steel wire to make, because steel wire quality is hard, and be woven into latticed, there is good visuality, the situation of cage body inside can be observed on the one hand for people, mouse can be made to see the food held on bait platform intuitively on the other hand, thus play the object of luring mouse.
Further, move cage body for the ease of operating personnel, described cage body is provided with the handle gripped for people, and so, operating personnel can be hold by one hand handle, and take cage body in one's arms without the need to both hands.
Further, to be entered into by half-duplex channel from activity cage body to better prevent mouse and lure mouse-cage body, described half-duplex channel is provided with the gear door rotated to activity cage body direction, this gear door is hinged on half-duplex channel by hinge, and gear door is less than 3cm apart from activity cage body distance from bottom, so, when mouse want by half-duplex channel from activity cage body enter lure mouse-cage body time, because the gap bottom gear door and activity cage body is less than 3cm, mouse cannot pass through from its gap, secondly, because gear door can only rotate to activity cage body direction, enter lure mouse-cage body so mouse cannot open gear door.
Accompanying drawing explanation
Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail:
Fig. 1 is the structural representation of continuous mousetrap in the present embodiment;
Fig. 2 is the interior schematic diagram luring mouse-cage body in the present embodiment;
Fig. 3 is the structural representation of half-duplex channel in the present embodiment.
Embodiment
Reference numeral during accompanying drawing illustrates is: lure mouse-cage body 1, activity cage body 2, main shutter 3, first actuating arm 4, second actuating arm 5, elastic component 6, pole 7, fulcrum 8, half-duplex channel 9, hold bait platform 10, dividing plate 11, pedal 12, elasticity block piece 13, close mouse door 14, dividing plate 15, magnetic part 16, spring 17, gear pin 18, gear door 19.
As shown in Figure 1, the technical program provides a kind of continuous mousetrap, comprises a cage body, and this cage body is divided into and lures mouse-cage body 1 and activity cage body 2, lures the grid composition that mouse-cage body adopts steel wire to make:
The left end of mouse-cage body 1 is lured to offer the mouse entrance entered for mouse, lure the right-hand member inwall of mouse-cage body 1 is horizontally installed with and hold bait platform 10 for what bear food, according to the bodily form of adult mouse brain, be arranged between the 4cm-6cm luring mouse-cage body 1 bottom level by holding bait platform 10, so that mouse sees food intuitively, thus play and better lure object.Offer a feeding gate holding luring on mouse-cage body 1 wall on the right side of bait platform 10, one end of this feeding gate is hinged on and lures on mouse-cage body 1 outer wall, and the other end of feeding gate is provided with locking device.Locking device comprises and is arranged on bayonet lock on feeding gate and is arranged on the buckle lured on mouse-cage body 1, when needing to open feeding gate, lure on mouse-cage body 1 by bayonet lock being penetrated in buckle feeding gate to be locked at, when needing to open feeding gate, bayonet lock is taken out from buckle, then rotary feeding door just can open it.
As shown in Figure 2, luring the top of mouse-cage body 1, power is installed and pulls and supports device, this power pulls and supports device and comprises the first actuating arm 4, second actuating arm 5, two elastic components 6 and pole 7, lure in the middle part of mouse-cage body 1 and two side has vertically been mounted opposite left Baltimore groove and right Baltimore groove respectively, the lower end of two elastic components 6 is fixedly mounted in left and right Baltimore groove respectively, upper end level connection joint one pole 7 of two elastic components 6.One end hook of the first actuating arm 4 and the second actuating arm 5 is held on pole 7, and is located at pole 7 centre position by steel wire.The left end of the first actuating arm 4 is vertically hinged with the main shutter 3 for switch mouse entrance, the two side of mouse entrance is installed with the slide rail of " U " shape respectively relatively, main shutter 3 is slidably connected in slide rail, makes main shutter 3 along the track of slide rail, vertically slides up and down on mouse entrance.The right-hand member of the second actuating arm 5 is hinged with for closing the dividing plate 15 holding bait platform 10, and dividing plate 15 is when opening, dividing plate 15 lower end is consistent with the swinging distance of the second actuating arm 5 apart from the distance of holding bait platform 10, to ensure when the second actuating arm 5 rotates to bottom, dividing plate 15 will hold bait platform 10 and close completely, to avoid mouse to have food, thus make the food held on bait platform 10 can repeat to lure mouse.First actuating arm 4 and the second actuating arm 5 are separately installed with fulcrum 8 near one end of pole 7, and left and right two fulcrums 8 are hinged on the first actuating arm 4 and the second actuating arm 5 respectively.In addition, in order to make pedal 12 and main shutter 3 better interoperation, first actuating arm 4 is consistent with the length of the second actuating arm 5, and the fulcrum 8 of the fulcrum 8 of the first actuating arm 4 and the second actuating arm 5 remains on same level direction, and two fulcrums 8 are 2cm apart from the distance of pole 7, when main shutter 3 closes mouse entrance, the anglec of rotation of the first actuating arm 4, second actuating arm 5 and pedal 12 is consistent, thus when pedal 12 is rotated down to level, drive main shutter 3 to close mouse entrance completely downwards by the second actuating arm 5 and the first actuating arm 4.
Pedal 12 adopts light-high-strength plastic material, ensure that the support strength of pedal 12 on the one hand, makes it not yielding, alleviates the negative G of pedal 12 to the second actuating arm 5 on the other hand.The right-hand member of pedal 12 is hinged on the second actuating arm 5, pedal 12 lower surface and lure mouse-cage body 1 to be mounted opposite to be magnetic part 16, this magnetic part is arranged on the pedal lower surface apart from main shutter 10cm, under normal conditions, pedal 12 is pulled to heeling condition by the gravity of magnetic force and pedal 12 that the second actuating arm 5 overcomes magnetic part 16 under the effect of elastic component 6, and main shutter 3 lures the distance bottom mouse-cage body 1 consistent apart from the distance lured bottom mouse-cage body 1 with pedal 12 right-hand member distance.Because a mouse that can only run is generally at more than 60g, so when the mouse being greater than 60g sets foot on pedal 12, along with mouse is close to pedal 12 right-hand member gradually, the pulling force that pedal 12 overcomes the second actuating arm 5 pairs of pedals 12 under the gravity of mouse, pedal 12 and the magnetic force of magnetic part 16 moves downward gradually, until mouse sets foot on pedal 12 completely, pedal 12 is in level.Now magnetic part 16 with lure bottom mouse-cage body 1 attracting, as long as so have mouse luring mouse-cage body 1 in movable, pedal just and lure bottom mouse-cage body 1 and be firmly affixed, when running about avoiding mouse on pedal 12, pedal 12 is teetertottered, thus causes main shutter 3 to close untight problem.
As shown in Figure 3, activity cage body 2 is provided with rectangle half-duplex channel 9, this half-duplex channel 9 is communicated with luring mouse-cage body 1, half-duplex channel 9 inwall top is installed with several elasticity block piece 13, this elasticity block piece 13 comprises spring 17 and the cuspidated gear pin 18 of band, spring 17 is fixedly connected with gear pin 18, spring 17 is horizontally fixed on half-duplex channel 9 inwall top, and gear pin 18 is along the downward-sloping setting in activity cage body direction, and the tip of gear pin 18 is less than 3cm apart from the distance bottom activity cage body 2, activity cage body 2 sidewall offers the pass mouse door 14 for getting mouse.To be entered into by half-duplex channel 9 from activity cage body 2 to better prevent mouse and lure mouse-cage body 1, the gear door 19 rotated to activity cage body 2 direction is installed above half-duplex channel 9, this gear door 19 is hinged on half-duplex channel 9 by hinge, and gear door 19 is less than 3cm apart from activity cage body 2 distance from bottom, so, when mouse want by half-duplex channel 9 from activity cage body 2 enter lure mouse-cage body 1 time, because gear door 19 and the gap bottom activity cage body 2 are less than 3cm, mouse cannot pass through from its gap, secondly, because gear door 19 can only rotate to activity cage body 2 direction, enter lure mouse-cage body 1 so mouse cannot open gear door 19.
In addition, the grid composition luring mouse-cage body 1 and activity cage body 2 all to adopt steel wire to make, because steel wire quality is hard, and be woven into latticed, there is good visuality, the situation of cage body inside can be observed on the one hand for people, mouse can be made to see the food held on bait platform 10 intuitively on the other hand, thus play the object of luring mouse.Move cage body for the ease of operating personnel, cage body is provided with the handle gripped for people, and so, operating personnel can be hold by one hand handle, and take cage body in one's arms without the need to both hands.
In actual applications, open feeding gate, food is placed on and holds on bait platform 10 and close feeding gate, the cage body being placed with food is put in the place that mouse often haunts.When mouse sets foot on pedal 12 from mouse entrance, move downward around its pin joint because pedal 12 is stepped on by the magnetic force of magnetic part 16 and the gravity of mouse, pedal 12 will pull the second actuating arm 5 to turn clockwise around its fulcrum 8, second actuating arm 5 left end just upwards pulls the pole 7 be connected on elastic component 6, because the first actuating arm 4 and the second actuating arm 5 are coaxially connected on pole 7, so, when pole 7 moves upward, first actuating arm 4 just turns clockwise around its fulcrum 8, the right-hand member of the first actuating arm 4 just promotes main shutter 3 and moves down along slide rail until close mouse entrance, even if mouse go to mouse entrance place attempt escape from, but the magnetic force of the body weight of mouse and magnetic part 16 makes pedal 12 move, thus main shutter 3 can not be opened.Now lure mouse-cage body 1 two ends to be all closed, unique outlet is the half-duplex channel 9 be communicated with activity cage body 2, and mouse just can be pushed elasticity block piece 13 open and be entered activity cage body 2.Because the lower end of elasticity block piece 13 is less than 3cm apart from the distance bottom activity cage body 2, mouse cannot pass through from its gap; And the lower end of elasticity block piece 13 is with tip, the tip touching elasticity block piece 13 when mouse can tingle, and institute lures mouse-cage body 1 can not enter into from activity cage body 2.When mouse is from when luring mouse-cage body 1 to enter activity cage body 2, pedal 12 is just moved upward to original state under the pulling force of the second actuating arm 5, and now main shutter 3 is opened, and just can carry out mousing work next time.
Above-described is only preferred embodiment of the present utility model; should be understood that; for a person skilled in the art; under the prerequisite not departing from the utility model structure; some distortion and improvement can also be made; these also should be considered as protection domain of the present utility model, and these all can not affect effect and the practical applicability of the utility model enforcement.
Claims (8)
1. continuous mousetrap, comprises a cage body, it is characterized in that, this cage body is divided into and lures mouse-cage body and activity cage body:
The described one end of mouse-cage body that lures is provided with the mouse entrance entered for mouse, lure the other end inwall of mouse-cage body to be provided with and hold bait platform for what bear food, describedly lure the top of mouse-cage body to be provided with power to pull and support device, this power pulls and supports device and comprises the first actuating arm, second actuating arm, two elastic components and pole, one end correspondence of described two elastic components is located at and is lured on mouse-cage body two side, the other end level connection joint pole of two elastic components, one end of first actuating arm and the second actuating arm is connected on pole, the free end of the first actuating arm is connected with the main shutter for switch mouse entrance, described first actuating arm and the second actuating arm are respectively equipped with fulcrum near one end of pole, the described bottom of mouse-cage body that lures is hinged with pedal near one end of mouse entrance, the free end of this pedal is connected on the second actuating arm, and the second actuating arm is vertically hinged with for closing the dividing plate holding bait platform, described pedal be provided with cage body bottom attracting magnetic part, under normal conditions, pedal is pulled to heeling condition by the gravity of magnetic force and pedal that the second actuating arm overcomes magnetic part under the effect of elastic component, main shutter is apart from luring the distance bottom mouse-cage body and pedal free end apart from luring the distance bottom mouse-cage body consistent, when the weight being greater than 60g enters pedal, pedal is at weight, overcome the pulling force of the second actuating arm to pedal under the gravity of pedal and the magnetic force of magnetic part and be in level,
Described activity cage body is provided with half-duplex channel, this half-duplex channel is communicated with luring mouse-cage body, several elasticity block piece is provided with above described half-duplex channel inwall, this elasticity block piece comprises spring and the cuspidated gear pin of band, spring is fixedly connected with gear pin, and gear pin is along the downward-sloping setting in activity cage body direction, and the tip of gear pin is less than 3cm apart from the distance bottom activity cage body, described activity cage body sidewall offers the pass mouse door for getting mouse.
2. continuous mousetrap according to claim 1, is characterized in that, the two side of described mouse entrance is respectively equipped with slide rail, and main shutter is slidably connected on slide rail.
3. continuous mousetrap according to claim 1 and 2, it is characterized in that, described first actuating arm is consistent with the length of the second actuating arm, and the fulcrum of the fulcrum of the first actuating arm and the second actuating arm remains on same level direction, and two fulcrums are consistent apart from the distance of pole, when main shutter closes mouse entrance, the anglec of rotation of the first actuating arm and the anglec of rotation of the second actuating arm are consistent.
4. continuous mousetrap according to claim 1, is characterized in that, described pedal adopts light-high-strength plastic material.
5. continuous mousetrap according to claim 3, is characterized in that, described in the mouse-cage body that lures held above bait platform be provided with feeding gate, one end of this feeding gate is hinged on and lures on mouse-cage body outer wall, and the other end of feeding gate is provided with locking device.
6. continuous mousetrap according to claim 5, is characterized in that, described locking device comprises and is located at bayonet lock on feeding gate and is located at the buckle lured on mouse-cage body, lures on mouse-cage body by being penetrated by bayonet lock in buckle feeding gate to be locked at.
7. continuous mousetrap according to claim 1, is characterized in that, described in lure mouse-cage body adopt steel wire make grid composition.
8. continuous mousetrap according to claim 1, is characterized in that, described half-duplex channel is provided with gear door, and described half-duplex channel is provided with the gear door rotated to activity cage body direction, and gear door is less than 3cm apart from activity cage body distance from bottom.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520123559.3U CN204560743U (en) | 2015-03-03 | 2015-03-03 | Continuous mousetrap |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520123559.3U CN204560743U (en) | 2015-03-03 | 2015-03-03 | Continuous mousetrap |
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| CN204560743U true CN204560743U (en) | 2015-08-19 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520123559.3U Expired - Fee Related CN204560743U (en) | 2015-03-03 | 2015-03-03 | Continuous mousetrap |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107182998A (en) * | 2017-05-11 | 2017-09-22 | 林英强 | A kind of new type of continuous cage trap |
| CN108157345A (en) * | 2018-03-19 | 2018-06-15 | 无锡市市北高级中学 | Electronic mousetrap based on Hall element |
-
2015
- 2015-03-03 CN CN201520123559.3U patent/CN204560743U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107182998A (en) * | 2017-05-11 | 2017-09-22 | 林英强 | A kind of new type of continuous cage trap |
| CN107182998B (en) * | 2017-05-11 | 2023-05-09 | 江门市智能快捕制造有限公司 | Novel trap cage in succession |
| CN108157345A (en) * | 2018-03-19 | 2018-06-15 | 无锡市市北高级中学 | Electronic mousetrap based on Hall element |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150819 Termination date: 20170303 |
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| CF01 | Termination of patent right due to non-payment of annual fee |