CN204837700U

CN204837700U - Mousetrap improvement structure

Info

Publication number: CN204837700U
Application number: CN201520442295.8U
Authority: CN
Inventors: 刘赜铭
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-06-25
Filing date: 2015-06-25
Publication date: 2015-12-09
Anticipated expiration: 2025-06-25

Abstract

The utility model provides a mousetrap improvement structure, includes: a telescopic cavity squirrel cage body, squirrel cage body one side is equipped with the open front, be equipped with a bait hook and an interlock frame in a side middle section in addition, this bait hook top is equipped with the outer convex portion of rising to the bait earlier on, cage door system locates the open front upside with an avris pivot, this cage inclines the pivot outdoors and is equipped with a main drive frame, this main drive frame is pivot and press close to squirrel cage body top side and can drive the cage door and upwards raise upwards, one side upset that utilizes this interlock frame orientation to keep away from the open front can be pressed and pulled on this main drive frame, hold this interlock frame end portion with the portion's of rising to the bait hook again, can make the cage door keep raiseing the state, one replys spring system sets up between cage door and squirrel cage body, so that the cage door keeps the elasticity of closing, when the bait on stinging the bait hook is drawn to the mouse, can drive the portion of rising to the bait breaks away from the interlock frame, make the cage door receive the spring action of answer spring and close this open front downwards, it is originally internal in order to close the mouse in the squirrel cage.

Description

Mouse trap structure-improved

Technical field

The utility model is relevant a kind of mouse trap structure-improved, refer to especially a kind of have better benefits mouse effect, folding volume less and be easy to process mend the mousing cage structure obtaining mouse.

Background technology

Traditional mouse trap system utilize mesh sheet to be bent into cage body that one has opening, and be pivoted one in the overthe openings of this cage body, top edges in this is separately upwards provided with an Extension support, and this inner side is provided with a spring, and to be linked to cage body inner, separately can hold the bait hook of bait by hook in cage body away from being provided with one above the side of opening, and be respectively equipped with a upright sliver in opening two side of cage body, for one can the pin of upper and lower slip across establishing; During use, first pin can be slided to top, pressing down Extension support again makes door overcome the elastic force of spring and outwards open, simultaneously, this Extension support top may extend to this bait hook side, the upper hook portion hook preset above this bait hook is utilized to hold and form interim location, when mouse pulls the bait of this bait hook, can interlock on this hook portion depart from Extension support top, make this quick closedown by elastic force effect of spring, this pin also glides and keeps out this door simultaneously, makes mouse push this door open by cage body inside and to be closed in this cage body.

But said structure, when practical application, has following disappearance:

1. because the cage body of traditional mousetrap has fixing volume, and its Extension support system upwards extends, and more increases the overall space taken, and therefore must spend higher cost when its harvesting or transport, not meet economic benefit.

2. agile due to mouse, therefore traditional mousetrap is after benefit obtains mouse, large polyphyly utilizes various mode (as: water logging or baked wheaten cake) directly to be killed by mouse, again mouse is taken out, otherwise the door of opening enclosed cage body easily allows mouse escape arbitrarily, thus, directly in the face of cannibalisation viral marketing makes people feel uncomfortable at heart.

3. glide because traditional pin is the weight of utilization itself, but the weight of this pin itself is less, and vibrations can be produced in the process of this quick closedown, cause this pin easily to cause to block and the situation that cannot glide as scheduled, form the disappearance in application.

Because the mousing cage structure of commonly seeing has above-mentioned shortcoming, creator is the road for aforesaid drawbacks Improvement, finally has the utility model to produce.

Utility model content

The purpose of this utility model is to provide a kind of mouse trap structure-improved, and its structure is simple, and effectively overcome the defect of prior art, can reduce and take volume, it is firm rapidly to catch, and avoids follow-up inconvenience.

For achieving the above object, the utility model discloses a kind of mouse trap structure-improved, it is characterized in that at least comprising:

One mouse cage body, there is the structure of multiple mutual socket to form the telescopic hollow container of a length, an open front is provided with in this mouse cage body one side, and the bait hook that bait held by a hook is provided with in stage casing, mouse cage body top side, this bait hook top is provided with the upper hook portion outside a protrusion mouse cage body, and the position outside this mouse cage bodies top between open front and bait hook is separately pivoted with a coupled frame;

One cage door, on the upside of the open front being hubbed at this mouse cage body with upper edge, a main bogie is pivoted with away from the side of open front in this cage door, this main bogie upwards pivotable be close to mouse cage body top side cage door can be driven upwards to start, pressed on this main bogie towards the side upset away from open front by this coupled frame again, and this coupled frame end is held by hook portion hook on this;

One returning spring, is arranged between cage door and mouse cage body to make this cage door keep one close the elasticity of this open front thus drive when mouse draws the bait of the hook that bites at a hook hook portion to depart from coupled frame and make this coupled frame cannot keep pressing and closed in mouse cage body by mouse to make this cage door close this open front downwards by the elastic force effect of returning spring in this main bogie.

Wherein, this mouse cage body is socketed to form mutually by cage in cage and in an outer cage.

Wherein, be provided with a lock below the open front of this mouse cage body to pull assembly, this lock assembly of pulling has at least one stop block being hubbed at lower edge on front side of this open front, and this stop block is in cage door pivotal path should be provided with two first, second stopping surfaces orthogonal thus push against this second stopping surface when this cage door carries out closing motion downwards and this stop block pivotable of interlock forms a lock to pull state to make its first stopping surface be barred from cage outer side of door.

Wherein, the pull stop block of assembly of this lock links an operation handlebar via a pivot thus utilizes this operation handlebar to operate the reverse pivotable of each stop block and to pull state to make the first stopping surface remove the lock being barred from cage outer side of door.

Wherein, this mouse cage body is provided with an extraction catheter outwards protruded out in the side away from open front, this extraction catheter has an extraction channel passed through for mouse, and separately links one in extraction catheter outer end and have and shrink flexible collar bag and cannot disorderly move so that subsequent treatment to utilize the brute force of this collar bag to shrink elasticity constraint mouse.

Wherein, this extraction catheter outer circumferential side is provided with multiple outer hook portion, and each outer hook portion hook is held in one end of this collar bag.

Pass through said structure, the utility model is by telescopic mouse cage body, cooperation one is hubbed at the main bogie of cage outer side of door, utilize this main bogie can fit in cage in time folding and show side outdoors, state after coordinating this mouse cage body to shrink, that effectively can reduce entirety takies volume, is beneficial to the cost reducing harvesting or transport.

The utility model is provided with the extraction catheter of an outward taper in mouse cage body away from the side of cage door, and this extraction catheter separately link one have shrink flexible collar bag, the characteristic can run helter-skelter in mouse cage body interior after utilizing mouse to be obtained by benefit, viral marketing is made to be entered in collar bag by extraction catheter, brute force contraction elasticity by this collar bag can fetter mouse and cannot disorderly move, so that carry out follow-up process.

Can obtain for making above-mentioned purpose of the present utility model, effect and feature and understand more specifically, be described as follows according to each accompanying drawing.

Accompanying drawing explanation

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

Fig. 2 is the using state schematic diagram that the utility model is opened in cage door.

Fig. 3 is the action schematic diagram that the utility model is closed in cage door.

Fig. 4 is that the utility model is in the view folded completely.

Embodiment

Refer to Fig. 1, shown in 2, known structure of the present utility model mainly comprises: mouse cage body 1, cage door 2, part such as returning spring 5 grade, wherein mouse cage body 1 is mutually socketed by multiple structure and forms the telescopic hollow container of a length, an open front 14 is provided with in this mouse cage body 1 one side, and a bait hook 16 is provided with in stage casing, mouse cage body 1 top side, the lower hook portion 161 that bait A held by a hook is provided with bottom this bait hook 16, bait hook 16 top is provided with the upper hook portion 162 outside a protrusion mouse cage body 1, and the position of mouse cage body 1 top outer between open front 14 and bait hook 16 is separately pivoted with a coupled frame 15.

In a feasible embodiment, this mouse cage body 1 is socketed to form mutually by cage 13 in cage in an outer cage 11, one 12 and, this coupled frame 15 is hubbed at middle cage 12 top outer one end close to interior cage 13, in this, cage 12 top is provided with a hollow out conduit 121 extended towards telescopic direction close to the side of outer cage 11, and this bait hook 16 is hubbed in this hollow out conduit 121 with stage casing, this interior cage 13 top is provided with a hollow out conduit 131 extended towards telescopic direction close to the side of middle cage 12.

Cage door 2 is hubbed on the upside of the open front 14 of this mouse cage body 1 with upper edge, is pivoted with a main bogie 21 in this cage door 2 appearance side (side away from open front 14); In a feasible embodiment, this main bogie 21 is in a ㄇ shape bending, its two end system is hubbed at the position of stage casing, cage door 2 appearance side near top respectively, when this main bogie 21 upwards pivotable be close to mouse cage body 1 top side, cage door 2 can be driven upwards to start, if pressed on this main bogie 21 towards the side upset away from open front 14 by this coupled frame 15, and make this coupled frame 15 end hold by upper hook portion 162 hook of this bait hook 16, cage door 2 can be made to be held in the state of opening completely.

Returning spring 5 is arranged between cage door 2 and mouse cage body 1, utilizes the elastic force effect of this returning spring 5, and this cage door 2 can be made to keep one towards the elasticity of this open front 14 closing.

In a feasible embodiment, this mouse cage body 1 (outer cage 11) can be provided with an extraction catheter outwards protruded out 3 in the side away from open front 14 according to need, this extraction catheter 3 has the extraction channel 31 of a convergent, and be provided with multiple outer hook portion 32 in this extraction catheter 3 outer circumferential side, hold link one for hook and there is the flexible collar bag 6 of contraction.

And when practical application, a lock can be provided with to pull assembly 4 below the open front 14 of this mouse cage body 1, this lock assembly 4 of pulling has the pivot 41 that crosses at lower edge on front side of this open front 14, at least one stop block 43 is provided with in this pivot 41 stage casing, this stop block 43 in cage door 2 pivotal path being provided with two first, second stopping surfaces 431,432 orthogonal, and separately outwards protrudes out an operation handlebar 42 in pivot 41 one end.

Refer to Fig. 3, shown in 4, known the utility model is in time using, when mouse B draws the bait A bitten at a hook on hook 16, hook portion 162 can be driven to depart from coupled frame 15, make this coupled frame 15 cannot keep pressing the state in this main bogie 21, then, utilize the elastic force effect of returning spring 5, cage door 2 can be made stressed and close this open front 14 downwards, when this cage door 2 carries out closing motion downwards, the second stopping surface 432 of this stop block 43 can be pushed against and this stop block 43 pivotable of interlock, be barred to make its first stopping surface 431 and form a lock outside cage door 2 and to pull state, so that mouse B is closed in mouse cage body 1.

Now, mouse B can run helter-skelter in mouse cage body 1 inside, and can enter in collar bag 6 by the extraction channel 31 (attempt is outwards escaped) of extraction catheter 3, utilizes the brute force of this collar bag 6 to shrink elasticity, mouse B can be fettered cannot disorderly move, so that carry out follow-up process.

And after the mouse B in mouse cage body 1 is removed, each stop block 43 oppositely pivotable can be operated through pivot 41 by this operation handlebar 42, remove to make the first stopping surface 431 lock be barred from outside cage door 2 to pull state, and make this second stopping surface 432 reply the initial position stood in the pivotal path of cage door 2.

Comprehensive the above, the utility model mouse trap structure-improved really can be reached better benefit mouse effect, has less folding volume and be easy to process the effect of mending and obtaining mouse, and be the creation of a tool novelty and progressive in fact, new patent is filed an application in whence in accordance with the law; The only content of above-mentioned explanation, is only preferred embodiment of the present utility model and illustrates, the change such as extended according to technological means of the present utility model and category, modification, change or equivalent replacement person, also all should fall in patent claim of the present utility model.

Claims

1. a mouse trap structure-improved, is characterized in that at least comprising:

2. mouse trap structure-improved as claimed in claim 1, it is characterized in that, this mouse cage body is socketed to form mutually by cage in cage and in an outer cage.

3. mouse trap structure-improved as claimed in claim 1, it is characterized in that, be provided with a lock below the open front of this mouse cage body to pull assembly, this lock assembly of pulling has at least one stop block being hubbed at lower edge on front side of this open front, and this stop block is in cage door pivotal path should be provided with two first, second stopping surfaces orthogonal thus push against this second stopping surface when this cage door carries out closing motion downwards and this stop block pivotable of interlock forms a lock to pull state to make its first stopping surface be barred from cage outer side of door.

4. mouse trap structure-improved as claimed in claim 3, it is characterized in that, the pull stop block of assembly of this lock links an operation handlebar via a pivot thus utilizes this operation handlebar to operate the reverse pivotable of each stop block and to pull state to make the first stopping surface remove the lock being barred from cage outer side of door.

5. mouse trap structure-improved as claimed in claim 1, it is characterized in that, this mouse cage body is provided with an extraction catheter outwards protruded out in the side away from open front, this extraction catheter has an extraction channel passed through for mouse, and separately links one in extraction catheter outer end and have and shrink flexible collar bag and cannot disorderly move so that subsequent treatment to utilize the brute force of this collar bag to shrink elasticity constraint mouse.

6. mouse trap structure-improved as claimed in claim 5, it is characterized in that, this extraction catheter outer circumferential side is provided with multiple outer hook portion, and each outer hook portion hook is held in one end of this collar bag.