CN2904098Y

CN2904098Y - Cover lifting mechanism for mouse

Info

Publication number: CN2904098Y
Application number: CNU2006200042518U
Authority: CN
Inventors: 张原荣
Original assignee: Individual
Current assignee: Powerleader Science & Technology Co Ltd
Priority date: 2006-03-17
Filing date: 2006-03-17
Publication date: 2007-05-23
Anticipated expiration: 2016-03-17

Abstract

A cover opening mechanism for the mouse, in particular to a cover opening mechanism which is applied on the mouse and can automatically elastically open the cover of the mouse. The mouse comprises a cover and a seat which can be closed each other. The cover opening mechanism is arranged between the cover body and the seat. The cover opening mechanism comprises a group of structure parts, at least one axle hole and a rotating axle. The group of the structure parts are arranged in the inner part of the cover; The axle hole is formed at one end of the seat; The rotating axle is provided with a hollow part and an elastic component provided in the hollow part, the rotating axle is connected to the axle hole and rotates around it, two ends of the elastic component are separately connected to the hollow part and the axle hole, the rotating axle is also combined to the connection of the group connection component and can interact the cover to open or close. A switch is even arranged at the other end of the mouse, so that the cover is kept on the close status or disclose the close status.

Description

The lifting mechanism, cover of mouse

Technical field

The utility model is about a kind of " lifting mechanism, cover of mouse ", be meant especially a kind of be applied to mouse and automatically elasticity raise the lifting mechanism, cover of mouse lid.

Background technology

Mouse belongs to one of many output/input equipments of computing machine, traditional mouse does not have liftable loam cake, yet mouse is in recent years for example changed battery, cleaning for convenience for convenience or is picked and placeed wireless receiver or the like for convenience then because various former thereby develop the mouse that to have liftable loam cake.

Yet these known mouses with liftable loam cake, the raising of its loam cake must rely on staff and directly raise action, but can't allow loam cake raise automatically, raising in the operation even, also must buttress mouse body on the other hand, another hand is raised loam cake, with the hands and comparatively bothers and inconvenience because must make simultaneously really in the operation.

Therefore, how to design the automatic flip of a kind of energy, lifting mechanism, cover that only must one-handed performance is a big problem that overcomes and solve for this creator institute desire row even.

The utility model content

The lifting mechanism, cover of the utility model mouse is by this lifting mechanism, cover on the one hand, and the lid of mouse can automatically be raised, and only needs one-handed performance just can raise even, uses to have preferable operation convenience.

The lifting mechanism, cover of the utility model mouse on the other hand can also be by the slow meter of offering of its lid, uses to have preferable texture.

For solving above-mentioned all problems, the utility model provides a kind of lifting mechanism, cover of mouse, and this mouse comprises can be involutory each other and a lid and a pedestal of each tool one inboard, is provided with a lifting mechanism, cover between this lid and this pedestal, and this lifting mechanism, cover comprises:

One winding member, it is located at the inboard of this lid;

One axis hole, it is formed at this pedestal one place;

One rotating shaft, it has a hollow bulb and and is located at the interior elastic parts of this hollow bulb, this rotating shaft is coupling in this axis hole and rotates according to this, and the two ends of this elastic parts are connected to this hollow bulb and this axis hole, and this rotating shaft also is subjected to the winding of this winding member and this lid of interlock.

With respect to prior art, advantage of the present utility model is: one, only need one hand to operate (switch of for example operating the mouse front end), just can utilize the rotating shaft of mouse rear end, and automatically raise the lid of mouse, need not as known, also need to open with two hands at all, use and have preferable operation convenience, change battery, clear up mouse or pick and place wireless receiver or the like and be beneficial to.

Two, set or the like by special winding mode between different elastic force settings, rotating shaft and the lid of used elastic parts and the turning angle between rotating shaft, connector and the lid, and the elasticity that makes lid is raised and is slow open type, obviously different with the mode that flicks fast of the original design of applicant, unlatching is only considered in the design of pop-up type fast, belong to the low order design, slow open type design then further contemplates the impression of giving the people when raising, and belongs to the high-order design, more uses to have texture.

Description of drawings

Fig. 1 is the three-dimensional combination figure of the utility model mouse when raising.

Fig. 2 is the three-dimensional exploded view of the utility model mouse.

Fig. 3 is the diagrammatic cross-section of the utility model mouse when decomposing state.

The diagrammatic cross-section that Fig. 4 is the utility model mouse after combination shows that it raises state.

Fig. 5 is the diagrammatic cross-section of the utility model mouse after combination, shows that it covers state.

Fig. 6 is be coupling diagrammatic cross-section between two axle sleeves of the rotating shaft in the utility model mouse.

The primary clustering symbol description

1 lid, 11 inboards

2 pedestals

21 inboards

22 fixed parts, 221 fixed orifices

3 winding members

31 first members, 311 block bodies

32 second members

33 winding spaces

4 axle sleeves

41 axis holes

421 perforation of 42 fixed mounts

43 affixed assemblies

5 rotating shafts

51 hollow bulbs, 511 dividing plates

52 connectors, 521 turning points, 522 ribs

53 elastic partss

6 switches

61 Switch main bodies, 611 buckling bodies

62 relative buckling bodies

Embodiment

For further understanding feature of the present utility model and technology contents, see also following about detailed description of the present utility model and appended graphic.

See also shown in Fig. 1～6, the utility model provides a kind of lifting mechanism, cover of mouse, this mouse comprises a lid 1, a pedestal 2 and most other member, this lid 1 and pedestal 2 can be involutory each other, again those other members, for example button, roller or circuit board or the like, be located on the lid 1, on the pedestal 2 or between lid 1 and the pedestal 2, in addition, this lid 1 also has an inboard 11, and this pedestal 2 also has an inboard 21.

This lifting mechanism, cover comprises a winding member 3, a pair of axle sleeve 4, a rotating shaft 5 and a switch 6.

This winding member 3 (seeing also shown in Figure 3) comprises that one first member 31, one second member 32 and are formed at the winding space 33 between first and second member, one end of this first and

second member

31,32 is located at the inboard 11 of lid 1, the end in addition of first member 31 also has a block body 311, and block is outside the insertion mouth in this winding space 33.

This is symmetrically set in the rear end of this pedestal 2 to axle sleeve 4 (seeing also shown in Fig. 1～3), and each tool one axis hole 41, the preferably, respectively this axle sleeve 4 also is integrally formed at the upper end of a fixed mount 42, the lower end of this fixed mount 42 then has a perforation 421, the corresponding section of the inboard 21 of this pedestal 2 then is provided with a pair of fixed part 22, respectively 22 of this fixed parts have and aforementioned perforation 421 hole 221 that is relatively fixed, respectively this axle sleeve 4 is located at respectively on this fixed part 22 by its fixed mount 42, perforation 421 is with respect to fixed orifice 221, utilizing affixed assembly 43 to be fixed between two holes, and allow two axle sleeves 4 be located in the symmetric position place, rear end of pedestal 2.

This rotating shaft 5 (seeing also shown in Fig. 1～3) has the connector 52 that a hollow bulb 51, a pair of elastic partss 53 and of being located in this hollow bulb 51 are formed at these rotating shaft 5 outer walls.Further be separated into first and second hollow bulb by a dividing plate 511 in this hollow bulb 51, this is contained in respectively in first and second hollow bulb 53 of elastic partss.The two ends of this rotating shaft 5 be coupling respectively in this to the symmetrical axis hole 41 of axle sleeve 4 in and rotate according to this, and an end of this two elastic parts 53 (please arranging in pairs or groups, it is shown in Figure 6 to consult) is connected to two opposite faces of this dividing plate 511, end then is connected to this two axis hole 41 in addition, use the elastic torsion that utilizes this two elastic parts 53, and accumulate elastic reset strength, drive lid 1 by this elastic reset strength and raise.

Further be connected with a turning point 521 between this rotating shaft 5 and its connector 52, the connector 52 of rotating shaft 5 is connected in the winding space 33 of winding member 3,311 blocks of the block body of this first member 31 (see also shown in Fig. 4,5) on this turning point 521, use to prevent that connector 52 from emerging in outside the winding space 33.In addition, also have most ribs 522 on this connector 52, use and have preferable winding effect.

This switch 6 (seeing also shown in Fig. 1,2,4,5) is located between this lid 1 and the pedestal 2, and is positioned at the front end of this pedestal 2, uses this lid 1 of control and remains on closure state or remove this closure state.This switch 6 comprises the relative buckling body 62 with of a Switch main body 61, and wherein, this Switch main body 61 is slidably connected to the front end and the energy elastic slip of pedestal 2, and this Switch main body 61 also is formed with a buckling body 611; This relative buckling body 62 then is located at the inboard 11 of lid 1 and relative with this buckling body 611, and the relative buckling body 62 with this of this buckling body 611 can be disconnected from each other, or is fastened togather each other and keeps this lid 1 at closure state.

When the user operates lid 1 and is covered on the pedestal 2, please refer to shown in Figure 6ly, the winding member 3 of lid 1 will drive rotating shaft 5 rotations synchronously via connector 52, and the rotation of rotating shaft 5 will make the two elastic partss 53 ground elastic torsion of taking advantage of a situation, and accumulate elastic reset strength; In addition, as shown in Figure 5, after lid 1 is covered on the pedestal 2, the buckling body 611 of switch 6 is fastened togather toward each other, with relative buckling body 62 so that lid 1 remains on closure state.

When in order to change battery, in order to clear up or in order to pick and place reasons such as wireless receiver, and when desiring to raise this lid 1, the user only need operate the Switch main body 61 of this switch 6, buckling body 611 is removed with the buckle state between the relative buckling body 62, as shown in Figure 4, lid 1 is that elasticity is raised by aforesaid elastic reset strength, can also set by the different elastic force of used elastic parts 53 even, the winding mode and the rotating shaft 5 of rotating shaft 5 and lid 1, turning angle between connector 52 and the lid 1 is set or the like, and the elasticity that makes lid 1 is raised and is slow open type, uses to have preferable texture.

In addition, aforesaid axis hole 41 can also itself directly be formed by this pedestal 2, as long as can be coupling for rotating shaft 5, is not limited to form this axis hole 41 or also to need by axle sleeve 4 fix on pedestal 2 by fixed mount 42.These rotating shaft 5 employed elastic partss 53 also are not limited to must two, in fact also can only use an elastic parts 53, as long as be enough to raise lid 1.Again, also can further be provided with damping oil between axis hole 41 and the rotating shaft 5, use and further promote its slow effect of opening.

Creative feature of the present utility model and advantage comprise: one, only need one hand to operate (switch 6 of for example operating the mouse front end), just can utilize the rotating shaft 5 of mouse rear end, and automatically raise the lid 1 of mouse, need not as known, also need to open with two hands at all, use and have preferable operation convenience, change battery, clear up mouse or pick and place wireless receiver or the like and be beneficial to.Two, set or the like by special winding mode and the turning angle between rotating shaft 5, connector 52 and the lid 1 between different elastic force settings, rotating shaft 5 and the lid 1 of used elastic parts 53, and the elasticity that makes lid 1 is raised and is slow open type, obviously different with the mode that flicks fast of the original design of applicant, unlatching is only considered in the design of pop-up type fast, belong to the low order design, slow open type design then further contemplates the impression of giving the people when raising, belong to high-order design, more use and have texture.

But the above, only be of the present utility model one preferable possible embodiments, non-so promptly limit to interest field of the present utility model, the equivalence of using the utility model instructions and accompanying drawing content to do such as changes, all reason is closed and is given Chen Ming with being contained in the interest field of the present utility model.

Claims

1, a kind of lifting mechanism, cover of mouse, this mouse comprise can be involutory each other and a lid and a pedestal of each tool one inboard, is provided with a lifting mechanism, cover between this lid and this pedestal, and this lifting mechanism, cover is characterized in that, comprising:

One winding member, it is located at the inboard of this lid;

One axis hole, it is formed at this pedestal one place; And

2, the lifting mechanism, cover of mouse as claimed in claim 1, it is characterized in that: this winding member comprises that one first member, one second member and are formed at the winding space between this first and second member, one end of this first and second member is located at the inboard of this lid, this rotating shaft then further has a connector, and this connector is connected in the winding space of this winding member.

3, the lifting mechanism, cover of mouse as claimed in claim 2, it is characterized in that: the end in addition of one of them of this first and second member has a block body, this block body block is outside this winding space, and being connected with a turning point between this rotating shaft and its connector, this block body then block prevents that in this turning point this connector from emerging in outside the winding space.

4, the lifting mechanism, cover of mouse as claimed in claim 1, it is characterized in that: this pedestal further is formed with one second axis hole, then be provided with a dividing plate in the hollow bulb of this rotating shaft and be separated out first and second hollow bulb, be provided with described elastic parts in the wherein hollow bulb in this first and second hollow bulb, the two ends of this rotating shaft then are coupling respectively in this axis hole and this second axis hole, one end of this elastic parts is connected in the one side of this dividing plate, and end then is connected in this axis hole in addition.

5, the lifting mechanism, cover of mouse as claimed in claim 4 is characterized in that: in wherein another hollow bulb of this rotating shaft, also be provided with one second elastic parts, an end of this second elastic parts is connected in the face in addition of this dividing plate, and end then is connected in this second axis hole in addition.

6, the lifting mechanism, cover of mouse as claimed in claim 1 is characterized in that: more comprise an axle sleeve, this axle sleeve then has described axis hole, and this axle sleeve is located on this pedestal and is made this axis hole be positioned at this place of this pedestal.

7, the lifting mechanism, cover of mouse as claimed in claim 6 is characterized in that: more comprise a fixed mount, described axle sleeve is formed at an end of this fixed mount, and the end in addition of this fixed mount then is fixed on this pedestal by an affixed assembly.

8, the lifting mechanism, cover of mouse as claimed in claim 1 is characterized in that: further be provided with damping oil between this axis hole and this rotating shaft.

9, the lifting mechanism, cover of mouse as claimed in claim 1 is characterized in that: more comprise a switch, this switch is located between this lid and this pedestal, and is positioned at this pedestal elsewhere, and this switch is controlled this lid and remained on closure state or remove this closure state.

10, the lifting mechanism, cover of mouse as claimed in claim 9, it is characterized in that: this switch comprises the relative buckling body with of a Switch main body, this Switch main body be slidably connected to this pedestal this elsewhere and can elastic slip, this Switch main body also is formed with a buckling body, this relative buckling body then is located at the inboard and relative with this buckling body of this lid, and the relative buckle physical efficiency with this of this buckling body is disconnected from each other or be fastened togather each other and keep this lid at closure state.