CN102012756A

CN102012756A - Folding type mouse

Info

Publication number: CN102012756A
Application number: CN2010105736437A
Authority: CN
Inventors: 林柏叡; 张帅
Original assignee: Shenzhen Yuzhan Precision Technology Co ltd; Hon Hai Precision Industry Co Ltd
Current assignee: Shenzhen Yuzhan Precision Technology Co ltd; Hon Hai Precision Industry Co Ltd
Priority date: 2010-12-04
Filing date: 2010-12-04
Publication date: 2011-04-13

Abstract

The invention provides a folding type mouse which comprises a mouse body, a rotary shaft rotationally connected to a mouse main body, a folding cover rotatably connected to the mouse main body through a rotary shaft, and a locking mechanism rotatably connected to the mouse main body, wherein the locking mechanism drives the rotary shaft to move under the action of exogenic force, thus the folding cover is driven to convert between an unfolding state and a folding state. By adopting the folding type mouse, the folding type mouse is convenient for users to operate and carry.

Description

Collapsible mouse

Technical field

The present invention relates to a kind of mouse, relate in particular to a kind of collapsible mouse.

Background technology

Mouse is a kind of area of computer aided input equipment commonly used.Mouse kind in the market is numerous, but its major part all is the improvement on function.Yet it is change on volume that the minority mouse is also arranged, like this can be so that the user gos out carries.Yet the volume of mouse is more little, corresponding operation with regard to inconvenient user.

Summary of the invention

Fundamental purpose of the present invention is to provide a kind of collapsible mouse, and it makes this mouse be unfolded in use by a latch-up structure, is folded when not using, thereby solves the above problems.

The invention provides a kind of collapsible mouse, comprise mouse body, should folding mouse comprise also that one is rotationally connected with rotating shaft on the mouse main body, and is rotationally connected with flype on the mouse main body by rotating shaft, an and latch-up structure that is rotationally connected with on the mouse main body, this latch-up structure orders about this rotating shaft under external force and moves, and changes between deployed condition and folded state thereby order about this flype.

Collapsible mouse of the present invention makes this mouse to change between folding and expansion two states according to the current user mode of user by a latch-up structure, thereby both user-friendly, also makes things convenient for the user to carry.

Description of drawings

Fig. 1 is the three-dimensional view of the folding mouse of the present invention;

Fig. 2 is the decomposition view of the folding mouse of the present invention;

Fig. 3 is the folding decomposition view of mouse on another angle of the present invention;

Fig. 4 is first constitutional diagram of the folding mouse of the present invention;

Fig. 5 is second constitutional diagram of the folding mouse of the present invention;

Fig. 6 is the folded state diagram of the folding mouse of the present invention.

The main element symbol description

Mouse	1
		Mouse body	10
Rotating shaft	30
		Flype	20
Latch-up structure	40

Operating portion	11
		The support portion	12
First end	120
		Second end	121
Perforation	122
		Opening	125
Extension	123
		The hole	124
First draw-in groove	125
		Depressed part	31
Elastic component	32
		Projection	33
Runner	41
		Bull stick	42
Slit	44
		First rotation section	402
Second rotation section	403
		Bracing frame	21
Shaft	220
		Through hole	221
Second draw-in groove	222

Embodiment

Please refer to Fig. 1 to Fig. 3 is a kind of collapsible mouse 1, and this collapsible mouse 1 comprises that a mouse body 10, is rotationally connected with rotating shaft 30 on the mouse main body 10, and is rotationally connected with flype 20 and on the mouse main body 10 by rotating shaft 30 and is rotationally connected with latch-up structure 40 on the mouse main body 10.This latch-up structure 40 orders about rotating shaft 30 motions under external force, changes between deployed condition and folded state thereby order about this flype 20.

In order better to understand the present invention, below the concrete structure and the motion matching relationship of the present invention's each element in an embodiment is described in detail.

This mouse body 10 comprises an operating portion 11 and a support portion 12 that is connected with operating portion 11.This operating portion 11 is used to receive the input operation of external user.This operating portion 11 comprises LR-button and sliding button, and its corresponding function is identical with function under the prior art, is not described in detail at this.This support portion 12 is circular-arc, and it comprises first end 120 and and the first end second opposed end 121 that is connected with operating portion 11.This support portion 12 also comprises a perforation 122 near the upper surface of second end.This perforation 122 is formed with an opening 125 near on the sidewall of operating portion 11.This second end 121 extends outward two extensions 123.Each extension 123 is along being formed with a hole 124 on its length direction.The inside surface in each hole 124 caves inward and is formed with two first relative draw-in grooves 125.

Rotate respectively in the hole 124 that is contained in extension 123 at the two ends of this rotating shaft 30.This rotating shaft 30 is formed with a depressed part 31 near an end of perforation 122, and this rotating shaft 30 is connected with an elastic component 32 away from an end of perforation 122.This rotating shaft 30 is provided with two relative projections 33 near the outside surface of an end of elastic component 32.In the present embodiment, this elastic component 32 is a spring.

This latch-up structure 40 comprises that a runner 41 and is movably connected on the bull stick 42 on the runner 41.This runner 41 is in the form of annular discs, and wherein mind-set is extended an extension (not sign) outward.This runner 41 passes the perforation 122 of this mouse main body, and exposes by these 122 parts of boring a hole, and is convenient to the user and operates this runner 41.This extension rotates in the opening 125 on perforation 122 sidewalls that are contained in mouse main body 10, thereby this latch-up structure 40 is rotationally connected with on the mouse main body 10.The center section of this runner 41 also is formed with an arcuate slot 44.This bull stick 42 comprises first rotation section 402 and is connected in second rotation section 403 on first rotation section 402.These first rotation section, 402 1 ends are contained in the arcuate slot 44 of runner, and the other end is connected with second rotation section 403.This second rotation section 403 is rotationally connected with on the depressed part 31 of rotating shaft 30 by a rotating shaft (not sign) away from an end of first rotation section 402, thereby make this second rotation section 403 under the drive of runner 41, can order about this rotating shaft 30 and move relative to mouse main body 10.

This flype 20 is arcuation, and the one end comprises two bracing frames 21, and the center section of an other end 22 stretches out and forms a shaft 220.This bracing frame 21 is used to support this flype 20 in a surface level.This shaft 220 is along being formed with a through hole 221 on its length direction.This through hole 221 is sheathed in the rotating shaft 30, and the inside surface of this through hole 221 caves inward and is formed with two second draw-in grooves 222 that are arranged in a linear with first draw-in groove 125.This second draw-in groove 222 is used to accommodate two projections 33 in the rotating shaft 30, thereby avoids flype 20 freely to rotate around the shaft.

In that install should be collapsible during mouse 1, at first the shaft 220 with collapsible mouse 1 is positioned between two extensions 123 of mouse body 10, makes through hole 221 on the hole 124 aligning shafts 220 on the extension.Then user's rotating shaft 30 that will be provided with projection 33 penetrates from holes 124 of extension 123 earlier, then passes the through hole 221 of extension, is contained in first draw-in groove 125 in extension 123 other holes 124 until the projection 33 of this rotating shaft.At this moment, flype 20 is not owing to there being to come from the restriction of projection 33, so be free to 30 rotate around the shaft.End user is connecting runner 41 and bull stick 42, then runner 41 is passed the perforation 122 on this mouse main body 10, makes this runner 41 expose by these 122 parts of boring a hole, and makes this bull stick 42 be rotationally connected with on the depressed part 31 of rotating shaft 30 simultaneously.

Please also refer to Fig. 4 and shown in Figure 5, in the process of installing, this projection 33 moves in the process of first draw-in groove 125 at second draw-in groove 222 from shaft 220, and this elastic component 32 is compressed and the inwall in hole on the conflict mouse main body 10.

When this collapsible mouse 1 installs, this collapsible mouse 1 is in deployed condition, and this flype 20 is free to rotate, this moment, the user discharged the external force on the runner 41, elastic component 32 recovery of elasticity are ordered about this rotating shaft 30 to moving near on the direction of runner 41, move to second draw-in groove 222 of flype 20 with this two projections 33, first draw-in groove 125 on mouse body 10 that orders about in the rotating shaft 30, thereby, avoid this flype 20 under deployed condition, 30 freely to rotate around the shaft with flype 20 lockings.

Please refer to shown in Figure 6, when flype 20 is folded, the user at first needs the lock-out state of flype 20 is removed, this moment, the user was by this runner 41 of rotation, ordering about these bull stick 42 these rotating shafts 30 of conflict moves on the direction away from runner 41, when runner 41 rotates to predetermined angle, this bull stick begins to conflict these rotating shaft 30 relative these mouse body 10 to moving near on the direction of elastic component 32, two projections 33 in this rotating shaft 30 move to first draw-in groove 125 from second draw-in groove 222, this moment, the lock-out state of this flype 20 was disengaged, and the user just can be folded to flype 20 on the mouse body 10 fast.In the process that projection 33 moves, this elastic component 32 is by once more the compression and the inwall in the hole to mouse body 10 of conflicting.

When flype 20 is folded on the mouse body 10, elastic component 32 recovery of elasticity are ordered about this projection 33 and are moved to second draw-in groove 222 from first draw-in groove 125 again, thereby flype 20 is locked under folded state, avoid this flype 20 freely to rotate, make things convenient for the user to carry.

Claims

1. collapsible mouse, comprise mouse body, it is characterized in that: this folding mouse comprises that also one is rotationally connected with rotating shaft on the mouse main body, and is rotationally connected with flype on the mouse main body by rotating shaft, an and latch-up structure that is rotationally connected with on the mouse main body, this latch-up structure orders about this rotating shaft under external force and moves, and changes between deployed condition and folded state thereby order about this flype.

2. collapsible mouse as claimed in claim 1, it is characterized in that: this latch-up structure comprises that a runner and is connected in the bull stick on the runner, this runner is connected on the mouse main body, the center section of this runner is formed with an arcuate slot, this bull stick comprises first rotation section and is connected in second rotation section on first rotation section, one end of this first rotation section is contained in the arcuate slot of runner, the other end is connected with second rotation section, this second rotation section is rotationally connected with rotating shaft away from an end of first rotation section, this runner drives bull stick under external force and rotates the rotating shaft of conflicting, and moves relative to mouse main body thereby order about this rotating shaft.

3. collapsible mouse as claimed in claim 2, it is characterized in that: the outside surface of this rotating shaft is provided with the projection of two symmetries, a this mouse main body wherein end is outward extended with two extensions, two extensions are porose along forming respectively on its length direction, wherein the inside surface in the hole of close projection caves inward and is formed with first draw-in groove of two symmetries, this first draw-in groove is used to accommodate two projections, thereby avoids flype freely to rotate in deployed condition or folded state.

4. collapsible mouse as claimed in claim 3, it is characterized in that: be connected with an elastic component on the end of this rotating shaft away from latch-up structure, the center section of one end of this flype is outward extended with shaft, this shaft is along being formed with through hole on its length direction, the inside surface of this through hole caves inward and is formed with second draw-in groove that is arranged in a linear with first draw-in groove, this latch-up structure under external force, order about this rotating shaft to moving near on the direction of elastic component, compression elastic piece and order about this projection and move to second draw-in groove from first draw-in groove makes this flype free to rotate in deployed condition and folded state.

5. collapsible mouse as claimed in claim 4, it is characterized in that: after the external force on the latch-up structure discharges, the elastic component recovery of elasticity is ordered about this rotating shaft and is moved on the direction away from elastic component, order about this projection and move to first draw-in groove, avoid flype freely to rotate once more in deployed condition or folded state from second draw-in groove.

6. collapsible mouse as claimed in claim 2 is characterized in that: this rotating shaft is formed with a depressed part away from an end of elastic component, and this second rotation section is rotationally connected with on this depressed part.

7. collapsible mouse as claimed in claim 6, it is characterized in that: this mouse main body is formed with a perforation near the upper surface of depressed part, be formed with an opening on the madial wall of this perforation, this runner passes this perforation, and expose by this perforated portion, the core of this runner extends outward an extension, and this extension rotates and is contained in this opening, thereby latch-up structure is rotationally connected with on the mouse main body.

8. collapsible mouse as claimed in claim 4 is characterized in that: this elastic component is a spring.

9. collapsible mouse as claimed in claim 4 is characterized in that: this flype comprises two bracing frames away from an end of shaft, and this bracing frame is used for support should folding be placed on a surface level.