CN101776957B - Thin-type mouse - Google Patents
Thin-type mouse Download PDFInfo
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- CN101776957B CN101776957B CN2009100018894A CN200910001889A CN101776957B CN 101776957 B CN101776957 B CN 101776957B CN 2009100018894 A CN2009100018894 A CN 2009100018894A CN 200910001889 A CN200910001889 A CN 200910001889A CN 101776957 B CN101776957 B CN 101776957B
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- type mouse
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Abstract
The invention relates to a thin-type mouse, comprising a body, a cell box shell, a roller function module, a plurality of keys, a personal computer memory card international association (PCMCIA) connecting part and a connecting frame. The body comprises a first holding part, a first body groove, a second holding part and a second body groove; the connecting frame comprises a first connecting arm, a first bump structure, a second connecting arm, a second bump structure, a first boss and a second boss, wherein the first boss and the second boss respectively extend into the first body groove and the second body groove so that the cell box shell is rotated relative to the body so as to change the operation mode of the thin-type mouse. When the connecting frame and the body are located on the same level, the first bump structure and the second bump structure are hold in the first holding part and the second holding part so that the thin-type mouse is in the charging mode; and when the connecting frame is rotated to have an included angle with the body, the first bump structure and the second bump structure are disengaged from the first holding part and the second holding part so that the thin-type mouse is in the mouse mode. Accordingly, the thin-type mouse accords with ergonomics.
Description
Technical field
The present invention relates to a kind of mouse, relate in particular to a kind of thin-type mouse.
Background technology
Computer age arrives; And the input media that connects computer and user has been played the part of crucial role; Those input medias comprise: mouse, keyboard and trace ball etc. because mouse can the person of being used grip with palm and the moving of mouse beacon cursor, and can click or carry out function to the image on the computer screen according to controlling of user's finger; Make the mode of operation of mouse press close to human use habit most, make mouse become the most general input media.
Evolution along with computer and peripheral equipment thereof; Mouse also is developed to the idler wheel mouse with roller by only having left button and right button; The roller of idler wheel mouse can the person of being used be stirred and rotate with finger; Make screen window carry out the scrolling of vertical direction, so that the user carries out the work of browsing of webpage or file.After idler wheel mouse, each tame manufacturer researches and develops to the various functions of idler wheel mouse especially, and the development of mouse also reaches its maturity.Along with the development of portable notebook computer, but the user hopes notebook computer and computer peripheral equipment slimming thereof so that take in and carry, and therefore the demand of thin-type mouse produces.
According to the demand of thin-type mouse, released thin-type mouse on the market, its structure sees also Fig. 1, and it is the structural representation of existing thin-type mouse.Among Fig. 1, thin-type mouse 1 comprises body 10, a plurality of button 11 and roller 12.A plurality of buttons 11 are arranged on the body 10, use the fill order for the user presses, and roller 12 stretches out body 10 and stirs for the user; Body 10 is slim slab construction, compares with general mouse, and existing thin-type mouse 1 has slimming really and is easy to carry; But the body 10 of existing thin-type mouse 1 can't support user's palm; Promptly do not meet ergonomics, when the user operated existing thin-type mouse 1, user's palm presented vacant state and can't be supported by body 10; Therefore, existing thin-type mouse 1 lets quite fatigue and can't adapting to of user.
Summary of the invention
The object of the present invention is to provide a kind of thin-type mouse of ergonomic.
In a preferred embodiment, a kind of thin-type mouse is connected in computer, and thin-type mouse comprises:
Body has first incorporating section, first body recess, second incorporating section and second body recess, and first incorporating section and first body recess are positioned at a side of body, and second incorporating section and second body recess are positioned at the opposite side of body;
Battery case shell has battery case, the transferring electric power in order to take in battery; And
Link is connected in body and battery case shell, and in order to carry out with respect to the rotation of body and change the mode of operation of thin-type mouse, link comprises:
First linking arm is positioned at a side of link;
First projection cube structure is arranged on first linking arm;
Second linking arm is positioned at the opposite side of this link;
Second projection cube structure is arranged on second linking arm;
First projection is arranged on first linking arm, in order to stretch into first body recess; And
Second projection is arranged on second linking arm, makes connection in order to stretch into second body recess
Frame serves as that axle carries out the rotation with respect to body with first projection and second projection;
Wherein when link and body are positioned at same surface level, first projection cube structure is incorporated in first incorporating section and second projection cube structure is incorporated in second incorporating section and thin-type mouse is moved in a charge mode; Or
When link turns to when having an angle between link and the body, first projection cube structure emerges in first incorporating section and second projection cube structure emerges in second incorporating section and thin-type mouse is moved in a mouse mode.
In a preferred embodiment, thin-type mouse of the present invention also comprises an electric wire, and this electric wire is connected in battery case and body.
In a preferred embodiment, battery case shell also comprises an extension, and first projection also comprises one first protruding rod hole, with so that electric wire stretch into extension and pass first protruding rod hole and stretch into body to form the electric connection of body and this battery case.
In a preferred embodiment, thin-type mouse of the present invention also comprises a roller function module, and this roller function module is arranged on the body, in order to a roller function to be provided.
In a preferred embodiment, the roller function module is an optical finger navigation module.
In a preferred embodiment, thin-type mouse of the present invention also comprises a wireless signal transmitter, and this wireless signal transmitter is arranged in the body, in order to produce a wireless signal.
In a preferred embodiment, computer also is connected in a wireless signal receiver, and this wireless signal receiver makes thin-type mouse be connected in computer through wireless signal in order to receive the wireless signal from wireless signal transmitter.
In a preferred embodiment, body also comprises a receiver accepting portion, and this receiver accepting portion is in order to take in wireless signal receiver.
In a preferred embodiment, thin-type mouse of the present invention also comprises a plurality of buttons that are arranged on the body.
In a preferred embodiment, thin-type mouse of the present invention also comprises a PCMCIA connecting portion, and this PCMCIA connecting portion is arranged at an end of body, is used to thin-type mouse is connected in computer when charge mode a PCMCIA slot, to receive the electric power from computer.
In a preferred embodiment, computer is a notebook computer.
In a preferred embodiment, the present invention also provides a kind of thin-type mouse, is connected in a computer, and thin-type mouse comprises:
Body has first projection cube structure, first projection, second projection cube structure and second projection, and first projection cube structure and first projection are positioned at a side of body, and second projection cube structure and second projection are positioned at the opposite side of body;
Battery case shell has battery case, the transferring electric power in order to take in battery; And
Link is connected in body and battery case shell, and in order to carry out with respect to the rotation of body and change the mode of operation of thin-type mouse, link comprises:
First linking arm is positioned at a side of link;
First incorporating section is arranged on first linking arm;
Second linking arm is positioned at the opposite side of link;
Second incorporating section is arranged on second linking arm;
First perforate is arranged on first linking arm, in order to be passed by first projection; And
Second perforate is arranged on second linking arm, makes link in order to be passed by second projection
With first projection and second projection serves as that axle carries out the rotation with respect to body;
Wherein when link and body are positioned at same surface level, first projection cube structure is incorporated in first incorporating section and second projection cube structure is incorporated in second incorporating section and thin-type mouse is moved in a charge mode; Or
When link turns to when having an angle between link and the body, first projection cube structure emerges in first incorporating section and second projection cube structure emerges in second incorporating section and thin-type mouse is moved in a mouse mode.
In a preferred embodiment, thin-type mouse of the present invention also comprises an electric wire, and this electric wire is connected in battery case, in order to transferring electric power.
In a preferred embodiment, battery case shell also comprises an extension, and first projection also comprises first protruding rod hole, with so that electric wire stretch into extension and pass first protruding rod hole and stretch into body to form the electric connection of body and battery case.
In a preferred embodiment, thin-type mouse of the present invention also comprises the roller function module, and this roller function module is arranged on the body, in order to a roller function to be provided.
In a preferred embodiment, the roller function module is an optical finger navigation module.
In a preferred embodiment, thin-type mouse of the present invention also comprises wireless signal transmitter, and this wireless signal transmitter is arranged in the body, in order to produce a wireless signal.
In a preferred embodiment, computer also is connected in a wireless signal receiver, and this wireless signal receiver makes thin-type mouse be connected in computer through wireless signal in order to receive the wireless signal from wireless signal transmitter.
In a preferred embodiment, body also comprises receiver accepting portion, and this receiver accepting portion is in order to take in wireless signal receiver.
In a preferred embodiment, thin-type mouse of the present invention also comprises a plurality of buttons that are arranged on the body.
In a preferred embodiment, thin-type mouse of the present invention also comprises a PCMCIA connecting portion, and this PCMCIA connecting portion is arranged at an end of body, is used to thin-type mouse is connected in computer when charge mode a PCMCIA slot, to receive the electric power from computer.
In a preferred embodiment, computer is a notebook computer.
Useful technique effect of the present invention is that thin-type mouse of the present invention utilizes battery case shell to support user's palm, lets user's the palm can be supported and laborsaving, can improve the deficiency of prior art and the external form of frivolous and ergonomic is provided simultaneously.
Description of drawings
Fig. 1 is the structural representation of existing thin-type mouse.
Fig. 2 for thin-type mouse of the present invention in first preferred embodiment in the structural representation of charge mode.
Fig. 3 is the decomposing schematic representation of thin-type mouse of the present invention body and link in first preferred embodiment.
Fig. 4 is the structural representation at thin-type mouse of the present invention another visual angle in first preferred embodiment.
Fig. 5 for thin-type mouse of the present invention in first preferred embodiment in the structural representation of mouse mode.
Fig. 6 is applied to the system schematic of computer system in first preferred embodiment for thin-type mouse of the present invention.
The structural representation that Fig. 7 charges in first preferred embodiment for thin-type mouse of the present invention.
Fig. 8 is the decomposing schematic representation of thin-type mouse of the present invention body and link in second preferred embodiment.
Wherein, description of reference numerals is following:
1,2,4 thin-type mouses, 3 computers
10,20,40 bodies, 11,24,44 buttons
12 rollers, 21,41 battery case shell
22,42 roller function modules, 23,43 links
25 wireless signal transmitters, 26 wireless signal receivers
27 receiver accepting portions 28,48PCMCIA connecting portion
29,49 electric wire 31PCMCIA slots
201,203 second incorporating sections, 433 first incorporating sections
202 first body recess, 204 second body recess
211,411 battery cases, 212,412 extensions
231,431 first linking arms, 232,432 second linking arms
233 first projection cube structures, 402 second projection cube structures
235 first projections, 236,404 second projections
435 first perforates
2111 batteries, 2,351 first protruding rod holes
4,041 second protruding rod hole a angles
The WS wireless signal
Embodiment
Because the demand of notebook computer is increasing; And the shortcoming of notebook computer low memory; Therefore; (Personal Computer Memory Card InternationalAssociation, PCMCIA) slot (being the PCMCIA slot) of a kind of similar credit card sized size of development is arranged in the notebook computer, in order to Extended RAM in world PC memory card association.Along with the evolution of computer, the PCMCIA slot is developed to has other purposes, can peg graft facsimile data card, network card or USB expansion port etc. of PCMCIA slot for example, and therefore, the standard that the PCMCIA slot becomes notebook computer one of is equipped with.The present invention then researches and develops in a kind of PCMCIA of being accommodated in slot and the thin-type mouse of ergonomic.
See also Fig. 2, its for thin-type mouse of the present invention in first preferred embodiment in the structural representation of charge mode.Thin-type mouse 2 comprises body 20, battery case shell 21, roller function module 22, a plurality of button 24, PCMCIA connecting portion 28 and link 23 (seeing also Fig. 3), and a plurality of buttons 24 are arranged on the body 20, uses and carries out click function for the user presses.Roller function module 22 is arranged on the body 20, in order to a roller function to be provided, and in this preferred embodiment, roller function module 22 be an optical finger navigation module (Optical Finger Navigation, OFN).PCMCIA connecting portion 28 is arranged at an end of body 20, and can be connected in computer, is connected in the situation explanation more after a while of computer about PCMCIA connecting portion 28.And battery case shell 21 is positioned at the other end of body 20, and battery case shell 21 has a battery case 211, the transferring electric power in order to take in a battery 2111 (seeing also Fig. 4), and wherein battery 2111 is chargeable secondary cell.
Please continue to consult Fig. 3; Link 23 comprises first linking arm 231, first projection cube structure 233, second linking arm 232, second projection cube structure (not being shown among the figure), first projection 235 and second projection 236; First linking arm 231 and second linking arm 232 lay respectively at the both sides of link 23; And first projection 235 and first projection cube structure 233 are arranged on first linking arm 231; Second projection 236 and second projection cube structure are arranged on second linking arm 232, and wherein first projection 235 and second projection 236 stretch into respectively in first body recess 202 and second body recess 204 of body 20.Link 23 is connected with battery case shell 21 earlier, stretches into the annexation of setting up body 20 and battery case shell 21 in first body recess 202 and second body recess 204 of body 20 through first projection 235 and second projection 236 again, and is as shown in Figure 2.
Next see also Fig. 4, it is the structural representation at thin-type mouse of the present invention another visual angle in first preferred embodiment.Thin-type mouse 2 bottoms are provided with a receiver accepting portion 27, in order to take in wireless signal receiver 26.And Fig. 4 also shows the situation that the battery case 211 of battery case shell 21 is taken in battery 2111; And please consult Fig. 2 once again about the battery case 211 and the electric connection of body 20; In the link 23; First projection 235 has one first protruding rod hole 2351, and battery case shell 21 also comprises an extension 212, and the electric wire 29 that is connected in battery case 211 stretches into extension 212 and passes first protruding rod hole 2351 and electric wire 29 is stretched in the body 20 to form the electric connection of body 20 and battery case 211; Therefore, the battery 2111 in the battery case 211 is able to that transferring electric power gives body 20 through electric wire 29.
See also Fig. 7, the structural representation that it charges in first preferred embodiment for thin-type mouse of the present invention.When thin-type mouse 2 is desired to charge; The user can insert the thin-type mouse that is in charge mode 2 in the PCMCIA slot 31 of computer 3; The PCMCIA connecting portion 28 that is positioned on the body 20 be connected with PCMCIA slot 31 and let the electric power of computer 3 transfer to body 20 through PCMCIA slot 31 and PCMCIA connecting portion 28, again through electric wire 29 with electric power transfer to battery case shell 21.
What need special instruction is; First projection 235 of link 23 and second projection 236 stretch into respectively in first body recess 202 and second body recess 204 of body 20; Thin-type mouse 2 is carried out with respect to the rotation of body 20 and change the mode of operation of thin-type mouse 2; When link 23 and body 20 are positioned at same surface level; First projection cube structure 233 is incorporated in first incorporating section 201 and second projection cube structure is incorporated in second incorporating section 203 and make thin-type mouse 2 in charge mode operation, and is as shown in Figure 2.
When thin-type mouse 2 chargings are accomplished; And when desiring to change to mouse mode by charge mode; Thin-type mouse 2 carries out changing with respect to the rotation of body 20 mode of operation of thin-type mouse 2; When link 23 turns to when having an angle a between link 23 and the body 20, first projection cube structure 233 emerges in first incorporating section 201 and second projection cube structure emerges in second incorporating section 203 and make thin-type mouse 2 change to mouse mode, and is as shown in Figure 6.When thin-type mouse 2 is in mouse mode, have angle a between link 23 and the body 20, make thin-type mouse 2 have a projecting shape, ergonomic in order to the palm that supports the user.
See also Fig. 6, it is applied to the system schematic of computer system in first preferred embodiment for thin-type mouse of the present invention.Among Fig. 6, thin-type mouse 2 is connected in computer 3, but is not to be directly connected in computer 3; But come the signal of communication to connect through wireless signal; So thin-type mouse 2 comprises a wireless signal transmitter 25, it is arranged in the body 20, in order to produce wireless signal WS; And computer 3 is connected in a wireless signal receiver 26, sets up thin-type mouse from the wireless signal WS of wireless signal transmitter 25 and is connected with the signal of computer 3 in order to receive.
In addition; The present invention also provides a kind of second preferred embodiment of thin-type mouse, and is identical with the present invention's first preferred embodiment by outward appearance, but the interior section structure is different; See also Fig. 8, it is the decomposing schematic representation of thin-type mouse of the present invention body and link in second preferred embodiment.Thin-type mouse 4 comprises body 40, battery case shell 41, roller function module 42, a plurality of button 44, PCMCIA connecting portion 48 and link 43, and wherein the function of roller function module 42, a plurality of button 44, PCMCIA connecting portion 48 and first preferred embodiment are identical.
Its difference is the structure of body 40 and link 43: body 40 has first projection cube structure (not being shown among the figure), first projection (not being shown among the figure), second projection cube structure 402 and second projection 404; First projection cube structure and first projection are positioned at a side of body 40, and second projection cube structure 402 and second projection 404 then are positioned at the opposite side of body 40.Link 43 has first linking arm 431, second linking arm 432, first incorporating section 433, second incorporating section (not being shown among the figure), first perforate 435 and second perforate (not being shown among the figure); First incorporating section 433 and first perforate 435 are arranged on first linking arm 431; And second incorporating section and second perforate are arranged on second linking arm 432; And first perforate 435 and second perforate are passed by first projection and second projection 404 respectively; Making link 43 serves as that axle carries out the rotation with respect to body 40 with first projection and second projection 404; Wherein thin-type mouse is when a charge mode moves, and first projection cube structure is incorporated in first incorporating section 433 and second projection cube structure 402 is incorporated in second incorporating section, makes link 43 and body 40 be positioned at same surface level.And turn to when having an angle between link 43 and the body 40 when link 43, first projection cube structure emerges in first incorporating section 433 and second projection cube structure 402 emerges in second incorporating section and thin-type mouse 4 is moved in mouse mode.And utilize an electric wire 49 to be connected about the battery case 411 and the electric connection of body 40; In the body 40; Second projection 404 has one second protruding rod hole 4041, and battery case shell 41 also comprises an extension 412, and the electric wire 49 that is connected in battery case 411 stretches into extension 412 and passes second protruding rod hole 4041 and electric wire 49 is stretched in the body 40 to form the electric connection of body 40 and battery case 411; Therefore, the battery in the battery case 411 is able to that transferring electric power gives body 40 through electric wire 49.The all identical and no longer explanation of the remainder of second preferred embodiment of the present invention with first preferred embodiment.
The battery case shell of utilizing thin-type mouse of the present invention supports user's palm; Let user's the palm can be supported and laborsaving; And thin-type mouse of the present invention link also capable of using connects battery case shell and body, makes battery case shell (or link) can carry out becoming with respect to the rotation of body the external form of thin flat, and can be incorporated in the PCMCIA slot of computer; Not only be easy to carry; More can let computer that thin-type mouse is charged, from the above, thin-type mouse of the present invention improves the deficiency of prior art really and the external form of frivolous and ergonomic is provided simultaneously.
The above is merely preferred embodiment of the present invention, is not in order to limiting scope of the present invention, and therefore all other do not break away from the equivalence of being accomplished under the disclosed spirit and change or modify, and all should be contained in the scope of the present invention.
Claims (22)
1. a thin-type mouse is connected in a computer, and this thin-type mouse comprises:
One body; Have one first incorporating section, one first body recess, one second incorporating section and one second body recess; This first incorporating section and this first body recess are positioned at a side of this body, and this second incorporating section and this second body recess are positioned at an opposite side of this body;
One battery case shell has a battery case, the transferring electric power in order to take in a battery; And
One link is connected in this body and this battery case shell, and in order to carry out with respect to the rotation of this body and change the mode of operation of this thin-type mouse, this link comprises:
One first linking arm is positioned at a side of this link;
One first projection cube structure is arranged on this first linking arm;
One second linking arm is positioned at an opposite side of this link;
One second projection cube structure is arranged on this second linking arm;
One first projection is arranged on this first linking arm, in order to stretch into this first body recess; And
One second projection is arranged on this second linking arm, in order to stretch into this second body recess, serves as that axle carries out the rotation with respect to this body and make this link with this first projection and this second projection;
Wherein when this link and this body are positioned at same surface level, this first projection cube structure is incorporated in this first incorporating section and this second projection cube structure is incorporated in this second incorporating section and this thin-type mouse is moved in a charge mode; Or
When this link turns to when having an angle between this link and this body, this first projection cube structure emerges in this first incorporating section and this second projection cube structure emerges in this second incorporating section and this thin-type mouse is moved in a mouse mode.
2. thin-type mouse as claimed in claim 1, wherein this thin-type mouse also comprises an electric wire, this electric wire is connected in this battery case and this body.
3. thin-type mouse as claimed in claim 2; Wherein this battery case shell also comprises an extension; And this first projection also comprises one first protruding rod hole, with so that this electric wire stretch into this extension and pass this first protruding rod hole and stretch into this body to form the electric connection of this body and this battery case.
4. thin-type mouse as claimed in claim 1, wherein this thin-type mouse also comprises a roller function module, this roller function module is arranged on this body, in order to a roller function to be provided.
5. thin-type mouse as claimed in claim 4, wherein this roller function module is an optical finger navigation module.
6. thin-type mouse as claimed in claim 1, wherein this thin-type mouse also comprises a wireless signal transmitter, this wireless signal transmitter is arranged in this body, in order to produce a wireless signal.
7. thin-type mouse as claimed in claim 6; Wherein this computer also is connected in a wireless signal receiver; This wireless signal receiver makes this thin-type mouse be connected in this computer through this wireless signal in order to receive this wireless signal from this wireless signal transmitter.
8. thin-type mouse as claimed in claim 7, wherein this body also comprises a receiver accepting portion, this receiver accepting portion is in order to take in this wireless signal receiver.
9. thin-type mouse as claimed in claim 1, wherein this thin-type mouse also comprises a plurality of buttons that are arranged on this body.
10. thin-type mouse as claimed in claim 1; Wherein this thin-type mouse also comprises a PCMCIA connecting portion; This PCMCIA connecting portion is arranged at an end of this body, is used to this thin-type mouse is connected in this computer when this charge mode a PCMCIA slot, to receive the electric power from this computer.
11. thin-type mouse as claimed in claim 1, wherein this computer is a notebook computer.
12. a thin-type mouse is connected in a computer, this thin-type mouse comprises:
One body; Have one first projection cube structure, one first projection, one second projection cube structure and one second projection; This first projection cube structure and this first projection are positioned at a side of this body, and this second projection cube structure and this second projection are positioned at an opposite side of this body;
One battery case shell has a battery case, the transferring electric power in order to take in a battery; And
One link is connected in this body and this battery case shell, and in order to carry out with respect to the rotation of this body and change the mode of operation of this thin-type mouse, this link comprises:
One first linking arm is positioned at a side of this link;
One first incorporating section is arranged on this first linking arm;
One second linking arm is positioned at an opposite side of this link;
One second incorporating section is arranged on this second linking arm;
One first perforate is arranged on this first linking arm, in order to be passed by this first projection; And
One second perforate is arranged on this second linking arm, and making this link serves as that axle carries out the rotation with respect to this body in order to be passed by this second projection with this first projection and this second projection;
Wherein when this link and this body are positioned at same surface level, this first projection cube structure is incorporated in this first incorporating section and this second projection cube structure is incorporated in this second incorporating section and this thin-type mouse is moved in a charge mode; Or
When this link turns to when having an angle between this link and this body, this first projection cube structure emerges in this first incorporating section and this second projection cube structure emerges in this second incorporating section and this thin-type mouse is moved in a mouse mode.
13. thin-type mouse as claimed in claim 12, wherein this thin-type mouse also comprises an electric wire, and this electric wire is connected in this battery case, in order to transferring electric power.
14. thin-type mouse as claimed in claim 13; Wherein this battery case shell also comprises an extension; And this first projection also comprises one first protruding rod hole, with so that this electric wire stretch into this extension and pass this first protruding rod hole and stretch into this body to form the electric connection of this body and this battery case.
15. thin-type mouse as claimed in claim 12, wherein this thin-type mouse also comprises a roller function module, and this roller function module is arranged on this body, in order to a roller function to be provided.
16. thin-type mouse as claimed in claim 15, wherein this roller function module is an optical finger navigation module.
17. thin-type mouse as claimed in claim 12, wherein this thin-type mouse also comprises a wireless signal transmitter, and this wireless signal transmitter is arranged in this body, in order to produce a wireless signal.
18. thin-type mouse as claimed in claim 17; Wherein this computer also is connected in a wireless signal receiver; This wireless signal receiver makes this thin-type mouse be connected in this computer through this wireless signal in order to receive this wireless signal from this wireless signal transmitter.
19. thin-type mouse as claimed in claim 18, wherein this body also comprises a receiver accepting portion, and this receiver accepting portion is in order to take in this wireless signal receiver.
20. thin-type mouse as claimed in claim 12, wherein this thin-type mouse also comprises a plurality of buttons that are arranged on this body.
21. thin-type mouse as claimed in claim 12; Wherein this thin-type mouse also comprises a PCMCIA connecting portion; This PCMCIA connecting portion is arranged at an end of this body, is used to this thin-type mouse is connected in this computer when this charge mode a PCMCIA slot, to receive the electric power from this computer.
22. thin-type mouse as claimed in claim 12, wherein this computer is a notebook computer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009100018894A CN101776957B (en) | 2009-01-14 | 2009-01-14 | Thin-type mouse |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009100018894A CN101776957B (en) | 2009-01-14 | 2009-01-14 | Thin-type mouse |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101776957A CN101776957A (en) | 2010-07-14 |
| CN101776957B true CN101776957B (en) | 2012-02-29 |
Family
ID=42513434
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009100018894A Expired - Fee Related CN101776957B (en) | 2009-01-14 | 2009-01-14 | Thin-type mouse |
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| CN (1) | CN101776957B (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103809667A (en) * | 2012-11-06 | 2014-05-21 | 宁波大红鹰学院 | Notebook computer provided with wireless mouse |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2006015143A2 (en) * | 2004-07-28 | 2006-02-09 | Newton Peripherals, Llc | Peripheral devices for portable computer |
| CN2845014Y (en) * | 2005-11-15 | 2006-12-06 | 李国华 | A kind of wireless mouse |
| CN1920756A (en) * | 2005-08-26 | 2007-02-28 | 李伟高 | Mutual-inductive charge type wireless photoelectric mouse |
-
2009
- 2009-01-14 CN CN2009100018894A patent/CN101776957B/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2006015143A2 (en) * | 2004-07-28 | 2006-02-09 | Newton Peripherals, Llc | Peripheral devices for portable computer |
| CN1920756A (en) * | 2005-08-26 | 2007-02-28 | 李伟高 | Mutual-inductive charge type wireless photoelectric mouse |
| CN2845014Y (en) * | 2005-11-15 | 2006-12-06 | 李国华 | A kind of wireless mouse |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101776957A (en) | 2010-07-14 |
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