CN101271367B

CN101271367B - Detachable deformation mouse

Info

Publication number: CN101271367B
Application number: CN200710087829XA
Authority: CN
Inventors: 郑宇志; 罗锦堃; 江晓龙
Original assignee: Primax Electronics Ltd
Current assignee: Primax Electronics Ltd
Priority date: 2007-03-19
Filing date: 2007-03-19
Publication date: 2012-07-04
Anticipated expiration: 2027-03-19
Also published as: CN101271367A

Abstract

The invention provides a separable deformation mouse, including a separable first shell and a second shell; wherein the first shell includes a first anterior portion and a first posterior portion, in which the first posterior portion has a first slope and a first connection portion, while the second shell includes a second anterior portion and a second posterior portion, in which the second anterior portion has a second slope and a second connection portion, wherein the first shell also includes a cursor signal generator and a first electricity conductive portion, the second shell is used for housing a battery and includes a second electricity conductive portion, the first connection portion is arranged on the first slope, the second connection portion is arranged on the second slope, the first shell and the second shell are coupled through the connection of the first connection portion and the second connection portion so as to form the mouse suitable for the body study, or the first shell and the second shell are coupled through the connection of the first connection portion and the second connection portion by turning 180 degrees of the second shell so as to form the portable mouse shape.

Description

Detachable deformation mouse

Technical field

The present invention relates to a kind of deformable mouse, relate in particular to a kind of detachable deformation mouse.

Background technology

In recent years, the function of PC is always towards diversified development, and except early stage common document processing capacity, computer now often is used to as bulletin or the audio-visual instrument of amusement.

In order to adapt to the diversified function of PC, traditional mouse also often is equipped with extra function button except providing the cursor control function, with as control bulletin and audio-visual telepilot.

When mouse used as cursor control device, the user is rolling mouse moving with the control cursor on the table.And when mouse used as telepilot, the user gripped mouse with palm and presses the control button and instructs with input operation.

In cursor control device and two kinds of use patterns of telepilot, the user is different for the demand of mouse external form.When mouse moves when moving with the control cursor on the table, the gripping surface of the mouse that contact with palm can not be the surface of level, and must be the surface with angle, so that produce the strength in the support centre of the palm.And when mouse used as telepilot, the user hoped that again mouse has the flat external form of similar existing telepilot.In addition, flat external form also can provide portable benefit.

Whether above-mentioned two kinds of functions easy operating, depends on the thickness of mouse external form.At length say,, then will not meet ergonomics during at the desktop rolling mouse as the user if the housing of mouse is too thin.If strengthen the angle of the gripping surface of mouse for ergonomic, make the height of mouse uprise, then be unfavorable for the feel that grips when mouse uses as telepilot again, also take bigger accommodation space simultaneously.

Therefore need a kind of new deformable mouse to solve above problem.

Summary of the invention

The purpose of this invention is to provide a kind of detachable deformation mouse, it makes the mouse battery chamber of separation and mouse body housing can be combined into first kind of external form or the twoth kind of external form through using coupling arrangement.

For this purpose, the invention provides a kind of detachable deformation mouse, comprising:

One first housing, this first housing have one first front side portion and one first rear sides, and wherein this first rear sides has one first inclined-plane and comprises first connecting portion;

One second housing, this second housing have one second front side portion and one second rear sides, and wherein this second front side portion has one second inclined-plane and comprises second connecting portion, and this first housing separates with this second housing; Wherein, this first housing also comprises a cursor signal generation device and one first electrical conducting part, and this second housing is in order to holding a battery, and comprises one second electrical conducting part,

This first connecting portion is arranged on this first inclined-plane; This second connecting portion is arranged on this second inclined-plane; Combine this first housing and this second housing with this second connecting portion through connecting this first connecting portion; Be suitable for the mouse of ergonomics with formation, or connect this first connecting portion and combine this first housing and this second housing with this second connecting portion, the mouse external form that is suitable for carrying with formation through selecting this second housing to turn over turnback.

In a preferred embodiment, this first connecting portion comprises: two metal part, and it lays respectively at the two ends on this first inclined-plane; An and groove; They are between said two metal part, and this second connecting portion comprises: two magnet, and it lays respectively at two ends and corresponding said two metal part places on this second inclined-plane; And a projection, it is positioned at this corresponding groove.

In another preferred embodiment, this first connecting portion comprises: two metal part, and it lays respectively at the two ends on this first inclined-plane; An and elongate recesses; They are between said two metal part, and this second connecting portion comprises: two magnet, and it lays respectively at two ends and corresponding said two metal part places on this second inclined-plane; And a microscler projection, it is positioned at this corresponding elongate recesses place.

In another preferred embodiment, this first connecting portion is an elongate recesses, and this second connecting portion is a microscler hooking sheet, and the length of this elongate recesses is greater than the length of this microscler hooking sheet, and this second conducting position is on this microscler hooking sheet.Wherein this microscler hooking sheet comprises two wide and a narrow portion, and wherein this narrow is positioned between said two wide, and this elongate recesses comprises two wide and two narrow portions.

Detachable deformation mouse according to the present invention has following useful technique effect; Promptly; Can through first connecting portion and second connecting portion combine first housing and second housing are linked together; Thereby can change the external form of deformable mouse of the present invention, therefore can be easy in cursor control device and two kinds of use patterns of telepilot, operate.

Description of drawings

Fig. 1 is the schematic appearance of mouse of the present invention.

Fig. 2 A, Fig. 2 B are the flat external form of mouse of the present invention and the synoptic diagram of protruding external form.

Fig. 3 A, Fig. 3 B are the synoptic diagram of first embodiment of mouse of the present invention.

Fig. 4 A, Fig. 4 B are the synoptic diagram of second embodiment of mouse of the present invention.

Fig. 5 A, Fig. 5 B are the synoptic diagram of the 3rd embodiment of mouse of the present invention.

Wherein, description of reference numerals is following:

1,4,14,21 deformable mouses, 2,5,15,22 first housings

3,6,16,23 second housings, 7 first front side portions

8 first rear sides, 9 second front side portions

10,11,18,25 second inclined-planes, 17,24 first inclined-planes

12,19,26 first connecting portions, 13,20,27 second connecting portions

B1, B2, D1, the D2 first conductive part C, E, F second conductive part

2-1 cursor signal generation device 3-1 battery A lug boss

10 ' the second rear sides 12-1,12-2,19-1,19-2 metal part

12-3 groove 13-1,13-2,20-1,20-2 magnet

13-3 projection 19-3 elongate recesses

The microscler projection 26-1 of 20-3,26-2,27-1, the wide portion of 27-2

26-3,26-4, the narrow portion of 27-3

Embodiment

Please with reference to Fig. 1, it is the schematic appearance of a preferred embodiment of detachable deformation mouse of the present invention.Detachable deformation mouse 1 of the present invention comprises one first housing 2 and one second housing 3.This first housing 2 comprises a cursor signal generation device 2-1, and this second housing 3 is then in order to set battery 3-1.First housing 2 is two housings that separate with second housing 3.And cursor signal generation device 2-1 comprises, for example optical sensor and interlock circuit in order to produce the signal of controlling computer screen cursor.Because cursor signal generation device 2-1 belongs to prior art, so repeat no more.

Please with reference to Fig. 2 A and Fig. 2 B, it is two kinds of external form synoptic diagram of detachable deformation mouse of the present invention.First housing 2 of the mouse 1 among Fig. 2 A with present a flat external form after second housing 3 combines, be suitable for using as remote controller.And flat external form also is easy to take in.And first housing 2 among Fig. 2 B combines the back to form a lug boss A at the intersection of first housing 2 and second housing 3 with second housing 3; When user's palm is placed on this lug boss A; Just form the angle that grips of an ergonomic, so external form is suitable for using as mouse.

See also Fig. 3 A, Fig. 3 B, it is the synoptic diagram of first preferred embodiment of the present invention.Fig. 3 A, Fig. 3 B show detachable deformation mouse 4, and it comprises: one first housing 5 and one second housing 6.This first housing 5 has one first front side portion 7 and one first rear sides 8, and wherein this first rear sides 8 has: one first inclined-plane, 10, one first conductive part B1, B2, and be arranged at one first connecting portion 12 on this first inclined-plane 10.This second housing 6 has: one second front side portion 9 and second rear sides 10 ', wherein second front side portion 9 has: one second inclined-plane, 11, one second conductive part C, and second connecting portion 13.

In the embodiment shown in Fig. 3 A, Fig. 3 B; First connecting portion 12 that is positioned at first inclined-plane 10 of first housing 5 comprises two metal part 12-1,12-2; It lays respectively at the two ends on first inclined-plane 10, and a groove 12-3 is between said two metal part 12-1,12-2.Second connecting portion 13 on second inclined-plane 11 of second housing 6 comprises two magnet 13-1,13-2, and it lays respectively at two ends and corresponding said two metal part 12-1, the 12-2 place on second inclined-plane 11, and a projection 13-3 is positioned at this groove 12-3 place of correspondence.

Please refer again to Fig. 3 A, Fig. 3 B; Two magnet 13-1 of second housing 6,13-2 can be adsorbed in two metal part 12-1, the 12-2 of first housing 5 respectively; The projection 13-3 of second housing 6 then can stretch in the groove 12-3 of first housing 5, with this first housing 5 and second housing 6 is combined.In addition, therefore the first conductive part B1 of first housing 5 also produces with the second conductive part C of second housing 6 and contacts, and second housing, 6 interior batteries (this not shown battery) can be supplied power use for the circuit in first housing 5.Promptly form the external form shown in Fig. 2 B after combining in this way; Just form the lug boss A like Fig. 2 B in the junction on second inclined-plane 11 of first inclined-plane 10 of first housing 5 and second housing 6, the user can be positioned on this lug boss A palm to carry out the operation of mouse function.If make mouse 4 become flat; Then as long as second housing 6 is turned over turnback; Make the magnet 13-1 of second housing 6 be adsorbed in the metal 12-2 of first housing 5; Make the magnet 13-2 of second housing 6 be adsorbed in the metal 12-1 of first housing 5, and the projection 13-3 of second housing 6 can stretch in the groove 12-3 of first housing 5 equally, and this moment, the first conductive part B2 contacted with the second conductive part C.After mouse 4 combines in this way, first housing 5 and second housing 6 will make mouse 4 have the flat external form shown in Fig. 2 A, use as telepilot being suitable for.Certainly, can not have remote-controller function if mouse 4 is set under the situation of flat external form, then under the situation of flat external form, need not provide power supply to first housing 5, therefore first housing 5 can be provided with the first conductive part B2.

Please with reference to Fig. 4 A, Fig. 4 B, it is the synoptic diagram of second preferred embodiment of the present invention.Fig. 4 A, Fig. 4 B are that with the difference of Fig. 3 A, Fig. 3 B the structure of connecting portion is different.The mouse 14 of Fig. 4 A comprises first housing 15 and second housing 16.First housing 15 has first inclined-plane 17, and second housing 16 has second inclined-plane 18.First inclined-plane 17 is provided with first connecting portion 19 and the first conductive part D1, D2, and second inclined-plane 18 is provided with second connecting portion 20 and the second conductive part E.First connecting portion 19 comprises two metal part 19-1,19-2 and elongate recesses 19-3.20 of second connecting portions comprise two magnet 20-1,20-2 and microscler projection 20-3.

First housing 15 of Fig. 4 A, Fig. 4 B illustrated embodiment and the connected mode of second housing 16 are following.Earlier second housing 16 is turn 90 degrees, make the long limit of microscler projection 20-3 of second housing 16 align, so can the microscler projection 20-3 of second housing 16 be stretched in the elongate recesses 19-3 of first housing 15 with the long limit of the elongate recesses 19-3 of first housing 15.Then again second housing, 16 contrary revolving are turn 90 degrees (just being returned to the preceding position of rotation); Make two metal part 19-1, the 19-2 of first housing 15 be adsorbed in two magnet 20-1, the 20-2 of second housing 16 respectively, and the first conductive part D1 and the second conductive part E also contact with each other.At this moment, the long limit of microscler projection 20-3 is vertical with the long limit of elongate recesses 19-3, and second housing 16 can not broken away from from first housing 15.Make mouse 14 have the external form shown in Fig. 2 B in this way.Turn 90 degrees (just corotation has changeed 180 degree) if second housing 16 revolved again; Then can make two metal part 19-1, the 19-2 of first housing 15 be adsorbed in two magnet 20-2, the 20-1 of second housing 16 respectively; And the first conductive part D2 is contacted with the second conductive part E, and formed flat external form.Certainly, can not have remote-controller function if mouse 14 is set under the situation of flat external form, then under the situation of flat external form, need not provide power supply to first housing 15, therefore first housing 15 can be provided with the first conductive part D2.

Please with reference to Fig. 5 A, Fig. 5 B, it is the synoptic diagram of the 3rd preferred embodiment of the present invention.Fig. 5 A, Fig. 5 B are also that with the difference of Fig. 2 A, Fig. 2 B and Fig. 3 A, Fig. 3 B the structure of connecting portion is different.The mouse 21 of Fig. 5 A, Fig. 5 B comprises first housing 22 and second housing 23.First housing 22 has first inclined-plane 24, and second housing 23 has second inclined-plane 25.Have on first inclined-plane 24 on first connecting portion, 26, the second inclined-planes 25 and then have second connecting portion 27.Wherein first connecting portion 26 is an elongate recesses, and comprises two wide 26-1,26-2 and two narrow 26-3,26-4.Second connecting portion 27 is a microscler hooking sheet, and comprises two wide 27-1,27-2 and one narrow 27-3.A wherein wide 27-2 is provided with conductive part F.In the present embodiment, the conductive part of first housing 22 is arranged in first housing 22, so not shown.

The combination of following key diagram 5A, Fig. 5 B illustrated embodiment.With two wide 27-1 of the microscler hooking sheet 27 of second housing 23,27-2 and narrow 27-3 align respectively wide 26-1,26-2 and narrow 26-3 of elongate recesses 26, microscler hooking sheet 27 can be inserted in the elongate recesses 26.Afterwards second housing 23 is moved toward the R1 direction, narrow 26-3 of two wide 27-1,27-2 and elongate recesses 26 of microscler hooking sheet 27 alignd with 26-4.Because therefore the width of two wide 27-1 of microscler hooking sheet 27,27-2 can make second housing 23 be connected with first housing 22 greater than narrow the 26-3 and the 26-4 of elongate recesses 26.This moment, mouse 21 presented the shape with lug boss shown in Fig. 2 B.

If make mouse 21 become flat, then can second housing 23 be moved toward the R2 direction, make wide 26-1, the 26-2 alignment of two wide 27-1,27-2 and elongate recesses 26 of microscler hooking sheet 27, so that make second housing 23 can break away from first housing 22.Then second housing 23 is turned over turnback; Two wide 27-2,27-1 of microscler hooking sheet 27 are alignd respectively and stretch into wide the 26-1 and the 26-2 of elongate recesses 26; Again second housing 23 is moved toward the R1 directions, make two wide 27-2,27-1 of microscler hooking sheet 27 be limited by narrow the 26-3 and the 26-4 of elongate recesses 26 respectively.

In other words; Because first housing and second housing are with the surface of contact of inclined-plane as both; And second housing can rotate by relative first housing, and therefore mouse of the present invention not only can have thin external form, the demand of the ergonomics in the time of meeting mouse operation and control again 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 included in the scope of the present invention.

Claims

1. detachable deformation mouse comprises:

2. detachable deformation mouse as claimed in claim 1, wherein this first connecting portion comprises: two metal part, it lays respectively at the two ends on this first inclined-plane; An and groove; They are between said two metal part, and this second connecting portion comprises: two magnet, and it lays respectively at two ends and corresponding said two metal part places on this second inclined-plane; And a projection, it is positioned at should groove.

3. detachable deformation mouse as claimed in claim 1, wherein this first connecting portion comprises: two metal part, it lays respectively at the two ends on this first inclined-plane; An and elongate recesses; They are between said two metal part, and this second connecting portion comprises: two magnet, and it lays respectively at two ends and corresponding said two metal part places on this second inclined-plane; And a microscler projection, it is positioned at should the elongate recesses place.

4. detachable deformation mouse as claimed in claim 1; Wherein this first connecting portion is an elongate recesses; And this second connecting portion is a microscler hooking sheet, and the length of this elongate recesses is greater than the length of this microscler hooking sheet, and this second electrical conducting part is positioned on this microscler hooking sheet.

5. detachable deformation mouse as claimed in claim 4, wherein this microscler hooking sheet comprises two wide and a narrow portion, wherein this narrow is positioned between said two wide, and this elongate recesses comprises two wide and two narrow portions.