CN105242798A - Telescopic landing type ergonomic mouse - Google Patents
Telescopic landing type ergonomic mouse Download PDFInfo
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- CN105242798A CN105242798A CN201510655475.9A CN201510655475A CN105242798A CN 105242798 A CN105242798 A CN 105242798A CN 201510655475 A CN201510655475 A CN 201510655475A CN 105242798 A CN105242798 A CN 105242798A
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- skidding
- comb
- epimere
- mouse
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Abstract
The present invention relates to the technical field of a mouse, in particular to a telescopic landing type ergonomic mouse. The mouse comprises a sliding section, a rotating section, a fixing frame, a base and auxiliary keys; the rotating section is hinged on the base; the fixing frame is fixedly connected with the rotating section, both sides of the fixing frame are provided with anti-slide combs which are connected in a crossing manner, and each anti-slide comb consists of N arc-shaped monomers arranged side by side; the sliding section is slidably connected with the fixed rotating section; and key bodies in the auxiliary keys are disposed slantingly, so that a thumb can choose different keys only by rotation without bending, and the positions of the auxiliary keys can be adjusted. The telescopic landing type ergonomic mouse provided by the present invention can be adjusted in a telescopic manner in the front-and-back direction and in the up-and-down direction, and not only can adapt to different hand types, but also is convenient to carry; both sides of the telescopic landing type ergonomic mouse are provided with the anti-slide combs to increase the comfort degree of hands; the auxiliary keys on the left side of the mouse are disposed slantingly and are adjustable in position, so that the telescopic landing type ergonomic mouse can adapt to different users.
Description
Technical field
The present invention relates to technical field of mouse, specifically a kind of flexible landing formula Ergonomic mouse.
Background technology
Along with the development of society, the progress of science and technology, computing machine becomes the requirement of modern's life already, and it brings huge facility and amusement to the live and work of people.And mouse is with rapid changepl. never-ending changes and improvements as the development of signal input apparatus also along with computer level of user's controlling calculation machine equipment.Develop into wireless optical mouse of today from traditional mechanical wire mouse, the function of mouse is very significantly improved.But, no matter be mechanical mouse or optical mouse, wire mouse or wireless mouse, mouse its profile when putting goods on the market sale all secures, user cannot adjust to mouse profile size the size hand adapting to different users according to the hand-type feature of oneself, and on market modifier key (such as: advance key and the back spacer) position of mouse owing to being fixing, different hand-types and different appearances of holding are difficult to just touch obtain these buttons, and this brings very big discomfort to user.On the other hand, because mouse often needs together to carry together with notebook computer, if mouse is blocked up just not portable, design thin feel bad again.
Summary of the invention
For the problems of the prior art, the invention provides a kind of flexible landing formula Ergonomic mouse, above-below direction telescopic adjustment before and after energy, different hand-types can be adapted to, also be convenient for carrying, and both sides are provided with anti-skidding comb, increase the comfort level of hand, and the modifier key on the left of mouse is obliquely installed and adjustable position, can adapt to different users.
The technical solution adopted for the present invention to solve the technical problems is: a kind of flexible landing formula Ergonomic mouse, comprises slippage section, rotates section, fixed mount, base and secondary button.
Described chassis left side is provided with cavity, and this cavity top is provided with one number service hole, No. two through holes and No. three through holes.
Described fixed mount comprises free bearing, bracing frame, the anti-skidding comb of epimere, the anti-skidding comb of hypomere, stationary installation and control circuit; Described free bearing quantity is two, and free bearing is fixedly installed on two ends on rear side of base; Described bracing frame quantity is two, and bracing frame is curved, and bracing frame one end is hinged on free bearing, and is provided with the chute of arc in the middle part of bracing frame, and the material of this chute is conductive material; The anti-skidding comb of described epimere is curved, and the anti-skidding comb quantity of epimere is N, and the anti-skidding comb of epimere is equidistantly fixedly installed on bracing frame bottom surface, the anti-skidding comb of epimere of front side is also provided with the jack of vertically arrangement; The anti-skidding comb of described hypomere to be arranged on base the anti-skidding comb correspondence position with epimere, and the anti-skidding comb of hypomere and the anti-skidding comb cross-cutting distribution of epimere, make the anti-skidding comb of hypomere mouse fixed mount and base sliding can be connected with the anti-skidding comb cooperation of epimere; Described stationary installation is arranged on the stem of fixed mount, and stationary installation comprises connecting link, swing arm and contiguous block; Described swing arm quantity is that two, two swing arms are separately fixed at connecting link two ends, and swing arm bottom-hinged is on base; Described contiguous block is arranged on the side of swing arm head end, and contiguous block is formed with the jack on the anti-skidding comb of epimere and coordinates, and contiguous block can insert the height fixing fixed mount in the jack of the anti-skidding comb of epimere; Described control circuit is arranged in the middle part of base, and control circuit is connected with the chute on bracing frame by wire, and control circuit and chute are connected.
Described rotation section is curved, rotates segment trailer and is hinged on free bearing, and rotation segment trailer both sides are fixedly connected with bracing frame, when rotation section is rotated around free bearing, and bracing frame landing with the rotation of rotation section.
Described slippage section comprises slide mass, roller, button, web joint and draw runner; Described slide mass front center is provided with breach, roller is provided with in this breach, the upper surface of slide mass is circular arc, and the arc profile of slide mass upper surface with rotate the arc profile of section lower surface on identical circle, make slippage section can in rotation section smooth sliding; Described button is arranged on the bottom of slide mass front end, is fixed on web joint front end bottom button; Described web joint rear end is fixedly connected with bottom slide mass; Described draw runner is arranged on slide mass both sides, draw runner length is less than track length, draw runner is formed with chute and coordinates, and the material of draw runner is conductive material, draw runner is connected with the circuit in slippage section by wire, control circuit is by the circuit communication on the chute of conduction and draw runner and slippage section, and the bending that can alleviate wire between slippage section and control circuit damages.
Described secondary button is arranged on chassis left side.
Preferably, described secondary button is arranged in cavity, and secondary button comprises slide plate, lug, shell fragment, pushing block, fixture block, a number key and two number keys; Described lug one end is fixedly connected on the right side of slide plate, and lug is used for increasing the length of shell fragment; Described shell fragment is arranged on bottom slide plate, and shell fragment one end is fixedly connected with the other end of lug, and the other end of shell fragment is fixedly connected with pushing block; Described pushing block is arranged in No. two through holes; Described fixture block is fixedly connected on the left side of pushing block, and fixture block is arranged in No. three through holes; Press and promote pushing block and can promote secondary button and move, and by fixture block being put into No. three different through holes, secondary button is fixed; A described number key and two number keys opposition are arranged on slide plate top, and a number key and two number keys are positioned at one number service hole, and the straight line at a number key and two places, number key center and the angle of base fore-and-aft direction are acute angle.
Preferably, described one number service hole is equal with No. two through hole length; No. two described through holes are positioned on the left of one number service hole; No. three described number of openings are five, and five No. three through holes successively equidistant arrangement on the left of No. two through holes.
Preferably, the jack inwall on the anti-skidding comb of described epimere is ferrous material; Described contiguous block has magnetic, makes the connection between contiguous block and the anti-skidding comb of epimere more firm.
Preferably, the width of the anti-skidding comb of described epimere and the anti-skidding comb of hypomere is all less than 3mm, while enhancing hand-held pole, can also avoid because anti-skidding comb gap width is too large to pointing the discomfort brought.
The invention has the beneficial effects as follows:
(1) one of the present invention is stretched landing formula Ergonomic mouse, can before and after above-below direction telescopic adjustment, different hand-types can be adapted to, be also convenient for carrying;
(2) one of the present invention is stretched landing formula Ergonomic mouse, and both sides are provided with the anti-skidding comb of intersection, are not only linked together by two parts up and down of mouse, and anti-skidding comb width is narrower, can strengthen the grip feeling of hand, and have the effect of anti-skidding anti-sweat;
(3) one of the present invention is stretched landing formula Ergonomic mouse, and the secondary button on the left of mouse is obliquely installed, and slightly rotates can select different key as long as make thumb bend, and the position-adjustable of secondary button, different users can be adapted to.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the present invention is further described.
Fig. 1 is the perspective view at visual angle on the left of the present invention;
Fig. 2 is the perspective view at visual angle on the right side of the present invention;
Fig. 3 is the perspective view of slippage section in the present invention;
Fig. 4 is the perspective view of the section of rotation in the present invention;
Fig. 5 is slippage section and the left view after rotating section cooperation in the present invention;
Fig. 6 is the structural representation after the present invention removes slippage section and rotates section;
Fig. 7 is the perspective view of stationary installation in the present invention;
Fig. 8 is the perspective view of secondary button in the present invention;
Fig. 9 is the side view of secondary button in the present invention;
In figure: 1-slippage section, 2-rotates section, 3-fixed mount, 4-base, the secondary button of 5-, 11-slide mass, 12-roller, 13-button, 14-web joint, 15-draw runner, 31-free bearing, 32-bracing frame, the anti-skidding comb of 33-epimere, the anti-skidding comb of 34-hypomere, 35-stationary installation, 36-control circuit, 41-cavity, 51-slide plate, 52-lug, 53-shell fragment, 54-pushing block, 55-fixture block, 56-mono-number key, 57-bis-number key, 321-chute, 351-connecting link, 352-swing arm, 353-contiguous block, 411-one number service hole, 412-No. bis-through holes, 413-No. tri-through holes.
Embodiment
The technological means realized to make the present invention, creation characteristic, reaching object and effect is easy to understand, below in conjunction with concrete diagram, setting forth the present invention further.
As Fig. 1, a kind of flexible landing formula Ergonomic mouse, comprises slippage section 1, rotates section 2, fixed mount 3, base 4 and secondary button 5.
As Fig. 6, be provided with cavity 41 on the left of described base 4, this cavity 41 top is provided with No. 411, two, one number service hole through hole 412 and No. three through holes 413.
As Fig. 6, Fig. 7, described fixed mount 3 comprises free bearing 31, bracing frame 32, the anti-skidding comb of epimere 33, the anti-skidding comb 34 of hypomere, stationary installation 35 and control circuit 36; Described free bearing 31 quantity is two, and free bearing 31 is fixedly installed on two ends on rear side of base 4; Described bracing frame 32 quantity is two, and bracing frame 32 is curved, and bracing frame 32 one end is hinged on free bearing 31, and is provided with the chute 321 of arc in the middle part of bracing frame 32, and the material of this chute 321 is conductive material; Described epimere anti-skidding comb 33 is curved, and epimere anti-skidding comb 33 quantity is 20, and the anti-skidding comb 33 of epimere is equidistantly fixedly installed on bracing frame 32 bottom surface, the anti-skidding comb 33 of epimere of front side is also provided with the jack of vertically arrangement; The anti-skidding comb of described hypomere 34 to be arranged on base 4 anti-skidding comb 33 correspondence position with epimere, and the anti-skidding comb of hypomere 34 and the cross-cutting distribution of epimere anti-skidding comb 33, make the anti-skidding comb of hypomere 34 can coordinate with the anti-skidding comb 33 of epimere and mouse fixed mount 3 and base 4 are slidably connected; Described stationary installation 35 is arranged on the stem of fixed mount 3, and stationary installation 35 comprises connecting link 351, swing arm 352 and contiguous block 353; Described swing arm 352 quantity is that two, two swing arms 352 are separately fixed at connecting link 351 two ends, and swing arm 352 bottom-hinged is on base 31; Described contiguous block 353 is arranged on the side of swing arm 352 head end, and contiguous block 353 is formed with the jack on the anti-skidding comb 33 of epimere and coordinates, and contiguous block 353 can insert the height fixing fixed mount 3 in the jack of the anti-skidding comb 33 of epimere; Described control circuit 36 is arranged in the middle part of base 4, and control circuit 36 is connected with the chute 321 on bracing frame 32 by wire, and control circuit 36 and chute 321 are connected.
As Fig. 2, Fig. 4, Fig. 5, described rotation section 2 is curved, rotates section 2 afterbody and is hinged on free bearing 31, and rotation section 2 two sides of tail is fixedly connected with bracing frame 32, when rotation section 2 is rotated around free bearing 31, and bracing frame 32 landing with the rotation of rotation section 2.
As Fig. 1, Fig. 3, Fig. 5, described slippage section 1 comprises slide mass 11, roller 12, button 13, web joint 14 and draw runner 15; Described slide mass 11 front center is provided with breach, roller 12 is provided with in this breach, the upper surface of slide mass 11 is circular arc, and the arc profile of slide mass 11 upper surface with rotate the arc profile of section 2 lower surface on identical circle, make slippage section 1 can in rotation section 2 smooth sliding; Described button 13 is arranged on the bottom of slide mass 11 front end, is fixed on web joint 14 front end bottom button 13; Described web joint 14 rear end is fixedly connected with bottom slide mass 11; Described draw runner 15 is arranged on slide mass 11 both sides, draw runner 15 length is less than chute 321 length, draw runner 15 is formed with chute 321 and coordinates, and the material of draw runner 15 is conductive material, draw runner 15 is connected with the circuit in slippage section 1 by wire, control circuit 36 is by the chute 321 of conduction and draw runner 15 and the circuit communication in slippage section 1, and the bending that can alleviate wire between slippage section 1 and control circuit 36 damages.
As Fig. 6, Fig. 8, Fig. 9, described secondary button 5 is arranged in cavity 41, and secondary button 5 comprises slide plate 51, lug 52, shell fragment 53, pushing block 54, fixture block 55, number key 56 and two number keys 57; Described lug 52 one end is fixedly connected on the right side of slide plate 51, and lug 52 is used for increasing the length of shell fragment 53; Described shell fragment 53 is arranged on bottom slide plate 51, and shell fragment 53 one end is fixedly connected with the other end of lug 52, and the other end of shell fragment 53 is fixedly connected with pushing block 54; Described pushing block 54 is arranged in No. two through holes 412; Described fixture block 55 is fixedly connected on the left side of pushing block 54, and fixture block 55 is arranged in No. three through holes 413; Press and promote pushing block 54 and can promote secondary button 5 and move, and by fixture block 55 being put into No. three different through holes 413, secondary button 5 is fixed; A described number key 56 and two number keys 57 opposition are arranged on slide plate 51 top, and a number key 56 and two number keys 57 are positioned at one number service hole 411, and a number key 56 and the straight line at two places, number key 57 center and the angle of base 4 fore-and-aft direction are acute angle.
As Fig. 1, Fig. 5, described one number service hole 411 is equal with No. two through hole 412 length; No. two described through holes 412 are positioned on the left of one number service hole 411; No. three described through hole 413 quantity are five, and five No. three through holes 413 successively equidistant arrangement on the left of No. two through holes 412.
As Fig. 6, Fig. 7, the jack inwall on the anti-skidding comb 33 of described epimere is ferrous material; Described contiguous block 353 has magnetic, makes the connection between contiguous block 353 and the anti-skidding comb of epimere 33 more firm.
As Fig. 1, Fig. 6, the width of the anti-skidding comb of described epimere 33 and the anti-skidding comb 34 of hypomere is all less than 3mm, while enhancing hand-held pole, can also avoid because anti-skidding comb gap width is too large to pointing the discomfort brought.
The one of the present embodiment stretches landing formula Ergonomic mouse in use, pull slippage section 1, and the draw runner 15 of slide mass 11 both sides slides in chute 321, and the pattern length of slippage section 1 and rotation section 2 is elongated; Rotate and rotate section 2, make rotation section 2 lifting angle become large, with bracing frame 32 lifting rotating section 2 and be connected, and then make slippage section 1 lifting, when contiguous block 353 being inserted this state epimere anti-skidding comb 33 correspondence jack in; Press pushing block 54, be bent downwardly on the left of shell fragment 53, fixture block 55 leaves from No. three through holes 413, promote the place that pushing block 54 to thumb is conveniently pressed again, unclamp pushing block 54, make fixture block 55 enter in No. three corresponding through holes 413 of this position, namely the position of secondary button 5 is fixed, because the activity of thumb tip during operating mouse is with the easiest around finger root rotary moveable, therefore a number key 56 and two number keys 57 are obliquely installed, as long as make thumb not need bending left-right rotation to get final product selection key.
More than show and describe ultimate principle of the present invention, principal character and advantage.The technician of the industry should understand; the present invention is not restricted to the described embodiments; description in above-mentioned embodiment and instructions principle of the present invention is just described; without departing from the spirit and scope of the present invention; the present invention also has various changes and modifications, and these changes and improvements all fall in the scope of protection of present invention.Application claims protection domain is defined by appending claims and equivalent thereof.
Claims (5)
1. a flexible landing formula Ergonomic mouse, is characterized in that: comprise slippage section (1), rotate section (2), fixed mount (3), base (4) and secondary button (5); Wherein:
Described base (4) left side is provided with cavity (41); Described cavity (41) top is provided with one number service hole (411), No. two through holes (412) and No. three through holes (413);
Described fixed mount (3) comprises free bearing (31), bracing frame (32), the anti-skidding comb of epimere (33), the anti-skidding comb of hypomere (34), stationary installation (35) and control circuit (36); Described free bearing (31) quantity is two, and free bearing (31) is fixedly installed on base (4) rear side two ends; Described bracing frame (32) quantity is two, bracing frame (32) is curved, bracing frame (32) one end is hinged on free bearing (31), and bracing frame (32) middle part is provided with the chute (321) of arc, the material of this chute (321) is conductive material; The anti-skidding comb of described epimere (33) is curved, the anti-skidding comb of epimere (33) quantity is N, and the anti-skidding comb of epimere (33) is equidistantly fixedly installed on bracing frame (32) bottom surface, the anti-skidding comb of epimere (33) of front side is also provided with the jack of vertically arrangement; The anti-skidding comb of described hypomere (34) is arranged on base (4) and the anti-skidding comb of epimere (33) correspondence position, the anti-skidding comb of hypomere (34) and the anti-skidding comb of epimere (33) cross-cutting distribution; Described stationary installation (35) is arranged on the stem of fixed mount (3), and stationary installation (35) comprises connecting link (351), swing arm (352) and contiguous block (353); Described swing arm (352) quantity is that two, two swing arms (352) are separately fixed at connecting link (351) two ends, and swing arm (352) bottom-hinged is on base (31); Described contiguous block (353) is arranged on the side of swing arm (352) head end, and contiguous block (353) is formed with the jack on the anti-skidding comb of epimere (33) and coordinates; Described control circuit (36) is arranged on base (4) middle part, and control circuit (36) is connected with the chute (321) on bracing frame (32) by wire;
Described rotation section (2), in circular arc, rotates section (2) afterbody and is hinged on free bearing (31), and rotation section (2) two sides of tail is fixedly connected with bracing frame (32);
Described slippage section (1) comprises slide mass (11), roller (12), button (13), web joint (14) and draw runner (15); Described slide mass (11) front center is provided with breach, roller (12) is provided with in this breach, the upper surface of slide mass (11) is circular arc, and the arc profile of slide mass (11) upper surface with rotate the arc profile of section (2) lower surface on identical circle; Described button (13) is arranged on the bottom of slide mass (11) front end, and button (13) bottom is fixed on web joint (14) front end; Described web joint (14) rear end is fixedly connected with slide mass (11) bottom; Described draw runner (15) is arranged on slide mass (11) both sides, draw runner (15) length is less than chute (321) length, draw runner (15) is formed with chute (321) and coordinates, and the material of draw runner (15) is conductive material, draw runner (15) is connected with the circuit in slippage section (1) by wire;
Described secondary button (5) is arranged on base (4) left side.
2. one according to claim 1 is stretched landing formula Ergonomic mouse, it is characterized in that: described secondary button (5) is arranged in cavity (41), secondary button (5) comprises slide plate (51), lug (52), shell fragment (53), pushing block (54), fixture block (55), a number key (56) and two number keys (57); Described lug (52) one end is fixedly connected on the right side of slide plate (51); Described shell fragment (53) is arranged on slide plate (51) bottom, shell fragment (53) one end is fixedly connected with the other end of lug (52), and the other end of shell fragment (53) is fixedly connected with pushing block (54); Described pushing block (54) is arranged in No. two through holes (412); Described fixture block (55) is fixedly connected on the left side of pushing block (54), and fixture block (55) is arranged in No. three through holes (413); A described number key (56) and two number keys (57) opposition are arranged on slide plate (51) top, one number key (56) and two number keys (57) are positioned at one number service hole (411), and the angle of the straight line at a number key (56) and two number keys (57) place, center and base (4) fore-and-aft direction is acute angle.
3. one according to claim 1 is stretched landing formula Ergonomic mouse, it is characterized in that: described one number service hole (411) is equal with No. two through hole (412) length; No. two described through holes (412) are positioned at left side, one number service hole (411); No. three described through hole (413) quantity are five, and five No. three through holes (413) successively equidistant arrangement in No. two through holes (412) left sides.
4. one according to claim 1 is stretched landing formula Ergonomic mouse, it is characterized in that: the jack inwall on the anti-skidding comb of described epimere (33) is ferrous material; Described contiguous block (353) has magnetic.
5. one according to claim 1 is stretched landing formula Ergonomic mouse, it is characterized in that: the width of the anti-skidding comb of described epimere (33) and the anti-skidding comb of hypomere (34) is all less than 3mm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510655475.9A CN105242798A (en) | 2015-10-04 | 2015-10-04 | Telescopic landing type ergonomic mouse |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510655475.9A CN105242798A (en) | 2015-10-04 | 2015-10-04 | Telescopic landing type ergonomic mouse |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN105242798A true CN105242798A (en) | 2016-01-13 |
Family
ID=55040468
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510655475.9A Withdrawn CN105242798A (en) | 2015-10-04 | 2015-10-04 | Telescopic landing type ergonomic mouse |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN105242798A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108415589A (en) * | 2018-01-30 | 2018-08-17 | 苏州达方电子有限公司 | Computer mouse |
-
2015
- 2015-10-04 CN CN201510655475.9A patent/CN105242798A/en not_active Withdrawn
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108415589A (en) * | 2018-01-30 | 2018-08-17 | 苏州达方电子有限公司 | Computer mouse |
| CN108415589B (en) * | 2018-01-30 | 2021-05-04 | 苏州达方电子有限公司 | Computer mouse |
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| C06 | Publication | ||
| PB01 | Publication | ||
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Application publication date: 20160113 |