CN101211220B - Human body study keyboard of different silica gel force and different induction force - Google Patents
Human body study keyboard of different silica gel force and different induction force Download PDFInfo
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- CN101211220B CN101211220B CN2006100645628A CN200610064562A CN101211220B CN 101211220 B CN101211220 B CN 101211220B CN 2006100645628 A CN2006100645628 A CN 2006100645628A CN 200610064562 A CN200610064562 A CN 200610064562A CN 101211220 B CN101211220 B CN 101211220B
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Abstract
The invention discloses a human body engineering keyboard with different silica forces and different induction force and relates particular to the keyboard meeting the habitual force demand of left and right hands and different fingers operating the keyboard, which effectively avoids injuring the finger joints, palm muscles and related parts for a uncoordinated force-using and fully embodies the humanization property. The invention at least comprises a main keyboard including an index finger key-press area, a middle finger key-press area, a ring finger key-press area and a little finger key-press area and further comprises a key-press resetting device arranged respectively corresponding to the plurality of the key-presses on the main keyboard. The invention is characterized in that the key-press resetting devices in every key-press area are provided with a same elastic coefficient and the key-press resetting devices in different key-press areas are provided with different elastic coefficients which becomes smaller and smaller in an order an index finger key-press area, middle finger key-press area, ring finger key-press area and little finger key-press area.
Description
Technical field
The present invention relates to keyboard, specifically, relate to and to satisfy the requirement of exerting oneself of left hand and right hand and the custom of different fingers when operation keyboard thereof, the injury of effectively avoiding finger-joint, palm muscle and region of interest thereof to be subjected to because of the application of force is inharmonious demonstrates fully a kind of different silica gel power of human features and the ergonomic keyboard of different induction forces.
Background technology
As the keyboard of computer peripheral device, the quantity and the layout of its general configuration and button commonly used thereof are very nearly the same, comprise 83 key positions, 101 key positions and 104 key positions, and, the stressed also basically identical of operate as normal of button when operation, 55 ± 5 promptly general gram forces.But, the user is when concrete the use, a because human body left side, the custom of the right hand and each finger thereof not of uniform size the causing of exerting oneself, such as: the custom of forefinger firmly is greater than middle finger, and middle finger, custom between the third finger and the little finger of toe is exerted oneself size by that analogy, for another example: the custom of the general right hand firmly generally is greater than left hand, but, existing keyboard is except its enter key, beyond a few button such as space bar, the operate as normal of other button is stressed be provided with roughly the same, both be regardless of a left side, right hand button control zone, also be regardless of different finger buttons control zone, promptly when concrete operations, left hand equates with the application of force of the right hand, little finger of toe, the third finger and middle finger equate with the application of force of forefinger, so, can cause the user in use therefore to produce finger aches, stiff, phenomenon such as dumb, if if things go on like this, finger-joint to human body damages easily, produce strain or chronic sequelae even: so, along with the continuous progress of science and technology and the continual renovation of product are regenerated, because the structural design of existing keyboard does not meet the ergonomics characteristics, thereby, be still waiting further to improve and could satisfy the demand in market with innovation.
Summary of the invention
Technical matters to be solved by this invention is to provide the ergonomic keyboard of a kind of different silica gel power and different induction forces; design according to human body right-hand man and the firmly big or small ergonomics characteristics of different finger customs thereof; finger-joint, palm muscle and region of interest thereof with effective protection human body; and effectively reduce or avoid because of operation the time exert oneself the inharmonious hand fatigue that produces, ache even the bad phenomenon of straining.
Technical matters of the present invention realizes by following technical scheme: the ergonomic keyboard of constructing a kind of different silica gel power and different induction forces, at least comprise Master Keyboard, and, this Master Keyboard comprises the forefinger key zone, the middle finger key zone, nameless key zone and little finger of toe key zone, also comprise the button resetting means of distinguishing corresponding setting with the plurality of keys of described Master Keyboard, it is characterized in that, the elasticity coefficient of the button resetting means in described each key zone is identical, and the elasticity coefficient of the button resetting means between each key zone is pressed the forefinger key zone, the middle finger key zone, nameless key zone, the little finger of toe key zone is descending to be arranged in order.
Ergonomic keyboard according to different silica gel power provided by the invention and different induction forces, it is characterized in that, described button resetting means comprises the combination of elasticity Capsule or elasticity Capsule and arm support, and, the elasticity coefficient of the described elasticity Capsule in described each key zone is identical, and the elasticity coefficient of the described elasticity Capsule between each key zone is by forefinger key zone, middle finger key zone, nameless key zone and the little finger of toe key zone is descending is arranged in order.
Ergonomic keyboard according to different silica gel power provided by the invention and different induction forces, it is characterized in that, described forefinger key zone, middle finger key zone, nameless key zone and little finger of toe key zone correspondence respectively comprise each left hand and right hand key zone, and the elasticity coefficient of the corresponding elasticity Capsule of each key zone of the described right hand is greater than the elasticity coefficient of the corresponding elasticity Capsule of each key zone of left hand.
Ergonomic keyboard according to different silica gel power provided by the invention and different induction forces, it is characterized in that, described forefinger key zone, middle finger key zone, nameless key zone and little finger of toe key zone correspondence respectively comprise each left-handed person key zone and right hand key zone, and the elasticity coefficient of the corresponding elasticity Capsule of each key zone of described left-handed person is greater than the elasticity coefficient of the corresponding elasticity Capsule of each key zone of the right hand.
Realize the ergonomic keyboard of a kind of different silica gel power of the present invention and different induction forces; have following advantage: its design meets the characteristics of ergonomics; make it have more hommization; it is more comfortable when moreover the consumer uses, self-possessed; when operation, satisfy the requirement firmly of people's custom, also protected the finger-joint of human body and palm muscle to preserve from simultaneously.And simple and reasonable for structure, practical, implement easily.
Description of drawings
Fig. 1 is the embodiment decomposition texture synoptic diagram of human body natural keyboard of the present invention.
Embodiment
A kind of different silica gel power as shown in Figure 1 and the ergonomic keyboard of different induction forces, at least comprise Master Keyboard, and, this Master Keyboard comprises forefinger key zone 1, middle finger key zone 2, nameless key zone 3 and little finger of toe key zone 4, also comprise the button resetting means of distinguishing corresponding setting with the plurality of keys of this Master Keyboard, the elasticity coefficient of the button resetting means in each key zone is identical, and the elasticity coefficient between each key zone is by forefinger key zone 1, middle finger key zone 2, nameless key zone 3, little finger of toe key zone 4 descending being arranged in order.And the button resetting means comprises the combination of elasticity Capsule or elasticity Capsule and arm support, and promptly the elasticity coefficient of button resetting means is the elasticity coefficient of elasticity Capsule.
Stressed with the operate as normal of elasticity Capsule below is that the invention will be further described for example:
The elasticity coefficient of the elasticity Capsule of each button correspondence is identical in the forefinger key zone 1, with stressed 55 ± 5 gram forces that are set to of its operate as normal, so, stressed 55 ± 5 gram forces that are of operate as normal of the elasticity Capsule of each button correspondence in the forefinger key zone 1; In like manner, with stressed 50 ± 5 gram forces that are set to of operate as normal of the corresponding elasticity Capsule of each button in the middle finger key zone 2, so, stressed 50 ± 5 gram forces that are of operate as normal of the corresponding elasticity Capsule of each button in the middle finger key zone 2; With stressed 45 ± 5 gram forces that are set to of operate as normal of the corresponding elasticity Capsule of each button in the nameless key zone 3, so, stressed 45 ± 5 gram forces that are of operate as normal of the corresponding elasticity Capsule of each button in the nameless key zone 3; With stressed 40 ± 5 gram forces that are set to of operate as normal of the elasticity Capsule of each button correspondence in the little finger of toe key zone 4, so, stressed 40 ± 5 gram forces that are of operate as normal of the corresponding elasticity Capsule of each button in the little finger of toe key zone 4.
The elasticity coefficient of the elasticity Capsule between each key zone is by forefinger key zone 1, middle finger key zone 2, nameless key zone 3 and little finger of toe key zone 4 descending being arranged in order, be 50 ± 5 gram forces of stressed 55 ± 5 gram forces of operate as normal of each button in the forefinger key zone 1 greater than each button in the middle finger key zone 2, stressed 50 ± 5 gram forces of operate as normal of each button are greater than 45 ± 5 gram forces of each button in the nameless key zone 3 in the middle finger key zone 2, and stressed 45 ± 5 gram forces of operate as normal of each button are greater than 40 ± 5 gram forces of each button in the little finger of toe key zone 4 in the nameless key zone 3.
In the specific implementation, can with the operate as normal of the corresponding plurality of keys of each key zone of the right hand stressed be set to greater than the operate as normal of the corresponding plurality of keys of each key zone of left hand stressed, for example: be set to 55 ± 5 gram forces with the operate as normal of each button in the right hand forefinger key zone is stressed, and with stressed 53 ± 5 gram forces that are set to of the operate as normal of each button in the left index finger key zone.
Certainly, a lot of left-handed persons are also arranged in actual life, the custom of its left hand firmly is greater than the right hand, thereby, in the specific implementation, also can with the operate as normal of the corresponding plurality of keys of each key zone of left-handed person stressed be set to greater than the operate as normal of the corresponding plurality of keys of each key zone of the right hand stressed, for example: be set to 55 ± 5 gram forces with the operate as normal of each button in the left-handed person forefinger key zone is stressed, and with stressed 53 ± 5 gram forces that are set to of the operate as normal of each button in the right hand forefinger key zone.
In the specific implementation, generally be to adopt same specification or same secondary mould that the elasticity Capsule is carried out processing, elasticity Capsule for identical shaped, size and thickness, the size of its elasticity coefficient depends on rapidoprint and processing technology, such as: choose differing texture material, add adjuvant or adopt different manufacturing procedures etc., to change the elasticity coefficient of elasticity Capsule; Certainly, also can adopt different moulds to process, as the thickness that changes the elasticity Capsule, shape etc. to change its elasticity coefficient.
Claims (4)
1. the ergonomic keyboard of different silica gel power and different induction forces, at least comprise Master Keyboard, and, this Master Keyboard comprises forefinger key zone, middle finger key zone, nameless key zone and little finger of toe key zone, also comprise the button resetting means of distinguishing corresponding setting with the plurality of keys of described Master Keyboard, it is characterized in that, the elasticity coefficient of the button resetting means in each key zone is identical, and the elasticity coefficient of the button resetting means between each key zone by forefinger key zone, middle finger key zone, nameless key zone, the little finger of toe key zone is descending is arranged in order.
2. ergonomic keyboard according to claim 1, it is characterized in that, described button resetting means comprises the combination of elasticity Capsule or elasticity Capsule and arm support, and, the elasticity coefficient of the described elasticity Capsule in each key zone is identical, and the elasticity coefficient of the described elasticity Capsule between each key zone is by forefinger key zone, middle finger key zone, nameless key zone and the little finger of toe key zone is descending is arranged in order.
3. ergonomic keyboard according to claim 1 and 2, it is characterized in that, described forefinger key zone, middle finger key zone, nameless key zone and little finger of toe key zone correspond to four key zones of left and right hand-guided respectively, and the elasticity coefficient of the elasticity Capsule of each key zone correspondence of right hand control is greater than the elasticity coefficient of the elasticity Capsule of each key zone correspondence of left hand control.
4. ergonomic keyboard according to claim 1 and 2, it is characterized in that, described forefinger key zone, middle finger key zone, nameless key zone and little finger of toe key zone correspond to four key zones of left-handed person, right hand control respectively, and the elasticity coefficient of the elasticity Capsule of each key zone correspondence of left-handed person control is greater than the elasticity coefficient of the elasticity Capsule of each key zone correspondence of right hand control.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2006100645628A CN101211220B (en) | 2006-12-28 | 2006-12-28 | Human body study keyboard of different silica gel force and different induction force |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2006100645628A CN101211220B (en) | 2006-12-28 | 2006-12-28 | Human body study keyboard of different silica gel force and different induction force |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101211220A CN101211220A (en) | 2008-07-02 |
| CN101211220B true CN101211220B (en) | 2011-05-04 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2006100645628A Expired - Fee Related CN101211220B (en) | 2006-12-28 | 2006-12-28 | Human body study keyboard of different silica gel force and different induction force |
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| Country | Link |
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| CN (1) | CN101211220B (en) |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2655334Y (en) * | 2003-03-27 | 2004-11-10 | 丁琳 | Keyboard |
| CN2771926Y (en) * | 2004-01-15 | 2006-04-12 | 深圳市大眼电通电脑有限公司 | Keyboard |
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2006
- 2006-12-28 CN CN2006100645628A patent/CN101211220B/en not_active Expired - Fee Related
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2655334Y (en) * | 2003-03-27 | 2004-11-10 | 丁琳 | Keyboard |
| CN2771926Y (en) * | 2004-01-15 | 2006-04-12 | 深圳市大眼电通电脑有限公司 | Keyboard |
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| Publication number | Publication date |
|---|---|
| CN101211220A (en) | 2008-07-02 |
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