CN206628385U

CN206628385U - mechanical keyboard

Info

Publication number: CN206628385U
Application number: CN201720231691.5U
Authority: CN
Inventors: 黄琼篁
Original assignee: Gskill International Industrial Ltd By Share Ltd
Current assignee: Gskill International Industrial Ltd By Share Ltd
Priority date: 2017-03-10
Filing date: 2017-03-10
Publication date: 2017-11-10
Anticipated expiration: 2027-03-10

Abstract

The utility model provides a kind of mechanical keyboard, and the mechanical keyboard at least has a substrate and multiple buttons.A wherein at least button includes a keycap, a touch switch and an at least feedback device.Wherein, the keycap includes an outer surface and an inner surface；The touch switch is arranged at the substrate, and the touch switch is located between the substrate and the inner surface；And an at least feedback device is arranged at the substrate and positioned at the side of the touch switch, and including at least the supplementary base with an elastic component.The elastic component elasticity is resisted against the inner surface of the keycap.Thereby, the utility model is obtained so that an at least button has the advantages of balance applies stress and stabilized feedback power.

Description

Mechanical keyboard

Technical field

The utility model is on a kind of mechanical keyboard, especially with respect to a kind of mechanical keyboard with feedback device.

Background technology

With the lifting of computer utilization rate in modern life, the demand of the keyboard in computer peripheral apparatus also and then carries Rise.And keyboard has multiple buttons, and press these buttons via user and instructed with producing input push button signalling or setting, and And these input push button signallings or setting instruction are transferred to computer.

Certainly, modern also begins to focus on demand when keyboard uses, example in addition to the utilization rate of keyboard gradually lifting Such as：Feel during pressing keys, that is, the feedback of the key axle in button.Therefore, start various in extension research and development mechanical keyboard The structure of button, in favor of improveing the feel of button and feedback.

Existing mechanical keyboard in practical application still with the presence of some problems, such as：Long key in button, such as： Space bar, structure design when being pressed because of button is strip/rectangle, the point of application is excessively collected because button cap structure is longer In at specific one, so as to cause pressing feel of user when pressing bad, and the effect of button feedback is also bad.

Although mechanical keyboard on the market has increased balancing pole between keycap and touch switch, so that balancing pole is put down Equal ground stress is on the touch switch, but the effect of balancing pole is not as expected, between keycap and touch switch still because there is gap and Make feedback ineffective.

Furthermore setting balancing pole, button must additionally increase an at least locating part newly between keycap and touch switch, so that flat Weighing apparatus bar is limited between the two, necessary it is thus necessary to increase an at least locating part, this measure in limited structure space in button newly Again the structure of planning and designing button, and the modular construction design reconfigured in button must be more re-molded, it is non-so as to be lifted Necessary manufacturing cost.

Therefore, it is real still to design a kind of novel and good structure of feedback effect for existing mechanical keyboard Design, to solve foregoing prior art in the upper caused missing of application.

Utility model content

The technical problems to be solved in the utility model is, for deficiencies of the prior art, there is provided Yi Zhongneng Enough make all good mechanical keyboard of both feel of button when being pressed and feedback effect.

Technical scheme is to provide a kind of mechanical keyboard used by the utility model solves its technical problem, at least has One substrate and multiple buttons；Wherein, at least button in the plurality of button includes：In one keycap, including an outer surface and one Surface；One touch switch, the substrate is arranged at, and the touch switch is located between the substrate and the inner surface；And at least one Feedback device, it is arranged at the substrate and positioned at the side of the touch switch, and an at least feedback device is comprised at least with one One supplementary base of elastic component, the elastic component elasticity are resisted against the inner surface of the keycap.

It is preferred that the substrate includes a circuit board, the touch switch and this at least a feedback device is arranged at the circuit On plate, and the circuit board should the outer surface of keycap be touched, and the inner surface of the keycap is touched the touch switch, from And be able to be electrically conducted, and then produce a push button signalling.

It is preferred that the circuit board also includes multiple illuminating parts for being controlled by an application program.

It is preferred that the plurality of illuminating part is three primary colors light emitting diode (RGB LED), the plurality of three primary colors light emitting diode (RGB LED) produces monochromatic or polychrome optical effect by the application program.

It is preferred that the substrate also includes a stator, the stator includes an at least perforate, to make the touch switch with And this at least a feedback device is passed and is limited in wherein.

It is preferred that an at least perforate is a slotted eye, to make the touch switch and an at least feedback device corresponding The circuit board, and pass and be limited in the slotted eye.

It is preferred that an at least perforate includes multiple adjacent holes, to respectively to should touch switch and this extremely Lack a feedback device and pass it and be limited in the plurality of hole.

It is preferred that the elastic component is sheathed in the supplementary base, and it is resisted against the inner surface.

It is preferred that the inner surface of the keycap comprises at least a locating part, to the spacing elastic component in the supplementary base Top so that the elastic component is able to be resisted against the inner surface.

The utility model also provides a kind of mechanical keyboard, at least with multiple buttons；Wherein, in the plurality of button extremely A few button includes：One keycap, including an outer surface and an inner surface；One touch switch, a substrate is arranged at, and the shake-up is opened Off-position is between the substrate and the inner surface；An at least supplementary base, it is arranged at the substrate；An and at least elastic component；Wherein, An at least elastic component is limited in an at least supplementary base, and elasticity supports the inner surface of the keycap.

It is preferred that the substrate includes a circuit board, the touch switch of an at least button and at least one auxiliary base Seat is arranged on the circuit board, and the circuit board should the outer surface of keycap be touched, and touch the inner surface of the keycap The touch switch is touched, so as to be able to be electrically conducted, and then produces a push button signalling.

It is preferred that the substrate also includes a stator, the stator includes an at least perforate, to make the touch switch with And this at least a supplementary base is passed and is limited in wherein.

It is preferred that an at least perforate is a slotted eye, to make the touch switch and an at least supplementary base corresponding The circuit board, and pass and be limited in the slotted eye.

It is preferred that an at least perforate includes multiple adjacent holes, to respectively to should touch switch and this extremely Lack a supplementary base and pass it and be limited in the plurality of hole.

It is preferred that an at least elastic component is sheathed on this at least in a supplementary base, and it is resisted against the inner surface.

It is preferred that the inner surface of the keycap comprises at least a locating part, to a spacing at least elastic component in this extremely The top of a few supplementary base, so that an at least elastic component is able to be resisted against the inner surface.

The utility model is simple in construction, mainly by flexible part feedback device structure design and utilization, make Keycap is able in limited space, balances external force suffered by keycap, thus, button of the present utility model have balance apply stress and The advantages of stabilized feedback power, it is ensured that feel and feedback effect when button is pressed.

Brief description of the drawings

Fig. 1：Preferably implement the schematic perspective view of concept for of the present utility model one.

Fig. 2：Implement the exploded view of structure for the button shown in Fig. 1.

Fig. 3：Implement another visual angle exploded view of structure for the button shown in Fig. 2.

Embodiment

The utility model is described in detail with embodiment below, embodiment, can't only to illustrate as example Limit the scope to be protected of the utility model.In addition, the schema in embodiment is omitted unnecessary or can completed with common technology Element, to clearly show that technical characterstic of the present utility model.

Fig. 1 to Fig. 3 is referred to, respectively of the present utility model one preferably implements schematic perspective view and the decomposition of concept Figure.As shown in Figure 1 to Figure 3, mechanical keyboard includes multiple buttons, and wherein the utility model is illustrated with an at least button 10, The button 10 includes keycap 100, substrate 200, touch switch 300, the first feedback device 310, the second feedback device 320 and connected Bar 400.

Wherein, keycap 100 includes outer surface 100a, inner surface 100b and is arranged at inner surface 100b the first locating part 101st, the second locating part 102 and the 3rd locating part 103；Substrate 200 includes stator 210 and circuit board 220, stator 210 include perforate 211, and perforate 211 includes the first hole 211a, the second hole 211b and the 3rd hole 211c, circuit board 220 Including multiple illuminating parts 221；Touch switch 300 is between substrate 200 and inner surface 100b；First feedback device 310 includes First supplementary base 311 and the first elastic component 312, and the second feedback device 320 includes the second supplementary base 321 and second Elastic component 322, wherein the first supplementary base 311 and the second supplementary base 321 each include top 311a, 321a and bottom respectively Portion 311b, 321b.

Wherein, perforate 211 also can be a slotted eye in other embodiment, mainly with for touch switch 300, the first feedback The feedback device 320 of device 310 and second is passed and is limited in wherein.

Continue and illustrate connection and the start relation of above-mentioned each element.Referring again to Fig. 2 and Fig. 3, illustrate first, the first hole Hole 211a is located at the center of stator 210, and the second hole 211b and the 3rd hole 211c are located at the first hole 211a respectively Both sides, touch switch 300, the first supplementary base 310 and the second supplementary base 321 pass and are limited in the first hole respectively In 211a, the second hole 211b and the 3rd hole 211c.

Then, the first elastic component 312 and the second elastic component 322 are sheathed on the top of the first supplementary base 311 respectively 311a and the second supplementary base 321 top 321a, and correspond to the second of the inner surface 100b for being limited in keycap 100 respectively again The locating part 103 of locating part 102 and the 3rd, and two elastic components 312,322 are respectively elastically resisted against inner surface 100b both ends, And the first locating part 101 then corresponds to the top 300a for being limited in touch switch 300, for example, the top of aforementioned elements 300a, 311a, 321a may be designed as the projection of a cross shape, and to should cross shape projection three locating parts 101, 102nd, 103, then the groove for being designed as a cross shape can be corresponded to respectively, be respectively limited by top 300a, 311a, 321a Three locating parts 101,102,103.

On the other hand, connecting rod 400 is connected to the bottom 311b and second supplementary base 321 of the first supplementary base 311 Bottom 321b, to the active force between auxiliary balance the first feedback device 310 and the second feedback device 320.

Furthermore touch switch 300, the first supplementary base 311 and the second supplementary base 321 are arranged at circuit board 220 again On, and circuit board 220 answers the outer surface 100a of keycap 100 to be touched by external force, and touch the inner surface 100b of keycap 100 and touch The top 300a of dynamic switch 300, obtain so that the bottom 300b contact circuit boards 220 of touch switch 300 and electrically conducted, and then Produce a push button signalling.Wherein, because the first elastic component 312 and the second elastic component 322 are flexibly resisted against inner surface simultaneously 100b, therefore obtain so that external force is equably forced on keycap 100.

Certainly, not using this example as limitation, locating part in this example mainly to spacing or positioning elastic part set location, Also the structure design of locating part can be improved, by elastic component in direct mode or indirect mode is spacing or be positioned at supplementary base, So that supplementary base or elastic component elastic can be resisted against the inner surface of keycap, so as to substitute the design of the locating part of inner surface, and Position and the structure design of both elastic component and supplementary base combination are not limited.

That is, by the united application of both elastic component and supplementary base so that overall feedback device can elasticity support The inner surface of keycap is peaked at, is able to balance the stress of keycap.

In addition, circuit board 220 further includes multiple illuminating parts 221, such as：Three primary colors light emitting diode (RGB LED), to It is controlled by an application program, and those three primary colors light emitting diodes is produced monochromatic or polychrome optical effect.For example, three Primary colors light emitting diode can be electrically conducted and be lighted in response to circuit board 220, or be correspondingly arranged the configuration and application of position The setting of program, so that mechanical keyboard is able to the optical effect for producing color gradient or color flowing, such as：Color stream Dynamic, lightning or the optical effect such as radial.

Certainly, above-mentioned each element can be carried out various impartial changes or design by those of ordinary skill in the art, And the configuration of each element is adjusted according to demand of mechanical keyboard when practice, should not be using the present embodiment as limitation.Need It is noted that be to make to implement explanation in a manner of being provided with stator 210 and connecting rod 400 in this embodiment and schema, but It can not also be set in other embodiments.

That is, at least button in the mechanical keyboard of this example, also can be first directly by touch switch and at least one time Feedback device is arranged on circuit board, then the inner surface for making an at least feedback device be resisted against keycap, to be able to balance keycap Stress.

In summary, the utility model mainly by flexible part feedback device structure design and utilization, with Enabling keycap, balance keycap is acted on by external force, and thus, button of the present utility model is applied with balance in limited space The advantages of stress and stabilized feedback power.

Preferred embodiment of the present utility model is the foregoing is only, is not limited to claim model of the present utility model Enclose, therefore the equivalent change or modification completed under all other spirit without departing from disclosed in the utility model, it is intended to be limited solely by In right of the present utility model.

Claims

A kind of 1. mechanical keyboard, at least with a substrate and multiple buttons；Characterized in that, at least one in the plurality of button Button includes：

One keycap, including an outer surface and an inner surface；

One touch switch, the substrate is arranged at, and the touch switch is located between the substrate and the inner surface；And

An at least feedback device, it is arranged at the substrate and positioned at the side of the touch switch, and an at least feedback device is at least Including the supplementary base with an elastic component, the elastic component elasticity is resisted against the inner surface of the keycap.
2. mechanical keyboard as claimed in claim 1, it is characterised in that the substrate includes a circuit board, the touch switch with And this at least a feedback device is arranged on the circuit board, and the circuit board should the outer surface of keycap be touched, and make this The inner surface of keycap touches the touch switch, so as to be able to be electrically conducted, and then produces a push button signalling.
3. mechanical keyboard as claimed in claim 2, it is characterised in that the circuit board also includes multiple being controlled by one and applying journey The illuminating part of sequence.
4. mechanical keyboard as claimed in claim 3, it is characterised in that the plurality of illuminating part is three primary colors light emitting diode, The plurality of three primary colors light emitting diode produces monochromatic or polychrome optical effect by the application program.
5. mechanical keyboard as claimed in claim 2, it is characterised in that the substrate also includes a stator, the stator bag Include an at least perforate, to make the touch switch and this at least a feedback device is passed and is limited in wherein.
6. mechanical keyboard as claimed in claim 5, it is characterised in that an at least perforate is a slotted eye, touch this Dynamic switch and an at least feedback device to should circuit board, and pass and be limited in the slotted eye.
7. mechanical keyboard as claimed in claim 5, it is characterised in that an at least perforate includes multiple adjacent holes, To respectively to touch switch and an at least feedback device and it should be passed and be limited in the plurality of hole.
8. mechanical keyboard as claimed in claim 1, it is characterised in that the elastic component is sheathed in the supplementary base, and is supported Peak at the inner surface.
9. mechanical keyboard as claimed in claim 1, it is characterised in that it is spacing that the inner surface of the keycap comprises at least one Part, to the spacing elastic component in the top of the supplementary base, so that the elastic component is able to be resisted against the inner surface.
A kind of 10. mechanical keyboard, at least with multiple buttons；Characterized in that, at least button bag in the plurality of button Include：

One keycap, including an outer surface and an inner surface；

One touch switch, a substrate is arranged at, and the touch switch is located between the substrate and the inner surface；

An at least supplementary base, it is arranged at the substrate；And

An at least elastic component；

Wherein, an at least elastic component is limited in an at least supplementary base, and elasticity supports the inner surface of the keycap.
11. mechanical keyboard as claimed in claim 10, it is characterised in that the substrate includes a circuit board, and at least one presses for this The touch switch of key and this at least a supplementary base is arranged on the circuit board, and the circuit board should keycap the appearance Face is touched, and the inner surface of the keycap is touched the touch switch, so as to be able to be electrically conducted, and then produces a button Signal.
12. mechanical keyboard as claimed in claim 11, it is characterised in that the circuit board is also controlled by an application including multiple The illuminating part of program.
13. mechanical keyboard as claimed in claim 12, it is characterised in that the plurality of illuminating part is three primary colors light-emitting diodes Pipe, the plurality of three primary colors light emitting diode produce monochromatic or polychrome optical effect by the application program.
14. mechanical keyboard as claimed in claim 11, it is characterised in that the substrate also includes a stator, the stator Including an at least perforate, to make the touch switch and this at least a supplementary base is passed and is limited in wherein.
15. mechanical keyboard as claimed in claim 14, it is characterised in that an at least perforate is a slotted eye, to make this Touch switch and an at least supplementary base to should circuit board, and pass and be limited in the slotted eye.
16. mechanical keyboard as claimed in claim 14, it is characterised in that an at least perforate includes multiple adjacent holes Hole, to respectively to touch switch and an at least supplementary base and it should be passed and be limited in the plurality of hole.
17. mechanical keyboard as claimed in claim 10, it is characterised in that an at least elastic component is sheathed on this, and at least one is auxiliary Help on pedestal, and be resisted against the inner surface.
18. mechanical keyboard as claimed in claim 10, it is characterised in that it is spacing that the inner surface of the keycap comprises at least one Part, to a spacing at least elastic component in the top of an at least supplementary base so that this at least an elastic component is supported Peak at the inner surface.