CN107622901B - Keyboard - Google Patents
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- CN107622901B CN107622901B CN201610560837.0A CN201610560837A CN107622901B CN 107622901 B CN107622901 B CN 107622901B CN 201610560837 A CN201610560837 A CN 201610560837A CN 107622901 B CN107622901 B CN 107622901B
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- pressure
- strength
- keyboard
- press
- sensing
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- 238000006073 displacement reaction Methods 0.000 claims description 76
- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 claims description 67
- 229920001971 elastomer Polymers 0.000 claims description 66
- 239000000806 elastomer Substances 0.000 claims description 65
- 238000003825 pressing Methods 0.000 claims description 22
- 230000005611 electricity Effects 0.000 claims description 3
- 238000000034 method Methods 0.000 abstract description 4
- 230000005540 biological transmission Effects 0.000 description 9
- 238000001514 detection method Methods 0.000 description 5
- 238000010586 diagram Methods 0.000 description 5
- 230000011664 signaling Effects 0.000 description 5
- 230000000694 effects Effects 0.000 description 4
- 238000005286 illumination Methods 0.000 description 4
- 239000000463 material Substances 0.000 description 4
- 238000000354 decomposition reaction Methods 0.000 description 3
- 230000006835 compression Effects 0.000 description 2
- 238000007906 compression Methods 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 2
- 238000004519 manufacturing process Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000003287 optical effect Effects 0.000 description 1
- 230000002093 peripheral effect Effects 0.000 description 1
- 238000009738 saturating Methods 0.000 description 1
- 239000012780 transparent material Substances 0.000 description 1
- 230000001960 triggered effect Effects 0.000 description 1
Landscapes
- Input From Keyboards Or The Like (AREA)
- Push-Button Switches (AREA)
Abstract
The present invention is about a kind of keyboard, including bottom plate, the pressure-sensing layer with multiple pressure-sensing regions, the first press-key structure and the second press-key structure.First press-key structure and the second press-key structure respectively correspond a pressure-sensing region, and are located at the top in corresponding pressure-sensing region.First press-key structure and the second press-key structure answer different touch pressures and support corresponding pressure-sensing region, and the pressure-sensing region is made to generate different pressure-sensing signals.The present invention replaces multiple pressure sensing elements with pressure-sensing layer, to simplify its assembling process, and can reduce assembling cost.
Description
Technical field
The present invention is about a kind of keyboard, in particular to the keyboard for using mechanical key structure.
Background technique
Common computer peripheral equipment input unit includes mouse, keyboard and trace ball etc., and wherein keyboard can directly key in text
Word and symbol give computer, therefore the attention quite by user and input unit manufacturer.Wherein, relatively conventional is one
Kind includes the keyboard of scissor connecting element.
The framework of the press-key structure in keyboard will be illustrated next, and its press-key structure includes scissor connecting element in it
In.Referring to Fig. 1, its diagrammatic cross-sectional side elevation for the press-key structure of existing keyboard.Existing press-key structure 1 includes button cap
11, scissor connecting element 12, elastic rubbery body 13, film switch circuit 14 and bottom plate 15, and bottom plate 15 is pressed to carry
Keycap 11, scissor connecting element 12, elastic rubbery body 13 and film switch circuit 14.Wherein scissor connecting element 12 is used
With connecting bottom board 15 and button cap 11.
Film switch circuit 14 has multiple press-button contacts (not shown in the figures).Press-button contact output when being triggered
Corresponding push button signalling.Elastic rubbery body 13 is set on film switch circuit 14 and an elastic rubbery body 13 corresponds to one
A press-button contact, when elastic rubbery body 13 is touched, deformation occurs and presses in film switch circuit 14 for elastic rubbery body 13
Corresponding press-button contact and generate push button signalling.
Scissor connecting element 12 is between bottom plate 15 and button cap 11 and is separately connected the two.Scissor connecting element
12 include the first frame 121 and the second frame 122.The first end of first frame 121 is connected to button cap 11, and the first frame
121 second end is then connected to bottom plate 15.Elastic rubbery body 13 is surround by scissor connecting element 12.In addition, the first frame 121
Including the first button cap jack-post 1211 and the first bottom plate jack-post 1212.First frame 121 is by the first button cap jack-post 1211
And it is connected to button cap 11, and be connected to bottom plate 15 using the first bottom plate jack-post 1212.And the second frame 122 and the first frame
121 combine, and the first end of the second frame 122 is connected to bottom plate 15, and the second end of the second frame 122 is then connected to button cap
11.Wherein, the second frame 122 includes the second button cap jack-post 1221 and the second bottom plate jack-post 1222.Second frame 122 by
Its second button cap jack-post 1221 and be connected to button cap 11, and be connected to bottom plate 15 using the second bottom plate jack-post 1222.
The operation situation that present press-key structure 1 is pressed by user will be illustrated next.In Fig. 1, when user presses key
When cap 11,11 stress of button cap and pushing against scissor connecting element 12 makes its movement, therefore button cap 11 can be past relative to bottom plate 15
Lower movement and press corresponding elastic rubbery body 13.At this point, deformation occurs and presses film switch circuit for elastic rubbery body 13
14 to trigger the press-button contact of film switch circuit 14, so that film switch circuit 14 exports corresponding push button signalling.And work as
User stops when pressing button cap 11, the no longer stress of button cap 11 and stop pressing elastic rubbery body 13 so that elastic rubber
Body 13 restores to the original state in response to its elasticity, while providing elastic restoring force up, therefore button cap 11 is pushed back touched
Position before.
In response to the progress of science and technology, user pursues and more preferably presses feel, therefore releases a kind of mechanical key knot on the market
Structure.Referring to Fig. 2, its structural decomposition diagram for the mechanical key structure of existing keyboard.Existing machinery formula press-key structure 2
Including button cap (not shown in the figures), pedestal 21, upper cover 22, push piece 23, moving part 24, the first elastic slice 25, the second elastic slice
26 and the circuit board (not shown in the figures) except pedestal 21,22 covering base 21 of upper cover, and upper cover 22 have upper cover
Aperture 221, moving part 24 are set to the centre of pedestal 21 and can move up and down relative to pedestal 21.First elastic slice 25 is set to
On pedestal 21 and close to the side wall of pedestal 21, and the second elastic slice 26 is set on pedestal 21 and is located at moving part 24 and the first bullet
Between piece 25.Push piece 23 and moving part 24 are arranged at jointly on pedestal 21, push piece 23 pass through upper cover aperture 221 and can be with
Button cap combines.Wherein, the first elastic slice 25 and the second elastic slice 26 are electrically connected in circuit board.
In Fig. 2, moving part 24 has protrusion 241, extends from the side wall of moving part 24 toward the direction of the first elastic slice 25
And it is formed.On the other hand, the first elastic slice 25 includes fixed part 251 and springing part 252, and fixed part 251 is fixed in pedestal 21
On, and springing part 252 is to be extended by fixed part 251 and formed, springing part 252 can be contacted with the protrusion 241 of moving part 24 and
It is mobile relative to fixed part 251.
When user presses button cap, button cap pushes push piece 23 down, so that moving part connected to it 24 is past
Lower movement, at this point, the protrusion 241 of moving part 24 is contacted with springing part 252 and moved down along springing part 252.In moving part
24 in response to user touch pressure and during fast moving, moving part 24 can quickly move through springing part 252 and it is protruded
Portion 241 pushes against springing part 252, keeps springing part 252 mobile relative to fixed part 251 and hits the second elastic slice 26, by the first bullet
The contact of piece 25 and the second elastic slice 26, circuit board export corresponding push button signalling.It is connect in the first elastic slice 25 and the second elastic slice 26
While touching, it may occur that the sound, to provide user's feedback sense pressed really.
Since mechanical key structure 2 can issue the sound of collision when pressing button cap, feedback sense can be given, therefore machine
Tool formula press-key structure 2 is liked by certain users.However, the first elastic slice 25 in existing machinery formula press-key structure 2 and
Second elastic slice 26 has to pass through pedestal 21, is just able to connect with circuit board, and otherwise the running of its mechanical key structure 2 will be unable to
Generate push button signalling.And there are multiple mechanical key structures 2 in keyboard, it must sequentially will be each in the assembling process of Yu Jianpan
The first elastic slice 25 and the second elastic slice 26 in mechanical key structure 2 are electrically connected with circuit board, and assembly working not only consumes
When and it is laborious, thus promote assembling cost.
Therefore, it is necessary to the keyboards that one kind can reduce assembling cost.
Summary of the invention
The technical problem to be solved in the present invention is that In view of the above shortcomings of the prior art, providing one kind can reduce
Assemble the keyboard of cost.
The technical solution adopted by the present invention to solve the technical problems is to provide a kind of keyboard, including bottom plate, pressure-sensing
Layer, the first press-key structure and the second press-key structure.The pressure-sensing layer is located at the top of the bottom plate, which has
Multiple pressure-sensing regions, and each pressure-sensing region is to receive one first strength or one second strength.This first is pressed
Bond structure is located at the top of the pressure-sensing layer, which corresponds to the pressure-sensing region, to this
One strength or second strength push against the pressure-sensing region.Second press-key structure is adjacent to first press-key structure and is located at
The top of the pressure-sensing layer, second press-key structure correspond to another pressure-sensing region, to first strength or
Second strength pushes against the pressure-sensing region.Wherein, when first press-key structure or second press-key structure by with this first
When strength or second strength press, which exports corresponding pressure-sensing signal.
Preferably, the keyboard further includes circuit board and control unit, which is electrically connected at the pressure-sensing layer.
The control unit is set on the circuit board and is electrically connected at the pressure-sensing layer, which presets strong-stroke
Inquiry table, and the strength-journey inqiuiry table record has first strength, the second strength, first stroke and the second stroke,
The control unit to obtain the corresponding first stroke or the second stroke according to first strength or second strength,
And output corresponds to a first pressure sensing signal of the first stroke, or output corresponds to a second pressure of the second stroke
Sensing signal.
Preferably, when the control unit judges that the pressure-sensing region receives first strength, according to the strength-
Journey inqiuiry table obtains the first stroke for corresponding to first strength, and exports the first pressure sensing signal；And work as the control
When the unit judges processed pressure-sensing region receives second strength, according to the strength-journey inqiuiry table is obtained to correspond to and is somebody's turn to do
The second stroke of second strength, and export the second pressure sensing signal.
Preferably, the keyboard further includes circuit board and control unit, which is electrically connected at the pressure-sensing layer；
The control unit is set on the circuit board and is electrically connected at the pressure-sensing layer, to be exported according to first strength pair
One corresponding to second strength should be exported in a first pressure sensing signal of first strength, or according to second strength
Second pressure sensing signal.
Preferably, first press-key structure includes pedestal, upper cover, displacement piece and elastomer, which has a pedestal
Aperture；The upper cover is covered in the pedestal, and the upper cover has a upper cover aperture；The displacement piece is set on the pedestal and passes through should
Upper cover aperture, it is mobile relative to the pedestal to touched；The elastomer can be pushed against close to the displacement piece by the displacement piece
And deformation occurs and passes through the holes on base.
Preferably, the displacement piece includes ontology, extension and interconnecting piece, which is extended and shape outward by the ontology
At, and correspond to the elastomer；The interconnecting piece is set in a first end of the ontology, to connect with a button cap；Wherein,
The elastomer is in alignment with the holes on base, and when the displacement piece is mobile relative to the pedestal, which pushes against the elastomer, makes
Deformation occurs and passes through the holes on base and supports its corresponding pressure-sensing region for the elastomer.
Preferably, the displacement piece further includes guide-lighting cylinder, which is set in a second end of the ontology, and is somebody's turn to do
First press-key structure further includes light-emitting component, which is set on the circuit board, and to generate a light beam, and projecting should
Light beam makes first press-key structure shine to the leaded light cylinder.
Preferably, the pressure-sensing layer is set on a upper surface of a circuit board, and each pressure-sensing region has
There is an aperture, which passes through the corresponding aperture and be set on the upper surface of the circuit board.
Preferably, the pressure-sensing layer is set on the bottom plate and close to a lower surface of a circuit board, the circuit board
With a circuit board aperture, which is directed at the holes on base and the elastomer, makes the elastomer that deformation occurs
The holes on base and the circuit board aperture can be passed through and support its corresponding pressure-sensing region.
Preferably, first press-key structure further includes elastic element, the elastic element be sheathed on the leaded light cylinder and with
The base contacts keep the displacement piece mobile relative to the pedestal to provide an elastic force.
Preferably, first press-key structure further includes elastic slice, which is set on the pedestal and is located at the displacement piece
Side；And the displacement piece further includes pushing and pressing part, which is extended outward by the ontology and is formed, and close to the elastic slice, uses
To support the elastic slice when displacement piece is mobile relative to the pedestal, the elastic slice is set to swing and hit the pushing and pressing part, to generate sound
It rings.
Preferably, the elastomer is connected to the extension, and it is located at the side of the ontology；Wherein, when the displacement piece is opposite
When the pedestal is mobile, which drives the elastomer to pass through the holes on base, and supports its corresponding pressure-sensing region.
Preferably, the elastomer is set on the pedestal and protrudes into the holes on base；Wherein, when the displacement piece is relative to this
When pedestal is mobile, which pushes against the elastomer, and making the elastomer, deformation occurs and passes through the holes on base, and it is right to support its
The pressure-sensing region answered.
Preferably, the elastomer is located on the pressure-sensing region and protrudes into the holes on base；Wherein, when the displacement piece phase
When mobile for the pedestal, which protrudes into the holes on base and pushes against the elastomer, and making the elastomer, deformation occurs and supports
Push up its corresponding pressure-sensing region.
Light-emitting component is provided in keyboard of the present invention and with displacement piece made by translucent material, so that press-key structure has
Have light-emitting function, and be provided with pressure-sensing layer in wherein so that the press-key structure of keyboard can press strength in response to different and
Different pressure-sensing signals is exported, to promote the functionality of keyboard；And keyboard of the present invention is used with multiple pressure-sensing areas
The pressure-sensing layer in domain, the conducting wire in multiple pressure-sensing regions are set in pressure-sensing layer and in the one of pressure-sensing layer
Side forms single a electrical connection section, so that pressure-sensing layer can be electrically connected to circuit board by electrical connection section, to simplify its assembling
Process, and reduce assembling cost.In addition, press-key structure of the invention can in response to user demand and choose whether setting elastic slice
In the press-key structure for wherein, including elastic slice can provide user pressing feedback sense, and comprising elastic slice press-key structure then
There can be lesser volume, and can realize the lightening of press-key structure.
Detailed description of the invention
Fig. 1 is the structure schematic side view of the press-key structure of existing keyboard.
Fig. 2 is the structural profile schematic side view of the mechanical key structure of existing keyboard.
Fig. 3 is partial structurtes decomposition diagram of the keyboard of the present invention in the first preferred embodiment.
Fig. 4 is partial structurtes diagrammatic cross-sectional side elevation of the keyboard of the present invention in the first preferred embodiment.
Fig. 5 is the strength in the control unit of keyboard of the present invention-signal of the journey inqiuiry table in the first preferred embodiment
Figure.
Fig. 6 is the cross-sectional side view signal that the first press-key structure of keyboard of the present invention is touched in the first preferred embodiment
Figure.
Fig. 7 is partial structurtes diagrammatic cross-sectional side elevation of the keyboard of the present invention in the second preferred embodiment.
Fig. 8 is partial structurtes diagrammatic cross-sectional side elevation of the keyboard of the present invention in third preferred embodiment.
Fig. 9 is partial structurtes diagrammatic cross-sectional side elevation of the keyboard of the present invention in the 4th preferred embodiment.
Figure 10 is partial structurtes diagrammatic cross-sectional side elevation of the keyboard of the present invention in the 5th preferred embodiment.
Figure 11 is partial structurtes diagrammatic cross-sectional side elevation of the keyboard of the present invention in the 6th preferred embodiment.
Figure 12 is the strength in the control unit of keyboard of the present invention-journey inqiuiry table showing in the 6th preferred embodiment
It is intended to.
Specific embodiment
It is of the existing technology to solve the problems, such as that the present invention provides a kind of keyboard.Please refer to Fig. 3 and Fig. 4, Fig. 3 is
Partial structurtes decomposition diagram of the keyboard of the present invention in the first preferred embodiment, and Fig. 4 is that keyboard of the present invention is preferable in first
Partial structurtes diagrammatic cross-sectional side elevation in embodiment.Keyboard 3 of the present invention includes bottom plate 31, pressure-sensing layer 32, the first key
Structure 33, the second press-key structure 34, circuit board 35 and control unit 36 include wherein multiple press-key structures in keyboard 3, figure
In only show the first press-key structure 33 and the second press-key structure 34 as representing.Pressure-sensing layer 32 is located at the top of bottom plate 31
And be set on the upper surface of circuit board 35, pressure-sensing layer 32 has multiple pressure-sensing regions 321, and each pressure-sensing
Region 321 corresponds to a press-key structure, can be pushed against by corresponding press-key structure and receive the first strength or the second strength.
First press-key structure 33 is located at the top of pressure-sensing layer 32, and the first press-key structure 33 corresponds to one in pressure-sensing layer 32
A pressure-sensing region 321 can push against pressure-sensing region 321 with the first strength or the second strength, and make the output of keyboard 3 the
One pressure-sensing signal or second pressure sensing signal.Similar to the first press-key structure 33, the second press-key structure 34 is adjacent to
One press-key structure 33 and the top for being located at pressure-sensing layer 32, the second press-key structure 34 correspond to another in pressure-sensing layer 32
A pressure-sensing region 321 can push against pressure-sensing region 321 with the first strength or the second strength, and make the output of keyboard 3 the
One pressure-sensing signal or second pressure sensing signal.
Circuit board 35 is electrically connected at pressure-sensing layer 32, and control unit 36 is set on circuit board 35 and is electrically connected at
Pressure-sensing layer 32, function judge stroke and the production of press-key structure for the force according to received by pressure-sensing layer 32
Raw corresponding pressure-sensing signal.By taking the first press-key structure 33 is pressed by user as an example, when control unit 36 is by pressure
Sensed layer 32 obtains user and is applied to the strength of the first press-key structure 33, and when judging its strength for the first strength, acquisition
Corresponding to the first stroke of the first strength, and generate the first pressure sensing signal for corresponding to first stroke.And work as control unit
36 when judging its strength for the second strength, obtains the second stroke for corresponding to the second strength, and generate and correspond to second stroke
Second pressure sensing signal.Corresponding pressure-sensing signal how is judged and generated as control unit 36, it will be detailed in later
It describes in detail bright.In this preferred embodiment, circuit board 35 is printed circuit board (PCB), and control unit 36 is set in the form of firmware
It is placed on circuit board 35, is only to illustrate to be used, the present invention should not be as limit.In another preferred embodiment, control unit
To be set to the microprocessor on circuit board.
The internal structure of the first press-key structure 33 will be illustrated next.In Fig. 3 and Fig. 4, the first press-key structure 33 includes pressing
Keycap 330, pedestal 331, upper cover 332, displacement piece 333, light-emitting component 334, elastic element 335 and elastomer 336.Pedestal
331 include transmission region 3311 and holes on base 3312, and transmission region 3311 is set to the bottom of pedestal 331 and corresponds to hair
Optical element 334, and holes on base 3312 is also set to the bottom of pedestal 331 and is located at the side of transmission region 3311.Upper cover 332
Be covered in pedestal 331, and upper cover 332 has the upper cover aperture 3321 corresponding to displacement piece 333 so that button cap 330 be able to
The first end of displacement piece 333 connects.Displacement piece 333 is set on pedestal 331 and passes through upper cover aperture 3321 and be able to and key
Cap 330 connects, and the function of displacement piece 333 is can be mobile relative to pedestal 331 when being pressed by user.Elastic element 335 is arranged
In in displacement piece 333, and light-emitting component 334 is set to the lower section on the upper surface of circuit board 35 and being located at pedestal 331, and shine member
Part 334 is electrically connected at circuit board 35 and is able to generate light beam B, and projecting beam B is to displacement piece 333.Elastomer 336 close to
Displacement piece 333, can be displaced by the pushing and pressing of part 333 and deformation occurs and passes through holes on base 3312, to support corresponding pressure
Sensing region 321.
In this preferred embodiment, elastic element 335 is helical spring, and light emitting diode can be used in light-emitting component 334
(LED), and the transmission region 3311 of pedestal 331 is aperture or with made by transparent material, so that light beam B is passed through.It need to especially say
Bright, each pressure-sensing region 321 of pressure-sensing layer 32 has an aperture 322, so that light-emitting component 334 may pass through phase
Corresponding aperture 322 and be set on the upper surface of circuit board 35.
In Fig. 4, displacement piece 333 includes ontology 3331, interconnecting piece 3332, guide-lighting cylinder 3333 and extension 3334.Even
Socket part 3332 is set in the first end of ontology 3331, can be connect with button cap 330.Guide-lighting cylinder 3333 is set to ontology
In 3331 second end and close to light-emitting component 334, function is that guidance light beam B passes through interconnecting piece 3332 and is projected to key
Cap 330.And extension 3334 is to be extended outward by ontology 3331 and formed, and correspond to elastomer 336, in other words, elastomer
336 are located at the side of guide-lighting cylinder 3333 and in alignment with holes on base 3312, when displacement piece 333 is mobile relative to pedestal 331,
Extension 3334 pushes against elastomer 336, and making elastomer 336, deformation occurs and passes through holes on base 3312 and supports corresponding pressure
Power sensing region 321.On the other hand, elastic element 335 is sheathed on guide-lighting cylinder 3333 and contacts with pedestal 331, function
Displacement piece 333 is given to provide an elastic force, moves displacement piece 333 up relative to pedestal 331.
In this preferred embodiment, ontology 3331, interconnecting piece 3332, guide-lighting cylinder 3333 and extension 3334 are with saturating
Made by luminescent material, guide-lighting cylinder 3333 is the lower section to be set to ontology 3331 in conjunction with assembling mode, and extension 3334 is also
To be set to the side of ontology 3331 in conjunction with assembling mode.In addition, the second press-key structure 34 and first in this preferred embodiment
Press-key structure 33 is identical, and structure then repeats no more.
The running of control unit 36 will be illustrated next.Please refer to Fig. 3~Fig. 5, Fig. 5 is the control list of keyboard of the present invention
Strength in member-schematic diagram of the journey inqiuiry table in the first preferred embodiment.Control unit 36 is preset with a strength-stroke
Inquiry table S, and journey inqiuiry table S record has the numerical value of multiple strength and the numerical value of multiple strokes, wherein the strength is defined
The strength detected by pressure-sensing region 321, and the button cap 330 that stroke is defined as the first press-key structure 33 moves
Distance.In Fig. 5, the horizontal axis of journey inqiuiry table S is the numerical value of stroke, and the longitudinal axis of journey inqiuiry table S is then the numerical value of strength,
And Fig. 5 shows strength to the curve of stroke.
In Fig. 5, stroke be equal to 0 corresponding to strength be F0, indicate user apply strength F0 press first by bond
Structure 33, and button cap 330 does not move, which is because, strength F0 is offset by the elastic force of elastic element 335, therefore button cap 330
It does not move.Section of the stroke equal to 0 to T1 indicates: when the strength that user applies is promoted to F1, can overcome elastic force and make by
The distance of the mobile T1 of keycap 330, during this, deformation occurs for elastomer 336.Section of the stroke equal to T1 to T2 indicates:
User apply strength gradually promoted, making elastomer 336, deformation occurs, button cap 330 in response to elastomer 336 deformation and after
Continuous movement.When the strength that user applies is promoted to F2, the deformation degree of elastomer 336 is reached the limit of, and button cap 330 only may be used
It is moved to the distance of T2.And after the strength that user applies is more than F2, button cap 330 also no longer moves.Wherein, stroke is equal to
Curve corresponding to section of the T1 to T2 is in non-linear.
The operation situation that user presses the first press-key structure 33 of keyboard 3 of the present invention will be illustrated next, please refer to
Fig. 3~Fig. 6, Fig. 6 are the cross-sectional side view signal that the first press-key structure of keyboard of the present invention is touched in the first preferred embodiment
Figure.When user gently presses the button cap 330 of the first press-key structure 33,330 stress of button cap and push against displacement piece 333 down,
Make displacement piece 333 as button cap 330 moves down relative to pedestal 331.During displacement piece 333 moves down, this
3331 compression elastic element 335 of body keeps button cap 330 mobile and generates stroke, as shown in Figure 6.On the other hand, it is connected to ontology
3331 extension 3334 moves down with ontology 3331, so that the elastomer 336 for being connected to extension 3334 passes through pedestal
Aperture 3312, and corresponding pressure-sensing region 321 is supported with the first strength.Therefore, pressure-sensing region 321 receives first
Strength and the numerical value for detecting the first strength, and the numerical value for transmitting the first strength gives control unit 36.Control unit 36 can basis
The numerical value (for example, F3) and strength of first strength-journey inqiuiry table S and obtain the first stroke corresponding to the first strength F3
T3, and generate the first pressure sensing signal for corresponding to first stroke T3.
When user no longer presses button cap 330, elastic element 335 is replied in response to its elasticity by compressive state, with
Elastic force is provided and gives displacement piece 333, displacement piece 333 is made up to move relative to pedestal 331 and return back to the position before being touched.
And when user's weight button cap 330, the first press-key structure 33 carries out running same as described above, and control unit 36 receives
To the numerical value of the second strength from pressure-sensing region 321.At this point, control unit 36 can be according to the numerical value of the second strength
(for example, F2) and strength-journey inqiuiry table S and obtain the second stroke T2 corresponding to the second strength F2, and generate correspondence
In the second pressure sensing signal of second stroke T2.
As described above, keyboard 3 of the present invention, which is used in the first press-key structure 33, is arranged elastomer 336, and through control
The strength that the preset strength of unit 36 processed-journey inqiuiry table S can allow user to apply is corresponding with the mobile stroke of button cap 330,
And reach the pressure-sensing function of multistage.In short, keyboard 3 of the present invention can execute difference in response to different pressure-sensing signals
Instruction, with enrich the first press-key structure 33 functionality.In addition, keyboard 3 of the present invention is using with multiple pressure-sensing regions
321 pressure-sensing layer 32, the conducting wire 323 in multiple pressure-sensing regions 321 are set in pressure-sensing layer 32 and in pressure
The side of power sensed layer 32 forms an electrical connection section 324, so that pressure-sensing layer 32 can be electrically connected to electricity by electrical connection section 324
Road plate 35, to carry out the electric connection of pressure-sensing layer 32 Yu circuit board 35.Therefore, it can be not required to such as the prior art sequentially to every
One press-key structure is electrically connected with circuit board, not only time saving also to reduce assembling cost.
Specifically have three, first, keyboard 3 of the present invention more may be set to operate under different operation modes, example
Such as: control unit 36 can set keyboard 3 and be in stroke sense mode or pressure detection mode, the operation of stroke sense mode
It has been observed that and repeating no more.When control unit 36, which sets keyboard 3, is in pressure detection mode, control unit 36 can be according to institute
The strength that receives and directly export the pressure-sensing signal corresponding to the strength.The operation of its mode is as follows: working as use
When person gently presses keycap 330, the first press-key structure 33 carries out running same as described above, and control unit 36 receive from
The numerical value of first strength in pressure-sensing region 321, and export the first pressure sensing signal for corresponding to the first strength.Work as use
When person's weight button cap 330, the first press-key structure 33 carries out running same as described above, and control unit 36 receive from
The numerical value of second strength in pressure-sensing region 321, and export the second pressure sensing signal for corresponding to the second strength.Wherein,
The switching that operation mode is carried out in keyboard 3 then can carry out it by a switching element (button, switch etc.).Therefore, of the invention
Keyboard 3 can operate under different operation modes, to meet the demand of various users.
Second, in a preferable way, keyboard 3 of the present invention can be set and be in stroke sense mode and pressure detection mode
Binding pattern.For example: the strength of the setting of control unit 36 Fig. 5-it is more than or equal to 0 and small in stroke in journey inqiuiry table S
In the range of T2, keyboard 3 is in stroke sense mode, and then sets keyboard 3 equal to T2 in stroke and be in pressure detection mode.
When keyboard 3 is in stroke sense mode, running repeats no more as hereinbefore.And when the strength that user applies is promoted
When to F2, the deformation degree of elastomer 336 is reached the limit of, therefore button cap 330 no longer moves, but 36 change key of control unit at this time
Disk 3 enters pressure detection mode, therefore the strength that user is applied is stronger, and control unit 36 is still exportable corresponding to the strength
Pressure-sensing signal, to promote the functionality of keyboard 3 of the present invention.
Third, by the setting of keyboard 3 of the present invention, so that the function of the first press-key structure 33 and the second press-key structure 34
It can be changed more successional button, the function of throttle in similar automobile.Such as user is intended to (be not depicted in figure in computer window
In) in move down its scroll bar or cursor, user is sustainable to press the press-key structure for corresponding to arrow down, moves down in the past
Move its scroll bar or cursor.Wherein, when user gently presses the press-key structure, slowly move down scroll bar cursor, and works as
When user is by light buckling more weight press-key structure, the speed of move down scroll bar or cursor is then gradually promoted.Certainly,
Its successional push button function is equally applicable in Games Software, to promote the operability of user.Thus, it can be known that key of the present invention
Disk 3 can provide successional push button function, in order to user's operation.
Furthermore the present invention more provides and the second preferred embodiment of above-mentioned different ways.Referring to Fig. 7, it is the present invention
Partial structurtes diagrammatic cross-sectional side elevation of the keyboard in the second preferred embodiment.Keyboard 4 of the present invention includes bottom plate 41, with multiple
The pressure-sensing layer 42 in pressure-sensing region 421, the first press-key structure 43, the second press-key structure 44, circuit board 45 and control
Unit 46, and control unit 46 has strength-journey inqiuiry table S (referring to figure 5.).And the first press-key structure 43 includes key
Cap (not shown in the figures), pedestal 431, upper cover 432, displacement piece 433, light-emitting component 434, elastic element 435 and elastomer
436, pedestal 431 includes transmission region 4311 and holes on base 4312, and upper cover 432 has the upper cover corresponding to displacement piece 433
Aperture 4321.The structure and function of each element of the keyboard 4 of this preferred embodiment generally with aforementioned first preferred embodiment
It is identical, and something in common repeats no more.The keyboard 4 of this preferred embodiment and the difference of aforementioned first preferred embodiment exist
In the setting position of pressure-sensing layer 42.
In Fig. 7, pressure-sensing layer 42 is set on bottom plate 41 and close to the lower surface of circuit board 45, and circuit board 45 has
There are multiple circuit board apertures 451, each circuit board aperture 451 is directed at the holes on base 4312 of corresponding first press-key structure 43
And elastomer 436.When user presses button cap, displacement piece 433 is moved by pushing and pressing, so that being connected to displacement piece 433
Elastomer 436 sequentially can pass through holes on base 4312 and circuit board aperture 451 and support corresponding pressure-sensing region
421.In short, the pressure-sensing layer 42 of this preferred embodiment is set to the lower section of circuit board 45.
Furthermore the present invention more provides and the third preferred embodiment of above-mentioned different ways.Referring to Fig. 8, it is the present invention
Partial structurtes diagrammatic cross-sectional side elevation of the keyboard in third preferred embodiment.Keyboard 5 of the present invention includes bottom plate 51, with multiple
The pressure-sensing layer 52 in pressure-sensing region 521, the first press-key structure 53, the second press-key structure 54, circuit board 55 and control
Unit 56, and control unit 56 has strength-journey inqiuiry table S (referring to figure 5.).And the first press-key structure 53 includes key
Cap (not shown in the figures), pedestal 531, upper cover 532, displacement piece 533, light-emitting component 534, elastic element 535, elastomer 536
And elastic slice 537, pedestal 531 include transmission region 5311 and holes on base 5312, upper cover 532, which has, corresponds to displacement piece
533 upper cover aperture 5321.The structure and function of each element of the keyboard 5 of this preferred embodiment generally with aforementioned first compared with
Good embodiment is identical, and something in common repeats no more.The difference of the keyboard 5 of this preferred embodiment and aforementioned first preferred embodiment
Place is that the structure of the first press-key structure 53 is different.
It will be illustrated next the structure of the first press-key structure 53, and the first press-key structure of itself and above-mentioned first preferred embodiment
33 differences include: that the first, the first press-key structure 53 further includes elastic slice 537, second, the structure of displacement piece 533, third, bullet
The setting of property body 536.In Fig. 7, elastic slice 537 is set to the first side on pedestal 531 and being located at displacement piece 533.Displacement piece 533 is wrapped
Include ontology 5331, interconnecting piece 5332, guide-lighting cylinder 5333, extension 5334 and pushing and pressing part 5335.Interconnecting piece 5332 is set to
In the first end of ontology 5331, it can be connect with button cap.Guide-lighting cylinder 5333 is set in the second end of ontology 5331, and is connect
It is bordering on light-emitting component 534.Extension 5334 is the second side for being extended by ontology 5331 and formed and be located at displacement piece 533 outward,
And extension 5334 corresponds to elastomer 536.As for pushing and pressing part 5335, extended outward by ontology 5331 and formed, and is close
In elastic slice 537.The function of pushing and pressing part 5335 is to support elastic slice 537 when displacement piece 533 is mobile relative to pedestal 531, makes elastic slice
537 swing and hit pushing and pressing part 5335, to generate the sound.
In this preferred embodiment, interconnecting piece 5332, guide-lighting cylinder 5333, extension 5334 and pushing and pressing part 5335 be with
Ontology 5331 is integrally formed, and ontology 5331, interconnecting piece 5332 and guide-lighting cylinder 5333 are made by translucent material.Need spy
Do not mentionlet alone it is bright, the guide-lighting cylinder 5333 of this preferred embodiment be by with ontology 5331 it is integrally formed in a manner of be arranged, not with
This is limited, and the lower section of ontology 5331 can also be set in conjunction with assembling mode.
In addition, the elastomer 536 of this preferred embodiment is set on pedestal 531 and protrudes into holes on base 5312, without with
Extension 5334 connects, that is, the elastomer 536 of this preferred embodiment is to be inverted cone.When displacement piece 533 is relative to pedestal
When 531 movement, extension 5334 pushes against elastomer 536 as ontology 5331 is mobile, and making elastomer 536, deformation occurs and passes through
Holes on base 5312, and be able to support corresponding pressure-sensing region 521.
Simple declaration user presses the operation situation of the first press-key structure 53 of keyboard 5 of the present invention: when user gently presses
When button cap, button cap stress and push against displacement piece 533 down, make displacement piece 533 with button cap relative to pedestal 531 down
It is mobile.During displacement piece 533 moves down, 5331 compression elastic element 537 of ontology keeps button cap mobile and generates row
Journey.Meanwhile the extension 5334 of ontology 5331 is connected to as ontology 5331 moves down, so that protruding into holes on base 5312
Deformation occurs and passes through holes on base 5312 for elastomer 536, and supports corresponding pressure-sensing region 521 with the first strength.
Therefore, pressure-sensing region 521 receives the first strength and detects the numerical value of the first strength, and the numerical value for transmitting the first strength gives
Control unit 56.Control unit 56 can it is identical with the first preferred embodiment running and obtain correspond to the first strength the first row
Journey, and generate the first pressure sensing signal for corresponding to first stroke.
On the other hand, while displacement piece 533 moves down, elastic slice 537 is supported in the pushing and pressing part 5335 to move down, makes
Elastic slice 537 swings and hits pushing and pressing part 5335 in response to its elasticity, to generate the sound.When user no longer presses button cap,
Elastic element 537 is replied in response to its elasticity by compressive state, is given displacement piece 533 to provide elastic force, is kept displacement piece 533 opposite
It is up moved in pedestal 531 and returns back to the position before being touched.As for user's weight button cap operation situation be similarly,
And it repeats no more.
In short, the keyboard 5 of this preferred embodiment is touched because being provided with elastic slice 537 and pushing and pressing part 5335 in button cap
During pressure, the first press-key structure 53 can in response to elastic slice 537 and pushing and pressing part 5335 actuation and issue the sound, with provide make
The feedback sense that user presses really.
Furthermore the present invention more provides and the 4th preferred embodiment of above-mentioned different ways.Referring to Fig. 9, it is the present invention
Partial structurtes diagrammatic cross-sectional side elevation of the keyboard in the 4th preferred embodiment.Keyboard 6 of the present invention includes bottom plate 61, with multiple
The pressure-sensing layer 62 in pressure-sensing region 621, the first press-key structure 63, the second press-key structure 64, circuit board 65 and control
Unit 66, and control unit 66 has strength-journey inqiuiry table S (referring to figure 5.).And the first press-key structure 63 includes key
Cap (not shown in the figures), pedestal 631, upper cover 632, displacement piece 633, light-emitting component 634, elastic element 635, elastomer 636
And elastic slice 637, pedestal 631 include transmission region 6311 and holes on base 6312, upper cover 632, which has, corresponds to displacement piece
633 upper cover aperture 6321.The structure and function of each element of the keyboard 6 of this preferred embodiment generally with aforementioned third compared with
Good embodiment is identical, and something in common repeats no more.The difference of the keyboard 6 of this preferred embodiment and aforementioned third preferred embodiment
Place is, the setting position of pressure-sensing layer 62.
In Fig. 9, pressure-sensing layer 62 is set on bottom plate 61 and close to the lower surface of circuit board 65, and circuit board 65 has
There are multiple circuit board apertures 651, each circuit board aperture 651 is directed at the holes on base 6312 of corresponding first press-key structure 63
And elastomer 636.When user presses button cap, displacement piece 633 is moved by pushing and pressing, so that being connected to displacement piece 633
Elastomer 636 sequentially can pass through holes on base 6312 and circuit board aperture 651 and support corresponding pressure-sensing region
621.Wherein, in response to the position of pressure-sensing layer 62, therefore the length of elastomer 636 is than the elastomer 536 of third preferred embodiment
Length be length.In short, the pressure-sensing layer 62 of this preferred embodiment is set to the lower section of circuit board 65.
Furthermore the present invention more provides and the 5th preferred embodiment of above-mentioned different ways.Referring to Fig. 10, it is the present invention
Partial structurtes diagrammatic cross-sectional side elevation of the keyboard in the 5th preferred embodiment.Keyboard 7 of the present invention includes bottom plate 71, with multiple
The pressure-sensing layer 72 in pressure-sensing region 721, the first press-key structure 73, the second press-key structure 74, circuit board 75 and control
Unit 76, and control unit 76 has strength-journey inqiuiry table S (referring to figure 5.).And the first press-key structure 73 includes key
Cap (not shown in the figures), pedestal 731, upper cover 732, displacement piece 733, light-emitting component 734, elastic element 735 and elastomer
736.Pedestal 731 includes transmission region 7311 and holes on base 7312, and upper cover 732 has the upper cover corresponding to displacement piece 733
Aperture 7321, and displacement piece 733 includes ontology 7331, interconnecting piece 7332, guide-lighting cylinder 7333 and extension 7334.This is preferably
The structure and function of each element of the keyboard 7 of embodiment are generally identical as aforementioned first preferred embodiment, and something in common
It repeats no more.The keyboard 7 of this preferred embodiment and aforementioned first preferred embodiment the difference is that, the first press-key structure 73
In elastomer 736 set-up mode it is different.
As seen from Figure 10, the elastomer 736 of the first press-key structure 73 is located on corresponding pressure-sensing region 721 and stretches
Enter holes on base 7312, that is, the elastomer 736 of this preferred embodiment is positive and sets cone.Wherein, when displacement piece 733 relative to
When pedestal 731 is mobile, extension 7334 protrudes into holes on base 7312 and pushes against elastomer 736, make elastomer 736 deformation occurs and
Support pressure-sensing region 721.
Specifically, pressure-sensing layer 72 is arranged in the upper surface of circuit board 75 in the keyboard 7 of this preferred embodiment
On, it is not limited thereto.In another preferred embodiment, also settable pressure-sensing layer is on bottom plate and close to circuit board
Lower surface.
In addition, the present invention more provides and the 6th preferred embodiment of above-mentioned different ways.Please refer to Figure 11 and figure
12, Figure 11 be partial structurtes diagrammatic cross-sectional side elevation of the keyboard of the present invention in the 6th preferred embodiment, and Figure 12 is the present invention
Strength in the control unit of keyboard-schematic diagram of the journey inqiuiry table in the 6th preferred embodiment.Keyboard 8 of the present invention includes
Bottom plate 81, the pressure-sensing layer 82 with multiple pressure-sensing regions 821, the first press-key structure 83, the second press-key structure 84, electricity
Road plate 85 and control unit 86, and control unit 86 has strength-journey inqiuiry table S*.And the first press-key structure 83 includes
Button cap (not shown in the figures), pedestal 831, upper cover 832, displacement piece 833, light-emitting component 834 and elastic element 835.Bottom
Seat 831 includes transmission region 8311 and holes on base 8312, and upper cover 832 has the upper cover aperture corresponding to displacement piece 833
8321, and displacement piece 833 includes ontology 8331, interconnecting piece 8332, guide-lighting cylinder 8333 and extension 8334.This is preferably implemented
The structure and function of each element of the keyboard 8 of example are generally identical as aforementioned first preferred embodiment, and something in common is no longer
It repeats.The keyboard 8 of this preferred embodiment and aforementioned first preferred embodiment the difference is that, in the first press-key structure 83 not
It is provided with elastomer.
As seen from Figure 11, elastomer, and the first key are not provided in first press-key structure 83 of this preferred embodiment
The length of the extension 8334 of structure 83 is longer than the length of the extension 3334 of the first preferred embodiment, so that extension 8334
To be contacted when displacement portion 833 is pushed against with corresponding pressure-sensing region 82.In addition to this, the knot of the first press-key structure 83
Structure is all identical as the first press-key structure 33 of the first preferred embodiment, and something in common does not repeat then.
In addition, due to being not provided with elastomer in the first press-key structure 83, therefore the strength in control unit 86-stroke is looked into
The content for asking table S* can be from the strength of Fig. 5-and journey inqiuiry table S is different.In Figure 12, the horizontal axis of journey inqiuiry table S* is stroke
Numerical value, and the longitudinal axis of journey inqiuiry table S* is then the numerical value of strength, and Figure 12 shows strength different from Fig. 5 to the song of stroke
Line.Wherein, stroke be equal to 0 corresponding to strength be F0, indicate user apply strength F0 press the first press-key structure 83, and
Button cap does not move, which is because, strength F0 is offseted by the elastic force of elastic element 835, therefore button cap does not move.Stroke etc.
Indicated in 0 to T1 section: when the strength that user applies is promoted to F1, can overcome elastic force and make the mobile T1 of button cap away from
From.Stroke equal to T1 to T4 section indicate: user apply strength gradually promoted, make button cap in response to the strength of application and
It continues to move to.When the strength that user applies is promoted to F4, button cap is only movable to the distance of T4.And what user applied
After strength is more than F4, button cap is also no longer moved.Wherein, it is linear to be equal to curve corresponding to 0 section to T4 for stroke.It needs
It illustrates, keyboard of the present invention can select required journey inqiuiry table S or S* according to the actual situation, various to meet
The demand of user.
In a preferable way, keyboard of the present invention more in combination with light-emitting function and pressure-sensing function, such as: work as use
When person gently presses keycap, circuit board exports corresponding first pressure sensing signal, and can in response to first pressure sensing signal and
It controls light-emitting component and light beam is generated with the first illumination effect.When user's weight button cap, circuit board output corresponding the
Two pressure-sensing signals, and light-emitting component can be controlled in response to second pressure sensing signal, light beam is generated with the second illumination effect.
Wherein the first illumination effect can be the light beam that slowly flashes, and the second illumination effect can be the light beam of fast blink, whereby for
User is light pressure function or weight function visually to pick out it.Above-mentioned combination light-emitting function and pressure-sensing function are retouched
It states only to illustrate and be used, be not limited thereto.
As described above, being provided with light-emitting component in keyboard of the present invention and with displacement piece made by translucent material,
So that press-key structure has light-emitting function；It is provided with pressure-sensing layer again in wherein, so that the press-key structure of keyboard can be in response to not
Same presses strength and exports different pressure-sensing signals, to promote the functionality of keyboard.The prior art can be solved whereby to deposit
The problem of.In addition, press-key structure of the invention can in response to user demand and choose whether setting elastic slice in wherein, include
Have the press-key structure of elastic slice can provide user pressing feedback sense, and comprising elastic slice press-key structure can then have it is lesser
Volume, and can realize the lightening of press-key structure.
Wherein, keyboard of the present invention uses the pressure-sensing layer with multiple pressure-sensing regions, multiple pressure-sensing regions
Conducting wire be set in pressure-sensing layer and form single a electrical connection section in the side of pressure-sensing layer so that feeling of stress
Circuit board can be electrically connected to by electrical connection section by surveying layer.Therefore, can be not required to such as the prior art sequentially to each press-key structure with
Circuit board is electrically connected, to reduce assembling cost.
The foregoing is merely presently preferred embodiments of the present invention, the scope of the claims being not intended to limit the invention, therefore
It is all other without departing from the equivalent change or modification completed under disclosed spirit, it is intended to be limited solely by patent of the invention
In protection scope.
Claims (13)
1. a kind of keyboard characterized by comprising
Bottom plate；
Pressure-sensing layer, positioned at the top of the bottom plate, which has multiple pressure-sensing regions, and each pressure
Sensing region is to receive one first strength or one second strength；
First press-key structure, positioned at the top of the pressure-sensing layer, which corresponds to the pressure-sensing region,
To push against the pressure-sensing region with first strength or second strength, which includes:
Pedestal has a holes on base；
Upper cover is covered in the pedestal, and the upper cover has a upper cover aperture；
Displacement piece is set on the pedestal and passes through the upper cover aperture, mobile relative to the pedestal to touched；And
Elastomer, close to the displacement piece, can be pushed against by the displacement piece and deformation occurs and pass through the holes on base；And
Second press-key structure, adjacent to first press-key structure and positioned at the top of the pressure-sensing layer, second press-key structure
Corresponding to another pressure-sensing region, to push against the pressure-sensing region with first strength or second strength；Wherein,
When first press-key structure or second press-key structure are pressed with first strength or second strength, the keyboard output phase
Corresponding pressure-sensing signal.
2. keyboard as described in claim 1, which is characterized in that the keyboard further include:
Circuit board is electrically connected at the pressure-sensing layer；And
Control unit is set on the circuit board and is electrically connected at the pressure-sensing layer, which presets strong-
Journey inqiuiry table, and the strength-journey inqiuiry table record has first strength, second strength, first stroke and the second row
Journey, the control unit is to obtain the corresponding first stroke or second row according to first strength or second strength
Journey, and the first pressure sensing signal for corresponding to the first stroke is exported, or output corresponds to the one second of the second stroke
Pressure-sensing signal.
3. keyboard as claimed in claim 2, which is characterized in that when the control unit judges that the pressure-sensing region receives this
When the first strength, according to the strength-journey inqiuiry table obtains the first stroke for corresponding to first strength, and export this
One pressure-sensing signal；And when the control unit judges that the pressure-sensing region receives second strength, according to the strength
- journey inqiuiry table obtains the second stroke for corresponding to second strength, and exports the second pressure sensing signal.
4. keyboard as described in claim 1, which is characterized in that the keyboard further include:
Circuit board is electrically connected at the pressure-sensing layer；And
Control unit is set on the circuit board and is electrically connected at the pressure-sensing layer, to defeated according to first strength
Correspond to a first pressure sensing signal of first strength out, or is exported according to second strength corresponding to second strength
A second pressure sensing signal.
5. keyboard as described in claim 1, which is characterized in that the displacement piece includes:
Ontology；
Extension is extended outward by the ontology and is formed, and corresponds to the elastomer；And
Interconnecting piece is set in a first end of the ontology, to connect with a button cap；Wherein, the elastomer is in alignment with this
Holes on base, when the displacement piece is mobile relative to the pedestal, which pushes against the elastomer, and making the elastomer, deformation occurs
And it passes through the holes on base and supports its corresponding pressure-sensing region.
6. keyboard as claimed in claim 5, which is characterized in that the displacement piece further includes guide-lighting cylinder, leaded light cylinder setting
In in a second end of the ontology, and first press-key structure further includes light-emitting component, which is set to a circuit board
On, to generate a light beam, and the light beam is projected to the leaded light cylinder, first press-key structure is made to shine.
7. keyboard as claimed in claim 6, which is characterized in that the pressure-sensing layer is set to a upper surface of the circuit board
On, and each pressure-sensing region has an aperture, which passes through the corresponding aperture and is set to the circuit board
The upper surface on.
8. keyboard as claimed in claim 6, which is characterized in that the pressure-sensing layer is set on the bottom plate and close to the electricity
A lower surface of road plate, the circuit board have a circuit board aperture, which is directed at the holes on base and the elasticity
Body makes the elasticity physical efficiency that deformation occurs pass through the holes on base and the circuit board aperture and support its corresponding pressure-sensing
Region.
9. keyboard as claimed in claim 6, which is characterized in that first press-key structure further includes elastic element, elasticity member
Part is sheathed on the leaded light cylinder and moves the displacement piece relative to the pedestal to provide an elastic force with the base contacts
It is dynamic.
10. keyboard as claimed in claim 5, which is characterized in that first press-key structure further includes elastic slice, which is set to
Side on the pedestal and positioned at the displacement piece；And the displacement piece further includes pushing and pressing part, which is extended outward by the ontology
And formed, and close to the elastic slice, to support the elastic slice when displacement piece is mobile relative to the pedestal, swing the elastic slice
And the pushing and pressing part is hit, to generate the sound.
11. keyboard as claimed in claim 5, which is characterized in that the elastomer is connected to the extension, and is located at the ontology
Side；Wherein, when the displacement piece is mobile relative to the pedestal, which drives the elastomer to pass through the holes on base, and
Support its corresponding pressure-sensing region.
12. keyboard as claimed in claim 5, which is characterized in that the elastomer is set on the pedestal and protrudes into the pedestal and opens
Hole；Wherein, when the displacement piece is mobile relative to the pedestal, which pushes against the elastomer, and making the elastomer, deformation occurs
And the holes on base is passed through, and support its corresponding pressure-sensing region.
13. keyboard as claimed in claim 5, which is characterized in that the elastomer is located on the pressure-sensing region and protrudes into this
Holes on base；Wherein, when the displacement piece is mobile relative to the pedestal, which protrudes into the holes on base and pushes against the elasticity
Body, making the elastomer, deformation occurs and supports its corresponding pressure-sensing region.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610560837.0A CN107622901B (en) | 2016-07-15 | 2016-07-15 | Keyboard |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610560837.0A CN107622901B (en) | 2016-07-15 | 2016-07-15 | Keyboard |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN107622901A CN107622901A (en) | 2018-01-23 |
| CN107622901B true CN107622901B (en) | 2019-04-16 |
Family
ID=61087738
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610560837.0A Expired - Fee Related CN107622901B (en) | 2016-07-15 | 2016-07-15 | Keyboard |
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| Country | Link |
|---|---|
| CN (1) | CN107622901B (en) |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US7608792B1 (en) * | 2008-11-17 | 2009-10-27 | Sunrex Technology Corp. | Membrane keyboard/keypad with arrangement for uniformly lighting keys from background |
| CN203386639U (en) * | 2013-07-22 | 2014-01-08 | 东莞爱旺电子科技有限公司 | Key structure of full-color backlit mechanical keyboard |
| CN204303636U (en) * | 2015-01-08 | 2015-04-29 | 东莞市索艾电子科技有限公司 | A kind of waterproof and dustproof structure of mechanical keyboard |
| CN204348571U (en) * | 2015-01-29 | 2015-05-20 | 袁建君 | A kind of mechanical key and the keyboard applying it |
| TWM508059U (en) * | 2015-05-29 | 2015-09-01 | Roccat GmbH | Membrane key structure and membrane keyboard |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1242261C (en) * | 2003-12-11 | 2006-02-15 | 上海大学 | Manufacturing method of chlorine-lanthana film sensitive element for detecting carbon dioxide |
| TWM395204U (en) * | 2010-07-08 | 2010-12-21 | Darfon Electronics Corp | Keyswitch and keyboard |
-
2016
- 2016-07-15 CN CN201610560837.0A patent/CN107622901B/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US7608792B1 (en) * | 2008-11-17 | 2009-10-27 | Sunrex Technology Corp. | Membrane keyboard/keypad with arrangement for uniformly lighting keys from background |
| CN203386639U (en) * | 2013-07-22 | 2014-01-08 | 东莞爱旺电子科技有限公司 | Key structure of full-color backlit mechanical keyboard |
| CN204303636U (en) * | 2015-01-08 | 2015-04-29 | 东莞市索艾电子科技有限公司 | A kind of waterproof and dustproof structure of mechanical keyboard |
| CN204348571U (en) * | 2015-01-29 | 2015-05-20 | 袁建君 | A kind of mechanical key and the keyboard applying it |
| TWM508059U (en) * | 2015-05-29 | 2015-09-01 | Roccat GmbH | Membrane key structure and membrane keyboard |
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|---|---|
| CN107622901A (en) | 2018-01-23 |
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Granted publication date: 20190416 |