CN102024590A - Manufacturing methods of keycap, key structure, panel and case - Google Patents
Manufacturing methods of keycap, key structure, panel and case Download PDFInfo
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- CN102024590A CN102024590A CN2009101751312A CN200910175131A CN102024590A CN 102024590 A CN102024590 A CN 102024590A CN 2009101751312 A CN2009101751312 A CN 2009101751312A CN 200910175131 A CN200910175131 A CN 200910175131A CN 102024590 A CN102024590 A CN 102024590A
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Abstract
The invention discloses manufacturing methods of a keycap, a key structure, a panel and a case. The manufacturing method of the keycap comprises the steps of: providing an elastic body laminated matter, wherein an elastic body transparent layer and an elastic body coloring layer are laminated; carrying out an etching technology on the elastic body laminated matter so that the elastic body coloring layer is partially eliminated and the elastic body laminated matter is provided with patterns; bonding the elastic body laminated matter and a vector to form a bonding matter; and combining the bonding matter and the keycap body so as to prepare the keycap structure. The keycap structure or the bonding matter can be further utilized to prepare an object so that the appearance of the object has the soft touch feeling of leather texture and is attractive. The keycap, the key structure, the case decorative structure or the panel with the appearance and the touch feeling of the leather, which are prepared according to the method, have the advantages of soft touch feeling and flat surfaces with no pits of patterns; the key patterns are not obvious on the appearance and are similar to the hidden mode when the backlight is not started; and the patterns can be clearly seen when the backlight is started.
Description
Technical field
The present invention relates to the method for making of keycap structure, press-key structure, panel and casing, particularly relate to the method for making of keycap structure, press-key structure, panel and casing with dermatoglyph outward appearance and sense of touch.
Background technology
Because the prosperity of electronics technology, make the use amount of button heighten, for example computer, computer, mobile phone, instrument etc. all adopt button, moreover, contact panel (touch panel) also gradually extensively is used, and aspect consumption electronic products, the consumer wishes that more button or panel appearance can be not only attractive in appearance but also have a good sense of touch.
The Japanese patent application case discloses 2009-21174 number and discloses a kind of key layer, claims flexible touch with leather and careful outward appearance, as shown in Figure 1.The plane graph of the left part display button layer 1 of figure, key layer 1 has a plurality of word patterns.In the plane graph of the right part display button layer 1 of figure along the sectional view of SA line segment.Key layer 1 has transparent surface layer 2, and it is a resin bed, and is printed in the font layer 3 on the inboard 2a of transparent surface layer 2, and font layer 3 comprises 3a of expression portion and background portion 3b, is bonded together via adhesion coating 4 with transparency carrier 5 then.Its printed layers 3 has two parts, is coated on transparent surface layer 2 by the secondary printing and forms.As shown in FIG., because printed layers 3 itself only is the Presentation Function as pattern and color, its thickness is enough to show its color or pattern gets final product, and transparent surface layer 2 then must have certain intensity, so its thickness can be thick many than the printed layers 3 of below.
Because the consumer still constantly requires to have novel impression to the sense of touch of buttons such as electronic product and aesthetic feeling, so have dermatoglyph flexible touch and button keycap attractive in appearance or the new method of press-key structure for manufacturing and still have required.
Summary of the invention
The purpose of this invention is to provide a kind of method of making the button keycap, can produce and have dermatoglyph flexible touch and button keycap attractive in appearance.
Method according to manufacturing button keycap of the present invention comprises the following steps: to provide the elastomer layer compound, and it comprises that the elastomer hyaline layer is laminated with the elastomer pigmentation layer; The elastomer layer compound is carried out etch process, so that elastomer pigmentation layer part removed, so that the elastomer layer compound has pattern; Elastomer layer compound and carrier is bonding, form binding; And binding is combined with the keycap body.
In another aspect of this invention, another object of the present invention provides a kind of method of making press-key structure, and it comprises the following steps.The elastomer layer compound is provided, and it comprises that the elastomer hyaline layer is laminated with the elastomer pigmentation layer; The elastomer layer compound is carried out etch process, so that elastomer pigmentation layer part removed, so that the elastomer layer compound has pattern; Elastomer layer compound and carrier is bonding, form binding; Binding is combined with the keycap body, to form the keycap structure; And with keycap structure and the assembling of key circuit plate module.
Another purpose again of the present invention provides a kind of method of making the casing decorating structure again on the other hand of the present invention, and it comprises the following steps.The elastomer layer compound is provided, and it comprises that the elastomer hyaline layer is laminated with the elastomer pigmentation layer; The elastomer layer compound is carried out etch process, so that elastomer pigmentation layer part removed, so that the elastomer layer compound has pattern; Elastomer layer compound and carrier is bonding, form binding; And binding is combined with housing, so that binding is attached at housing outer surface.
Of the present invention still again on the other hand, of the present invention still again another purpose provide the method that a kind of manufacturing has the panel of leather outward appearance and sense of touch, it comprises the following steps.The elastomer layer compound is provided, and it comprises that the elastomer hyaline layer is laminated with the elastomer pigmentation layer; The elastomer layer compound is carried out etch process, so that elastomer pigmentation layer part removed, so that the elastomer layer compound has pattern; Elastomer layer compound and carrier is bonding, form binding; And binding is combined with panel, so that panel has leather outward appearance and sense of touch.
Button keycap, press-key structure, casing decorating structure that foundation method of the present invention makes or contact panel with leather outward appearance and sense of touch, soft-touch, surface do not have the pothole of pattern but are smooth, its button pattern is not starting when backlight, its pattern is also not obvious in appearance, the approximate pattern of hiding; When startup is backlight, then can clearly see pattern.
Description of drawings
Fig. 1 shows the schematic cross-section of known key layer.
Fig. 2 shows the flow chart according to the embodiment of method of the present invention.
Fig. 3 shows the decomposing schematic representation according to the embodiment of the elastomer layer compound in the method for the present invention.
Fig. 4 shows the schematic cross-section according to the embodiment of the binding in the method for the present invention.
Fig. 5 shows the decomposing schematic representation of the embodiment of the button that the method for foundation manufacturing press-key structure of the present invention makes.
Fig. 6 shows the schematic cross-section of another embodiment of the button that the method for foundation manufacturing press-key structure of the present invention makes.
Fig. 7 is presented at the schematic perspective view according to the dynamic feedbacks module of using in the method for manufacturing press-key structure of the present invention.
Fig. 8 and Fig. 9 further are presented at the schematic cross-section according to the specific embodiment of dynamic feedbacks module set in the method for manufacturing press-key structure of the present invention.
Figure 10 shows the schematic cross-section of the embodiment of the panel that the method for foundation manufacturing panel of the present invention makes.
Figure 11 shows the schematic cross-section of the embodiment of the casing decorating structure that the method for foundation manufacturing casing decorating structure of the present invention makes.
Figure 12 shows can be in the schematic perspective view of the application of notebook computer according to method of the present invention.
Description of reference numerals
1 key layer, 2 transparent surface layers
The inboard 3 font layers of 2a
3a represents the 3b of portion background portion
4 adhesion coatings, 5 transparency carriers
10 elastomer hyaline layers, 12 elastomer pigmentation layers
12a hollow out figure 14 elastomer layer compounds
16 adhesion coatings, 18 carriers
20 bindings, 22 keycap bodies
24 keycap structure 24a keycap structures
26 key circuit plate module, 28 circuit boards
30 button contacts, 32 metal clipss
34 shell fragment adhesion coatings, 35 light guide plate
36 elastomeric substrate, 38 convex bodys
39 LED, 40 adhesive tapes
42 dynamic feedbacks modules, 50 dynamic feedbacks modules
52 sense of touch born of the same parents, 54 rulings
60 dynamic feedbacks modules, 62 little lattice
64 fluid bag 64a fluid bags
64b fluid bag 66 starters
68 heating of 66a starter
70 touch panel modules, 72 dynamic feedbacks modules
74 adhesive tapes, 76 housings
80 notebook computers, 82 press-key structures
84 first contact panels, 86 second contact panels
101,102,104,106,108,110,112,114,116,118,120,122,124 steps
Embodiment
Fig. 2 shows the flow chart according to the embodiment of method of the present invention.At first, can carry out step 101 and 102 elastomer hyaline layer and elastomer pigmentation layer are provided respectively.Carry out step 104 then, both form the elastomer layer compound with this.The mode that forms the elastomer layer compound has for example utilizes the heating roll-in, and the elastomer hyaline layer and the elastomer pigmentation layer of two-layer film forming is bonded to each other; Maybe can place another on the elastomer layer of film forming by elastomeric material, via roll-in or calendering and form two-layer laminated thing with fusion; Or with the elastomer resin material roll-in or the calendering together of two fusions, to form two layers of elastomer layer laminated elastomer layer compound mutually.The elastomer pigmentation layer is through adding colouring agent, for example dyestuff or pigment etc., or other colorable modes are painted and have an elastomer layer of color (for example black).The elastomer hyaline layer covers the elastomer pigmentation layer, and whole elastomer layer compound is still the color (for example black) that manifests the elastomer pigmentation layer.The elastomer layer compound preferably further passes through embossing, and has for example outward appearance and the sense of touch of dermatoglyph.Embossing technique also can carry out in the laminated same time.
Then, carry out step 106, the elastomer layer compound is carried out etch process, with with the elastomer pigmentation layer according to desired pattern and the part removes, the not etching basically of elastomer hyaline layer so, only forms pierced pattern with the elastomer pigmentation layer, though and the elastomer hyaline layer is not etched, still can make the elastomer layer compound have pattern.Pattern can be complied with required and be decided, and for example is numeral, letter, symbol, pattern or decorative pattern or the like.If make button, the position of pattern can be corresponding to button keycap position.Etching method can utilize for example laser engraving, physical etch or chemical corrosion.The preferred laser engraving that uses can be set appropriate laser energy and cutting position, and the part removes the elastomer pigmentation layer.Utilize laser engraving can obtain very careful figure, for example little point-like hollow out figure.The function class of elastomer hyaline layer is like protective layer, basically needn't etching, but, promptly can expose the elastomer hyaline layer, so the present invention does not get rid of the situation that is removed a little for elastomer hyaline layer yet tolerable because of after the part removes the elastomer pigmentation layer.
Elastomer layer compound of the present invention is preferably directly bonded to each other because of heating and melting by elastomer hyaline layer and elastomer pigmentation layer, and it is bonding not see through heterogeneous sticker, so can possess the sense of touch of the consistent character of elastomer own.The thickness of preferred elastomer hyaline layer is thin than the elastomer pigmentation layer, and for example making the elastomer transparent layer thickness is 1/3rd of elastomer pigmentation layer thickness, but is not limited thereto.After the elastomer pigmentation layer is removed in local place, remaining hyaline layer, the user touches is still smooth elastomer hyaline layer.And because hyaline layer is thin, dyed layer is thicker, the sensation that the dyed layer distance that person capable of reducing using sees is separated by.Moreover, via such double layer design, particularly with dyed layer with little dot pattern hollow out when forming pattern, exploded view as shown in Figure 3, wherein elastomer hyaline layer 10 is laminated with elastomer pigmentation layer 12, and the pattern of elastomer pigmentation layer is made of little point-like hollow out figure 12a, the formed pattern of dyed layer hollow out figure of just can obviously seeing down backlight is being arranged, do not have when backlight, pattern manifest and not obvious, therefore have hiding property effect and attractive in appearance.Wherein, elastomeric material of the present invention be preferably Polyurethane (polyurethane, PU) because the dermatine soft-touch that PU forms.
With respect to using individual layer dermatine layer to form the situation of laser carved pattern, individual layer dermatine layer is for example using laser carving method to carry out that the part removes and after forming pattern, then stay hole, if directly press for the user, have irregular sensation, and hole shelters evil people and countenance evil practices easily, in the course of time, clog hole, pattern is just as disappearance.Method of the present invention does not then have such shortcoming.
Then, carry out step 110, the laminated thing that forms pattern after the carrier that step 108 is provided and the etching combines, and is for example bonded to each other with printing opacity or transparent sticker or adhesive tape, forms binding, as shown in Figure 4.Among the figure, elastomer hyaline layer 10 is laminated with elastomer pigmentation layer 12, and is elastomer layer compound 14, elastomer pigmentation layer 12 is through laser engraving, and having the pattern that hollow out figure 12a forms, elastomer layer compound 14 is bonded together via adhesion coating 16 with carrier 18, forms binding 20.
The carrier that the elastomer layer compound is attached can have many kinds, for example thin-film material.Carrier is to be used for the intensity of the laminated thing of support elastic body, helps the carrying out of down-stream.Thin-film material can be for example printing opacity or perspex film, is preferably for example Merlon (PC) film, polyester terephthalate (PET) film or polystyrene (PS) film.
Can on the one side of the elastomer pigmentation layer of elastomer layer compound or carrier arbitrary, for example utilize that typography forms printed layers, so can further provide pattern color.Preferably make printed layers between elastomer layer compound and carrier, like this after elastomer layer compound and carrier are formed binding, good protection can be arranged the color of printed layers.
Carry out step 110 with after the binding that forms elastomer layer compound and carrier, this binding can be used on the housing of for example button keycap, panel (or even contact panel) or equipment, as the outward appearance of the housing of button keycap, panel or equipment.The execution mode of the step that binding is combined with the housing of keycap body, panel or equipment can have some kinds.Insertion-molding decorative method (insert-moldingdecoration for example, IMD) (the insert-molding byforming of the insertion-method of molding with forming step in, IMF) or have an insertion-method of molding (insert-molding by labeling that attaches step, IML) technology, or insertion-molding Method for bonding (insert-molding bonding, IM Bonding).Under list some embodiment with explanation.
Insertion-method of molding (IMF) technology with forming step is carries out the then flow process of step 116 of step 112,, binding is formed keycap or housing profile that is, and this for example can utilize method for hot forming (thermoforming) to reach.Then, this binding with keycap or housing profile is placed the mould with this keycap or housing profile, provide molten resin (step 114) to inject the binding that this has keycap or housing profile, carry out molding process planning, in binding, to fill this resin material (being step 116) with keycap or housing profile, take out from mould, formation has the button keycap of dermatoglyph outward appearance or the housing of equipment.
Or, has insertion-method of molding (IML) technology that attaches step, promptly, binding is flat in the mould with keycap or housing profile, carry out molding process planning, with potting resin material in mould with keycap or housing profile, from mould, to take out, formation has the button keycap of dermatoglyph outward appearance or the shell of equipment.
Or, the keycap body or the established housing that have the keycap profile are provided, binding is attached according to keycap or housing profile, formation has the button keycap of dermatoglyph outward appearance or the shell of equipment.
Or, keycap body or panel with dull and stereotyped profile being provided, binding can be attached on the keycap body or panel with dull and stereotyped profile.Panel can be touch panel module.
The keycap body can be formed by for example resin, and resin can be for example light transmission light curable resin.Also can further make convex body (plunger) and keycap body simultaneously one-body molded.
The material of housing is then decided according to the design of this equipment, can be resin, may further be light transmission light curable resin.Also can be metal, the metal of hollow out is especially arranged, after attaching above-mentioned binding, backlight like this through shining, also can demonstrate the pattern on the elastomer layer compound.
The button keycap further can be used in the press-key structure.The button keycap of above-mentioned formation can be the situation that full wafer has a plurality of keycaps unit, and the elastomer layer compound of each keycap position has corresponding pattern.Can come (step 118) according to designed each keycap unit die-cut (punch) that will link to each other, form the key that looses, carry out step 122 then, for being assembled into press-key structure.Or, can needn't be die-cut into diffusing key, but the button keycap of full wafer be proceeded the assembling of step 124 according to designed.
See also the exploded view of Fig. 5 press-key structure embodiment, in step 122 or 124, the full wafer keycap structure 24 of making as mentioned above further can be assembled with the key circuit plate module, and make press-key structure.In this embodiment, keycap structure 24 comprises a plurality of button keycaps that join together, and each button keycap can comprise aforesaid binding 20 and keycap body.The key circuit plate module for example can comprise: circuit board 28, and it is provided with the button contact on circuit board 28; A plurality of metal clipss (metal dome) 32 are arranged on the circuit board 28, corresponding to button contact top, and when pushing, metal clips 32 that is pressed and the corresponding conducting of button contact; And shell fragment adhesion coating 34, it is fixed in metal clips 32 on the circuit board 28.Circuit board can be printed circuit board (PCB), and is preferably flexible printed circuit board.
Elastomer (elastomer) substrate (base) 36 of can further adhering between keycap structure 24 and key circuit plate module, elastomeric substrate 36 are can be further one-body molded and make with convex body, and the position of convex body is corresponding to the position of metal clips 32.Keycap structure 24, elastomeric substrate 36, with the key circuit plate module between combine can be via adhesive tape 40 or sticker and reach.Elastomeric substrate is preferably for example rubber or silicone rubber substrate, and can be required to be and have printing opacity or transparent person according to institute.Between elastomeric substrate 36 and shell fragment adhesion coating 34, light guide plate 35, for example PC material light guide plate can be set further.Light guide plate 35 also is the position of metal clips 32 corresponding to the position of convex body, hollows out, and combines via shell fragment adhesion coating 34 with metal clips 32 with convenient convex body.Perhaps, can make elastomeric substrate 36 further have the effect of light guide plate.
In press-key structure, can comprise light source, backlight as keycap, for example light-emitting diode (light-emitting diode, LED), it can link to each other with the circuit board electricity, but also independent operation.Fig. 6 shows sectional view, and wherein LED 39 is arranged on the circuit board 28 of key circuit plate module 26.
Moreover, can be further combined with the dynamic feedbacks module between keycap structure 24 and elastomeric substrate 36.Also can be between keycap structure 24 and elastomeric substrate 36 the combination of touch control panel.When if contact panel and dynamic feedbacks module all will be assembled, the dynamic feedbacks module is positioned at than the place near keycap than contact panel, make that user's sense of touch feedback is more obvious.Perhaps, the dynamic feedbacks module is combined with the touch-control circuit of contact panel, make the dynamic feedbacks module also have touch controllable function simultaneously.Contact panel and dynamic feedbacks module are preferably the light penetrability, and it is more not limited so as keycap structure light source backlight the position to be set, and can be arranged on the circuit board.
The dynamic feedbacks module comprises pressing feels feedback unit and feedback start unit.Press that the sense feedback unit is started by the feedback start unit when pressurized and the feedback user by pressure sensitivity.The feedback start unit then be in order to start when the pressurized press the sense feedback unit with the feedback user by pressure sensitivity.The dynamic feedbacks module for example can be that U.S. patent application case discloses 2009/0002328A1 teaching person, and it is for reference to incorporate its announcement into this paper.See also the schematic diagram of the dynamic feedbacks module of Fig. 7, wherein dynamic feedbacks module 50 comprises that sense of touch born of the same parents (haptic cells) 52 conducts that a plurality of arrays (array) or trellis (grid) are arranged press the sense feedback unit, separate with ruling (border) 54 respectively.Other has circuit 56, in order to provide digital controlled signal and/or electric power to sense of touch born of the same parents 52, has the function of feedback start unit.Because the sense of touch born of the same parents that have a plurality of trellis to arrange respond pushing of user, can press sense according to concrete response the in the place of pushing of user's finger, even also can respond immediately in the situation of multi-point touch.
Fig. 8 and Fig. 9 further are shown in the specific embodiment that the dynamic feedbacks module is set in the press-key structure.As Fig. 8 and shown in Figure 9, dynamic feedbacks module 60 is arranged at keycap structure 24 belows, dynamic feedbacks module 60 comprises the little lattice 62 that a plurality of trellis are arranged, each little lattice 62 comprises that fluid bag (fluid pocket) 64 is as pressing sense feedback unit and starter (activator) 66 as the feedback start unit, device heating power fluid (thermal fluid) in the fluid bag, it can expand through heating.For example, as shown in Figure 9, behind user's pressing key cap 24a, pressing force is passed to starter 66a through fluid bag 64a, starter 66a accepts pressure and starts power supply with fluid bag 64a heating 68, therefore fluid bag 64a volumetric expansion becoming fluid bag 64b, the dynamic feedbacks after making the user feel to push.
Below the dynamic feedbacks module, can continue to be provided with elastomeric substrate, it can comprise convex body, and the key circuit plate module is set then, finishes press-key structure.
The dynamic feedbacks module also can combine with the touch control unit of contact panel, for example makes the feedback start unit also comprise the controlling mechanism of contact panel, then can have touch controllable function concurrently.
Person in addition, the press-key structure that Fig. 5 and Fig. 6 show is the embodiment of company's key of linking to each other of button, but the die-cut situation of coming out to assemble with the key form of loosing again of keycap profile also should be understood.
In another aspect of this invention, after the step 110 of carrying out flow process as shown in Figure 2 forms binding, or can carry out the assembling of step 120.For example shown in Figure 10, binding 20 can be combined with touch panel module 70, make touch panel module have leather outward appearance and sense of touch.And can further between binding 20 and touch panel module 70, dynamic feedbacks module 72 be set.Between any two can adhesive tape 74 or sticker combination.Perhaps, touch panel module and the dynamic feedbacks module device that can integrate.
Figure 11 shows the embodiment of the casing decorating structure that makes according to method of the present invention, and binding 20 is attached at housing 76.
Be widely used according to method of the present invention, for example multiple equipment such as mobile phone, notebook computer, electronic product.Figure 12 shows the schematic perspective view of notebook computer, can be used for keycap or press-key structure 82, first contact panel, 84 structures or second contact panel 86 of Production Example such as notebook computer 80 according to method of the present invention.
The above only is the preferred embodiments of the present invention, and all equivalent variations and modifications of doing according to claim of the present invention all should belong to covering scope of the present invention.
Claims (31)
1. method of making the button keycap comprises:
The elastomer layer compound is provided, and it comprises that the elastomer hyaline layer is laminated with the elastomer pigmentation layer;
This elastomer layer compound is carried out etch process, so that this elastomer pigmentation layer part is removed, so that this elastomer layer compound has pattern;
This elastomer layer compound and carrier is bonding, form binding; And
This binding is combined with the keycap body.
2. the method for manufacturing button keycap as claimed in claim 1, wherein this elastomer layer compound be by with the elastomer hyaline layer with the elastomer pigmentation layer laminated and embossing, and obtain lines outward appearance and sense of touch.
3. the method for manufacturing button keycap as claimed in claim 1, wherein this etch process comprises laser engraving technology.
4. the method for manufacturing button keycap as claimed in claim 1, wherein this etch process comprises physical etch or chemical etching technology.
5. the method for manufacturing button keycap as claimed in claim 1 wherein comprises this binding with the step that this keycap body combines:
This binding is formed the keycap profile;
This binding with keycap profile is placed the mould with this keycap profile; And
Carry out molding process planning, to fill the keycap bulk material in the binding that has the keycap profile at this, to form the combination of this binding and this keycap body.
6. the method for manufacturing button keycap as claimed in claim 1 wherein comprises this binding with the step that this keycap body combines:
This binding is flat in the mould with keycap profile; And
Carry out molding process planning, to fill the keycap bulk material in the mould that has the keycap profile at this, to form the combination of this binding and this keycap body.
7. the method for manufacturing button keycap as claimed in claim 1 wherein comprises this binding with the step that this keycap body combines:
Keycap with keycap profile body is provided; And
This binding is bonding according to this keycap profile and this keycap body with keycap profile.
8. the method for manufacturing button keycap as claimed in claim 1 wherein comprises this binding with the step that this keycap body combines:
Keycap with dull and stereotyped profile body is provided; And
This binding and this keycap body with dull and stereotyped profile is bonding.
9. the method for manufacturing button keycap as claimed in claim 1, wherein this keycap body further comprises convex body.
10. the method for manufacturing button keycap as claimed in claim 1 further forms printed layers, so that this pattern color to be provided on the one side of the elastomer pigmentation layer of this elastomer layer compound or this carrier arbitrary.
11. the method for manufacturing button keycap as claimed in claim 1, wherein this elastomer layer compound comprises that the PU hyaline layer is laminated with the PU dyed layer.
12. a method of making press-key structure comprises:
The elastomer layer compound is provided, and it comprises that the elastomer hyaline layer is laminated with the elastomer pigmentation layer;
This elastomer layer compound is carried out etch process, so that this elastomer pigmentation layer part is removed, so that this elastomer layer compound has pattern;
This elastomer layer compound and carrier is bonding, form binding;
This binding is combined with the keycap body, to form the keycap structure; And
With this keycap structure and the assembling of key circuit plate module.
13. the method for manufacturing press-key structure as claimed in claim 12 further forms printed layers, so that this pattern color to be provided on the one side of the elastomer pigmentation layer of this elastomer layer compound or this carrier arbitrary.
14. the method for manufacturing press-key structure as claimed in claim 12, wherein this key circuit plate module comprises:
Circuit board is provided with the button contact on this circuit board;
Metal clips is arranged on this circuit board, corresponding to this button contact top, and when pushing, this metal clips that is pressed and the corresponding conducting of this button contact; And
The shell fragment adhesion coating, it is fixed in this metal clips on this circuit board.
15. the method for manufacturing press-key structure as claimed in claim 12, the elastomeric substrate of further between this keycap structure and this key circuit plate module, adhering.
16. the method for manufacturing press-key structure as claimed in claim 15, further combination of touch control panel between this keycap structure and this elastomeric substrate.
17. the method for manufacturing press-key structure as claimed in claim 15 further combines the pressure feedback module between this keycap structure and this elastomeric substrate, this pressure feedback module comprises:
Press the sense feedback unit, it is positioned at this keycap structure below, with feedback when the pressurized by pressure sensitivity; And
The feedback start unit, it starts this and presses the sense feedback unit when pressurized.
18. the method for manufacturing press-key structure as claimed in claim 12 further is provided with light source or light guide plate below this keycap structure, backlight with as this keycap structure.
19. the method for manufacturing press-key structure as claimed in claim 12, wherein this elastomer layer compound comprises that the PU hyaline layer is laminated with the PU dyed layer.
20. a method of making the casing decorating structure comprises:
The elastomer layer compound is provided, and it comprises that the elastomer hyaline layer is laminated with the elastomer pigmentation layer;
This elastomer layer compound is carried out etch process, so that this elastomer pigmentation layer part is removed, so that this elastomer layer compound has pattern;
This elastomer layer compound and carrier is bonding, form binding; And
This binding is combined with housing, so that this binding is attached at this housing outer surface.
21. the method for manufacturing casing decorating structure as claimed in claim 20 further forms printed layers, so that this pattern color to be provided on the one side of this elastomer pigmentation layer of this elastomer layer compound or this carrier arbitrary.
22. the method for manufacturing casing decorating structure as claimed in claim 20 wherein comprises this binding with the step that this housing combines:
This binding is formed this housing profile;
This binding with housing profile is placed the mould with this housing profile; And
Carry out molding process planning, to fill case material in the binding that has the housing profile at this, so that this binding is attached at this housing outer surface.
23. the method for manufacturing casing decorating structure as claimed in claim 20 wherein comprises this binding with the step that this housing combines:
This binding is flat in the mould with this housing profile; And
Carry out molding process planning, to fill case material in the mould that has the housing profile at this, so that this binding is attached at this housing outer surface.
24. the method for manufacturing casing decorating structure as claimed in claim 20 wherein comprises this binding with the step that this housing combines:
Housing is provided; And
The profile of this binding being complied with this housing is attached at this housing outer surface.
25. the method for manufacturing casing decorating structure as claimed in claim 24, wherein this housing comprises flat profile.
26. the method for manufacturing casing decorating structure as claimed in claim 20, wherein this elastomer layer compound comprises that the PU hyaline layer is laminated with the PU dyed layer.
27. a manufacturing has the method for the panel of leather outward appearance and sense of touch, comprising:
The elastomer layer compound is provided, and it comprises that the elastomer hyaline layer is laminated with the elastomer pigmentation layer;
This elastomer layer compound is carried out etch process, so that this elastomer pigmentation layer part is removed, so that this elastomer layer compound has pattern;
This elastomer layer compound and carrier is bonding, form binding; And
This binding is combined with panel, so that this panel has leather outward appearance and sense of touch.
28. manufacturing as claimed in claim 27 has the method for the panel of leather outward appearance and sense of touch, further forms printed layers on the one side of the elastomer pigmentation layer of this elastomer layer compound or this carrier arbitrary, so that this pattern color to be provided.
29. manufacturing as claimed in claim 27 has the method for the panel of leather outward appearance and sense of touch, wherein this panel comprises touch panel module.
30. manufacturing as claimed in claim 29 has the method for the panel of leather outward appearance and sense of touch, further between this binding and this touch panel module the dynamic feedbacks module is set, this dynamic feedbacks module comprises:
Dielectric film;
Press the sense feedback unit, it is positioned at this dielectric film below, with feedback when the pressurized by pressure sensitivity; And
The feedback start unit, it starts this and presses the sense feedback unit when pressurized.
31. manufacturing as claimed in claim 27 has the method for the panel of leather outward appearance and sense of touch, wherein this elastomer layer compound comprises that the PU hyaline layer is laminated with the PU dyed layer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009101751312A CN102024590A (en) | 2009-09-16 | 2009-09-16 | Manufacturing methods of keycap, key structure, panel and case |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009101751312A CN102024590A (en) | 2009-09-16 | 2009-09-16 | Manufacturing methods of keycap, key structure, panel and case |
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| Publication Number | Publication Date |
|---|---|
| CN102024590A true CN102024590A (en) | 2011-04-20 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009101751312A Pending CN102024590A (en) | 2009-09-16 | 2009-09-16 | Manufacturing methods of keycap, key structure, panel and case |
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| CN (1) | CN102024590A (en) |
Cited By (6)
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| CN105578817A (en) * | 2016-01-29 | 2016-05-11 | 广东新秀新材料股份有限公司 | Manufacturing methods of composite material Logo and electronic product protective case |
| CN110322809A (en) * | 2019-07-31 | 2019-10-11 | Oppo广东移动通信有限公司 | Electronic equipment |
| CN110497128A (en) * | 2019-08-29 | 2019-11-26 | 大族激光科技产业集团股份有限公司 | A kind of key spring plate welding fixture |
| CN111279118A (en) * | 2017-10-30 | 2020-06-12 | 帝人株式会社 | Leather-like sheet and leather-like display member |
| CN111370245A (en) * | 2018-12-25 | 2020-07-03 | 世洋科技股份有限公司 | Method for manufacturing thin film structure |
| CN114801379A (en) * | 2022-02-25 | 2022-07-29 | 维达力实业（赤壁）有限公司 | End product shell and preparation method thereof |
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| CN114801379A (en) * | 2022-02-25 | 2022-07-29 | 维达力实业（赤壁）有限公司 | End product shell and preparation method thereof |
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Application publication date: 20110420 |