CN102842449B - Button irradiation structure - Google Patents

Button irradiation structure Download PDF

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Publication number
CN102842449B
CN102842449B CN201110189573.XA CN201110189573A CN102842449B CN 102842449 B CN102842449 B CN 102842449B CN 201110189573 A CN201110189573 A CN 201110189573A CN 102842449 B CN102842449 B CN 102842449B
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CN
China
Prior art keywords
button
light
above
mentioned
operation push
Prior art date
Application number
CN201110189573.XA
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Chinese (zh)
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CN102842449A (en
Inventor
金延明
木村充志
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阿尔派株式会社
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Priority to CN201110189573.XA priority Critical patent/CN102842449B/en
Publication of CN102842449A publication Critical patent/CN102842449A/en
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Publication of CN102842449B publication Critical patent/CN102842449B/en

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Abstract

Provide a kind of button irradiation special and that irradiation is of high grade to construct. Operation push-button 1 back side that logical photosensitiveness material is made forms pyramidal plane 1c, and the peripheral part of this operation push-button 1 supported by translucent button support 9, operates thus by having gap and be oppositely arranged between nearly 1 pyramidal plane 1c and button support. The translucent rubber body 10 of installing on button support 9 makes operation push-button 1 remain on off position, and the light conductor 11 being covered by rubber bodies 10 penetrates at the back side to rubber bodies 10 light from light source for irradiation (LED) 8 of incident from the side from light emergence face 11a. After this light transmission rubber bodies 10 and 9 diffusions of button support, be irradiated to by clearance C on the pyramidal plane 1c of operation push-button 1. And when operation push-button 1 is carried out pressing operation by user, the driving projection 9a of button support 9 presses driving switch element 6, there is strain in rubber bodies 10.

Description

Button irradiation structure

Technical field

The present invention relates to a kind of button irradiation structure, from the back side one side, the light transmission that is used as key-top is graspedCarry out irradiation as button.

Background technology

This button irradiation structure is applicable to various key switch arrangements, to improve at dim rings such as nightsUnder border for the visuality of operation push-button. Following representative existing as this kind of button irradiation structureTechnology is disclosed (for example, with reference to patent documentation 1), that is, with actual load the switch element of circuit substrate withAnd on the relative position of light source, dispose the rubber bodies that trnaslucent materials is made, make to penetrate from light source (LED) andThe light being spread by rubber bodies irradiates the back side that is mounted in the operation push-button in this rubber bodies. Existing what be correlated withIn technology, the back side of carrying the button equipped section of operation push-button in rubber bodies projects drive division, drives by thisThe driving that can be pressed of moving portion switch element. And, in this rubber bodies, be provided with the supporting wall portion as tubular,This supporting wall portion prolongs from the neighboring of button equipped section, and elasticity is being supported button equipped section.

That is to say, in existing button irradiation structure, in the time that operation push-button is pressed operation, rubber bodiesSupporting wall portion be subject to this pressing force and produce strain, in the time that operation push-button is pressed regulation pressing quantity, rubberThe drive division of colloid is pressed driving switch element, makes it carry out " opening " action. Then, when removing operationWhen the pressing operation power of button, because elasticity involution occurs in the supporting wall portion of rubber bodies, pushed away at operation push-buttonWhen getting back to initial position (off position), switch element also automatic resetting to the state of " OFF ".

As constituted above in button irradiation structure, owing to being just configured in operation push-button from the light of light sourceThe switch element of below blocks, and is easy to occur the irradiation phase of the middle body of operation push-button compared with aroundTo dark situation, but in prior art, study, adopt the means of light conductor by the shape to rubber bodiesRealize the even irradiation according to region, pass of operation push-button. For example, employing can be led the light of incident from the sideThereby penetrate the conductor of the less light of briliancy spot (brightness irregularities on each light-emitting zone) to front, shouldThe back side of the light outgoing plane of conductor and rubber bodies (button equipped section) is oppositely arranged, and just can realize behaviourMake the even irradiation in the irradiation region of button.

[look-ahead technique document]

[Japanese documentation 1] TOHKEMY 2008-41563 communique

[problem that invention solves]

Although above-mentioned existing button irradiation structure can be realized the even irradiation in operation push-button irradiation region,Use has in the situation of larger operation push-button in very large irradiation region, bright due to whole irradiation regionDegree is all the same, makes operation push-button look the same altar lamp. So easily give the photograph of a kind of operation push-button of peopleThe impression that light mode is outmoded, rustic, is at least difficult to allow people feel to have irradiation grade senior, high-quality. ExampleAs, if penetrate light senior and unique as jewel had can realize operation push-button by irradiation timeLine, before arranged the electronic product of this operation push-button commodity value will greatly improve.

The present invention is exactly in view of above-mentioned prior art, object be to provide a kind of uniqueness and have high-grade irradiation byKey irradiation structure.

Summary of the invention

In order to reach above-mentioned purpose, button irradiation structure of the present invention possesses operation push-button, by translucent materialMake; Button support, is made up of translucent material, supports integratedly aforesaid operations button, and this button props upHold body and also have drive division, this drive division is used for pressing driving switch element; Rubber bodies, by the bullet of light transmissionProperty material is made, and can make aforesaid operations button remain on off position by above-mentioned button support; LightSource, penetrates light, and aforesaid operations button is carried out to irradiation; At least a portion at the back side of aforesaid operations buttonBe formed as pyramidal plane, between this pyramidal plane and above-mentioned button support, have gap and be oppositely arranged, above-mentioned pressingKey support is supported the peripheral part of aforesaid operations button; And, see through above-mentioned rubber from the light of above-mentioned light sourceAfter being diffused, colloid and above-mentioned button support sector be irradiated to above-mentioned pyramidal plane by above-mentioned gap.

The button support that diffusion sees through light is like this supported the peripheral part of operation push-button, and with this operation push-buttonThe back side (pyramidal plane) there is being oppositely arranged of gap, can make light that briliancy spot is few be irradiated to operation byOn the pyramidal plane of key. Therefore, if the light being irradiated on the each inclined plane that forms pyramidal plane is all briliancy spotFew light, can be from the inboard ejaculation of the operating surface of operation push-button (key-top) inclining according to each inclined planeThe light that gradient directional property is different. So this operation push-button not only can be realized and can see the back side oneUnder the state of the pyramidal plane of side, carry out irradiation, can also be according to the luminous place of user's visual angle operation push-buttonProduce great changes.

In the above-described configuration, make to exist gap between the operation push-button back side (pyramidal plane) and be oppositely arrangedThe opposite face of button support forms the pyramidal plane contrary with above-mentioned pyramidal plane convex-concave relation, and two pyramidal planes are relativeInterval equates everywhere. Like this, in the time of irradiation, form pyramidal plane each of the back side one side of operation push-buttonIt is very obvious that the crest line on inclined plane can become, thereby this pyramidal plane is just very easy to be seen by user.

And in the above-described configuration, the back side shape of operation push-button is quadrangular pyramid, the position, summit of this quadrangular pyramidIn the dead astern of the rectangular operation face central authorities of aforesaid operations button. So, while seeing operation push-button from front,The crest line of quadrangular pyramid is positioned at cornerwise dead astern of operating surface, so have good visual balance. Therefore,The complexity especially that the shape of operation push-button needn't design also can increase substantially irradiation grade.

And, in the above-described configuration, also possess light conductor, by from the side penetrate the photoconduction from light source toA side on the front, thus can penetrate the light that briliancy spot is few from light emergence face, the light emergence face of this light conductorRelative with the back side of above-mentioned rubber bodies. So, from light source and see through light conductor, rubber bodies and pressIt is considerably less that key support is irradiated to the briliancy spot of light at the button back side (pyramidal plane), so with regard to operation push-buttonWhen irradiation, more easily make this pyramidal plane become noticeable.

[invention effect]

In button irradiation structure of the present invention, the button support that sees through light due to diffusion is supported operation push-buttonPeripheral part, and and the back side (pyramidal plane) of this operation push-button between stay gapped being oppositely arranged, makeThe light that briliancy spot is few is irradiated on each inclined plane of the pyramidal plane that forms operation push-button, thereby can be from operationOperating surface one side of button penetrates according to the gradient on each inclined plane and the different light of directional property. Therefore,This operation push-button not only can carry out irradiation, Er Qiecao under the state of pyramidal plane that can see the back side one sideDo button luminous place can along with user's visual angle, great changes will take place. Due to so special irradiation sampleState can be analogized the radiance of emitting for jewels such as crystals, will produce operation push-button irradiation grade and significantly improveEffect. And operation push-button, button support can be configured as desirable shape by translucent resin,Can not produce the phenomenon raising the cost.

Brief description of the drawings

Fig. 1 is the exploded perspective view that the button irradiation structure of embodiment of the present invention is suitable for vehicle mounted face equipment.

Sectional drawing when Fig. 2 is the not operation of the press button mechanism shown in Fig. 1.

Fig. 3 is the front view of the vehicle mounted face equipment shown in Fig. 1.

Fig. 4 is the stereogram of operating surface one side of the operation push-button shown in Fig. 1~Fig. 3.

Fig. 5 is the stereogram of the back side one side of this operation push-button.

Fig. 6 is the stereogram of front one side of the button support shown in Fig. 1,2.

Fig. 7 is the stereogram of the back side one side of this button support.

In figure:

1, operation push-button 1a, operating surface 1b, summit 1c, quadrangular pyramid face (pyramidal plane) 1d,Crest line 3, front panel 4, liquid crystal indicator 5, flexible wiring substrate6, switch element 8, LED(light source) 9, button support 9a, drive projection (drive division)9b, quadrangular pyramid face (pyramidal plane) 10, rubber bodies 10a, button equipped section 10b, inclination support sector10c, bulge 11, light conductor 11a, light emergence face 11c, reflecting surface 20, press buttonMechanism 30, decorative cover body 100, vehicle mounted face equipment C, gap

Detailed description of the invention

Referring to brief description of the drawings embodiments of the present invention. In the present embodiment, for Fig. 1, Fig. 3 instituteThe operation push-button 1 that is arranged on vehicle mounted panel 100 inside showing is undertaken by the button irradiation of LED8 irradiation structureExplanation.

Vehicle mounted face equipment 100 is made up of following part substantially. Front panel 3, is frame shape and joins in following portionBe provided with the multiple operation push-buttons that comprise operation push-button 1 and other multiple operation push-buttons 2; Decorative cover body 30, anti-Only be arranged on coming off of operation push-button group 1,2 on front panel 3; Liquid crystal indicator 4, has demonstration pictureFace 40 and be installed in the back side one side of front panel 3; Flexible wiring substrate 5, along liquid crystal indicator 4Portion is arranged on substrate plate 50 below; Be arranged on switch element 6 on flexible wiring substrate 5 and other are manyIndividual switch element 7; Between each switch element 6,7 and and its corresponding operation push-button 1,2 between a partNot shown various built-in parts; Be arranged on LED8 on flexible wiring 5 etc. And, if pressUnder the operation push-button arbitrarily 1, the operation push-button 2 that expose from the peristome 30a of decorative cover body 30, right with itSwitch element 6, the switch element 7 of the answering driving that will be pressed, will specify by flexible wiring substrate 5 thusSignal outputs to not shown central control unit (CPU).

Operation push-button 1 is used as the input part of the press button mechanism 20 shown in Fig. 2, this press buttonMechanism 20 is made up of following part. Operation push-button 1, is made up of transparent material, can press behaviour by userDo; Button support 9, is made up of translucent translucent material, has the projection of driving 9a, and after installingBecome one to support this operation push-button 1 with operation push-button 1; Rubber bodies 10, by translucent light transmission bulletProperty material form, by button support 9 make operation push-button 1 can remain on regulation off position (figurePosition shown in 2); Light conductor 11, is made up of transparent material, the back of the body of light emergence face 11a and rubber bodies 10Face is oppositely arranged; Switch element 6, presses driving by the driving projection 9a of button support 9; LED8,For operation push-button 1 is carried out irradiation and penetrates light. The material of these parts is not made particular determination, but at thisIn embodiment, operation push-button 1 adopts allyl resin, and button support 9 adopts milky Merlon,It is milky silicon rubber equally that rubber bodies 10 adopts. And light conductor 11 is by transparent Merlon shapeBecome.

Operating surface (key-top) 1a of operation push-button 1 is general rectangle as shown in Figure 4, and operation is pressedThe back side shape of key 1 is illustrated in figure 5 the quadrangular pyramid outstanding to inside, and the summit 1b of this quadrangular pyramid is positioned at behaviourDo the central dead astern of face 1a. Form quadrangular pyramid face 1c at the back side of the rectangular operation push-button 1 of entirety,This quadrangular pyramid face 1c is made up of four inclined planes, is respectively the 1st inclined plane 1c1,1c2 and the 2nd inclined plane1c3,1c4. In the present embodiment, the 1st inclined plane 1c1,1c2 are bottom side length and from this base 1b to the limitBetween the isosceles triangle of the short a pair of congruence of distance (being leg-of-mutton height), the 2nd inclined plane 1c3,1c4For base is short and the isosceles triangle of a pair of congruence of the distance between 1b to the limit from this base. Therefore,The 1st inclined plane 1c1,1c2 and the 2nd inclined plane 1c3,1c4 are each with respect to the gradient on base from summit 1bNot identical. If see operation push-button 1 from front, the crest line 1d of quadrangular pyramid face 1c is positioned at the diagonal angle of operating surface 1aThe dead astern of line. And, on the peripheral part in the outer part of the quadrangular pyramid face 1c than this operation push-button 1 relativelyShort side part on divide and project positioning convex portion 1f at relative long leg when projecting engagement pawl 1e. UtilizeThese engagement pawl 1e and positioning convex portion 1f, operation push-button 1 is engaged to the assigned position of button support 9.

As shown in Figure 6, front one side of button support 9 forms the recess of quadrangular pyramid shape, by this recess shapeAlthough the quadrangular pyramid face 1c concavo-convex relationship of the quadrangular pyramid face 9b and the operation push-button 1 that become is contrary but be roughly the sameShape. In the short side part of the rectangle peripheral part of the encirclement quadrangular pyramid face 9b on this button support 9, arrangeStop hole 9c, divides location indentations 9d is set at its long leg simultaneously. Stop hole 9c is for chimeric operationThe engagement pawl 1e of button arranges, and location indentations 9d is the location indentations 1f embedding in order to make operation push-button 1Enter to arrange. Namely, after the position of positioning convex portion 1f and location indentations 9d is aligned, make cardClaw stop 1e snaps in stop hole 9c, thereby operation push-button 1 just can be limited to front one side of button support 9Assigned position. So supported operation by button support sector 9 by the peripheral part of the operation push-button 1 of engagementThe quadrangular pyramid face 9b of the back side (quadrangular pyramid face 1c) the button support 9 of button 1 relatively and have a clearance C (ginsengAccording to Fig. 2). And, because operation push-button 1 is roughly the same with quadrangular pyramid face 1c, the 9b of button support 9Shape, the size (relative spacing) of clearance C is homogenization. And, as shown in Figure 7, button support 9The central part of the back side one side on project and drive projection 9a. As shown in Figure 2, this driving projection 9a and switchElement 6 connects or the minim gap of being separated by is oppositely arranged, button when operation push-button 1 is carried out pressing operationSupport 9 is moving to inside of one also, drives projection 9a just switch element 6 to be pressed to driving thereupon.

As depicted in figs. 1 and 2, in rubber bodies 10, designed following structure. Carry button support 9Rectangle button equipped section 10a, extendedly from the two ends of the length direction of this button equipped section 10a a pair ofly inclineThe oblique 10b of support sector, a pair of bulging that 2 places of 10a inside, button equipped section are formed to the back side one side bulgingThe 10c of portion. The central portion of button equipped section 10a is offered circular hole 10d, owing to driving projection 9a to run through this circular hole10d, rubber bodies 10 is installed in the back side one side of button support 9. And, the 10b of pair of angled support sectorCardinal extremity separately near offer respectively installing hole 10e, because 2 engagements foot 3a of front panel 3 run through respectivelyThese 2 installing hole 10e, rubber bodies 10 covers light conductor 11 and is installed to assigned position. In addition, at figureWhen not operation shown in 2, the 10b of pair of angled support sector is by button support 9 Hes on the 10a of button equipped sectionOperation push-button 1 remains on the off position of regulation.

As shown in Figure 2, in light conductor 11 inside, reflecting surface 11c is set, by the light from a side 11b incidentAlignment light emergence face 11a reflection, by form jog, rake on this reflecting surface 11c, realize fromLight emergence face 11a penetrates the few light of briliancy spot. In the present embodiment, light conductor 11 is fixed on flexibleWiring substrate 5 and being covered by rubber bodies 10, light emergence face 11a is relative with the back side of rubber bodies 10. And,A side 11b of light conductor 11 is relative with light source LED8 with irradiation. In addition, this light conductor 11 is provided with:Make through hole 11d that the driving projection 9a of button support 9 inserts, in order to suppress strong to light emergence face 11aStrong light is reflected in by a side 11b(LED8) region be provided with through hole 11e.

Secondly, for possessing these operation push-buttons 1 and button support 9, rubber bodies 10, light conductor 11 etc.The action of press button mechanism 20 describe. When user is by the operating surface of operation push-button 1 (key-top)1a presses to inside, and strain occurs for the 10b of inclination support sector of rubber bodies 10, and bulge 10c withAfter connecting, light conductor 11 also there is strain, button support 9 and operation push-button 1 and button equipped section10a moves to inside together. Then, when operation push-button 1 is carried out the pressing operation of regulation pressing quantity, buttonThe driving projection 9a of support 9 presses driving switch element 6 makes it carry out " opening " action. And, described inWhile removing user's operating physical force after pressing operation, due to the 10b of inclination support sector and bulge 10c selfElasticity and return to the shape of beginning, be mounted in the button support 9 of button equipped section 10a and operation byWhen key 1 is pushed back to off position (primary position), switch element 6 also automatically restores to " pass "State.

In this press button mechanism 20, in order to improve the visuality of operation push-button in the dim environment such as night,The light penetrating from LED8, reflected by the reflecting surface 11c of light conductor 11 is propped up by rubber bodies 10 and buttonHold body 9 and be irradiated to the back side (quadrangular pyramid face 1c) of operation push-button 1, the operating surface 1a of operation push-button 1 accordinglyCarried out irradiation. At that time, see through between light that translucent rubber bodies 10 and button support 9 be diffused passes throughGap C is irradiated to the quadrangular pyramid face 1c of operation push-button 1 after further spreading, so be irradiated to this quadrangular pyramid faceThe light of 1c is exactly the few light of briliancy spot.

As mentioned above, in the button irradiation structure of present embodiment, the back side of operation push-button 1 forms quadrangular pyramidWhen face 1c, between the quadrangular pyramid face 9b of this quadrangular pyramid face 1c and button support 9, leave clearance CBe oppositely arranged, the light that sees through the LED8 (irradiation light source) that rubber bodies 10 and button support 9 be diffused passes throughClearance C is irradiated to the back side (quadrangular pyramid face 1c) of operation push-button 1. Thus, the light that briliancy spot is few is irradiated to4 inclined plane 1c1~1c4 of the quadrangular pyramid face 1c of formation operation push-button 1 are upper, before operation push-button 1Operating surface 1a mono-side can penetrate the different gradient and pointing to separately along with these inclined planes 1c1~1c4The light that characteristic is different. As a result, this operation push-button 1 not only can be at the quadrangular pyramid that can see the back side one sideUnder the state of face 1c, make its irradiation, and due to the 1st inclined plane 1c1,1c2 and the 2nd inclined plane 1c3,1c4Luminance difference, the luminous place of operation push-button can along with user's visual angle, great changes will take place. ByCan be analogized the senior luminance for jewels such as crystals in special so new-type irradiation sample state, will be producedThe effect that raw operation push-button irradiation grade significantly improves. And operation push-button, button support can be by thoroughlyPhotosensitiveness ester moulding is desirable shape, can not produce the phenomenon raising the cost.

And, in the button irradiation structure of present embodiment, also adopted the upper formation of reflecting surface 11c concavo-convexThe light conductor of portion, rake, by the light of the LED8 of the side incident from this light conductor 11 by reflecting surface 11cReflection guiding leaning front one side, penetrates briliancy spot from the light emergence face 11a relative with the back side of rubber bodies 10 fewLight. Therefore, see through light conductor 11, rubber bodies 10 and button support 9 and be irradiated to operation push-button 1The briliancy spot of the light at the back side (quadrangular pyramid face 1c) becomes considerably less, thus operation push-button 1 during by irradiation moreEasily make this quadrangular pyramid face 1c become noticeable.

And, in the button irradiation of present embodiment structure, by and the quadrangular pyramid face 1c of operation push-button 1 betweenThe opposite face that leaves the button support 9 that clearance C is oppositely arranged is set as contrary with quadrangular pyramid face 1c concavo-convex relationshipQuadrangular pyramid face 9b, thereby make two quadrangular pyramid face 1c, 9b of operation push-button 1 and button support 9Relative spacing equates everywhere. Therefore,, in the time of irradiation, form each inclination of the quadrangular pyramid face 1c of operation push-button 1Crest line 1d between face can become very obvious, thereby while also making irradiation, user more easily sees quadrangular pyramid face 1c.But the opposite face of button support 9 also there is no need to be necessarily arranged to the pyramidal plane of operation push-button 1Shape is identical, for example, also can form the flexure plane relaxing along pyramidal plane, so also can be in certain journeyOn degree, make size (relative spacing) homogenization of clearance C.

And, in the button irradiation structure of present embodiment, the top of the quadrangular pyramid at the back side of operation push-button 1The dead astern of some 1b position rectangular operation face 1a central authorities, while seeing operation push-button 1 from front, the rib of this quadrangular pyramidLine 1d is positioned at cornerwise dead astern of operating surface 1a, so have good visual balance. Therefore, behaviourMake the complexity especially that the shape of button 1 needn't design and also can increase substantially irradiation grade.

In addition, the situation that in the above-described embodiment back side of operation push-button 1 is formed as to quadrangular pyramid face is carried outExplanation, still, also can arrange according to the size of the operating surface 1a of operation push-button 1, shape back side shapeBecome pyramidal beyond quadrangular pyramid, for example, also can be arranged to the polygonal cone-shaped of pentagonal pyramid, anistree cone etc.And, also the back side shape of operation push-button 1 can be arranged to pyramidal towards a side on the front of summit,Now the back side one side of operation push-button 1 has the recess being formed by this pyramidal plane. And only at operation push-button 1The part at the back side form pyramidal plane and also may produce the effect that improves irradiation grade.

Claims (4)

1. a button irradiation structure, possesses:
Operation push-button, is made up of translucent material,
Button support, the support aforesaid operations button of one, this button support also has drive division, this drivingPortion presses and drives the switch element of being made up of translucent material,
Rubber bodies, is made up of the elastomeric material of light transmission, can make aforesaid operations button by above-mentioned button supportRemain on off position,
Light source, penetrates light, and aforesaid operations button is carried out to irradiation,
It is characterized in that:
At least a portion at the back side of aforesaid operations button is formed as pyramid, and the gradient of each pyramidal plane of this pyramid is notWith and and above-mentioned button support between there is gap and be oppositely arranged, above-mentioned button support is supported above-mentioned behaviourMake the peripheral part of button, the relative opposite face of the pyramidal plane with aforesaid operations button of this button support formsFor forming with the pyramidal plane of above-mentioned pyramidal plane similar shape or along the pyramidal plane of operation push-button the flexure plane relaxing,And, after seeing through above-mentioned rubber bodies and above-mentioned button support sector and be diffused from the light of above-mentioned light source by upperState gap and be irradiated to above-mentioned pyramidal plane.
2. button irradiation structure according to claim 1, is characterized in that:
And above-mentioned pyramidal plane between there is gap and the opposite face of the above-mentioned button support that is oppositely arranged on be provided withThe pyramidal plane contrary with above-mentioned pyramidal plane convex-concave relation, two pyramidal plane relative spacings equate everywhere.
3. button irradiation structure according to claim 1, is characterized in that:
The back side shape of aforesaid operations button is quadrangular pyramid, and the summit of this quadrangular pyramid is positioned at the rectangle of aforesaid operations buttonUnder operating surface central authorities.
4. according to the button irradiation structure described in arbitrary claim in claim 1~3, it is characterized in that:
Possess light conductor, by the above-mentioned photoconduction from light source penetrating from the side to a side on the front, thereby can be fromLight emergence face penetrates the few light of briliancy spot, the above-mentioned light emergence face of this light conductor and the back side of above-mentioned rubber bodiesRelatively.
CN201110189573.XA 2011-06-24 2011-06-24 Button irradiation structure CN102842449B (en)

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Application Number Priority Date Filing Date Title
CN201110189573.XA CN102842449B (en) 2011-06-24 2011-06-24 Button irradiation structure

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Application Number Priority Date Filing Date Title
CN201110189573.XA CN102842449B (en) 2011-06-24 2011-06-24 Button irradiation structure

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CN102842449B true CN102842449B (en) 2016-05-25

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Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1191379A (en) * 1997-02-18 1998-08-26 阳箭有限公司 Illumination key and method of manufacture thereof
CN1484264A (en) * 2002-08-12 2004-03-24 日本电气株式会社 Illumination structure for pushbutton and electronic device with pushbutton having illumination structure
CN1652269A (en) * 2004-02-03 2005-08-10 华硕电脑股份有限公司 Transmission key device and its mfg. method
JP2008041563A (en) * 2006-08-09 2008-02-21 Nec Corp Key illumination structure
JP2008103106A (en) * 2006-10-17 2008-05-01 Nec Corp Key lighting device, terminal equipment including the same, and electronic device
CN201601049U (en) * 2010-02-08 2010-10-06 阿尔派株式会社 Illuminated key means

Patent Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1191379A (en) * 1997-02-18 1998-08-26 阳箭有限公司 Illumination key and method of manufacture thereof
CN1484264A (en) * 2002-08-12 2004-03-24 日本电气株式会社 Illumination structure for pushbutton and electronic device with pushbutton having illumination structure
CN1652269A (en) * 2004-02-03 2005-08-10 华硕电脑股份有限公司 Transmission key device and its mfg. method
JP2008041563A (en) * 2006-08-09 2008-02-21 Nec Corp Key illumination structure
JP2008103106A (en) * 2006-10-17 2008-05-01 Nec Corp Key lighting device, terminal equipment including the same, and electronic device
CN201601049U (en) * 2010-02-08 2010-10-06 阿尔派株式会社 Illuminated key means

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