CN102590925A - Light guiding component and electronic equipment with same - Google Patents
Light guiding component and electronic equipment with same Download PDFInfo
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- CN102590925A CN102590925A CN2012100395401A CN201210039540A CN102590925A CN 102590925 A CN102590925 A CN 102590925A CN 2012100395401 A CN2012100395401 A CN 2012100395401A CN 201210039540 A CN201210039540 A CN 201210039540A CN 102590925 A CN102590925 A CN 102590925A
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Abstract
The invention is applicable to the technical field of light guiding elements and discloses a light guiding component and electronic equipment with the light guiding component. The end surface of one end of the light guiding component is provided with an incident surface, and the end surface of the other end of the light guiding component is provided with an emergent surface; the light guiding component is used for receiving incident light from the incident surface and emitting the incident light from the emergent surface after refracting or reflecting the incident light; the incident surface is concave inwards and is provided with a conical surface, and the emergent surface is concave inwards. According to the light guiding component and electronic equipment with the light guiding component, as the concave incident surface with a conical surface and the concave emergent surface are arranged, a user can remotely control the electronic equipment by virtue of an infrared remote controller from a biased angle, and the angle for the electronic equipment to receive remote control is large, thereby solving the difficulties in the prior art and being extremely convenient to use. Furthermore, a major part of infrared light can reach a sensitive area at the front end of an infrared receiving head, thereby greatly improving the sensitivity of the remote control and extending the remote control distance.
Description
Technical field
The invention belongs to the photocon technical field, relate in particular to a kind of light conducting member and have the electronic equipment of this light conducting member.
Background technology
At present, have the electronic equipment of distant control function, for example instrument such as digital television, STB, equipment, household electrical appliance etc., it conducts to the infrared receiving terminal place through the infrared light that adopts light conducting member that telepilot is sent.
With the digital television is example, and the televisor 100 ' visible angle on the market is increasing, is the visible angle of televisor 100 ' like the ∠ a among Fig. 1; It can reach 170 degree even bigger, is the angle that STB can receive remote control like the ∠ b among Fig. 1, and the visible angle of televisor 100 ' is increasing; The user can see TV at a distance on bigger angle direction, but the general infrared remote control that all the usability price ratio is high of STB control as remote control, its remote control angle is generally the coning angle of 90 degree; In the prior art, one light conducting member is set, is used for infrared ray optical direction to infrared receiving terminal in infrared receiving terminal; According to the characteristic of infrared receiving terminal, there is remote control half angular to infrared receiving terminal in light conducting member can be launched telepilot in the certain angle scope infrared ray optical direction; Along with the increase of distance, controlled angle sharply reduces.Based on infrared receiving terminal maximum acceptance angle degree restriction, have IR remote controller control not the remote control blind area, can not satisfy user's demand through operating remote controller when wide-angle is seen TV.
In the prior art, it is cylindric that light conducting member is, and the one of which end is a sensitive surface, and the other end is an exiting surface, and sensitive surface and exiting surface are plane, and infrared light can be reflected, reflect back directive infrared receiving terminal by light conducting member.Light conducting member of the prior art, its can only with and the set top box front panel normal between infrared ray optical direction in the less angular range to infrared receiving terminal, this part infrared light refrangible, reflex to exiting surface; And will reflect light conducting member from the side of light conducting member than the infrared light in the mitre scope between the set top box front panel normal, this part infrared light can't arrive the infrared receiving terminal place, and it is less to cause STB can receive the angle of remote control.Infrared light in light conducting member can only receive more among a small circle, the infrared light that incident angle is bigger will reflect light conducting member from the side of light conducting member, and this part infrared light can't arrive the infrared receiving terminal place, and it is less to cause STB can receive the angle of remote control.The user can't use a teleswitch outside greater than the scope that can receive the remote control angle and operate TV, has brought inconvenience for user's use.In addition, and between the set top box front panel normal than the infrared light in the mitre scope, its horizontal interfacial area that contacts with sensitive surface is little, makes remote control distance that remote control distance is shortened rapidly.
And light conducting member of the prior art, it can not converge infrared light, can't strengthen infrared light intensity, and under the equal situation of the emissive power of telepilot, remote-controlled distance is short.
Summary of the invention
The invention provides a kind of light conducting member and have the electronic equipment of this light conducting member, increased the remote-controlled angle of electronic equipment, be convenient to user's use.
Technical scheme of the present invention is: a kind of light conducting member; Said light conducting member adopts refractive index to process greater than 1 light transmissive material; The end face of one end of said light conducting member is provided with sensitive surface, and the end face of the other end of said light conducting member is provided with exiting surface, and said light conducting member is used for receiving incident light from sensitive surface; And after said incident light reflected or reflect, said incident light is penetrated from said exiting surface; Said sensitive surface is inner concavity and has the conical surface, and said exiting surface is inner concavity.
The present invention also provides a kind of electronic equipment, and said electronic equipment has above-mentioned light conducting member.
A kind of light conducting member provided by the invention and have the electronic equipment of this light conducting member; It is through being provided with indent and having the sensitive surface of the conical surface and the exiting surface of indent; Make the user also can pass through the IR remote controller remote controlled electronic device in more inclined to one side angle; The angle that electronic equipment can receive remote control is big, has solved a difficult problem of the prior art, uses very convenient.And most of infrared light can be incident upon the sensitizing range of the front end of infrared receiving terminal, improved the sensitivity of remote control greatly, thereby prolonged the distance of remote control.
Description of drawings
Fig. 1 is the visible angle of televisor of the prior art and the floor map of remote-controlled angle;
Fig. 2 is the diagrammatic cross-section of a kind of light conducting member of providing of the embodiment of the invention;
Fig. 3 is a kind of floor map that is provided with the light conducting member of conical surface section that the embodiment of the invention provides;
Fig. 4 is a kind of floor map that is provided with the light conducting member of conical surface section that the embodiment of the invention provides;
Fig. 5 is a kind of floor map that is provided with the light conducting member of conical surface section that the embodiment of the invention provides;
Fig. 6 is that a kind of light conducting member that is provided with conical surface section that the embodiment of the invention provides is installed on the partial cutaway schematic on the electronic equipment;
Fig. 7 is the floor map that the conical surface is set to two sections light conducting member on a kind of sensitive surface of providing of the embodiment of the invention;
Fig. 8 is the diagrammatic cross-section that a kind of sensitive surface that the embodiment of the invention provides is the light conducting member of inverted round platform or frustum;
Fig. 9 is the diagrammatic cross-section of the tapered light conducting member of the protruding block of a kind of sensitive surface bottom that provides of the embodiment of the invention;
Figure 10 is the diagrammatic cross-section of the curved light conducting member of the protruding block of a kind of sensitive surface bottom that provides of the embodiment of the invention;
Figure 11 is a kind of diagrammatic cross-section that is provided with the light conducting member of conical surface portion that the embodiment of the invention provides;
Figure 12 is the partial cutaway schematic of a kind of electronic equipment of providing of the embodiment of the invention;
Figure 13 is the floor map of a kind of light conducting member of providing of the embodiment of the invention;
Figure 14 is the floor map of a kind of light conducting member of providing of the embodiment of the invention.
Embodiment
In order to make the object of the invention, technical scheme and advantage clearer,, the present invention is further elaborated below in conjunction with accompanying drawing and embodiment.Should be appreciated that specific embodiment described herein only in order to explanation the present invention, and be not used in qualification the present invention.
A kind of light conducting member that the embodiment of the invention provides can be used for the electronic equipment with distant control function, on electrical equipment such as televisor, TV set-top box, projector or Other Instruments equipment, to increase the remote-controlled angle of electronic equipment; Also can be used on the electronic equipment of tape light, with the light refraction of pilot lamp to panel.
Like Fig. 2～shown in Figure 6; Above-mentioned light conducting member 100 can adopt PMMA (Poly methylMethacrylate; Polymethylmethacrylate; Also be acrylic or organic glass), ABS (AcrylonitrileButadiene Styrene, acrylonitrile-butadiene-styrene copolymer) or SAN printing opacities such as (styrene-acrylonitrile copolymers) and refractive index process (refractive index refers to the light phase velocity in a vacuum and the ratio of the phase velocity of light in medium) greater than 1 material.In the present embodiment, above-mentioned light conducting member is applied on the STB of televisor, to illustrate the beneficial effect of the embodiment of the invention.Offer indent on the end face of one end of said light conducting member 100 and have the sensitive surface 101 of the conical surface, offer the exiting surface 102 of indent on the end face of the other end of said light conducting member 100.Light conducting member 100 is used for receiving incident lights from sensitive surface 101, and after said incident light reflected or reflect, said incident light is penetrated from said exiting surface 102.Said sensitive surface 101 is used to receive incident light and incident light is reflected on sensitive surface 101 and/or reflects, and exiting surface 102 is used for the incident lights in the light conducting member 100 are reflected outside the light conducting member 100.In the present embodiment, light conducting member 100 is cylindric, and perhaps, light conducting member 100 also can wait suitable shape in the form of sheets, all belongs to protection scope of the present invention.Sensitive surface 101 is arranged at the upper end of light conducting member 100; The lower end that exiting surface 102 is arranged at light conducting member 100 (it is to be noted; This paper indication " upper end " and " lower end " be relative concept each other, in actual use, might not " upper end " up; " lower end " down), sidewall 105 is the periphery wall of light conducting member 100.
Further; Like Fig. 3 and shown in Figure 4, light conducting member 100 is provided with an end of exiting surface 101, and arranged outside has conical surface section 103; Away from said sensitive surface 101 directions, the cross-sectional area of conical surface section 103 dwindles gradually on the light conducting member 100 along light conducting member 100 axis.
Like Fig. 2～shown in Figure 6, the cross-sectional area that sensitive surface 101 receives infrared lights is big, the horizontal interfacial area that infrared light contacts with sensitive surface 101 greatly and have the function of optically focused, even the increase of remote control angle, the distance of remote control can not shorten yet.Offer the exiting surface 102 of indent on the end face of the other end of said light conducting member 100, infrared light is arrived more easily receive a sensitizing range of 200, under the equal situation of telepilot emissive power, be beneficial to distance that prolongs remote control and the sensitivity that improves remote control.
When the infrared light directive sensitive surface 101 of telepilot emission, sensitive surface 101 can be with the infrared light refraction to conical surface section 103 or refraction to exiting surface 102.And conical surface section 103 is set in light conducting member 100 sidewalls; Its objective is direction, so that infrared light converges (incident angle of this section refers to the angle between infrared light and the plane of incidence normal) to the place, sensitizing range of infrared receiving terminal 200 central authorities for the IR that changes directive exiting surface 102 edges.Like Fig. 3, shown in Figure 4, the angle between sensitive surface 101 and the front panel normal can make after sensitive surface 101 refractions to the most of exiting surface 102 that is totally reflected to of the infrared light of conical surface section 103 greater than the angle between conical surface section 103 and the front panel normal.Through conical surface section 103 is set, infrared light is converged to the place, sensitizing range of infrared receiving terminal 200 central authorities, be beneficial to and improve remote-controlled sensitivity and scope.Be convenient to user's use, and the infrared light loss is few, helps improving the distance of remote control.Further, also can be coated with the opaque reflectance coating of one deck, reflect from light conducting member 100 sidewalls to avoid infrared light through side at light conducting member 100.
Preferably, as shown in Figures 2 and 3, said exiting surface 102 is the dome shape or the suitable shapes such as parabolic shape or arc surfaced or dome shape of indent.
Please continue 3～Fig. 5 with reference to figure, the dotted line among Fig. 3～Fig. 5 is the path of incident, refraction and the reflection of infrared light.The situation of dividing two kinds of situation explanation infrared light directive light conducting members below: first kind of situation is directly directive sensitive surface 101 of the infrared light that sends of telepilot; Because sensitive surface 101 is the concavity of being with the conical surface; Incident angle (incident angle in this section refers to the angle between the front panel of infrared light that telepilot sends and STB) is less (for example; Less than 42 the degree) infrared light a will directly refract to exiting surface 102 places; As i among Fig. 3 mid-infrared light a, b, c and Fig. 5, j, k, l, the path shown in; These infrared lights all can refract to exiting surface 102 through sensitive surface 101 and sidewall 105 or conical surface section 103, and refract to infrared receiving terminal 200 places that are positioned at exiting surface 102 belows by the exiting surface that is concavity 102.
Second kind of situation; Like infrared light d, e, f, g, the h among Fig. 4; When the user is arranged in more inclined to one side angle (that is: the angle between the front panel normal of the infrared light that sends of telepilot and STB is greater than a half of the cone angle of sensitive surface 101 conical surfaces), the angle between the front panel of infrared light d, e, f, g, h and the STB of telepilot emission is less, and the infrared light d that telepilot sends, e, f, g, h be the sensitive surface 101 of directive indent directly; It can only reflect from the side of light conducting member 100 to sensitive surface 101 inboards; For example infrared light d, e, f, g, the h of incident, light d, e, f, g, the h of refraction will arrive the conical surface of sensitive surface 101, the phenomenon of infrared light generation total reflection from light conducting member 100 sides; The infrared light d of total reflection, e, f, g, the h exiting surface 102 that can go directly downwards; Perhaps reflex to sidewall 105 places of light conducting member 100, reflex to exiting surface 102 again, and refract to infrared receiving terminal 200 places that are positioned at exiting surface 102 belows by exiting surface 102.
Below from the condition of incidence of theoretical derivation infrared light:
Please refer to Figure 13, suppose that light conducting member 100 uses transparent PMMA (refractive index is 1.49) material, and the incident angle that hypothesis incides the left side of sensitive surface 101 is A, be B through sensitive surface 101 refraction angles, shown in figure 13;
1.49=sinA/sinB is then arranged,
The cirtical angle of total reflection that can obtain simultaneously the PMMA material is that b '=arcsin90/1.49 draws b '=42 degree, and the cone angle of sensitive surface 101 is got 2 times of the cirtical angle of total reflection, i.e. 84 degree;
If through the incident angle of the light behind the sensitive surface 101 on sidewall 105 is C, so want total reflections to take place then to need C＞b ' promptly be C＞42 degree in that sidewall 105 is inboard.Seeing has among Figure 13
90-b′＝X+B，
X＝90-C
So draw C=B+b ' by following formula, again because b ' is 42 degree,, then can derive so the C perseverance is spent greater than 42 as long as the B angle is correct time, the light that refracts to sidewall 105 from sensitive surface 101 all can produce the phenomenon of total reflection.
Please refer to Figure 14, suppose that from the incident angle of the light of side incident be A, is B through refraction angles, sidewall 105 back, and C is the incident angle C of inboard emission total reflection on the sensitive surface 101.Prove that at first the infrared light that shines from side can total reflection take place in sensitive surface 101 inboards.
Known D=42 degree, 0＜A＜42 degree has refractive index 1.49=sinA/sinB,
According to Figure 14, C=90-(180-(D+90+B)) gets C=B+D=42+B, so C＞=42 degree are arranged, then is bound to take place total reflection in face 101 inboards.The maximal value of B depends on the maximum with A; Because 0＜A＜42 degree can obtain according to 1.49=sinA/sinB, the B maximum probably is 28 degree; So the scope of C is 42＜C＜70, total reflection can take place in sensitive surface 101 inboards in the provable infrared light that shines from side.
Suppose that A is the incident angle (42 degree) of maximum among Figure 14, then maximum refraction angle B can obtain and equal 30 degree, obtains the outer length OM (rib length is the length of L:OQ) that is exposed at the panel outside.
Can learn angle OKN=B+90=30+90=120 degree according to top reckoning, when injecting a little at M, ∠ OKN=∠ OMQ=120 degree, then ∠ OQM=180-D-∠ OMQ=180-42-120=18 degree.
If L is the length of OQ line among Figure 14, OM=L*sin (∠ OQM)/sin (∠ OQM+D)=L*sin18 degree/sin (18+42) degree=L*0.309/0.866=0.3568*L then; Be set to 0.3568*L (this is to be example with the PMMA material certainly so suggestion light conducting member 100 stretches out the length of set top box front panel part; Different refractivity; Its length is provided with difference, but all can draw the length of depths set top box front panel part according to above-mentioned thinking).
In sum, through such design, make the user also can pass through IR remote controller remote control STB in more inclined to one side angle; The angle that STB can receive remote control is big; Can reach more than 170 degree, even can reach 180 degree, solve a difficult problem of the prior art; The user can arbitrarily pass through the IR remote controller remote-controlled television set in the televisor visual range, use very convenient.Conical surface section 103 can be used for the infrared light of all directions in the light conducting member 100 is converged to exiting surface 102; Most of infrared light can be incident upon the sensitizing range of the front end of infrared receiving terminal 200; Avoided the outer dead band of half angular of infrared receiving terminal 200; Improve the sensitivity of remote control greatly, thereby prolonged the distance of remote control.Even when injecting light conducting member 100 perpendicular to the sidewall of light conducting member 100, infrared light can reflex to exiting surface 102 places by sensitive surface 101, thereby the angle of remote control is increased greatly and the distance of remote control is prolonged.
Particularly, like Fig. 3 and shown in Figure 6, the sidewall of light conducting member 100 convexes with mounting flange 110, offers mounting hole 111 on the said mounting flange.Can adopt locking member to be arranged in mounting hole 111 and light conducting member is fixed on the panel 400 of electronic equipment.Additionally, also can pass through other suitable method, for example adopt modes such as bonding, riveted joint, inlay card be fixing that light conducting member is fixed on the electronic equipment, all belong to protection scope of the present invention.
Particularly, like Fig. 3 and shown in Figure 6, it is inverted coniform or be inverted pyramid-shaped that said sensitive surface 101 is, and the conical surface can be provided with at least one.As shown in Figure 7, the conical surface on the sensitive surface 101 also can be set to two or more, and two or more conical surfaces can end to endly be provided with, and all belongs to protection scope of the present invention.The angle of inclination of sensitive surface 101 can confirm according to actual conditions, and its height, exiting surface 102 positions and size with the position of conical surface section 103 and angle, conductor pin body 100 matches.
Perhaps, as shown in Figure 8, it is inverted round table-like or be inverted terrace with edge shape or other suitable shape that said sensitive surface 101 is, so that processing all belongs to protection scope of the present invention.
Perhaps, like Fig. 9 and shown in Figure 10, it is inverted coniform or be inverted pyramid-shaped that said sensitive surface 101 is, and the bottom of sensitive surface 101 also is provided with protruding block 104.Preferably, said protruding block curved or taper or other suitable shape all belong to protection scope of the present invention.As shown in Figure 7, protruding block 104 is tapered.As shown in Figure 8, protruding block 104 is curved.
Particularly, shown in figure 11, light conducting member 100 is provided with sensitive surface 101 1 ends, and its arranged outside has conical surface portion 106.Along the direction of light conducting member 100 axis away from exiting surface 102, the cross-sectional area of light conducting member 100 epicones facial 106 dwindles gradually.The infrared light of this conical surface portion 106 of directive; The less infrared light of its some incident angle (incident angle of this section refers to the angle between the front panel of infrared light that telepilot sends and STB) can directly refract on the exiting surface 102; The infrared light that incident angle is bigger will refract to sensitive surface 101; Reflex to exiting surface 102 places or conical surface section 103 places by sensitive surface 101 again; The infrared light that reflexes to conical surface section 103 places can reflex to exiting surface 102 places, and the infrared light that reflects or reflex to exiting surface 102 places will reflect, converge to infrared receiving terminal 200 places by exiting surface 102.
Though it is pointed out that among a plurality of embodiment of the present invention and adopt transparent PMMA material with light conducting member 100, its refractive index is about 1.49 to be explained, those skilled in the art can know that light conducting member also can adopt the transparent material with other refractive index.
The embodiment of the invention also provides a kind of electronic equipment, and electronic equipment can be electrical equipment or Other Instruments equipment such as digital television, STB.Said electronic equipment has above-mentioned light conducting member.Through offering sensitive surface 101, the little infrared light of incident angle (incident angle of this section refers to the angle between the front panel of infrared light that telepilot sends and STB) is directly refracted to exiting surface 102 places and is used for the infrared light refraction that incident angle is big or reflexes to conical surface section 103 places being used in the upper surface of light conducting member; And can the conical surface section 103 of infrared light reflection to the exiting surface 102 that is come by sensitive surface 101 reflections be reflected or reflex to infrared receiving terminal 200 places of infrared light refrangible to sensitive surface 101 belows of exiting surface 102 in the arranged outside of light conducting member.Make the user also can pass through the IR remote controller remote controlled electronic device in more inclined to one side angle, the angle that electronic equipment can receive remote control is big, can reach more than 170 degree, has solved a difficult problem of the prior art, uses very convenient.And most of infrared light can be incident upon the sensitizing range of the front end of infrared receiving terminal 200, improved the sensitivity of remote control greatly, thereby prolonged the distance of remote control.
Particularly, as shown in Figure 6, said electronic equipment also comprises housing; Said housing comprises panel 400; Offer through hole 401 on the said panel 400, said light conducting member is arranged at said through hole 401 places, and the said light guide body end that offers sensitive surface 101 protrudes from the surface of said panel 400; The infrared light that telepilot sends can refract to the inboard of sensitive surface 101 through the outside of light conducting member 100, and by inner reflection to the exiting surface 102 or the conical surface section 103 of sensitive surface 101.Increase the angle that electronic equipment can receive remote control greatly, be convenient to user's use.
Particularly, be provided with infrared receiving terminal 200 in the said housing, said infrared receiving terminal 200 be provided with stretch to said exiting surface 102 place and with the lug boss of said exiting surface 102 form fit.
Perhaps, shown in figure 12, also can below exiting surface 102, locate to be provided with luminous indicating lamp 500; Luminous indicating lamp 500 be provided with stretch to said exiting surface 102 place and the theory reversible according to light path with the lug boss of said exiting surface 102 form fit, the light that luminous indicating lamp 500 is sent can pass through refraction, the reflection of light conducting member, but the bigger scope of directive; Its part light can penetrate from the side-walls that light conducting member 100 protrudes from panel 400 and is parallel with panel 400; Particularly, the light of luminous indicating lamp 500 refracts to conical surface section 103 or sensitive surface 101 by light-emitting area, and the light that refracts to conical surface section 103 can produce total reflection phenomenon and light is reflexed to sensitive surface 101; Reflection or the part light that refracts to sensitive surface 101 will produce the phenomenon of total reflection; So that the direction of part light along parallel panel 400 reflected out,, can make panel 400 on the one hand and send out the contrast of showing lamp 500 so strong to illuminate panel 400; Thereby reach the abblendbar effect; Illuminated panel 400 on the other hand, be convenient to the user and watch the information such as button on the panel 400, to satisfy the demand of guidance panel 400 buttons; Also beautified panel 400, made electronic equipment elegant in appearance.
The above is merely preferred embodiment of the present invention, not in order to restriction the present invention, all any modifications of within spirit of the present invention and principle, being done, is equal to and replaces or improvement etc., all should be included within protection scope of the present invention.
Claims (11)
1. light conducting member; Said light conducting member adopts refractive index to process greater than 1 light transmissive material; The end face of one end of said light conducting member is provided with sensitive surface, and the end face of the other end of said light conducting member is provided with exiting surface, and said light conducting member is used for receiving incident light from sensitive surface; And after said incident light reflected or reflect, said incident light is penetrated from said exiting surface; It is characterized in that said sensitive surface is inner concavity and has the conical surface, said exiting surface is inner concavity.
2. light conducting member as claimed in claim 1 is characterized in that, said light conducting member is provided with an end of exiting surface, and its arranged outside has conical surface section; Along the direction of said light conducting member axis away from said sensitive surface, the cross-sectional area of conical surface section dwindles gradually on the said light conducting member.
3. according to claim 1 or claim 2 light conducting member is characterized in that, it is inverted coniform or be inverted pyramid-shaped or be inverted round table-like or be inverted terrace with edge shape that said sensitive surface is.
4. light conducting member as claimed in claim 3 is characterized in that the bottom of said sensitive surface also is provided with protruding block.
5. light conducting member as claimed in claim 4 is characterized in that, the curved or taper of said protruding block.
6. according to claim 1 or claim 2 light conducting member is characterized in that said exiting surface is the dome shape or the parabolic shape of indent.
7. according to claim 1 or claim 2 light conducting member; It is characterized in that said light conducting member is provided with sensitive surface one end, its arranged outside has conical surface portion; Along the direction of said light conducting member axis away from said exiting surface, the facial cross-sectional area of said light conducting member epicone dwindles gradually.
8. like the arbitrary described light conducting member of claim 1-7, it is characterized in that the cone angle that the conical surface forms in the said sensitive surface is the twice of the cirtical angle of total reflection of said light conducting member.
9. an electronic equipment is characterized in that, said electronic equipment has like each described light conducting member in the claim 1 to 8.
10. electronic equipment as claimed in claim 9; It is characterized in that; Said electronic equipment also comprises housing, and said housing comprises panel, offers through hole on the said panel; Said light conducting member is arranged at said through hole, and the said light guide body end that offers sensitive surface protrudes from the surface of said panel.
11. electronic equipment as claimed in claim 10; It is characterized in that; Be provided with infrared receiving terminal or luminous indicating lamp in the said housing, said infrared receiving terminal or said luminous indicating lamp be provided with stretch to said exiting surface the place and with the lug boss of said exiting surface form fit.
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| CN201210039540.1A CN102590925B (en) | 2012-02-21 | 2012-02-21 | Light guiding component and electronic equipment with same |
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| CN201210039540.1A CN102590925B (en) | 2012-02-21 | 2012-02-21 | Light guiding component and electronic equipment with same |
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| CN102590925A true CN102590925A (en) | 2012-07-18 |
| CN102590925B CN102590925B (en) | 2014-07-09 |
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Address after: 518129 Building 2, B District, Bantian HUAWEI base, Longgang District, Shenzhen, Guangdong. Patentee after: Huawei terminal (Shenzhen) Co.,Ltd. Address before: 518129 Building 2, B District, Bantian HUAWEI base, Longgang District, Shenzhen, Guangdong. Patentee before: HUAWEI DEVICE Co.,Ltd. |
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