Background technology
Along with development of Communication Technique, the user requires also correspondingly to improve to the experience sense of electronic product performance, and in electronic product, ubiquity the demand that the light of indicator lamp is exported to product surface from veneer, therefore, not only economy but also leaded light scheme attractive in appearance obtain users' concern.
As shown in Figure 1, be the structural representation of a kind of guiding device of prior art, wherein, 11 is casing, 12 is the leaded light post, leaded light post 12 adopts transparent material, and being arranged in casing 11,13 is light emitting diode, 14 is veneer, light emitting diode 13 links together with veneer 14, and 15 is eyeglass, is positioned on casing 11 outer surfaces.When connecting veneer 14, by leaded light post 12, the light source of light emitting diode 13 is refracted on the eyeglass 15, the final realization exports to the electronic product surface with the light of light emitting diode.
Adopt leaded light post and eyeglass that the light of light emitting diode is led the light-guiding method of product surface, increased cost, cost performance of product is not high, is not suitable for generally promoting.
As shown in Figure 2, be the structure chart of the another kind of guiding device of prior art, wherein, 21 is casing, and 22 is veneer, and 23 is light emitting diode, and veneer 22 and light emitting diode 23 link together.Directly perforate on casing 21 is positioned at light emitting diode 23 in the position of opening of casing 21, and when connecting veneer 22, the light-emitting line of light emitting diode 23 is directly exposed to the casing outside.
Employing causes light emitting diode to be directly exposed to the outer surface of product in the directly perforate of casing surface, and the utmost point is not attractive in appearance, and sense of experience of users is not high.
Therefore, the shortcoming of prior art is: though second kind of organization plan of prior art overcome defect of high cost in first kind of organization plan of prior art, but owing to adopt in the directly perforate of casing surface, light emitting diode is directly exposed to the surface of casing, the utmost point is not attractive in appearance, has reduced user's experience.
The specific embodiment
The utility model embodiment provides a kind of guiding device, comprises casing and indicator lamp, and the inner surface of casing has a groove, and indicator lamp is positioned at this groove, and this indicator lamp comprises lamp main body and lamp base, the center line of this lamp main body and the central lines of groove.This guiding device also comprises veneer, and indicator lamp and veneer link together, and when casing was vertical with veneer, the lamp main body was vertical with casing, and lamp base is connected with veneer is vertical; When casing was parallel with veneer, the lamp main body was vertical with casing, and lamp base is connected with veneer is vertical.Veneer provides power supply to indicator lamp.The bottom of this groove and the outer surface of casing form a thin-walled, and the thickness range of the thin-walled that the bottom of groove and the outer surface of casing form is between 0.2mm-2.0mm.The thickness of this thin-walled can be consistent, also can be inconsistent.When the consistency of thickness of thin-walled, the inner surface of thin-walled has pattern, and the scope in this pattern lines footpath is between 0.2mm-2.0mm; When the variable thickness of thin-walled causes, utilize the different different translucent effects that produce of this walled thickness to form pattern.
Below in conjunction with concrete legend, embodiment is described in further detail to utility model.
With reference to figure 3, schematic diagram for a kind of guiding device structure of the utility model embodiment, wherein 31 is casing, the inner surface of casing 31 has a groove, 32 is indicator lamp, comprise lamp main body 321 and lamp base 322, indicator lamp 32 is positioned at casing 31 grooves, the center line of lamp main body 321 and the central lines of groove, it is veneer that the outer surface of the bottom of groove and casing 31 forms a thin-walled 33,34, veneer 34 is vertical with casing 31, lamp main body 321 is vertical with casing 31, lamp base 322 and 34 vertical connections of veneer, and veneer 34 provides power supply to indicator lamp 32.
With reference to figure 4, schematic diagram for the another kind of guiding device of the utility model embodiment, wherein 31 is casing, the inner surface of casing 31 has a groove, 32 is indicator lamp, comprise lamp main body 321 and lamp base 322, indicator lamp 32 is positioned at casing 31 grooves, the center line of lamp main body 321 and the central lines of groove, it is veneer that the outer surface of the bottom of groove and casing 31 forms a thin-walled 33,34, veneer 34 is parallel with casing 31, lamp main body 321 is vertical with casing 31, lamp base 322 and 34 vertical connections of veneer, and veneer 34 provides power supply to indicator lamp 32.
In the utility model embodiment, adopt translucent or material transparent is made casing 31, in producing raw-material process, add a certain amount of look kind according to the requirement of product, can make casing 31 produce translucent effect.Has a groove in the appropriate location of casing 31 inner surfaces, the outer surface of the bottom of groove and casing 31 forms a thin-walled 33, the thickness range of this thin-walled 33 is between 0.2mm-2.0mm, indicator lamp 32 is positioned at groove, the center line of lamp main body 321 and the central lines of groove, veneer 34 provides power supply to indicator lamp 32.When indicator lamp 32 is luminous, because the thickness of thin-walled 33 is thiner, the light that indicator lamp 32 sends can be by penetrating at thin-walled 33 places, and in other positions of casing 31, owing to do not have groove, the thickness of casing 31 itself is thicker, be not easy printing opacity, therefore, can utilize thin-walled 33 that the light of indicator lamp 32 is derived, and seem that from the outer surface of casing 31 light of indicator lamp 32 is very soft, strengthen sense of experience of users.
Need point out further that the utility model embodiment is parallel with casing 31 and veneer 34 to be example, and display pattern structure on casing 31 is described.
With reference to figure 5, be the schematic diagram of a kind of display pattern structure of the utility model embodiment.Wherein, the inner surface of casing 31 has a groove, indicator lamp 32 is positioned at groove, the outer surface of the bottom of groove and casing 31 forms thin-walled 33, and the scope of these thin-walled 33 thickness is between 0.2mm-2.0mm, wherein; the thickness of thin-walled 33 can be consistent; when the consistency of thickness of thin-walled 33, the inner surface of thin-walled 33 has pattern, and the scope in this pattern lines footpath is between 0.2mm-2.0mm.
With reference to figure 6, be the schematic diagram of a kind of pattern application of the utility model embodiment.In the utility model, can adopt opaque paint in the inner surface spraying of thin-walled 33, as shown in Figure 6, background 61 is the opaque paint in the inner surface spraying of thin-walled 33.And the pattern that will show in advance on thin-walled 33 adopts laser radium to undercut, and as shown in Figure 6,62 indications are for undercuting next pattern through laser radium on the basis of background 61.When indicator lamp 32 was shinny, undercuting the pattern that comes through laser radium will directly display through the surface of casing 31, and light is very soft.When indicator lamp 32 does not work, can't see the existence of indicator lamp 32 from the outer surface of casing 31, do not influence the attractive in appearance of electronic product enclosure 31.
With reference to figure 7, be the schematic diagram of the another kind of display pattern structure of the utility model embodiment.Wherein, the inner surface of casing 31 has a groove, indicator lamp 32 is positioned at groove, the outer surface of the bottom of groove and casing 31 forms thin-walled 33; scope of thin-walled 33 thickness is between 0.2mm-2.0mm; wherein; the thickness of thin-walled 33 can be inconsistent; when the variable thickness of thin-walled 33 causes; can utilize the different different translucent effects that produce of thin-walled 33 thickness to form patterns, the thickness of pattern position is thinner, easily the light of indicator lamp 32 is derived; and do not have the thickness of position of pattern thicker, be not easy printing opacity.
With reference to figure 8, be the schematic diagram of the another kind of pattern application of the utility model embodiment.
In the utility model embodiment, when indicator lamp 32 is shinny, do not have the place of groove at casing 31, casing 31 itself is thicker, is not easy printing opacity.The place that has groove at casing 31, utilize the different of thin-walled 33 thickness that the outer surface of bottom portion of groove and casing 31 forms and produce different translucent effects form patterns, can see the pattern that the difference of utilizing thin-walled 33 thickness forms from the outer surface of casing 31, light is very soft.When indicator lamp 32 does not work, can't see the existence of indicator lamp 32 from the outer surface of casing 31, do not influence the attractive in appearance of electronic product enclosure 31.
By the utility model, the difference of the thickness of employing casing own improves the light guide effect of guiding device, cuts down finished cost, and is both beautiful and practical, strengthens sense of experience of users.
The utility model also provides a kind of electronic equipment, comprise guiding device, described guiding device comprises: casing and indicator lamp, and the inner surface of described casing has a groove, described indicator lamp is positioned at described groove, and the bottom of described groove and the outer surface of described casing form a thin-walled.
Wherein, described indicator lamp comprises lamp main body and lamp base.
Wherein, the central lines of the center line of described lamp main body and described groove.
Wherein, guiding device also comprises veneer, and described veneer is connected with described indicator lamp.
Wherein, described veneer is connected with described indicator lamp, is specially: when described casing was vertical with described veneer, described lamp main body was vertical with described casing, and described lamp base is connected with described veneer is vertical; Perhaps,
When described casing was parallel with described veneer, described lamp main body was vertical with described casing, and described lamp base is connected with described veneer is vertical.
Wherein, the thickness of the thin-walled of the outer surface of the bottom of described groove and described casing formation is 0.2mm-2.0mm.
Wherein, the consistency of thickness of described thin-walled; Perhaps,
The variable thickness of described thin-walled causes.
Wherein, when the variable thickness of described thin-walled causes, utilize the different different translucent effects that produce of described walled thickness to form pattern.
Wherein, when the consistency of thickness of described thin-walled, the inner surface of described thin-walled has pattern.
Wherein, the line of described pattern directly is 0.2mm-2.0mm.
The difference of the own thickness of casing of guiding device in the electronic equipment of utilizing the utility model improves the light guide effect of this guiding device, thereby improves the light guide effect of electronic equipment, cuts down finished cost, and is both beautiful and practical, strengthens sense of experience of users.
The above only is a preferred implementation of the present utility model; should be pointed out that for those skilled in the art, under the prerequisite that does not break away from the utility model principle; can also make some improvements and modifications, these improvements and modifications also should be considered as protection domain of the present utility model.