CN206875350U - Luminous decoration and luminous component - Google Patents
Luminous decoration and luminous component Download PDFInfo
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- CN206875350U CN206875350U CN201720862776.3U CN201720862776U CN206875350U CN 206875350 U CN206875350 U CN 206875350U CN 201720862776 U CN201720862776 U CN 201720862776U CN 206875350 U CN206875350 U CN 206875350U
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- 238000002834 transmittance Methods 0.000 claims description 5
- 230000000007 visual effect Effects 0.000 abstract description 12
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Abstract
The utility model provides a luminous decoration and light-emitting component. The luminous decoration piece comprises a light transmission piece (1), wherein the light transmission piece (1) comprises a third surface (4) and a corrugated surface (5) which are arranged oppositely, light rays entering the light transmission piece (1) at least partially reach the corrugated surface (5) in the light transmission piece (1), at least part of the light rays reaching the corrugated surface (5) are reflected to the third surface (4) through the corrugated surface (5), and at least part of the light rays reflected to the third surface (4) penetrate out of the light transmission piece (1). According to the utility model discloses a luminous decoration, simple structure easily realizes abundanter product appearance visual effect.
Description
Technical field
The utility model belongs to light and shown up equipment technical field, and in particular to a kind of luminous ornament part and luminescence component.
Background technology
At present, the decoration of low and middle-end household appliances to be to electroplate etc. based on technique, but with environmental protection policy requirement and
The application of the technique on product such as cost optimization problem, plating is restricted.Using environmental protection as product design major premise, in it is low
End product is badly in need of new trailing to enrich the apparent visual effect of product.
Utility model content
Therefore, the technical problems to be solved in the utility model is to provide a kind of luminous ornament part and luminescence component, structure
Simply, it is easy to accomplish more abundant product appearance visual effect.
In order to solve the above problems, the utility model provides a kind of luminous ornament part, including transmission element, transmission element include phase
To the 3rd surface of setting and corrugated surface, corrugated surface is at least partly reached in transmission element into the light in transmission element, is reached
The light of corrugated surface reflexes to the 3rd surface at least partially by corrugated surface, and the light for reflexing to the 3rd surface at least partly appears
Transmission element.
Preferably, transmission element also includes first surface and second surface, and second surface is oppositely arranged with first surface, and the 3rd
Surface is connected between the first surface and second surface of the first side, and corrugated surface is connected to the of second side relative with the first side
Between one surface and second surface.
Preferably, transmission element is strip, and first surface, second surface and the 3rd surface are along the length direction of transmission element
Extension, each surface of corrugated surface is both connected between first surface and second surface.
Preferably, length direction of each surface of corrugated surface along transmission element is arranged successively.
Preferably, first surface and second surface are plane, and the 3rd surface is cambered surface, and the groove on the 3rd surface is towards ripple
Line face.
Preferably, first surface and second surface are symmetrical relative to the split on the 3rd surface.
Preferably, total reflection is at least partly formed on the first surface into the light of transmission element；And/or into printing opacity
The light of part at least partly forms total reflection on a second surface；And/or into transmission element light at least partially in the 3rd table
Total reflection is formed on face.
Preferably, exist into the incidence angle of the light reflexed to through other surfaces on first surface in transmission element more than light
Critical angle on transmission element；And/or it is more than light in transmission element into the incidence angle of the light in transmission element on a second surface
On critical angle；And/or it is more than light facing on transmission element into incidence angle of the light in transmission element on the 3rd surface
Boundary angle.
Preferably, it is respectively positioned at the top of corrugated surface in the first plane, the angle between first surface and the first plane is
45 °, the angle between second surface and first surface is 90 °；And/or the folder between each surface of corrugated surface and the first plane
Angle is 45 °.
Preferably, each surface of corrugated surface is faces or cambered surface directly.
Preferably, transmission element is vertical bar shape or is shaped form.
According to another aspect of the present utility model, there is provided a kind of luminescence component, including light source and luminous ornament part, the hair
Light decoration is above-mentioned luminous ornament part.
Preferably, luminescence component also includes light guide, and light guide is connected to transmission element, and light source is arranged on light guide, is led
Light part is identical with the light transmittance of transmission element.
Preferably, luminescence component also includes gadget to be installed, and gadget to be installed includes installing plate and sets on a mounting board more
Individual reflecting pole, transmission element, which encloses, is located at gadget periphery to be installed, and corrugated surface is located at side of the transmission element away from gadget to be installed.
Preferably, the 3rd surface of transmission element has the split extended along its length, and split is located at installing plate peace
The side of anti-loaded light beam, and have preset height poor between split and the mounting surface of installing plate.
Luminous ornament part provided by the utility model, including transmission element, transmission element include the 3rd surface that is oppositely arranged and
Corrugated surface, corrugated surface is at least partly reached in transmission element into the light in transmission element, reach the light at least portion of corrugated surface
Divide and the 3rd surface is reflexed to by corrugated surface, the light for reflexing to the 3rd surface at least partly appears transmission element.Light source enters saturating
After light part, corrugated surface can be reached in transmission element, then be reflected through corrugated surface, realize the directed change of light path so that
Some light appears transmission element from the 3rd surface, so that light is more fully covered with whole transmission element surface, realizes uniform
Leaded light, and guide-lighting intensity can be increased.Due to devising corrugated surface to transmission element surface, therefore light can be destroyed by corrugated surface
Total reflection condition so that a part of light effusion transmission element surface, strengthen the apparent visual effect of whole luminous ornament part.Pass through
The luminous ornament part is coordinated with gadget to be installed, gadget to be installed can be made to realize more abundant production by luminous ornament part
Product apparent visual effect.
Brief description of the drawings
Fig. 1 is the cross section structure schematic diagram of the luminous ornament part of the utility model embodiment；
Fig. 2 is the structural representation of the linear pattern luminous ornament part of the utility model embodiment；
Fig. 3 is the structural representation of the shaped form luminous ornament part of the utility model embodiment；
Fig. 4 is the end light source incidence three-dimensional structure diagram of the linear pattern luminous ornament part of the utility model embodiment；
Fig. 5 is the side light source incidence three-dimensional structure diagram of the linear pattern luminous ornament part of the utility model embodiment；
Fig. 6 is the side light source incidence three-dimensional structure diagram of the shaped form luminous ornament part of the utility model embodiment；
Fig. 7 is index path of the light of the luminous ornament part of the utility model embodiment in light guide；
Fig. 8 is the structural representation of the luminescence component of the utility model embodiment；
Fig. 9 is the schematic diagram of light refraction and reflection.
Reference is expressed as：
1st, transmission element；2nd, first surface；3rd, second surface；4th, the 3rd surface；5th, corrugated surface；6th, light guide；7th, installing plate；
8th, reflecting pole.
Embodiment
In accompanying drawing of the present utility model, the arrow line segment in wherein Fig. 1 is view directions, the arrow line in other each accompanying drawings
Section is light path.
As shown in figure 9, according to the total reflection law of light, light from optically denser medium enter optically thinner medium when, incidence angle increases to
During certain critical angle, total reflection phenomenon can be produced.
Critical angle formula is
Parameters implication in figure is as follows：ic：Critical angle；n：Refractive Index of Material；n′：Air refraction；I is incidence
Angle, i " are refraction angle.
When light is by optically denser medium directive optically thinner medium, refraction angle i " will be greater than incidence angle i, when incidence angle i increases to certain
During one numerical value, refraction angle i " is up to 90 °, and refracted light at this moment will be occurred without in optically thinner medium, if incidence angle be more than or
During equal to above-mentioned numerical value, refraction effect no longer be present.
The utility model utilizes the above-mentioned principle of light transmissive material, by the special texture design at the back side with reference to transparent material
Refraction principle, or utilize mirror-reflection/diffusing reflection principle, realize product surface entirety grain decorating and illumination effect so that
Gadget to be installed realizes more abundant product appearance visual effect.
With reference to shown in referring to Fig. 1 to Fig. 7, according to embodiment of the present utility model, luminous ornament part includes transmission element 1, thoroughly
Light part 1 includes the 3rd surface 4 and the corrugated surface 5 being oppositely arranged, interior at least partly in transmission element 1 into the light in transmission element 1
Corrugated surface 5 is reached, the light for reaching corrugated surface 5 reflexes to the 3rd surface 4 at least partially by corrugated surface 5, reflexes to the 3rd table
The light in face 4 at least partly appears transmission element 1.
Light source can reach corrugated surface 5, then after the first surface 2 of transmission element enters transmission element 1 in transmission element 1
Being reflected through corrugated surface 5, realize the directed change of light path so that some light appears transmission element 1 from the 3rd surface 4, so as to
Light is more fully covered with whole transmission element surface, realize even light-guiding, and guide-lighting intensity can be increased.Due to printing opacity
The surface of part 1 devises corrugated surface 5, therefore the total reflection condition of light can be destroyed by corrugated surface 5, and to reach reflecting surface not
The light of the corrugated surface 5 of rule can form convergence on corrugated surface 5 so that the light effusion table of transmission element 1 after part convergence
Face, strengthen the apparent visual effect of whole luminous ornament part., can be with by the way that the luminous ornament part is coordinated with gadget to be installed
Gadget to be installed is set to realize a variety of appearances by luminous ornament part, it is more abundant so as to have gadget to be installed
Product appearance visual effect.
Above-mentioned transmission element 1 is, for example, the transparent material of the high index of refraction such as glass, PC, PMMA, passes through the work of bloom injection
Skill rapid heat cycle is molded, and ensures the great surface quality of luminous ornament part.In general, PC transmissivity is 85 ± 3%；PMMA's
Transmissivity is 90 ± 3%；PC refractive index is about 1.59；PMMA refractive index is about 1.49.
Transmission element 1 also includes first surface 2 and second surface 3, and second surface 3 is oppositely arranged with first surface 2, the 3rd table
Face 4 is connected between the first surface 2 of the first side and second surface 3, and corrugated surface 5 is connected to second side relative with the first side
Between first surface 2 and second surface 3.Second surface 3 can increase light source incidence source, can be according to required bright strong
Degree, and product needs the contour line of decorative parts, is designed as the importing of one-way/two-way light source, and two light source incidence angles can be with
Difference, so as to further improve refraction and reflecting effect of the light source in transmission element 1, apparent visual effect is improved,
Realize more middle apparent visuals.In general, light source incidence angle is more than or equal to 45 °.
When transmission element 1 is linear pattern, light source can enter in transmission element 1 from one in the both ends end face of transmission element 1,
It can also enter simultaneously from the both ends end of transmission element 1 in transmission element 1, as shown in Figure 4；Light source can be entered with first surface 2
Enter in transmission element 1, can also enter through second surface 3 in transmission element 1, or by multiple light sources simultaneously from the He of first surface 2
Entered at second surface 3 in transmission element 1, as shown in figure 5, will so as to allow the brightness of transmission element 1 to reach as needed
Ask.3rd surface 4 is in order that the light entered in transmission element 1 more easily can be incident to ripple with more preferably angle
On face 5, and then realize that part reflecting part reflects using corrugated surface 5, can not only strengthen the translucent effect of transmission element 1, and
The intensity of light can be improved by the reflection on multiple surfaces of corrugated surface 5.
When transmission element 1 is shaped form, if transmission element 1 is not closed-loop type, then transmission element 1 can be selected from shaped form
Two end face entering lights of structure, can also from the branched structure entering light on the first surface 2 and/or second surface 3 of transmission element 1,
As shown in Figure 5；If transmission element 1 is closed-loop type, now printing opacity end is not present in transmission element 1, therefore light source is merely able to from printing opacity
Entering light at the first surface 2 and/or second surface 3 of part 1, as shown in Figure 6.
In the present embodiment, transmission element 1 is strip, and first surface 2, the surface 4 of second surface 3 and the 3rd are along transmission element
1 length direction extension, each surface of corrugated surface 5 are both connected between first surface 2 and second surface 3, can ensure light
After reaching on corrugated surface 5, the enterprising traveling wave line of whole region that can be between second surface 3 and first surface 2 reflects, and increases
Ripple reflected range, better reflection and translucent effect are realized, improve the display effect of luminous ornament part.
Preferably, length direction of each surface of corrugated surface 5 along transmission element 1 is arranged successively.When light reaches corrugated surface 5
Afterwards, due to being formed an angle between two adjacent corrugated surfaces, have for the reflection angle that incident ray is formed larger
Difference, therefore the various pieces in transmission element 1 can be reached by the reflection light of corrugated surface 5, more fully
The surface of whole transmission element 1 is distributed in, improves overall brightness, further, since the ripple struction of corrugated surface so that corrugated surface two
Reflection direction difference between individual adjacent surface is larger, can destroy the total reflection condition of light so that a part of light effusion is saturating
Bright part surface, by the reflecting effect of multiple corrugated surfaces, it can make it that escaping light is evenly distributed on transmission element surface, so as to present
Bright light band effect.
Preferably, first surface 2 and second surface 3 are plane, and the 3rd surface 4 is cambered surface, and the groove court on the 3rd surface 4
To corrugated surface 5.3rd surface 4 is arranged to cambered surface, be in order to ensure light after second surface 3 or first surface 2 reflect,
It can more intensively be reflected to corrugated surface 5, so as to better profit from the transmission of corrugated surface 5 and reflecting effect, realize light
The directed change and efficient uniform on road are guide-lighting.Certainly, the 3rd surface 4 can also be plane, or the linking of multiple planes forms,
As long as it can ensure that light path is more concentrated to corrugated surface 5.
Preferably, first surface 2 and second surface 3 are symmetrical relative to the split on the 3rd surface 4, light source can be existed
Incidence on first surface 2 and second surface 3 is more regular, and reflection of the light on second surface 3 and first surface 2 is more
Rule, easily facilitate and light path is designed, be easy to plan light path, realize specific luminous decoration effect.
Preferably, it is totally reflected into the light of transmission element 1 at least partially in formation on first surface 2；And/or into saturating
The light of light part 1 is totally reflected at least partially in formation on second surface 3；And/or into transmission element 1 light at least partially in
Total reflection is formed on 3rd surface 4.Light due to entering transmission element 1 in the present embodiment reflects through transmission element 1 and appears printing opacity
Part 1 is mainly carried out by corrugated surface 5, partly can also be reflected and be appeared by the 3rd surface 4, therefore, in order to ensure
Reach the light luminance on the 3rd surface 4 and/or corrugated surface 5, it is necessary to second surface 3 and first surface 2 can be as far as possible general
Light is totally reflected on the 3rd surface 4 and/or corrugated surface 5, reduces light effusion, so that product surface is with better
Overall grain decorating and illumination effect.
Preferably, the light that second surface 3 reflects is totally reflected at least partially in formation on the 3rd surface 4；And/or first
The light that surface 2 is reflected is totally reflected at least partially in formation on the 3rd surface 4, it is possible to reduce reaches the light on first surface 2
Escaped from first surface 2 so that reflection light can more fully reach corrugated surface 5, then anti-through the part of corrugated surface 5
Penetrate, part escapes, and improves light and appears effect, improves the Integral luminous effect of luminous ornament part.
Preferably, it is more than light into the incidence angle of the interior light reflexed to through other surfaces on first surface 2 of transmission element 1
Critical angle on transmission element 1；And/or exist into incidence angle of the light in transmission element 1 on second surface 3 more than light
Critical angle on transmission element 1；And/or it is more than light saturating into incidence angle of the light in transmission element 1 on the 3rd surface 4
Critical angle on light part 1.
Preferably, it is respectively positioned at the top of corrugated surface in the first plane, the angle between the plane of first surface 2 and first is
45 °, the angle between second surface 3 and first surface 2 is 90 °；And/or between each surface of corrugated surface 5 and the first plane
Angle is 45 °.Above-mentioned angle can also be that other can make light source after transmission element 1 is entered, in the table of second surface 3 and first
The angle of total reflection, namely the critical angle more than or equal to light on transmission element 1 are formed on face 2.
Preferably, each surface of corrugated surface 5 is faces or cambered surface, facing directly herein refer to, any one table of corrugated surface directly
Face is plane, and cambered surface refers to, any one surface of corrugated surface is cambered surface.
It is shown in Figure 7, for linear pattern transmission element, after light source enters light guide from one end of transmission element 1,
Because light source is entered in transmission element 1 along perpendicular to the direction of the end face of transmission element 1, therefore it can all be incident to transmission element 1
Interior, after the light of light source is entered in transmission element 1, length direction of a part of light along transmission element 1 advances, a part
Light dissipates in transmission element, and in transmission element 1 in the light of diverging, a part arrives along perpendicular to the direction on the 3rd surface 4
Up to corrugated surface, and it is totally reflected on a surface of corrugated surface, then reaches another surface relative with the surface
On, after being totally reflected on another surface, reflex on the 3rd surface 4, due to the angle on each surface of corrugated surface 5
Bigger difference between degree and the 3rd surface 4 be present, therefore after each surface reflection of the light through corrugated surface 5, destroy light
Total reflection condition so that reflexing to the light on the 3rd surface 4 can not be totally reflected on the 3rd surface 4, saturating from the 3rd surface 4
Go out outside transmission element 1, so as to form good translucent effect in the outside of transmission element 1, improve the Integral luminous effect of luminous ornament part
Fruit.
For the light of the length direction traveling along transmission element 1, with the increase of traveling distance, constantly there is light arrival
Corrugated surface 5, and appeared after the reflection of corrugated surface 5 from the 3rd surface 4, the other end of final a part of light from transmission element 1 is saturating
Go out, other are located at the light in transmission element 1 in transmission element 1 by the effect of corrugated surface 5, saturating on the 3rd surface 4 of transmission element 1
Go out, multiple surfaces interaction of corrugated surface 5, stronger transparent surface can be formed at the 3rd surface 4 of transmission element 1 so that
Whole transmission element 1 alongst can uniform-light transmission, and printing opacity is formed by corrugated surface 5 and strengthens effect, improved luminous
The penetrating light intensity and apparent visual effect of decoration.
For the transmission element 1 that light source enters from the branched structure on first surface 2, as shown in figure 5, light is through printing opacity
The first surface 2 of the one end of part 1 is oblique to be entered after transmission element 1, is scattered in transmission element 1, a part is incident along light
Direction is advanced, and after reaching second surface 3, total reflection is formed at second surface 3, by first surface 2 and second surface 3
Continuous total reflection, the other end of some light along light incident direction from transmission element 1 project.A part of light is in transmission element
Converged at interior corrugated surface 5, then reflect by two opposite faces of corrugated surface 5, transmitted away from the 3rd surface 4, so that
The surface of transmission element 1 forms good apparent visual effect.
According to embodiment of the present utility model, luminescence component includes light source and luminous ornament part, and luminous ornament part is above-mentioned
Luminous ornament part.
Luminescence component also includes light guide 6, and light guide 6 is connected to luminous ornament part, and light source is arranged on light guide 6, led
Light part 6 is identical with the light transmittance of luminous ornament part.Light guide 6 is identical with the light transmittance of luminous ornament part, it is ensured that light source exists
When entering transmission element 1 by light guide 6, it will not reflect, can be entered directed along incident direction in transmission element 1, energy
Light source incidence effect is enough better ensured that, is easy to be controlled light source incidence angle.The light guide can be very good hiding conductive
Enter light source, allow the integrality of luminous ornament part to obtain the guarantee of maximum, and uniform light guiding decoration effect can be realized.
Multiple light sources can be arranged as required in the outside of luminous ornament part, so as to ensure the uniformity consistency of light source,
So that the light distribution of luminous ornament part is more uniform.Light source directly can also enter transmission element 1 without light guide 6 from air
It is interior, it can be reflected after now entering transmission element 1 from air due to light source, it is therefore desirable to control light source on transmission element 1
Incident angle, so as to realize the illumination effect of transmission element 1.
With reference to shown in Figure 8, it is preferable that in one of the embodiments, luminescence component also includes gadget to be installed, to be installed
Gadget includes installing plate 7 and the multiple reflecting poles 8 being arranged on installing plate 7, and transmission element 1, which encloses, is located at gadget periphery to be installed, and ripple
Line face 5 is located at side of the transmission element 1 away from gadget to be installed.Light source enters after transmission element 1, by the 3rd surface 4 of transmission element 1
Be transmitted into gadget region to be installed, carried out by multiple reflecting poles 8 of gadget to be installed it is reflective, can be in luminous ornament part
Surface forms dot matrix decorative effect, so that point-like starry sky brightness effect is presented in luminous ornament part outward appearance.
Preferably, the 3rd surface 4 of transmission element 1 has the split extended along its length, and split is located at installing plate 7
The side of reflecting pole 8 is installed, and has preset height poor between the mounting surface of split and installing plate 7.Because light is in printing opacity
When being transmitted on part 1, the central area that is concentrated mainly on where the split on the 3rd surface 4, if by the central area pair
Answer installing plate 7 to set, then the light through the transmission of the 3rd surface 4 can be caused to be mounted plate 7 and blocked, can not smoothly reach gadget to be installed
Region, starry sky dot matrix effect is caused to be affected, brightness is relatively low, therefore, it is necessary to makes the mounting surface of split and installing plate 7
Between have that preset height is poor so that can be transmitted by the 3rd surface 4 positioned at more than 7 most light of installing plate
Gadget to be installed is reached, reflective, formation more preferably starry sky dot matrix effect is then fully carried out through reflecting pole 8.Preferably, reflecting pole 8
For triangular prism, or other catoptric arrangements such as pyramid.
Among another embodiment, luminous ornament part is arranged between two reflectings surface of gadget to be installed, its middle position
It is impermeable or semi-transparent in the reflecting surface of rear side, so as to ensure that it is luminous that the reflection light for reaching back reflection face can be reflexed to fully
Decoration, improve light utilization ratio.The reflecting surface dorsal part of rear side can be plated processing, ensure to have after light incidence compared with
Good reflectance.Reflecting surface positioned at front side is then to be semi-transparent, and light transmittance can be between 5%~95% so that through reflecting surface
The light that the light and luminous ornament part of reflection project can transmit away from preceding lateral reflection face, form shadow reflection depth
Effect.When light source for it is multiple when, the angle between the incident direction of the two neighboring light source in multiple light sources is preferably 0 °~
3°.Preferably, multiple rows of light source can be arranged on luminous ornament part in the way of light and shade gradual change.It is anti-in the rear side of gadget to be installed
Setting luminous ornament part between face and front side reflecting surface is penetrated, after light source is set on luminous ornament part, once gadget to be installed institute
Start in equipment, light can the repeated reflection between admittedly angled two reflecting surface, you can light and shade gradual change is presented, there is depth
Effect of shadow.
For those skilled in the art it is easily understood that on the premise of not conflicting, above-mentioned each advantageous manner can be free
Ground combination, superposition.
Preferred embodiment of the present utility model is the foregoing is only, it is all at this not to limit the utility model
All any modification, equivalent and improvement made within the spirit and principle of utility model etc., should be included in the utility model
Protection domain within.Described above is only preferred embodiment of the present utility model, it is noted that for the art
For those of ordinary skill, on the premise of the utility model technical principle is not departed from, some improvement and modification can also be made,
These improvement and modification also should be regarded as the scope of protection of the utility model.
Claims (15)
1. a kind of luminous ornament part, it is characterised in that including transmission element (1), the transmission element (1) includes the 3rd be oppositely arranged
Surface (4) and corrugated surface (5), into the light in the transmission element (1) described in the interior at least partly arrival of the transmission element (1)
Corrugated surface (5), the light for reaching the corrugated surface (5) reflex to the 3rd surface at least partially by the corrugated surface (5)
(4) light for, reflexing to the 3rd surface (4) at least partly appears the transmission element (1).
2. luminous ornament part according to claim 1, it is characterised in that the transmission element (1) also includes first surface (2)
With second surface (3), the second surface (3) is oppositely arranged with the first surface (2), and the 3rd surface (4) is connected to
Between the first surface (2) and the second surface (3) of first side, the corrugated surface (5) is connected to relative with the first side
The second side the first surface (2) and the second surface (3) between.
3. luminous ornament part according to claim 2, it is characterised in that the transmission element (1) is strip, described first
Surface (2), the second surface (3) and the 3rd surface (4) extend along the length direction of the transmission element (1), described
Each surface of corrugated surface (5) is both connected between the first surface (2) and the second surface (3).
4. luminous ornament part according to claim 3, it is characterised in that each surface of the corrugated surface (5) is along described
The length direction of transmission element (1) is arranged successively.
5. luminous ornament part according to claim 2, it is characterised in that the first surface (2) and the second surface
(3) it is plane, the 3rd surface (4) is cambered surface, and the groove of the 3rd surface (4) is towards the corrugated surface (5).
6. luminous ornament part according to claim 2, it is characterised in that the first surface (2) and the second surface
(3) split relative to the 3rd surface (4) is symmetrical.
7. the luminous ornament part according to any one of claim 2 to 6, it is characterised in that enter the transmission element (1)
Light is totally reflected at least partially in formation on the first surface (2)；And/or the light at least portion into the transmission element (1)
Divide and total reflection is formed on the second surface (3)；And/or into the transmission element (1) light at least partially in described
Total reflection is formed on three surfaces (4).
8. the luminous ornament part according to any one of claim 2 to 6, it is characterised in that enter in the transmission element (1)
The incidence angle of the light reflexed to through other surfaces on the first surface (2) is more than light facing on the transmission element (1)
Boundary angle；And/or it is more than light described into incidence angle of the light in the transmission element (1) on the second surface (3)
Critical angle on transmission element (1)；And/or the incidence into the light in the transmission element (1) on the 3rd surface (4)
Angle is more than critical angle of the light on the transmission element (1).
9. the luminous ornament part according to any one of claim 2 to 6, it is characterised in that the top of the corrugated surface is equal
In the first plane, the angle between the first surface (2) and first plane is 45 °, the second surface (3) with
Angle between the first surface (2) is 90 °；And/or between each surface of the corrugated surface (5) and first plane
Angle be 45 °.
10. luminous ornament part according to any one of claim 1 to 6, it is characterised in that the corrugated surface (5) it is each
Surface is faces or cambered surface directly.
11. luminous ornament part according to any one of claim 1 to 6, it is characterised in that the transmission element is vertical bar shape
Or it is shaped form.
12. a kind of luminescence component, it is characterised in that including light source and luminous ornament part, the luminous ornament part is claim 1
To the luminous ornament part any one of 11.
13. luminescence component according to claim 12, it is characterised in that the luminescence component also includes light guide (6), institute
State light guide (6) and be connected to the transmission element (1), the light source is arranged on the light guide (6), the light guide (6) with
The light transmittance of the transmission element (1) is identical.
14. luminescence component according to claim 12, it is characterised in that the luminescence component also includes gadget to be installed, institute
Stating gadget to be installed includes installing plate (7) and the multiple reflecting poles (8) being arranged on the installing plate (7), and the transmission element (1) is enclosed
The gadget periphery to be installed is located at, and the corrugated surface is located at side of the transmission element (1) away from the gadget to be installed.
15. luminescence component according to claim 14, it is characterised in that the 3rd surface (4) of the transmission element (1) has
The split extended along its length, the split are located at the side that the installing plate (7) installs the reflecting pole (8), and
Have preset height poor between the mounting surface of the split and the installing plate (7).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720862776.3U CN206875350U (en) | 2017-07-17 | 2017-07-17 | Luminous decoration and luminous component |
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| CN201720862776.3U CN206875350U (en) | 2017-07-17 | 2017-07-17 | Luminous decoration and luminous component |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107314344A (en) * | 2017-07-17 | 2017-11-03 | 珠海格力电器股份有限公司 | Luminous decoration and luminous component |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107314344A (en) * | 2017-07-17 | 2017-11-03 | 珠海格力电器股份有限公司 | Luminous decoration and luminous component |
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