CN2499281Y - Reflector device capable of light transmitting - Google Patents
Reflector device capable of light transmitting Download PDFInfo
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- CN2499281Y CN2499281Y CN 00260607 CN00260607U CN2499281Y CN 2499281 Y CN2499281 Y CN 2499281Y CN 00260607 CN00260607 CN 00260607 CN 00260607 U CN00260607 U CN 00260607U CN 2499281 Y CN2499281 Y CN 2499281Y
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- light
- eyeglass
- permeable
- multilayer film
- reflector body
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Abstract
The utility model relates to a reflector device capable of light transmitting and is characterized in that the reflector is provided with lenses, the lenses are fixed on a reflector frame, the back face of the reflector is combined with a car body, a display is arranged between the lens and the reflector frame, the back face of the reflector is provided with a mental reflecting layer which is made of membrane and assumes the form of light transmitting membrane and can make the front face of the reflector reflect and the back face of the reflector transmit light. The reflector device of the utility model not only has the function of entirely reflecting goods and light, but also can show the display content naturally when the back face of the lens move on the display.
Description
The utility model relates to a kind of reflector body, relates in particular to a kind of reflector body device of light-permeable.
Present reflector body, no matter its eyeglass is directly to cooperate light shield layer to give the shading reflection in being coated with the layer of metal reflecting horizon on the back side or being coated with the multilayer film reflecting horizon on eyeglass, its reflector body only can be used for the light that the reflecting optics front end face injects or the form of article mostly, reflector body so, very limited of its practicality, and also have the back side to be provided with the reflector body of telltale screen in addition at present, but structure so, when using reflector body, its telltale screen can't by steerman looked and, if when using screen, its reflector body then can't be used by steerman, so its function still can't be attained in perfection, therefore the builder is arranged, the reflecting optics back side that directly is used in Room Mirror is provided with the structural form of telltale, and the former structures such as reflecting horizon or light shield layer that plated of its eyeglass, for can seeing through eyeglass, the display contents that makes back lens surface manifests, then in the reflecting horizon or the relative telltale of light shield layer place directly hollow out the position that stays telltale in advance, do not make the usefulness of reflection, though so structure has its comfort feature, still have the inconvenience part.That is:
1, telltale can't the large tracts of land setting: because its telltale setting is the area size with reflector body contention reflection, therefore the area of telltale is provided with the demand that size also is subject to reflector space, if telltale is excessive, its echo area is inevitable reduces relatively, so can't satisfy reflection and the needs that show simultaneously.
2, reflector body can't take into account reflection and show need be in the shortcoming on the driving safety: except that the growth and decline shortcoming on aforementioned area, in addition because the reflecting horizon of its reflector body or light shield layer plating or coat with lacquer before on its eyeglass, the position that needs will be somebody's turn to do with respect to telltale stays in advance, demonstrate its content for telltale, structure so, the position of this reservation, it is the setting of no reflection layer or light shield layer, therefore, the user sees apparent time before eyeglass, this is former to be provided with the operation that the telltale place can't do to reflect, and not only very easily distinguishes out the position at this telltale place, is repugnant to the eye, and the unreflected effect in the position at telltale place, form the dead angle on the reflex sight, then may therefore cause the danger in the traffic, so necessity of improvement is arranged.
The purpose of this utility model is to provide a kind of function that makes the reflector body front not only have comprehensive retroreflective articles and light, and back lens surface is when the telltale start, the reflector body device of the light-permeable that displaying contents is shown that also can nature.
For achieving the above object, the utility model provides a kind of reflector body device of light-permeable, and it is characterized in that: reflector body is provided with eyeglass, and this eyeglass is fixed on the picture frame, and the back side of picture frame combines with car body; And be provided with telltale between eyeglass and picture frame in addition, it is characterized in that: the transmission lens back side is provided with metallic reflector, this metallic reflector be film plating, the reflector body front can be reflected and metal level back side light-permeable, that be printing opacity thickness form.
The reflector body device of described light-permeable is characterized in that: the reflecting horizon of this eyeglass is the chromium layer.
The reflector body device of described light-permeable is characterized in that: the reflecting horizon of this eyeglass is a silver layer.
The reflector body device of described light-permeable is characterized in that: the reflecting horizon of this eyeglass is an aluminium lamination.
The reflector body device of described light-permeable, it is characterized in that: the telltale that the data of doing shows is to be connected with every electronic machine in car body or the car, the telltale that this telltale shows for the state that also can move backward, arrange speed, lamp condition, temperature, tire pressure, driving information, drawn to obtain navigation information, video camera monitoring display, reverse image monitoring display, navigation direction indication.
The reflector body device of described light-permeable, it is characterized in that: eyeglass is provided with in the mode of multilayer film, this eyeglass is to be equipped with multilayer film in the Double End place, be included in the eyeglass two sides and be equipped with the multilayer film reflecting horizon, and be provided with light shield layer in the multilayer film reflecting horizon at its back side, this light shield layer is the thickness or the density of light-permeable can control form, uses to cooperate telltale.
The reflector body device of described light-permeable is characterized in that: eyeglass is provided with the transmittance section and is provided with the membranaceous barrier layer of light-permeable in this transmittance section in the reflecting horizon.
The reflector body device of described light-permeable, it is characterized in that: telltale is one of three kinds of LED, LCD, ELD, and LED is one of among general LED, the organic OLED, and LCD is one of among TN-LCD, STN-LCD, DSTN-LCD, COLOR STN-LCD and TFT-LCD, the FOP-LCD, ELD is general ELD and organically one of among the OELD, and the backlight in each telltale is the form of high brightness or the form that the mechanism before the backlight is in high transmission rate.
The reflector body device of described light-permeable, it is characterized in that: eyeglass Double End place is equipped with multilayer film, be included in the eyeglass two sides and be equipped with the multilayer film reflecting horizon, and be provided with light shield layer in the multilayer film reflecting horizon of back lens surface, relative telltale forms the transmittance section in addition on this light shield layer.
The reflector body device of described light-permeable is characterized in that: eyeglass is provided with the hard barrier layer in addition between telltale front end and transmittance section.
The reflector body device of described light-permeable is characterized in that: the eyeglass front end is provided with barrier layer in addition.
The reflector body device of described light-permeable, it is characterized in that: the other end of metallic reflector is provided with light shield layer, this light shield layer is provided with the transmittance section of reservation in addition with respect to the telltale place, and this light shield layer is the strong printing ink of light-proofness, and is provided with the transmittance section that shape conforms in addition with respect to the telltale place on the light shield layer.
The reflector body device of described light-permeable, it is characterized in that: the other end of metallic reflector is provided with promising comprehensive be coated with, light shield layer that thickness can optionally be controlled, and this light shield layer demonstrates the light shield layer of display contents for the metallic reflector printing opacity that can cooperate light-permeable.
The utility model also provides a kind of reflector body device of light-permeable, it is characterized in that: eyeglass is provided with in the mode of multilayer film, and is provided with the light shield layer that thickness is the light-permeable form.
The reflector body device of described light-permeable, it is characterized in that: this eyeglass is to be coated with the multilayer film reflecting horizon that the acceptable light of human body is reflected in order to filtering noxious light on front end face, and this back lens surface that is coated with the multilayer film reflecting horizon is provided with the thickness of light-permeable or the light shield layer that density can be done to control in addition.
The reflector body device of described light-permeable is characterized in that: the multilayer film reflecting horizon is arranged at the position of eyeglass end face and directly is provided with the multilayer film reflecting horizon between light shield layer and eyeglass.
The reflector body device of described light-permeable is characterized in that: the back side, multilayer film reflecting horizon on single face multilayer film eyeglass is laid with the light shield layer of tool transmittance section in addition.
The reflector body device of described light-permeable, it is characterized in that: eyeglass is provided with in the mode of multilayer film, this eyeglass is to be equipped with multilayer film in the Double End place, be included in the eyeglass two sides and be equipped with the multilayer film reflecting horizon, and be provided with light shield layer in the multilayer film reflecting horizon at its back side, this light shield layer is the thickness or the density of light-permeable can control form, uses to cooperate telltale.
The reflector body device of described light-permeable is characterized in that: eyeglass is provided with the transmittance section and is provided with the membranaceous barrier layer of light-permeable in this transmittance section in the reflecting horizon.
The reflector body device of described light-permeable, it is characterized in that: telltale is one of three kinds of LED, LCD, ELD, and LED is one of among general LED, the organic OLED, and LCD is one of among TN-LCD, STN-LCD, DSTN-LCD, COLOR STN-LCD and TFT-LCD, the FOP-LCD, ELD is general ELD and organically one of among the OELD, and the backlight in each telltale is the form of high brightness or the form that the mechanism before the backlight is in high transmission rate.
The reflector body device of described light-permeable, it is characterized in that: eyeglass Double End place is equipped with multilayer film, be included in the eyeglass two sides and be equipped with the multilayer film reflecting horizon, and be provided with light shield layer in the multilayer film reflecting horizon of back lens surface, relative telltale forms the transmittance section in addition on this light shield layer.
The reflector body device of described light-permeable is characterized in that: eyeglass is provided with the hard barrier layer in addition between telltale front end and transmittance section.
The reflector body device of described light-permeable is characterized in that: the eyeglass front end is provided with barrier layer in addition.
After having adopted said structure, the utility model can obtain following advantage;
1, eyeglass can provide complete two-way function: when telltale is failure to actuate, the metallic reflector of its back lens surface or multilayer film reflecting horizon or light shield layer get final product certain operation of reflecting, and when the telltale start, can project relative data and content, reach comprehensive beidirectional effect.
2, no reflection dead angle: because metallic reflector or multilayer film reflecting horizon or light shield layer still maintain the effect of whole reflection, and unlikely dead angle of causing the eyeglass reflection.So practicality height.
3,, when front end is observed, not only can reach the purpose of comprehensive reflection by its refraction reflecting effect, and structure of the present utility model is used for when outdoor, as the observation mirror of automobile both sides or the observation mirror of locomotive etc., it can cooperate the caution of informing the front vehicle direction, realizes multi-functional demonstration.
Below, with the specific embodiment the utility model is done further detailed description in conjunction with the accompanying drawings.
Fig. 1 is the schematic perspective view before the telltale in the utility model reflector body does not move.
Fig. 2 is the schematic perspective view after the telltale in the utility model reflector body moves.
Fig. 3 is the generalized section of eyeglass complexed metal of the present utility model reflecting horizon combination.
Fig. 4 is the generalized section of eyeglass complexed metal reflecting horizon of the present utility model and the compound use of light shield layer.
Fig. 5 is the generalized section that single face multilayer film eyeglass of the present utility model cooperates light shield layer to use.
Fig. 6 is the generalized section that double-sided multi-layer film glass of the present utility model cooperates light shield layer to use.
Fig. 7 is that double-sided multi-layer film glass cooperation of the present utility model has the generalized section of transmittance section light shield layer.
Fig. 8 is the generalized section that the barrier layer of cooperation membrane stratiform of the present utility model uses.
Fig. 9 is the generalized section of the barrier layer of cooperation hard transparent glass form of the present utility model.
Cooperate and consult shown in Fig. 1,2, reflector body 10 basic structures of the present utility model are suitable with known person, and also keep by the reflectance characteristics to light and article on the function, locate and can be used in indoor back mirror of automobile or the back mirror outside car etc.; Wherein, be provided with an eyeglass 11 in reflector body 10, and eyeglass 11 is fixed on the picture frame 12 of a dark-coloured series, the back side of picture frame 12 can engage with roof mechanism or the car body outside in the car, this legend is the form that combines with Che Nei mechanism, promptly has a handel 13 that combines with roof or Che Nei mechanism in addition.
And known eyeglass 11 surface texture forms are a lot, wherein, promptly have as shown in Figure 3, are provided with layer of metal reflecting horizon 20 in addition in eyeglass 11 back sides of light-permeable; Also can directly be coated with the setting of light shield layer 30 as shown in Figure 4, to improve reflectivity in the other end of metallic reflector 20; Single or double multilayer film reflecting horizon 21 is set on transmission lens 11 in addition, promptly shown in Fig. 5,6, then be provided with light shield layer 30 in eyeglass 11 back sides, and feature of the present utility model promptly is to cooperate aforementioned multiple eyeglass 11 lip-deep reflecting horizon 20 or light shield layer 30 to make both by suitable film thickness control, so that reflector body 10 can be done the demonstration of printing opacity in addition under comprehensive reflection demand.
Of the present utility model being characterised in that:
As shown in Figure 3, the metallic reflector 20 at transmission lens of the present utility model 11 back sides is the metal level of film plating form, it is chromium layer or the silver layer or the aluminium of a high reflex, and its chromium layer or silver layer or aluminium lamination are the structural form of a printing opacity thickness, has light-permeable, just because picture frame 12 inside at eyeglass 11 back sides are a dark-coloured environment, so it sees it by eyeglass 11 front ends, it is a structural form that comprehensively reflects, and when the light at metallic reflector 20 back sides is better than eyeglass 11 front end light, naturally show the content of back side light, as Fig. 2, shown in 3, so can on the other end, directly be provided with telltale 40 by appropriate location, so that in the telltale 40 when demonstrating its content, the light that its telltale 40 sends can be certain appear its content via metallic reflector 20 by the back side, reach the purpose of direct image, and, when video picture not, can be certain telltale 40 be hidden, and make eyeglass 11 guarantee to have whole function of reflecting, do not have other zones that can't reflect and produce.
And the setting of light shield layer 30 also can be done in the other end of this metallic reflector 20, as shown in Figure 4, its light shield layer 30 is provided with the transmittance section 31 of reservation in addition with respect to telltale 40 places, and this light shield layer 30 is to stamp the extremely strong printing ink of light-proofness in the mode of printing, and be provided with the transmittance section 31 that a shape conforms in addition with respect to telltale 40 places on its light shield layer 30, be the function of comprehensive catadioptre at ordinary times in order to reach, the time spent can be throwed the content that demonstrates on the telltale 40 immediately.
And aforesaid light shield layer 30 also can be done comprehensive being coated with, just its thickness optionally carries out the control of thickness, make its light shield layer 30 also can do the operation that printing opacity shows, cooperate the metallic reflector 20 of light-permeable can reach the function that printing opacity demonstrates telltale 30 contents, and can have whole function of reflecting at ordinary times.
Also can be with the structure of eyeglass 11 structural form by single mirror nude film, be replaced with the structure of multilayer film, it also can be by design of the present utility model, and purpose such as video picture really when reaching at ordinary times comprehensively reflection, printing opacity, promptly as shown in Figure 5, eyeglass 11 shown in its legend is to be to be coated with multilayer film reflecting horizon 21 on the front end face in single face, with the reflection of the acceptable light of human body and go out, and this one is coated with the thickness that is provided with light-permeable in addition at eyeglass 11 back sides in multilayer film reflecting horizon 21 or the light shield layer 30 of density control in order to filtering noxious light; Can reach aforesaid function equally, and, the position that its multilayer film reflecting horizon 21 is arranged at eyeglass 11 end faces also can directly be provided with multilayer film reflecting horizon 21 in light shield layer 30 and 11 on eyeglass, and it can reach at ordinary times reflection comprehensively equally and can appear the function of displaying contents during telltale 40 actions.
Can be laid with the former light shield layer 30 of one deck in 21 back sides, multilayer film reflecting horizon on the single face multilayer film eyeglass in addition in addition with transmittance section 31, as shown in Figure 4, the purpose that can reach printing opacity equally and reflect comprehensively.
Design of the present utility model again also can be used on the double-sided multi-layer membrane structure, promptly be equipped with the multilayer film reflecting horizon 21 shown in Fig. 6,7 in eyeglass 11 two sides, and be provided with light shield layer 30 in the multilayer film reflecting horizon 21 at its back side, it can be as shown in Figure 6, its light shield layer 30 also is the film thickness control form of light-permeable, uses to cooperate telltale 30; And relative telltale 40 forms transmittance section 31 in addition on its light shield layer 30, still can reach the function of comprehensive reflection and back side light-permeable.
So when eyeglass 11 and picture frame 12 inside there is no other light generations, the effect that its reflector body 10 integral body are a total internal reflection produces, if when eyeglass 11 and 12 generations of picture frame light, when its light was higher than near the brightness of environment, its light content can see through reflecting horizon such as metallic reflector 20 or multilayer film reflecting horizon 21 and enter in observer's the eye through eyeglass 11.
In addition the same technology of the utility model can apply to knownly directly be provided with in the mechanism of transmittance section 200 in metallic reflector 20, as shown in Figure 8, promptly in its transmittance section 200, be provided with membranaceous barrier layer 50, and these barrier layer 50 structures metallic reflector 20 or multilayer film reflecting horizon 21 or light shield layer 30 are general as the aforementioned, same light-permeable and can when printing opacity not, make the usefulness of reflection comprehensively; Also can be as shown in Figure 9, promptly be provided with a hard barrier layer 50 in addition in telltale 40 front ends and 200 of transmittance sections, it can be the structure of glass form, also can reach aforementioned every function, its barrier layer 50 can directly be located at the front end face of eyeglass 11 in addition, by its refraction reflecting effect, when front end is observed, can reach the purpose of comprehensive reflection.
Telltale 40 of the present utility model is to use three major types such as at present common LED, LCD, ELD in addition, and wherein, LED can be subdivided into general LED, organic OLED, and LCD can be subdivided into TN-LCD, STN-LCD, DSTN-LCD, COLOR STN-LCD and TFT-LCD, FOP-LCD etc., ELD then can segment the form of general ELD (EL) and organic OELD, just this some is not emphasis of the present utility model place, so thin portion content will not describe in detail.In addition see through eyeglass 11 for what make that content displayed can be certain, its telltale 40 can use the structure of high brightness, comprising: the demonstration film before its telltale 40 inner backlight is that high light transmittance or its backlight are the design of high brightness.And when integral body of the present utility model is used in Room Mirror, its telltale 40 can cooperate the electronic system in the car to produce relevant content, comprise: every driving information, electronic chart advance notice turn direction, vehicle interior temperature, humidity, the demonstration of data such as tire pressure, phone associated electrical data, light shows, caution shows, the video camera monitoring display, reverse image monitoring display or the like, all can be for it by eyeglass 11 rear telltales 40 of the present utility model, and structure of the present utility model is used for when outdoor, as the observation mirror of automobile both sides or the observation mirror of locomotive etc., it can cooperate the caution of informing the front vehicle direction, reaches the purpose of multi-functional demonstration.
Telltale is to be connected with every electronic machine, video camera in car body or the car, being made for the demonstration of related data, and can do the indication of reverse image monitored control system, navigation direction or other related data demonstrations etc.
Claims (23)
1, a kind of reflector body device of light-permeable, wherein, reflector body is provided with eyeglass, and this eyeglass is fixed on the picture frame, and the back side of picture frame combines with car body; And be provided with telltale between eyeglass and picture frame in addition, it is characterized in that:
The transmission lens back side is provided with metallic reflector, this metallic reflector be film plating, the reflector body front can be reflected and metal level back side light-permeable, that be printing opacity thickness form.
2, the reflector body device of light-permeable as claimed in claim 1 is characterized in that: the reflecting horizon of this eyeglass is the chromium layer.
3, the reflector body device of light-permeable as claimed in claim 1 is characterized in that: the reflecting horizon of this eyeglass is a silver layer.
4, the reflector body device of light-permeable as claimed in claim 1 is characterized in that: the reflecting horizon of this eyeglass is an aluminium lamination.
5, the reflector body device of light-permeable as claimed in claim 1, it is characterized in that: the telltale that the data of doing shows is to be connected with every electronic machine in car body or the car, the telltale that this telltale shows for the state that also can move backward, arrange speed, lamp condition, temperature, tire pressure, driving information, drawn to obtain navigation information, video camera monitoring display, reverse image monitoring display, navigation direction indication.
6, the reflector body device of light-permeable as claimed in claim 1, it is characterized in that: eyeglass is provided with in the mode of multilayer film, this eyeglass is to be equipped with multilayer film in the Double End place, be included in the eyeglass two sides and be equipped with the multilayer film reflecting horizon, and be provided with light shield layer in the multilayer film reflecting horizon at its back side, this light shield layer is the thickness or the density of light-permeable can control form, uses to cooperate telltale.
7, the reflector body device of light-permeable as claimed in claim 1 is characterized in that: eyeglass is provided with the transmittance section and is provided with the membranaceous barrier layer of light-permeable in this transmittance section in the reflecting horizon.
8, the reflector body device of light-permeable as claimed in claim 1, it is characterized in that: telltale is one of three kinds of LED, LCD, ELD, and LED is one of among general LED, the organic OLED, and LCD is one of among TN-LCD, STN-LCD, DSTN-LCD, COLOR STN-LCD and TFT-LCD, the FOP-LCD, ELD is general ELD and organically one of among the OELD, and the backlight in each telltale is the form of high brightness or the form that the mechanism before the backlight is in high transmission rate.
9, the reflector body device of light-permeable as claimed in claim 6, it is characterized in that: eyeglass Double End place is equipped with multilayer film, be included in the eyeglass two sides and be equipped with the multilayer film reflecting horizon, and being provided with light shield layer in the multilayer film reflecting horizon of back lens surface, relative telltale forms the transmittance section in addition on this light shield layer.
10, the reflector body device of light-permeable as claimed in claim 7 is characterized in that: eyeglass is provided with the hard barrier layer in addition between telltale front end and transmittance section.
11, the reflector body device of light-permeable as claimed in claim 7, it is characterized in that: the eyeglass front end is provided with barrier layer in addition.
12, as the reflector body device of claim 1 or 2 or 3 or 4 described light-permeables, it is characterized in that: the other end of metallic reflector is provided with light shield layer, this light shield layer is provided with the transmittance section of reservation in addition with respect to the telltale place, and this light shield layer is the strong printing ink of light-proofness, and is provided with the transmittance section that shape conforms in addition with respect to the telltale place on the light shield layer.
13, as the reflector body device of claim 1 or 2 or 3 or 4 described light-permeables, it is characterized in that: the other end of metallic reflector is provided with promising comprehensive be coated with, light shield layer that thickness can optionally be controlled, and this light shield layer demonstrates the light shield layer of display contents for the metallic reflector printing opacity that can cooperate light-permeable.
14, a kind of reflector body device of light-permeable, it is characterized in that: eyeglass is provided with in the mode of multilayer film, and is provided with the light shield layer that thickness is the light-permeable form.
15, the reflector body device of light-permeable as claimed in claim 14, it is characterized in that: this eyeglass is to be coated with the multilayer film reflecting horizon that the acceptable light of human body is reflected in order to filtering noxious light on front end face, and this back lens surface that is coated with the multilayer film reflecting horizon is provided with the thickness of light-permeable or the light shield layer that density can be done to control in addition.
16, the reflector body device of light-permeable as claimed in claim 14 is characterized in that: the multilayer film reflecting horizon is arranged at the position of eyeglass end face and directly is provided with the multilayer film reflecting horizon between light shield layer and eyeglass.
17, the reflector body device of light-permeable as claimed in claim 14 is characterized in that: the back side, multilayer film reflecting horizon on single face multilayer film eyeglass is laid with the light shield layer of tool transmittance section in addition.
18, the reflector body device of light-permeable as claimed in claim 14, it is characterized in that: eyeglass is provided with in the mode of multilayer film, this eyeglass is to be equipped with multilayer film in the Double End place, be included in the eyeglass two sides and be equipped with the multilayer film reflecting horizon, and be provided with light shield layer in the multilayer film reflecting horizon at its back side, this light shield layer is the thickness or the density of light-permeable can control form, uses to cooperate telltale.
19, the reflector body device of light-permeable as claimed in claim 14 is characterized in that: eyeglass is provided with the transmittance section and is provided with the membranaceous barrier layer of light-permeable in this transmittance section in the reflecting horizon.
20, the reflector body device of light-permeable as claimed in claim 14, it is characterized in that: telltale is one of three kinds of LED, LCD, ELD, and LED is one of among general LED, the organic OLED, and LCD is one of among TN-LCD, STN-LCD, DSTN-LCD, COLOR STN-LCD and TFT-LCD, the FOP-LCD, ELD is general ELD and organically one of among the OELD, and the backlight in each telltale is the form of high brightness or the form that the mechanism before the backlight is in high transmission rate.
21, the reflector body device of light-permeable as claimed in claim 18, it is characterized in that: eyeglass Double End place is equipped with multilayer film, be included in the eyeglass two sides and be equipped with the multilayer film reflecting horizon, and being provided with light shield layer in the multilayer film reflecting horizon of back lens surface, relative telltale forms the transmittance section in addition on this light shield layer.
22, the reflector body device of light-permeable as claimed in claim 19 is characterized in that: eyeglass is provided with the hard barrier layer in addition between telltale front end and transmittance section.
23, the reflector body device of light-permeable as claimed in claim 19, it is characterized in that: the eyeglass front end is provided with barrier layer in addition.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 00260607 CN2499281Y (en) | 2000-11-24 | 2000-11-24 | Reflector device capable of light transmitting |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 00260607 CN2499281Y (en) | 2000-11-24 | 2000-11-24 | Reflector device capable of light transmitting |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2499281Y true CN2499281Y (en) | 2002-07-10 |
Family
ID=33616368
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 00260607 Expired - Lifetime CN2499281Y (en) | 2000-11-24 | 2000-11-24 | Reflector device capable of light transmitting |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2499281Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2004012963A1 (en) * | 2002-08-06 | 2004-02-12 | Meihua Mediaview Technologies (Shenzhen) Co.Ltd. | Two-purpose mirror for transmission and reflection |
-
2000
- 2000-11-24 CN CN 00260607 patent/CN2499281Y/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2004012963A1 (en) * | 2002-08-06 | 2004-02-12 | Meihua Mediaview Technologies (Shenzhen) Co.Ltd. | Two-purpose mirror for transmission and reflection |
| GB2406841A (en) * | 2002-08-06 | 2005-04-13 | Meihua Media View Technologies | Two-purpose mirror for transmission and reflection |
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