CN201350874Y - Rear-view mirror with display unit - Google Patents

Rear-view mirror with display unit Download PDF

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Publication number
CN201350874Y
CN201350874Y CNU2009200008417U CN200920000841U CN201350874Y CN 201350874 Y CN201350874 Y CN 201350874Y CN U2009200008417 U CNU2009200008417 U CN U2009200008417U CN 200920000841 U CN200920000841 U CN 200920000841U CN 201350874 Y CN201350874 Y CN 201350874Y
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display unit
lens set
reflectivity
lens group
viewing area
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洪腾茂
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Ken Sean Factory Co Ltd
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Ken Sean Factory Co Ltd
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Abstract

The utility model discloses a rear-view mirror with display element, including a casing, a lens group who installs at an opening of this casing, and one install in the inside display element of casing, this lens group and this casing produce between an installation interval, the penetrability of this lens group is between 10 ~ 40%, and the reflectivity is more than 40%, this display element is installed in this installation interval to corresponding to this lens group, and this display element is in 100cd/m in the luminance control who pierces through this lens group2Therefore, the lens group does not need to be specially corresponding to the display unit to manufacture a window with high penetration rate, can also accord with reflecting a rear image under a normal state, and can develop a reversing image or other functions of displaying prompt characters when the display unit is actuated.

Description

具有显示单元的后视镜 rearview mirror with display unit

技术领域 technical field

本实用新型涉及一种后视镜,特别是涉及一种具有显示单元的后视镜。The utility model relates to a rearview mirror, in particular to a rearview mirror with a display unit.

背景技术 Background technique

中国TW公告编号第484532号案「电子式后视镜结构改良」,揭示了将后视镜原有反射后方影像的机能,再搭配一个倒车影像摄影显示的机能于后视镜上,借此让后方显示上更无死角,以提升驾驶上的安全性。China TW Bulletin No. 484532 Case "Structure Improvement of Electronic Rearview Mirror" reveals that the rearview mirror's original function of reflecting rear images is combined with a reversing image photography display function on the rearview mirror, thereby allowing There are no dead spots on the rear display to improve driving safety.

然而,因为倒车影像用的显示器安装在后视镜的镜片组后方,就需要考量穿透与反射上的需求,且又需要考量整体镜片组反射后方影像的原始目的是否会被影响,所以最终于镜片组上往往会有二个不同穿透与反射率的第一区间及第二区间,第一区间为了符合显示器显影所特别制作,而第二区间则为了一般反射后方影像所制作。However, because the display for the reversing image is installed behind the lens group of the rearview mirror, it is necessary to consider the requirements for penetration and reflection, and it is also necessary to consider whether the original purpose of the overall lens group to reflect the rear image will be affected, so in the end. There are usually two first and second zones with different transmittance and reflectivity on the lens group. The first zone is specially made to meet the display development, while the second zone is made for the general reflection of the rear image.

参阅图1,中国TW发明专利第I270483号案,后视镜的玻璃镜片,还进一步的揭露镜片镀膜及穿透、反射率的应用,主要结构组成在于,于后视镜装设一个显示器(图未示),该后视镜上的镜片11就相对该显示器设计成型为穿透率较佳的窗框12,而其它未对应显示器的镜面部位13则镀膜时取得较佳的反射率,相对就会有较低的穿透率,就此可以使显示器得到较佳的效果,而达到辅助显示的功效。Referring to Fig. 1, China TW Invention Patent No. I270483, the glass lens of the rearview mirror further discloses the application of lens coating, penetration and reflectivity. The main structural composition is that a display is installed on the rearview mirror (Fig. not shown), the lens 11 on the rearview mirror is designed and shaped as a window frame 12 with better transmittance relative to the display, while other mirror parts 13 that do not correspond to the display obtain better reflectivity during coating, which is relatively There will be a lower transmittance, so that the display can get a better effect, and achieve the effect of auxiliary display.

但是,后视镜上加装倒车影像显示器显示摄影状况,虽然能辅助驾驶观视的死角问题,不过却也因为窗框12与镜面部位13两者的穿透率与反射率上的差异,导致于正常反射显示后方影像下,窗框12的部位特别阴暗,且若窗框12与镜面部位13若差异过大,甚至反而让驾驶者感到不利观测后方动态,造成视觉混淆。However, installing a reversing image display on the rearview mirror to display the shooting situation, although it can assist the driver to view the blind spot problem, is also caused by the difference in the transmittance and reflectivity between the window frame 12 and the mirror surface 13. Under the normal reflective display of the rear image, the position of the window frame 12 is particularly dark, and if the difference between the window frame 12 and the mirror surface 13 is too large, it may even make the driver feel unfavorable to observe the rear dynamics, resulting in visual confusion.

实用新型内容 Utility model content

本实用新型的一个目的,在于提供一种在镜片组制成只有一种穿透与反射区间,且同时能达到显示单元作用又可反射的具有显示单元的后视镜。An object of the present invention is to provide a rearview mirror with a display unit that has only one penetration and reflection interval in the lens assembly, and can achieve the function of the display unit and reflect at the same time.

本实用新型的另一个目的,在于提供一种在镜片组具有二个显示区域,且能达到显示单元作用又可反射的具有显示单元的后视镜。Another object of the present invention is to provide a rearview mirror with a display unit which has two display areas in the lens group, which can function as a display unit and reflect.

本实用新型具有显示单元的后视镜,包括一个壳体、一个装设于该壳体的镜片组及一个装设于壳体内部的显示单元。该壳体具有一个开口部,该镜片组装设于该壳体的开口部,并与该壳体间产生一个安装区间,该镜片组的穿透率在10~40%间,且反射率在40%以上。该显示单元装设于该安装区间内,并对应于该镜片组,且该显示单元于穿透过该镜片组的亮度在100cd/m2以上。The utility model has a rearview mirror with a display unit, which includes a casing, a lens group installed in the casing and a display unit installed inside the casing. The casing has an opening, the lens assembly is installed in the opening of the casing, and forms an installation area with the casing, the transmittance of the lens assembly is between 10% and 40%, and the reflectivity is 40% %above. The display unit is installed in the installation area and corresponds to the lens group, and the brightness of the display unit passing through the lens group is above 100cd/m 2 .

本实用新型具有显示单元的后视镜,包括一个壳体、一个装设在该壳体的镜片组及一个装设于壳体内部的显示单元。该镜片组为10~40%穿透率且40%以上反射率的均匀镜体,该镜片组具有一个对应于该显示单元发光面的第一显示区域,及一个有别于该第一显示区域的第二显示区域,且该第一显示区域与该第二显示区域具有相同的穿透率与反射率。The utility model has a rearview mirror with a display unit, which comprises a casing, a lens group installed in the casing and a display unit installed inside the casing. The lens group is a uniform mirror body with a transmittance of 10-40% and a reflectivity of more than 40%. The lens group has a first display area corresponding to the light-emitting surface of the display unit, and a display area different from the first display area. The second display area, and the first display area and the second display area have the same transmittance and reflectance.

本实用新型的有益效果在于:该镜片组整片控制在一定的穿透率与反射率间,所以镜片组反射后方影像时不产生视觉混淆,同时该显示单元控制在特定的显示亮度下,仍然能穿透镜片组达到显示目的。The beneficial effect of the utility model is that: the entire lens group is controlled between a certain transmittance and reflectivity, so that no visual confusion occurs when the lens group reflects the rear image, and at the same time, the display unit is controlled under a specific display brightness, still It can pass through the lens group to achieve the display purpose.

附图说明 Description of drawings

图1是现有一种后视镜的玻璃镜片的一个平面示意图;Fig. 1 is a schematic plan view of a glass lens of an existing rearview mirror;

图2是本实用新型第一个较佳实施例的立体分解示意图;Fig. 2 is a three-dimensional exploded schematic view of the first preferred embodiment of the present invention;

图3是该第一较佳实施例的平面示意图,说明一个镜片组的显示状况;Fig. 3 is a schematic plan view of the first preferred embodiment, illustrating the display status of a lens group;

图4是该较佳实施例的剖面示意图,说明镜片组的一种组成;Fig. 4 is a schematic cross-sectional view of the preferred embodiment, illustrating a composition of the lens group;

图5是本实用新型第二个较佳实施例的镜片组剖面示意图;Fig. 5 is a schematic cross-sectional view of the lens group of the second preferred embodiment of the present invention;

图6是本实用新型第三个较佳实施例的镜片组剖面示意图;Fig. 6 is a schematic cross-sectional view of a lens group in a third preferred embodiment of the present invention;

图7是本实用新型第四个较佳实施例的镜片组剖面示意图;Fig. 7 is a schematic cross-sectional view of the lens group of the fourth preferred embodiment of the present invention;

图8是本实用新型第五个较佳实施例的镜片组剖面示意图;Fig. 8 is a schematic cross-sectional view of a lens group in a fifth preferred embodiment of the present invention;

图9是本实用新型第六个较佳实施例的镜片组剖面示意图。Fig. 9 is a schematic cross-sectional view of a lens group in a sixth preferred embodiment of the present invention.

具体实施方式 Detailed ways

下面结合附图及实施例对本实用新型进行详细说明:Below in conjunction with accompanying drawing and embodiment the utility model is described in detail:

参阅图2及图3,本实用新型具有显示单元的后视镜第一个较佳实施例,包括有一个壳体2、一装设于该壳体2的镜片组3,及一个设置在该壳体2内的显示单元4。Referring to Fig. 2 and Fig. 3, the first preferred embodiment of the utility model has the rearview mirror of display unit, comprises a housing 2, a lens group 3 that is installed in this housing 2, and is arranged on this Display unit 4 inside housing 2 .

该壳体2具有一个开口部21。The housing 2 has an opening 21 .

该镜片组3装设在该开口部21,且该壳体2与该镜片组3间产生有一个安装区间5,该显示单元4装设于该安装区间5内,且发光面是对应于该镜片组3。The lens group 3 is installed in the opening 21, and an installation area 5 is formed between the housing 2 and the lens group 3, the display unit 4 is installed in the installation area 5, and the light-emitting surface is corresponding to the Lens group 3.

该镜片组3整体成型为10~40%穿透率且40%以上反射率的均匀镜体。该镜片组3具有一个对应于该显示单元4发光面的第一显示区域31,及一个有别于该第一显示区域31的第二显示区域32,且该第一显示区域31与该第二显示区域32具有相同的穿透率与反射率。The lens group 3 is integrally formed into a uniform mirror body with a transmittance of 10-40% and a reflectance of more than 40%. The lens group 3 has a first display area 31 corresponding to the light-emitting surface of the display unit 4, and a second display area 32 different from the first display area 31, and the first display area 31 and the second display area 31 The display area 32 has the same transmittance and reflectivity.

该显示单元4的亮度需配合该镜片组3穿透率的需求控制,较佳的是让穿透过该镜片组3后的亮度在100CD/M2以上,即以穿透率40%的镜片组3而言,该显示单元4最低的亮度输出需在250CD/M2以上,借此,该显示单元4用于显示倒车影像、字幕字符或图案等拨放,才足以让驾驶者便于观视。The brightness of the display unit 4 needs to be controlled according to the requirement of the transmittance of the lens group 3. It is preferable to allow the brightness after passing through the lens group 3 to be above 100CD/M2, that is, a lens with a transmittance of 40%. For group 3, the minimum luminance output of the display unit 4 must be above 250CD/M 2 , so that the display unit 4 is used to display reversing images, subtitle characters or patterns, etc., so that the driver can easily watch .

此外,该镜片组3整体达成10~40%穿透率及40%以上反射率的方式颇多,较佳的方式有金属膜或金属氧化物膜成型法、光触媒反应膜、物理气相沉积法,或化学气相沉积法等。其中最常见的是金属膜或金属氧化物膜成型法,如透过氧化还原镀膜、金属溅镀、蒸着镀膜、真空电镀等方式达成。In addition, there are many methods for the lens group 3 to achieve a transmittance of 10-40% and a reflectance of more than 40%. The preferred methods include metal film or metal oxide film forming method, photocatalyst reaction film, and physical vapor deposition method. or chemical vapor deposition. The most common method is metal film or metal oxide film forming method, such as through redox coating, metal sputtering, vapor deposition coating, vacuum electroplating and other methods.

参阅图4,本较佳实施例的一种镜片组3组成,该镜片组3具有一个玻璃基板33,及至少一个膜层34。该膜层34可以镀着于该玻璃基板33一侧或二侧,包括一个多层型态金属镀层341,并直接产生预定的穿透率与反射率。Referring to FIG. 4 , a lens set 3 of this preferred embodiment is composed. The lens set 3 has a glass substrate 33 and at least one film layer 34 . The film layer 34 can be coated on one side or both sides of the glass substrate 33 , including a multi-layer metal coating layer 341 , and directly produces predetermined transmittance and reflectivity.

参阅图5,本实用新型第二个较佳实施例,该镜片组3还具有一个有效控制可见光的滤光层342,并同该金属膜层341使镜片组3达到预定的穿透率与反射率。Referring to Fig. 5, the second preferred embodiment of the utility model, the lens group 3 also has a filter layer 342 for effectively controlling visible light, and the metal film layer 341 makes the lens group 3 reach predetermined transmittance and reflection Rate.

参阅图6,本实用新型第三个较佳实施例,该镜片组3还具有一个以贴着方式贴覆其上的增亮膜343,例如采用3M公司所产制的Vikuiti光学增亮膜,借以提高该显示单元4穿透后的亮度,且该增亮膜343并同该金属膜层341使镜片组3达到预定的穿透率与反射率。Referring to Fig. 6, the third preferred embodiment of the utility model, the lens group 3 also has a brightness enhancing film 343 attached thereon in a sticking manner, such as the Vikuiti optical brightness enhancement film produced by 3M Company, In order to improve the brightness of the display unit 4 after penetration, and the brightness enhancement film 343 and the metal film layer 341 enable the lens group 3 to achieve predetermined transmittance and reflectivity.

参阅图7,本实用新型第四个较佳实施例,该镜片组3的增亮膜343并同该金属膜层341、该滤光层342,使镜片组3达到预定的穿透率与反射率。Referring to Fig. 7, the fourth preferred embodiment of the utility model, the brightening film 343 of the lens group 3 is combined with the metal film layer 341 and the filter layer 342, so that the lens group 3 reaches a predetermined transmittance and reflection Rate.

参阅图8,本实用新型的第五个较佳实施例,该镜片组3是透过光触媒反应成型,该镜片组3具有一个玻璃基板33,及至少一个膜层35。该膜层35包括一个氧化物多层膜351,涂布该玻璃基板33的一侧或二侧,且通常选自于二氧化硅(SiO2)或二氧化钛(TiO2)作为主原料,并直接产生预定的穿透率与反射率。此外,该膜层35除了以氧化物多层膜351达成穿透率与反射率外,还可配合如图5、6、7揭示的该滤光层342、该增亮膜343等方式并合达成。Referring to FIG. 8 , the fifth preferred embodiment of the present invention, the lens set 3 is formed through photocatalyst reaction, and the lens set 3 has a glass substrate 33 and at least one film layer 35 . The film layer 35 includes an oxide multilayer film 351, coated on one or both sides of the glass substrate 33, and is usually selected from silicon dioxide (SiO 2 ) or titanium dioxide (TiO 2 ) as the main raw material, and directly Generate predetermined transmittance and reflectivity. In addition, the film layer 35 can be combined with the optical filter layer 342 and the brightness enhancement film 343 as shown in FIGS. achieved.

参阅图9,本实用新型的第六个较佳实施例,该镜片组3具有至少二个玻璃基板33,及至少二个分别对应镀着于所述玻璃基板33上的膜层36、37,该膜层36、37得以镀着于所述玻璃基板33一侧或二侧,该膜层36、37可以为如同前述的金属镀层34或氧化物多层膜35,且所述膜层36、37配合二个玻璃基板33用以产生预定的穿透率与反射率。此外,还可配合前述的该滤光层342、该增亮膜343等方式并合达成预定的穿透率与反射率。Referring to Fig. 9, the sixth preferred embodiment of the present utility model, the lens group 3 has at least two glass substrates 33, and at least two corresponding film layers 36, 37 respectively plated on the glass substrates 33, The film layers 36, 37 can be plated on one or both sides of the glass substrate 33, the film layers 36, 37 can be the same as the aforementioned metal coating 34 or oxide multilayer film 35, and the film layers 36, 37 37 cooperates with two glass substrates 33 to produce predetermined transmittance and reflectivity. In addition, the aforementioned light filter layer 342 and brightness enhancement film 343 can be combined to achieve a predetermined transmittance and reflectance.

值得一提的是,透过各种镀膜技术或薄膜成型技术大凡都得以取得预定的穿透率与反射率,无论使用物理方式或化学方式的基板着膜,若膜厚越厚相对于穿透率就会较低而反射率就越高,相反的,膜厚越薄穿透率就会较高而反射率就越低,其次,控制穿透率及反射率除了膜厚关系外,尚有主原料的粒子较具影响性,例如镀铬、镀银相同的膜厚就会有不同的反射率与穿透率产生,而举凡镀膜技术种类因非属本实用新型所诉求重点,就不再详细说明,且上述的镀膜成型只是较常见的做法,举凡相关的薄膜成型方式皆仍属本实用新型专利涵盖的范围内。It is worth mentioning that the predetermined transmittance and reflectance can generally be obtained through various coating technologies or thin film forming technologies. Regardless of the use of physical or chemical substrate coating, the thicker the film thickness relative to the transmittance It will be lower and the reflectance will be higher. Conversely, the thinner the film thickness will be, the higher the transmittance will be and the lower the reflectance will be. Secondly, besides the relationship between film thickness, there are still main factors to control the transmittance and reflectance. The particles of raw materials are more influential. For example, the same film thickness of chrome plating and silver plating will have different reflectivity and transmittance. However, the types of coating techniques are not the focus of this utility model, so they will not be described in detail. , and the above-mentioned coating forming is only a relatively common method, and all related film forming methods are still within the scope covered by the utility model patent.

再者,上述诸较佳实施例都是以镀膜技术直接达成,但是于目前实务上,还可利用电致变色的原理,以导电方式改变镜片组的穿透率与反射率而达到预定目的。即该镜片组上以二玻璃基板镀上对应的膜层,但是穿透率与反射率并没有在指定的区间,若于玻璃基板上增加一个正负极的导电层,于该导电层通电下将使整个镜片组穿透率与反射率改变,而符合所需的穿透率与反射率。目前现有技术已存在二个玻璃基板间镀上金属层配合数金属氧化物层,然后于其上填充固态或液态的正负极导电元素,将导电元素通电后,将可使整体产生电致反应而达成需求。由于电致变色的技术手段并非本实用新型诉求的重点,相关技术在此不再详细加说明。Furthermore, the above-mentioned preferred embodiments are directly achieved by coating technology, but in current practice, the principle of electrochromism can also be used to change the transmittance and reflectance of the lens group in a conductive manner to achieve the predetermined purpose. That is to say, the corresponding film layer is coated on the two glass substrates on the lens group, but the transmittance and reflectivity are not in the specified range. If a positive and negative conductive layer is added to the glass substrate, the conductive layer will The transmittance and reflectance of the entire lens group will be changed to meet the required transmittance and reflectance. At present, in the existing technology, a metal layer is coated with a number of metal oxide layers between two glass substrates, and then solid or liquid positive and negative conductive elements are filled on it. After the conductive elements are energized, the whole will generate electro- respond to needs. Since the technical means of electrochromism is not the focus of the utility model, the relevant technologies will not be described in detail here.

使用时,参阅图2、图3,当该显示单元4作动下,得以穿透第一显示区域31显示出,当该显示单元4不作动时,第一显示区域31及第二显示区域32可以完整的反射后视状况。When in use, referring to Fig. 2 and Fig. 3, when the display unit 4 is actuated, it can be displayed through the first display area 31; when the display unit 4 is not actuated, the first display area 31 and the second display area 32 It can fully reflect the rearview situation.

借此,可以避免传统镜片组3上因为需要高穿透率而产生的窗框,使得该显示单元4显示与整体后视镜镜片组3的反射显示,都能让驾驶者观测下不产生视觉混淆。综上所述,本实用新型具有显示单元的后视镜确实能达成预其的使用目的。In this way, it is possible to avoid the window frame on the traditional lens set 3 due to the need for high transmittance, so that the display of the display unit 4 and the reflective display of the overall rearview mirror lens set 3 can allow the driver to observe without visual acuity. confused. In summary, the rearview mirror with display unit of the present invention can indeed achieve its intended purpose of use.

Claims (11)

1. the back mirror with display unit comprises a housing, a lens set and a display unit that is installed in enclosure interior that is installed in this housing; It is characterized in that:
This housing has a peristome;
This lens set is installed in the peristome of this housing, and and this housing between produce between an installing zone, the penetration coefficient of this lens set is at 10~40%, and reflectivity is more than 40%;
This display unit, be installed between this installing zone in, and corresponding to this lens set, and this display unit in the brightness that penetrated this lens set at 100cd/m 2More than.
2. the back mirror with display unit as claimed in claim 1 is characterized in that: this lens set is laminated with generation by a glass substrate and at least one rete, penetration coefficient at 10~40% and reflectivity more than 40%.
3. the back mirror with display unit as claimed in claim 1 is characterized in that: this lens set has a glass substrate, at least one rete and at least one filter layer, penetration coefficient at 10~40% and reflectivity more than 40%.
4. the back mirror with display unit as claimed in claim 1 is characterized in that: this lens set has a glass substrate, at least one rete and at least one brightness enhancement film, penetration coefficient at 1 0~40% and reflectivity more than 40%.
5. the back mirror with display unit as claimed in claim 1, it is characterized in that: this lens set has a glass substrate, at least one rete, at least one filter layer and at least one brightness enhancement film, penetration coefficient at 10~40% and reflectivity more than 40%.
6. the back mirror with display unit as claimed in claim 1 is characterized in that: this lens set has the corresponding respectively retes that plating on glass substrate of two glass substrates and at least two, penetration coefficient at 10~40% and reflectivity more than 40%.
7. the back mirror with display unit as claimed in claim 1, it is characterized in that: this lens set has corresponding respectively rete, at least one filter layer that plating on glass substrate of two glass substrates, at least two, penetration coefficient at 10~40% and reflectivity more than 40%.
8. the back mirror with display unit as claimed in claim 1, it is characterized in that: this lens set has corresponding respectively rete, at least one filter layer and at least one brightness enhancement film of plating on glass substrate of two glass substrates, at least two, penetration coefficient at 10~40% and reflectivity more than 40%.
9. the back mirror with display unit as claimed in claim 1, it is characterized in that: this lens set is the even mirror body of 10~40% penetration coefficients and 40% above reflectivity, this lens set has first viewing area corresponding to this display unit emitting surface, and second viewing area that is different from this first viewing area, and this first viewing area has identical penetration coefficient and reflectivity with this second viewing area.
10. the back mirror with display unit as claimed in claim 1, it is characterized in that: this lens set corresponds respectively to the rete on the glass substrate, the conductive layer that at least one is interposed in described glass substrate by two glass substrates, at least two, and this conductive layer in energising can make down lens set generation penetration coefficient at 10~40% and reflectivity more than 40%.
11. the back mirror with display unit comprises a housing, a lens set and a display unit that is installed in enclosure interior that is installed in this housing, it is characterized in that:
This lens set is the even mirror body of 10~40% penetration coefficients and 40% above reflectivity, this lens set has first viewing area corresponding to this display unit emitting surface, and second viewing area that is different from this first viewing area, and this first viewing area has identical penetration coefficient and reflectivity with this second viewing area.
CNU2009200008417U 2009-01-12 2009-01-12 Rear-view mirror with display unit Expired - Fee Related CN201350874Y (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CNU2009200008417U CN201350874Y (en) 2009-01-12 2009-01-12 Rear-view mirror with display unit

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CNU2009200008417U CN201350874Y (en) 2009-01-12 2009-01-12 Rear-view mirror with display unit

Publications (1)

Publication Number Publication Date
CN201350874Y true CN201350874Y (en) 2009-11-25

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Family Applications (1)

Application Number Title Priority Date Filing Date
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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104827969A (en) * 2015-04-10 2015-08-12 信利半导体有限公司 Intelligent rear view mirror with novel coating structure
CN104999965A (en) * 2015-08-11 2015-10-28 深圳市歌美迪电子技术发展有限公司 Display screen and one-screen multi-display rear-view mirror system
CN106646685A (en) * 2017-01-10 2017-05-10 上海理工大学 Broadband semi-reflecting semi-transparent conductive lens and manufacturing method thereof

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104827969A (en) * 2015-04-10 2015-08-12 信利半导体有限公司 Intelligent rear view mirror with novel coating structure
CN104999965A (en) * 2015-08-11 2015-10-28 深圳市歌美迪电子技术发展有限公司 Display screen and one-screen multi-display rear-view mirror system
CN106646685A (en) * 2017-01-10 2017-05-10 上海理工大学 Broadband semi-reflecting semi-transparent conductive lens and manufacturing method thereof
CN106646685B (en) * 2017-01-10 2019-06-28 上海理工大学 Broadband half-reflection and half-transmission conduction eyeglass and preparation method thereof

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