Solutions
氛围灯
With the emergence of automotive-grade RGB single-package LEDs, the design of RGB ambient lighting has become more and more flexible, and it saves limited valuable space in the car than using three automotive-grade LED particles with different colors of R, G and B. However, due to the high requirements for color and brightness consistency of automotive interior backlighting and its ambient lighting, color consistency control becomes a difficult application point for RGB ambient lighting. The RGB dimming calibration system we developed can solve the problem of RGB LED Optical-Color inconsistency.
Ambient light
氛围灯
近几年,氛围灯作为一种装饰汽车和烘托气氛的产品,逐渐从高端车型向中档车型普及。目前,氛围灯的表现形式主要是单色、多色、呼吸律动、音乐律动等形式。
氛围灯也叫环境照明,通常出现在汽车的方向盘、中控、脚灯、杯架、车顶、迎宾灯、迎宾踏板、车门、后备箱、车灯等位置。好的氛围灯会给人一种家的温馨、舒适感,同时也会给人一种科技、奢华的美感。
氛围灯
ADB/AFS大灯
ADB/AFS headlights
ADB is a kind of intelligent far light control system that can automatically change the far light type according to the road condition. ADB system can automatically turn on or off the far light for the driver according to the driving status of the vehicle, the environmental status and the status of other vehicles on the road.
At the same time, according to the position of the vehicle in the front view of the vehicle, it can automatically change the far light type to avoid glare to other road users. The anti-glare light type change replaces the far and near light switch, and expands the field of view lighting on the basis of ensuring road driving safety.
ADB/AFS大灯
ADB/AFS大灯
隨着汽车大灯技术的发展,机器视觉、复杂传感以及阵列光源等技术的发展,以及市场对智能驾驶辅助功能的需求,自适应远光系统——ADB(Adaptive Driving Beam)应运而生。
ADB是一种能够根据路况自适应变换远光光型的智能远光控制系统。根据该车行驶状态、环境状态以及道路车辆状态,ADB系统自动为驾驶员开启或退出远光。同时,根据车辆前方视野中的车辆位置,自适应变换远光光型,以避免对其他道路使用者造成眩目。相比于传统远光,ADB采用智能控制替换手动切换,使灯光控制更加方便、舒适;同时,防眩目的光型变换替换了远近光切换,在保障道路行驶安全的基础上,扩大了视野照明。
迎宾灯/地毯灯
The auto welcome light is a new green light source for cars, mainly used in the car door position, welcome light LED light source part of the advanced constant current control technology, uniform luminescence, full of Optical-Color, lasting constant, the whole lamp pollution-free, noiseless, no electronic interference. The role of the car welcome light is: When the user opens the door, the bottom light of the door will turn on instantly, and the moment the car is turned off and the door is opened, the welcome light will be lit and illuminate the ground, and the welcome light can be turned off after the door is closed, so the user does not have to worry about not being able to see the road when getting out of the car.
Welcome light/Carpet light
迎宾灯/地毯灯
汽车迎宾灯是一种车用新型绿色光源,主要应用于汽车的车门位置,其通过LED光源照射在菲林片上,再通过透镜的折射把菲林片上的图像呈现在所照射的物体上。迎宾灯的原理与幻灯投影机的原理相似,LED光源部分采用了先进的恒流控制技术,发光均匀、光色饱满、持久恒定,整个灯具无污染、无噪音、无电子干扰。汽车迎宾灯的作用是:当使用者拉开车门的时候即可点亮车门的底灯,且将汽车熄火后推开车门的瞬间,迎宾灯就会被点亮并照亮地面,将车门关上后即可熄灭迎宾灯,不用担心下车时无法看清路面情况。
迎宾灯/地毯灯
汽车LOGO灯
LOGO light
Various automotive brands are increasingly using logo lights in order to enhance their brand identity and brand recognition.
Luminous products have the disadvantages of uneven brightness, uneven color, and visual defects (e.g., black spots, dark spots, etc.), and inconsistencies between products and product batches.
Through professional imaging optical data analysis, product quality can be screened, controlled, and data traced.
汽车LOGO灯
LOGO灯
各汽车品牌为了增强品牌的标识和品牌辨识度,越来越多地采用发光件做LOGO。
发光产品都会存在亮度不均匀性、颜色不均匀性、以及视觉缺陷(比如:黑点、暗斑等),产品之间以及产品批次也会存在不一致。
通过专业的成像光学数据分析,可以做产品质量的筛选、控制以及数据溯源。
发光字符
Luminous characters
Nowadays, the design of automobiles is becoming more and more humanized, and in order to make the operation easier in dark environments, the characters in the interior buttons, center console, multimedia, reading lights and other areas of the car are made into luminous products.
The absolute value of the brightness of the character strokes, as well as the brightness and chromaticity uniformity, directly affect the user experience.
The consistency of product quality is determined and controlled through imaging optical tests.
发光字符
发光字符
现在汽车设计越来越人性化,考虑暗环境下使用过程的易操作性,将汽车内部按钮、中控台、多媒体、阅读灯等区域的字符做成发光产品。
字符笔画的亮度绝对值,以及亮度、色度均匀性,直接影响用户体验。
通过成像光学检测,判定产品质量、控制产品质量的一致性。