前照灯

ABS汽车前照灯多曲面反射器的研制

Development of multi surface reflector of ABS for automobile headlight

因此，设计性能好、效率高、成本低的LED驱动电源是使用LED作为电动汽车前照灯的前提和基础。

As a result , LED driver of good design performance , high efficiency and low cost , is the premise and foundation to realize the LED headlight of electric automobile .

B样条曲面在汽车前照灯设计中的应用

The Application of B-spline in the Design of Automobile Headlamp

用于投射式LED汽车前照灯的新型配光镜的设计

Design of a novel lens for projector system of LED automotive headlamp

基于GPS的列车前照灯转向控制系统的研究

Research on the Steering Control System of Locomotive Front Illuminator Based on GPS

桑塔纳2000轿车组合前照灯组合后灯A、B装配复线的研制

Santana 2000 Combination Headlamp

前照灯校准器检定装置中CCD相机响应特性探讨

Response characteristic study of CCD camera in headlamp regulator calibration system

面阵CCD在机动车前照灯测量中的应用

Application of Planar Array CCD to the Measurement of Automotive Vehicle Headlamps

一种LED汽车前照灯驱动电路设计

LED Automotive Headlamp Driver Design

基于LIN总线的汽车HID前照灯自动调光系统

The Adaptive Frontlighting System for Automobile HID Headlamps Based on LIN Bus

将大功率LED温度控制系统应用在汽车前照灯系统中，分析LED汽车前照灯的结构及其散热。

The high-power LED temperature control system applications in the automotive headlamp systems , the analysis of structure and heat-dissipated of LED headlamp .

随着LED在照明行业应用的推广，LED技术开始应用在汽车前照灯领域。

With the promotion of the LED in the lighting industry , LED technology has been used in the field of automobile headlamp .

HID汽车前照灯色温变化的原因及控制

The Reason and Control of the Change of HID Auto-headlamp Color Temperature

本文概述为实现年产30万辆桑车配套灯具的目标，而展开的桑塔纳2000型组合前照灯，组合后灯A、B装配复线的攻关过程。

In order to reach the target of producing 300.000 Santana lamps per year , A. B assemly lines for Santana 2000 combination headlamp and rear lamp are introduced .

介绍一种新型的以CCD面阵器件作为探测器的汽车前照灯参数全自动检测仪。

A new all auto measurement instrument for automobile headlamp parameters , which used CCD plane arrays as detector was introduced .

关于车灯的研究，还可以研究建立更为合理的分析模型，研究LED新型光源在前照灯中的应用等。

The studies on automotive lamp would establish much more reasonable analysis model , the application of new light source LED in headlamp and so on .

智能汽车前照灯系统（AFS）研究

Study on Advanced Front - lighting System of Intelligent Vehicle

本文介绍了一种以面阵CCD成像技术作为测试方法的汽车前照灯检测仪校准器检定系统。

Ameasuring system for calibrators of headlamp tester for motor vehicle using planar array CCD as detector is introduced in the paper .

汽车前照灯中的HID光源

HID Light Source of Automobile Headlamp

接着，对AFS的控制策略进行了介绍，分别叙述了前照灯水平方向和垂直方向上的控制方法。

Describe the controlling method of the headlights in horizontal and vertical direction .

通过激光前照灯的使用，德国奥迪公司（Audi）又将汽车技术向前推进了一小步。

Audi is stepping things up a notch with laser light headlamps .

LED汽车前照灯高效抛物反射器的研究灯管中充上水银蒸汽的荧光灯比它的功效高大约四倍。

The Research of High Efficiency Parabolic Reflector for LED Headlamp Fluorescent lights , which consist of tubes filled with mercury vapour , are roughly four times more efficient .

AFS（前照灯自适应）系统相关法规的研究分析

Research on Regulation of Adaptive Front-Lighting Systems

基于ARM7的自动跟踪型前照灯检测仪设计

The design of automatic following optical-axis tester for headlamps based on ARM7

但目前LED运用于汽车前照灯还面临许多技术难点，其中较难克服的一部分是LED灯具的散热问题。

Now there are still a number of technical difficulties in LED application for automotive headlamp , one more difficult to overcome of which is the heat dissipation problem of LED headlamp .

马自达M6轿车前照灯自动调平系统的故障诊断与排除

Fault Diagnosis and Clearing of Headlamp Self-leveling System on MAZDA M6

Coons曲面在汽车前照灯多曲面反射镜设计中的应用

Design of multi - surface reflector headlamp using Coons surface

随着计算机图形学和计算机CAD技术的发展，人们开发了汽车灯具道路照明仿真程序来模拟汽车前照灯在真实场景中的照明效果。

With the development of Computer Graphics and Computer CAD technology , people develop an automobile lighting simulation software , which can simulate the light impact of vehicle front lighting in real scene .

在一些照明领域，如路灯照明、景观灯照明、显示器背光源设计、汽车前照灯照明、室内照明等等，LED光源已经有了普遍而广泛的应用。

In some illumination areas , such as street lighting , landscape lighting , display backlight , automobile headlamp lighting , indoor lighting and so on , LED light source has been a general and a wide applications .

FFR汽车前照灯的光学设计

Optical Design of Car Headlamp with Free form Reflector