期刊文献+

新型军用头盔微晶显示器 被引量:2

A NEW MICRO LIQUID CRYSTAL DISPLAY FOR USE IN MILITARY HELMETS
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摘要 液晶显示器以其高清晰度、低功耗、重量轻和无辐射等一系列优异性能发展十分迅速。本文介绍了一种采用虚拟显示技术研制的新型军用头盔微晶显示器 ,主要用于单兵系统中数字图像、数据和文字信息的传递 ,通过头盔显示器士兵可看到计算机产生的图形数据、战场地图、敌方情报、己方位置等信息。该显示器选用动态向列液晶材料 ,将液晶显示器 (LCD)微晶片紧贴到集成电路硅片上 ,由这些电路直接驱动微晶材料 ,并用发光二极管 (LED)作光源 ,使红、绿、蓝点光源按域顺序在微晶显示器上产生全彩色图像。该微晶显示器还利用人眼的视觉原理 ,设计特殊光学系统 。 Liquid-crystal display has seen very rapid development due to its excellent properties, vid. its high definition, low power consumption, light weight, no radiation et al. The paper introduces a new micro liquid crystal display (Micro-LCD) for use in a military helmet adopting the virtual-display technology. It is used to convey messages of digital image, data and text for the individual's system. Through it can be seen the information in figures, maps of the battleground, his and the enemy's positions etc. The kind of micro-LCD uses a dynamic array liquid crystal material, where as the micro liquid crystal piece closely pasted onto an integrated circuit silicon slice. Through the electric circuits, the liquid crystal materials are directly driven. It uses the LED as the illuminant, and lets the R, G, B light source to produce the full-colored images on the micro-LCD according to order. The micro-LCD also includes a special optical system according to the principle of vision of human eyes. So a visual image can be seen.
出处 《兵工学报》 EI CAS CSCD 北大核心 2004年第1期106-109,共4页 Acta Armamentarii
关键词 液晶显示器 军用头盔 单兵系统 电子技术 虚拟显示 光学系统 electronic technique, military helmet, micro liquid crystal display, virtual display, optical system
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参考文献2

  • 1Rclgers S P, Asbury C N. New simulator for helmet-mounted display symbology research and training, Part of SPIE Conference on Helmet and Head-Mounted Displays, 1998.
  • 2Army U S. Field Manual 1-112; Attack Helicopter Operations. Department of the Army, 1997.

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  • 1张永利,周晶晶,耿卫东,代永平,孙钟林.新型近眼显示系统的分析与设计[J].光电子技术,2004,24(2):125-128. 被引量:6
  • 2王元庆.基于PWM调光的冷阴极荧光灯动态特性研究[J].电子测量与仪器学报,2005,19(6):17-20. 被引量:6
  • 3Yang Hung-Ling.Chen Ya-Wen.Alex Tzeng. Improvement of thermal uniformity of LED backlight module by irregular bracket design[C]//SID 2009 DIGEST. 2009, 55:830-833.
  • 4Tao Liu. John Wheatley, Mark O' Neill, et al. Edge-lit hollow backlight using tunable reflective polarizer for liquid crystal displays[C]//SID 2009 DIGEST. 2009, 55:819-822.
  • 5James Gourlay. Ian Mille. High efficiency hybrid LED backlight for large-area LCD TV[C]//SID 2010 DIGEST. 2010, 74:1097-1099.
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  • 7Ohtsuki H, Nahanishi K. A Mori, et al. TFT-LCD with more than 100% NTSC color reproduction using LED back- lighting and well taned TFT-LCD panel [C] // SID 2002 DIGEST. 2002:497-500.
  • 8Chen Yi-Ling. Cheng Yu-Kuo, Yi-Pai Huang, et al. Color optimization model for high dynamic range LCDs with RGB color backlights[C]//SID 2009 DIGEST. 2009, 43:636-639.
  • 9Baijun Zhang, Takashi Egawa, Hiroyasu Ishikawa, et al. Thermal stability of InGaN multiple-quantum-well light-emitling diodes on an AINO sapphire template[J]. J Appl Phys, 2004,95 (6) : 3170-3174.
  • 10Cao X A. Arthur S D. High-power and reliable operation of vertical light-emitting diodes on bulk GaN [J]. Appl Phys Lett. 2004,85 (18) : 3971-3973.

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