军事oled的应用范围从可穿戴电子显示屏，包括面罩、头盔显示器到高对比度的汽车仪表板和挡风玻璃显示屏。
Military OLED applications range from wearable electronic displays, including visor-mounted displays, to high-contrast automotive instrument panels and windshield displays.
这两个系统都是步兵装备的网络位置感知系统，包括使用GPS数字地图显示技术的头盔佩戴式的显示器。
These are network-situational-awareness systems for dismounted units, complete with a helmet-mounted display screen that uses GPS digital-mapping-display technology, Fuller said.
头盔内嵌显示器就跟飞行员的视线是在穿透一个真正的抬头显示器一样提供抬头显示器的信息，而与飞行员将头转向哪个方向无关。
The HMD provides HUD information as though pilots are looking through an actual HUD no matter in what direction they turn their heads.
第三章说明了LCOS头盔微显示器显示方式的种类以及本文中选择单目直视型显示方式的原因。
The third chapter shows the display styles of LCOS helmet micro display and the reason why choose the single eye, direct-view style in this paper.
尽管平视显示器，头盔显示器已成为现代武装直升机航空电子设备的重要组成部分，但它们存在着许多问题而不得不采取其它措施。
Head up display, helmet display exist many problem, thorght they have became already important composition part of modern combat helicopter avionics and therefor we have to take other measures.
为了增大头盔显示器双目显示的总视域而又不降低图象分辨率，本文选用了双视觉的局部重叠视域。
To increase the total field of view of binocular displays without sacrificing image resolution, have opted to partially overlap the fields of the two oculars in this paper.
通过采用自由曲面(FFS)棱镜实现了大视场轻型头盔显示器目视光学系统，讨论了FFS头盔显示系统的设计方法并给出了设计结果。
A novel lightweight, wide field-of-view eyepiece for HMD is achieved using a free-form-surface (FFS) prism. The design method is discussed and the design result is presented.
通过采用自由曲面(FFS)棱镜实现了大视场轻型头盔显示器目视光学系统，讨论了FFS头盔显示系统的设计方法并给出了设计结果。
A novel lightweight, wide field-of-view eyepiece for HMD is achieved using a free-form-surface (FFS) prism. The design method is discussed and the design result is presented.
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