An OLED projection eyepiece internal display device

Abstract

The invention relates to a novel OLED projection eyepiece internal display device in the technical field of laser driving beam guidance, comprising a bracket, an eyepiece assembly arranged in the bracket, and an OLED display projection eyepiece coupling mechanism connected on the bracket. The OLED display projection mechanism, the turning mechanism and the projection prism mechanism. The OLED display projection mechanism includes an OLED display screen and a second cemented lens. The projection prism mechanism includes a cemented lens one and a projection prism. The text information displayed on the OLED display screen is projected to the turning point through the second cemented lens. The turning mechanism projects the text information to the cemented lens 1, the text information is projected to the reticle through the cemented lens 1, and is projected into the human eye through the optical path system of the eyepiece assembly. Through optical path coupling and mechanism integration, the invention effectively solves the problems of many optical paths, large volume, heavy weight, difficulty in realization and the like of the laser beam driving guidance system in active equipment.

Description

technical field [0001] The invention belongs to the technical field of laser driving beam guidance, and in particular relates to an OLED projection eyepiece internal display device. Background technique [0002] In order to further improve the combat effectiveness of the 8×8 wheeled armored assault vehicle weapon system and meet the informatization requirements of weapons and equipment for all-regional operations in the new era, it is inevitable to increase the amount of information in the gunner’s terminal fire control system. The information displayed in the eyepiece of the gunner of the armored assault vehicle is only "Zhuyuan" and "target distance", which is far from meeting the informatization requirements of the new system. [0003] The prerequisite for increasing the information volume of the gunner's terminal fire control system is to keep the original optical interface and mechanical interface unchanged, but the limitation of space volume has become the bottleneck o...

AI Technical Summary

Problems solved by technology

[0002] In order to further improve the combat effectiveness of the 8×8 wheeled armored assault vehicle weapon system and meet the informatization requirements of weapons and equipment for all-area operations in the new era, it is inevitable to increase the amount of information in the gunner’s terminal fire control system, while the original 8×8 wheeled The information displayed in the gunner's eyepiece of an armored assault vehicle is only "elements" and "target distance", which is far from meeting the information requirements of the new system

[0003] The prerequisite for increasing the amount of information in the gunner's terminal fire control system is to keep the original optical interface and mechanical interface unchanged, but the limitation of space volume becomes the bottleneck of increasing the information amount of the gunner's terminal fire control system, so an OLED projection eyepiece is urgently needed The internal display device, which displays multi-data information in gradient order, optical path coupling, and mechanism integration, effectively solves the problems of multiple optical paths, large volume, heavy weight, and difficult implementation of laser beam steering guidance systems in active service, and provides domestic laser beam steering guidance weapons. The development and application of provide a new device and new method

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