Micro-display electronic division device based on video stacking

Abstract

The invention discloses a micro-display electron graduation device based the overlapping of video which belongs to the video overlapping technology field and is provided with a main optical path consisting of an ocular and a field lens and an image surface is arranged between the ocular and the field lens; wherein, an optical spitting prism is arranged on the optical path between the ocular and an image surface. A joint surface of the optical spitting prism is provided with an optical spitting film and a branch optical path which consists of an information resolving unit, a micro-controller, a video overlapping circuit and a micro-display and is arranged vertical to the main optical path; the image of the micro-display of the branch optical path passes through the images which is projected on the main optical path by the optical spitting prism and the optical spitting film and is conjugated with the image surface of the main optical path. Compared with the prior art, the micro-display electron graduation device has compact and reasonable structure, can overlap images, characters and various special marks in an optical system after synthesizing the images, the characters and various special marks on the video image information, enriches the information types of an optical device maximally and can meet the usages of a piece of optical equipment on each aspect like observation, control, information transfer and measuring, etc.

Description

technical field [0001] The invention belongs to the technical field of video overlay, in particular to a video overlay-based micro-display electronic dividing device combined with photoelectricity. Background technique [0002] The reticle is an indispensable part of optical instruments and equipment, and plays an important role in locating the target during the observation process. Traditional optical instruments use special equipment to score lines on flat glass and fill them with fillers or chemically etch to make reticles. With the rapid development of modern photoelectric detection technology and network information technology, the requirements for informatization of optical observation equipment are getting higher and higher. It will affect observation and aiming, and the existing video overlay technology can just make up for the shortcomings of traditional reticle devices. How to combine the advantages of the two has become a bottleneck for this type of equipment to ...

AI Technical Summary

Problems solved by technology

With the rapid development of modern photoelectric detection technology and network information technology, the requirements for informatization of optical observation equipment are getting higher and higher. It will affect observation and aiming, and the existing video overlay technology can just make up for the shortcomings of traditional reticle devices. How to organically combine the advantages of the two has become a bottleneck for this type of equipment to play a greater role

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