Multi-spectral and multi-receiver target image information optical processing system capable of superposing and displaying graphic and text information

Abstract

The invention discloses a multi-spectral and multi-receiver target image information optical processing system capable of superposing and displaying graphic and text information. An optical imaging system of the multi-spectral and multi-receiver target image information optical processing system comprises a prism system, the prism system comprises a three-piece object lens (1), a roof prism (2) and an isosceles prism, and three prisms are adhered with one another to form the isosceles prism. The multi-spectral and multi-receiver target image information optical processing system has the advantages that the potentiality of the optical imaging system can be played to the greatest extent, so that large quantities of tasks can be executed, and a product has multiple functions.

Description

technical field [0001] The invention belongs to an optical processing system of multi-spectral light segment and multi-receiver target image information which can superimpose and display graphic information. Background technique [0002] The existing imaging optical system only has the function of imaging the target image, but has no ability of information processing. For example, the visual observation system only provides observation images in a certain spectrum, while the camera system only takes pictures of the target in a certain spectrum. If it is necessary to perform calculations on the target image and perform certain information processing, it is necessary to use an electronic system, which can only be realized with a computer. The system is complex and expensive. Opto-electromechanical systems are complex and bulky. [0003] At the same time, the existing imaging optical system only has the function of imaging a specific spectral band of the target image. When pr...

AI Technical Summary

Problems solved by technology

If you want to calculate the target image and carry out certain information processing, you need to use an electronic system, which can only be realized with a computer. The system is complex and expensive.

The opto-mechanical system is complex and bulky

[0003]At the same time, the existing imaging optical system only has the function of imaging a specific spectral band of the target image. When processing different spectral bands, several sets of optical systems are required, such as One set of infrared light and one set of white light are independent and unrelated to each other. They are bulky and complicated in organization. It takes multiple people to work at the same time to process the information of different spectral segments of the target.

Complex and redundant systems with overlapping functions and structures are not optimal structures, and the potential of the optical system has not been fully utilized

[0004]The increasingly complex optoelectronic products of modern optics hope to integrate multiple functions in a smaller volume, such as information processing of multi-spectral bands and target processing of multi-signal sources , at this time, the method mentioned above has great limitations and cannot meet the requirements

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