Super-large field-of-view polarization camera based on bionic curved compound eye

Abstract

The invention provides a super-large field-of-view polarization camera based on a bionic curved surface compound eye. The problems that an existing polarization imaging system is complex in structure,large in installation and adjustment difficulty and small in imaging range, and position information, intensity information and target material information of a target cannot be accurately obtained are solved. The camera comprises a curved-surface compound eye unit, an optical relay image transferring subunit and a large-area-array plane detector which are arranged in sequence, wherein the curved-surface compound eye unit comprises a supporting shell, a sub-lens array and a polarizing film array; a plurality of mounting holes are formed in the surface of the supporting shell; the sub-lens array comprises a plurality of curved-surface sub-lenses, and the curved-surface sub-lenses are arranged from the center to the periphery in a hexagonal mode; the polarizing film array comprises a plurality of polarizing films, and the polarizing films are located on an incident light path of the curved-surface sub-lens; the optical relay image transferring subunit is used for guiding the curved-surface image information acquired by the curved-surface compound eye unit to the large-area-array plane detector; and the large-area-array plane detector is used for collecting image information in different polarization directions.

Description

technical field [0001] The invention belongs to the field of polarization optical imaging system design and photoelectric detection, and in particular relates to a super large field of view polarization camera based on a bionic curved surface compound eye. Background technique [0002] Polarization imaging technology can comprehensively obtain multi-dimensional features such as target polarization and images by collecting electromagnetic wave information radiated or reflected by the target, effectively enhance the contrast between images, highlight the detailed features of the target, and improve the ability of target detection and recognition. [0003] At present, the main polarization imaging detection methods can be divided into four types: time-divided, amplitude-divided, aperture-divided and focal-plane-divided. The time-sharing polarization imaging system obtains all the polarization components of the target light wave by manually or electrically rotating the polarizer...

AI Technical Summary

Problems solved by technology

[0005] The purpose of the present invention is to solve the problems that the existing polarization imaging system is complex, difficult to install and adjust, the imaging range is small, and th

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