Optical imaging device and its light collector

Abstract

The invention provides an optical imaging device. The device comprises a condenser, an optical sensor and a signal processing module. The condenser forms one condensed light path. The condenser is set to be capable of gathering reflected light of an imaging object to the condensed light path. The optical sensor is set in the condensed light path. The optical sensor is used for inducing the reflected light gathered to the condensed light path and generating a corresponding photo-induction signal. The signal processing module is electrically connected to the optical sensor and is set to be capable of receiving the photo-induction signal generated by the optical sensor.

Description

technical field [0001] The present invention relates to optical imaging equipment, in particular to a light concentrator for optical imaging, wherein the light concentrator can gather the reflected light of an imaging object in a large angle range, so that the reflected light of an imaging object in a large angle range sensed by a single sensor. Background technique [0002] With the development of science and technology, optical imaging devices (devices) have been successively developed, such as cameras, video cameras, etc., have been successively developed and continuously improved. But the existing optical imaging equipment has the following problems: first, the imaging of the existing optical imaging equipment is limited by the imaging angle (or viewing angle) or the imaging direction, and it can only make the image in a certain direction or the effective viewing angle range The subject (or imaged object) is imaged, but the objects on both sides of the optical imaging d...

AI Technical Summary

Problems solved by technology

But the existing optical imaging equipment has the following problems: first, the imaging of the existing optical imaging equipment is limited by the imaging angle (or viewing angle) or the imaging direction, and it can only make the image in a certain direction or the effective viewing angle range The subject (or imaging object) is imaged, while the objects on both sides of the optical imaging device and on the back of the device cannot be imaged and displayed

When multiple cameras or sensors are used to achieve large-angle imaging, and different cameras or sensors are imaged separately, the inhomogeneity (or the sameness) of other different functional components corresponding to these cameras or sensors and the asynchronous processing of signal data Both will lead to different imaging, which will also affect the imaging quality of the optical imaging device

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