Multi-scenario shooting device

Abstract

The utility model belongs to an image shooting field and provides a multi-scene image pick-up device, comprising a plurality of image sensing modules aiming at different angles and simultaneous image shooting, a complex image processing module for composing a plurality of images collected by various image sensing modules in real time and sending the images out, and an integral sequential control module for generating sequence signals required by the image sensing modules and the complex image processing module. The image pick-up device in the utility model can shoot images simultaneously with a plurality of image sensing modules aiming at scenes in different angles; carry out sequential control with the complex sequential control module, and then compose the images in different angles through the complex image processing module before real-time output. Therefore, the image shooting device has advantages of simple circuit structure and low cost. Moreover, the image shooting device can simultaneously shoot images at different angles, hence wider field range of vision and real-time output effect.

Description

technical field [0001] The invention belongs to the field of camera equipment, in particular to a multi-scene camera device. Background technique [0002] Most existing cameras capture images through an image sensor module, as shown in Figure 1, which consists of a lens 1, an image sensor 2, a drive circuit 3, an image processing circuit, and a timing control circuit. First, the lens 1 captures the external scene, At the same time, the timing control circuit generates a timing signal to control the working timing of the image sensor 2 and the image processing circuit. The timing signal is enhanced by the driving circuit to drive the image sensor 2 to perform photoelectric conversion, and then the image electrical signal is transmitted to the image processing circuit to generate brightness and color. degree signal, and finally output. Since a lens can only capture images from one angle, it can only output images from one angle. If you want to capture images from different an...

AI Technical Summary

Problems solved by technology

Since a lens can only capture images from one angle, it can only output images from one angle. If you want to capture images from different angles at the same time, there are two methods. One is to set a mechanical rotation on the image sensing module device, so that it can rotate the image sensing module to carry out multi-angle capture. This method has the following disadvantages: (1) Since the rotation of the mechanical rotating device takes a certain time, there is a certain time interval for the conversion between different scenes, so it cannot Simultaneously output images from various angles; (2) Since the mechanical rotating device requires a set of complex servo mechanisms and corresponding circuits to control, the complexity of the mechanical structure and circuit structure of the entire camera is greatly increased

[0004] (1) Since the spherical lens has higher imaging accuracy requirements for the camera than the ordinary lens, the cost of the camera is greatly increased; (2) Since the image captured by the spherical lens is a circular image, the circular image needs to be segmented and stretched , and its processing process is more complicated, so that the image output has a long delay, and the image output cannot be performed in real time, and the image display effect is not good.

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