Array camera adjusting device and adjusting method

Abstract

The invention provides an array camera adjusting device and an array camera adjusting method. The array camera adjusting device comprises a support, a translation module, a detection module, at leastone adjustment module and at least one camera fixing module, wherein the translation module, the detection module, the at least one adjustment module and the at least one camera fixing module are arranged on a platform of the support; the adjustment modules are movably arranged on the translation module; the camera fixing modules are arranged on the adjustment modules, and the camera fixing modules are used for fixing an array camera; and the adjustment modules are used for adjusting and fixing the spatial position and / or the spatial angle of each camera in the array camera. According to the array camera adjusting device, the translation module, the detection module and the adjustment modules are arranged, the spatial position and the spatial angle of each camera on the array camera can beflexibly adjusted, so that the assembling time of the array camera in the development process of the array camera is greatly shortened, the flexibility requirement of the array camera development equipment is met, the development efficiency of the array camera is improved, and the development cost is saved.

Description

technical field [0001] The present application relates to the technical field of photography equipment, and in particular, to an array camera adjustment device and adjustment method. Background technique [0002] Array camera is to replace the shooting effect of one large camera with multiple small cameras, which is similar to the compound eyes of array astronomical telescopes and insects. Compared with traditional cameras, array cameras have a wider field of view, larger photos, and smaller equipment. To make use of the above characteristics, it needs to rely on the combination of software and hardware of the array camera. [0003] At present, the algorithm development of the array camera depends on the relative positional relationship between the cameras, but the array camera is often assembled into a finished product and then debugged and verified. This often takes a long time, for example, the production cycle is usually more than 1 month, and it is flexible. Poor perf...

AI Technical Summary

Problems solved by technology

[0003] At present, the algorithm development of the array camera depends on the relative positional relationship between the cameras, but the array camera is often assembled into a finished product and then debugged and verified. This often takes a long time, for example, the production cycle is usually more than 1 month, and it is flexible. Poor performance, because once the finished array camera is manufactured, it is generally impossible to adjust the positional relationship between the camera and the camera in the array camera, and there are the following two problems:

[0004] First, the relative position between the cameras in the array camera is usually fixed by brackets and glue, but the cycle of making and processing the bracket is often longer, and the time to assemble the array camera is longer, which seriously affects the evolution speed of the array camera algorithm

[0005] Second, in the development stage, the relative positional relationship between the cameras in the array camera should not be fixed, but needs to be adjusted continuously according to the test results. Therefore, it is difficult for the cameras with relatively fixed positions to meet the needs of equipment flexibility in the development stage. requirements, resulting in low test efficiency of the array camera, seriously affecting the development process of the array camera

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