Vehicle-mounted multi-view structure and vehicle

Abstract

A vehicle-mounted multi-view structure and a vehicle, the vehicle-mounted multi-view structure comprises a mounting bracket (100) and a plurality of shooting assemblies (200), the mounting bracket (100) comprises a mounting part (10) and a connecting part (20), and the connecting part (20) is used for mounting the multi-view structure on the vehicle; the plurality of shooting assemblies (200) are arranged in the mounting part (10); the plurality of shooting assemblies (200) comprise at least two first shooting assemblies (201) and at least two second shooting assemblies (202), the at least two first shooting assemblies (201) have an overlapped first observation range, and the at least two first shooting assemblies (201) are used for measuring the distance between a scene object in the first observation range and the vehicle; the at least two second shooting assemblies (202) have an overlapped second observation range, and the at least two second shooting assemblies (202) are used for measuring the distance between the scene object in the second observation range and the vehicle; the observation range of the first shooting assembly (201) is different from that of the second shooting assembly (202). According to the vehicle-mounted multi-view structure and the vehicle, the relative distance between the scene object and the vehicle can be judged through the first shooting assembly and the second shooting assembly, and accurate measurement of the large-range distance is achieved.

Description

technical field [0001] The present application relates to the field of vehicle recognition, and in particular to a vehicle multi-purpose structure and a vehicle. Background technique [0002] The existing binocular structure uses a set of shooting components. Since the field of view of the shooting components is completely dependent on the lens, the lens with a short focal length has a wide field of view and sufficient close-range information, but lacks the information of the distant view. The lack of information makes it impossible to guarantee the measurement accuracy of the near or far view and the visual field problem of the near view. Contents of the invention [0003] The present application provides a vehicle-mounted multi-purpose structure and a vehicle, which can judge the relative distance between a scene object and the vehicle through a first photographing component and a second photographing component, and realize accurate measurement of a wide range of distanc...

AI Technical Summary

Problems solved by technology

[0002] The existing binocular structure uses a set of shooting components. Since the field of view of the shooting components is completely dependent on the lens, the lens with a short focal length has a wide field of view and sufficient close-range information, but lacks the information of the distant view. Insufficient information to guarantee measurement accuracy for near or far views and visual field issues for near views

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