A 360-degree object appearance panorama automatic photographing system

Abstract

The invention relates to a 360-degree object appearance panorama automatic photographing system which comprises an object bearing table, a base, a rotating device, a photographing device and a controller. The rotating device can be horizontally and rotatably mounted on the base, and the object bearing table is mounted at the top of the rotating device; A shot object is arranged on the object bearing table, and the photographing device is located on the outer sides of the rotating device and the object bearing table; And the controller is respectively connected with and controls the rotating device and the photographing device through a control circuit, and controls the photographing device to photograph a photographed object once after the rotating device rotates for a certain angle everytime, so as to obtain all-round panoramic photos of the photographed object. According to the system, shooting can be rapidly and efficiently completed for an object needing to be shot, automatic rotation shooting is achieved in the whole process through the rotating device, the problem that a traditional shooting method is complex in operation is solved, and the workload of operators is greatly reduced on the premise that the efficiency is guaranteed.

Description

technical field [0001] The present invention relates to the technical field of photography equipment, in particular to a 360-degree object appearance panoramic automatic photography system. Background technique [0002] Traditional object plane pictures can only provide an image of a certain angle of the object. Even if a wide-angle lens is used, it cannot effectively and comprehensively represent the object. Although video can allow users to have a comprehensive understanding of the object, the image perspective is very limited. Three-dimensional display is a new way of object display, which can display objects in 360-degree, multi-angle and multi-detail, and can highlight the characteristics of objects than flat pictures and dynamic videos. The method is to use the camera to take 360-degree photography of objects. Then use software to model and synthesize, and produce a three-dimensional model that can truly, comprehensively and intuitively express the object. Obtaining h...

AI Technical Summary

Problems solved by technology

However, in order to obtain high-quality pictures, it is not enough to have a suitable shooting position and angle. The brightness is one of the most important factors affecting the image quality. According to different scenes, the required brightness is different when shooting. Depending on the degree, the angle of the object displayed and the number of pictures are also different. The system cannot automatically adjust the brightness, and cannot automatically complete the shooting continuously. Instead, the shooting height, distance and angle need to be reset for each shooting. Therefore, it is urgent to provide a A device and control method capable of overcoming the above defects and providing photographic images with high efficiency and high quality

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