Multi-scenic-area interactive lighting method and device for studio

Abstract

The invention discloses a multi-scenic-area interactive lighting method and device for a studio. The method comprises the steps as follows: at least one concentric ring type movable lighting unit is arranged on a ceiling of the top of the studio, and each movable lighting unit at least comprises one movable assembly and one rotary lighting assembly; a scenic area is arranged in the tangential direction of any point on the movable lighting unit located on the outermost side, the center connecting line of the scenic area is perpendicular to the tangent in the tangential direction, a control upper computer is arranged and connected with each movable assembly and each rotary lighting assembly, when lighting is required, the control upper computer drives each movable assembly to move towards the direction of the scenic area along an annular slide rail, and lighting is completed by controlling a lighting lamp arranged on each rotary lighting assembly. The invention also provides a multi-scenic-area interactive lighting device for the studio, and dead-corner-free lighting of scenic areas of the studio can be realized by the lighting device.

Description

technical field [0001] The invention relates to the technical field of studios, in particular to an interactive lighting method and device for multiple scenic spots in a studio. Background technique [0002] The studio is a place where light and sound are used for space art creation, and it is a regular base for TV program production. In addition to recording sound, it also needs to record images. Guests, hosts and cast members work, produce and perform inside. Therefore, in addition to the necessary recording and editing equipment, it must have sufficient sound and light equipment and conditions for easy creation. [0003] The existing studio lighting structure generally adopts the way of well-tac-toe grid distribution. When moving, it can only move in one direction of the well-tac-toe grid, and when moving, all the lights move in the same direction, which is not conducive to multi-scenic layout. Light is also not conducive to lighting at corners. If it is fixed on the ro...

AI Technical Summary

Problems solved by technology

[0003] The existing studio lighting structure generally adopts the way of well-tac-toe grid distribution. When moving, it can only move along one direction of the well-tac-toe grid, and when moving, all the lights move in the same direction, which is not conducive to multi-scenic layout. Light is also not conducive to lighting at corners. If it is fixed on the roof of the studio, then for the performance of the personnel or the host of the program, the performers can only be illuminated by adjusting the rotation of the lighting. The lighting effect requires a lot of lighting devices, and sometimes it is very inconvenient to arrange lighting in multiple scenic spots. Due to the fixing of the lighting devices, the effect presented is not good, and a lot of lighting equipment is required to achieve a good effect, which is not conducive to energy saving and environmental protection.

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