Studio three-dimensional mobile equipment shock absorbing mechanism

Abstract

The invention discloses a studio three-dimensional mobile equipment shock absorbing mechanism, and the mechanism comprises a mobile bodywork, wherein two sides at the top of the mobile bodywork are respectively provided with a mobile device, the mobile device comprises a travelling pulley and a guide wheel, the mobile device is fixed at the top of the mobile bodywork through a bolt, the bottom ofthe mobile bodywork is provided with a shock absorbing mechanism installation plate, a shock absorbing bushing is mounted on the shock absorbing mechanism installation plate, the shock absorbing bushing comprises a first group of springs distributed according to equal distance, the first group of springs is connected with the shock absorbing mechanism installation plate and a slope board through along bolt, the shock absorbing bushing comprises a second group of springs distributed according to equal distance, and the second group of springs is connected with the shock absorbing mechanism installation plate and the slope board. With the studio three-dimensional mobile equipment shock absorbing mechanism provided by the invention, most of mechanical shock is converted into vertical up-downshock, vertical up-down shock is counteracted by the shock absorbing springs, thus, shock absorbing effects of the devices are improved, and the studio three-dimensional mobile equipment shock absorbing mechanism is convenient to adjust and can be used in cooperation with a gyroscope holder, thereby a correction effect of the holder can be increased.

Description

technical field [0001] The invention relates to the technical field of shock-absorbing mechanisms, in particular to a shock-absorbing mechanism for three-dimensional mobile equipment in studios. Background technique [0002] At present, TV program production has entered a new stage, and camera track shooting is a hot spot and a new direction of TV program production. At present, the mainstream orbital robots in the radio and television industry at home and abroad, because the robot walks on the high-altitude or ground double-tracks, due to the long track distance, it is impossible to ensure that the height and parallelism of the double-tracks are absolutely consistent, and the slight unevenness of the track will cause the robot to shake, especially When the lifting arm of the robot is very long, the amount of shaking will be amplified, and the high-frequency vibration generated during mechanical operation, combined with the defects of the track, cannot guarantee the quality ...

AI Technical Summary

Problems solved by technology

At present, the mainstream orbital robots in the radio and television industry at home and abroad, because the robot walks on the high-altitude or ground double-tracks, due to the long track distance, it is impossible to ensure that the height and parallelism of the double-tracks are absolutely consistent, and the slight unevenness of the track will cause the robot to shake, especially When the lifting arm of the robot is very long, the amount of shaking will be amplified, and the high-frequency vibration generated during mechanical operation, combined with the defects of the track, cannot guarantee the quality of the shooting picture

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