Pan and tilt head structure based on CR type damping springs

Abstract

The invention belongs to the field of video shooting, and relates to a pan and tilt head structure based on CR type damping springs. The and tilt head structure based on the CR type damping springs comprises pins, an upper top plate, a wedge block, the CR type damping springs, a second connecting rod, a first connecting rod, external rotor electric machines, a third connecting rod, a camera supporting plate, a fourth connecting rod, hand-screwed nuts, hand-screwed screws, a fifth connecting rod, a shaft sleeve and a lower top plate. The adopted CR type damping springs are arranged obliquely and can effectively eliminate shaking in the horizontal and vertical directions to enable cameras to be in a self-balanced state always, and the anti-jamming capability is quite outstanding; the pan and tilt head structure is a three-shaft pan and tilt, and all-round 720-degree non-dead-angle specified dot shooting can be achieved; and the connecting positions of the three shafts are all adjustable, and the gravity center can be conveniently adjusted, so that self-balancing is achieved. The shooting picture quality is guaranteed to an extreme extent due to the three points, and the user experience is quite good.

Description

technical field [0001] The invention belongs to the field of video shooting, and relates to a panoramic pan-tilt structure based on a CR type damping spring. Background technique [0002] With the development of the times, video shooting technology is becoming more and more perfect, and the requirements for shooting heads are constantly increasing in daily life. Especially with the popularization of drone technology, aerial photography has become a fashion trend. In order to capture perfect images, whether it is a handheld shooting device or an airborne shooting device, a panoramic head has become a standard configuration. When shooting dynamic images, due to the movement of the device, especially during aerial photography, the high-speed movement of the drone and the impression of high air flow, the device shakes, which seriously affects the image quality. [0003] Analysis of the prior art mentioned above has the following deficiencies (1), i.e. the technical problem to b...

AI Technical Summary

Problems solved by technology

[0004] (1) Ordinary gimbals cannot achieve full-circle 720° shooting without dead angle;

[0005] (2) The current mainstream panoramic heads lack shock-absorbing structures or have poor shock-absorbing effects;

[0006] (3) Self-balancing cannot be achieved

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