Multifunctional hanging intelligent camera stabilization system

Abstract

The invention provides a multifunctional hanging intelligent camera stabilization system, and relates to the technical field of camera stabilization; a connecting clamping seat is arranged on the front of a load-bearing vest; the load-bearing vest is connected with a hydraulic shock-absorbing arm through a shock-absorbing arm connector; a connecting seat and a universal shaft are mutually matched;reverse pull hydraulic rods are respectively fixed to the two ends of the hydraulic shock-absorbing arm through a first hydraulic rod fixing seat and a second hydraulic rod fixing seat; the lower portion of an adjustable connecting rod is provided with a connecting flange, the upper portion of a power supply battery is provided with the connecting seat, and the connecting flange and the connecting seat cooperate with each other; an electronic stabilization head is fixed to the upper end of the adjustable connecting rod; a gyroscope stabilizer is fixedly connected to the power supply battery.Up and down vibration can be greatly reduced to maintain the stability of the whole system, the waist of a user is protected, the system enables a camera to obtain posture correction of two dimensionsin the horizontal and vertical directions, shake of the camera is reduced, the vibration amplitude of the camera is effectively reduced, and stability performance is good.

Description

technical field [0001] The invention relates to the technical field of camera stabilization, in particular to a multifunctional suspension-type intelligent camera stabilization system. Background technique [0002] Traditional camera stabilization systems are mainly divided into mechanical types represented by traditional Steadicam systems and electronic types represented by electronic brushless stabilizers composed of electronic gyroscope sensors and brushless motors. The traditional mechanical Steadicam stabilizer has problems such as complex operation, high difficulty in control, single use method, limited camera movement angle, inability to complete some special lens images in film and television shooting, excessive waist force and easy fatigue when wearing it. However, the traditional electronic brushless stabilizer has limited load capacity, insufficient response speed, is not ergonomic and easy to fatigue when shooting hand-held, and the stabilization effect is limite...

AI Technical Summary

Problems solved by technology

The traditional mechanical Steadicam stabilizer has problems such as complex operation, high difficulty in control, single use method, limited camera movement angle, inability to complete some special lens images in film and television shooting, excessive waist force and easy fatigue when wearing it, etc.

However, the traditional electronic brushless stabilizer has limited load capacity, insufficient response speed, is not ergonomic and easy to fatigue when shooting hand-held, and the stabilization effect is limited, especially for vertical vibration. The stabilization effect is poor and needs to be improved.

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