Servo assembly for aerial camera stability-increasing cradle head and stability-increasing cradle head with same

Abstract

The invention discloses a servo assembly for an aerial camera stability-increasing cradle head and the stability-increasing cradle head with the same. A rotor iron core, a magnet ring, a stator iron core, a power transfer board, bearings and a hollow rotating shaft are sequentially installed in a machine shell, a flexible flat cable A penetrates through the rotor iron core, the magnet ring, the stator iron core and the hollow rotating shaft to be connected with the power transfer board and connected with a flexible flat cable C outside the machine shell, a three-phase winding wire of a motor is connected with a flexible flat cable B through the power transfer board, the flexible flat cable B is connected with a magnetic grain and connected to an electron speed regulator module through a terminal, and the electron speed regulator module is connected with the flexible flat cable C. According to the servo assembly for the aerial camera stability-increasing cradle head and the stability-increasing cradle head with the same, assembly, maintenance and debugging are convenient, the electron speed regulator module, the magnetic grain and the servo motor are integrated into a whole, under the protection of the machine shell and the hollow shaft of the motor, the problems that the servo module is damaged and the cable is broken due to the fact that the cradle head is impacted are avoided, and the reliability of cradle head products is greatly improved.

Description

technical field [0001] The invention relates to the technical field of aerial camera pan-tilts, in particular to a servo assembly for stabilizing an aerial camera pan-tilt and a stabilizing pan-tilt with the servo assembly. Background technique [0002] The stabilized gimbal is a device for installing a fixed aerial camera, which is mainly used in aerial photography, photography, monitoring and other fields; the gimbal has a servo component, and the servo component realizes the rotation of the gimbal. [0003] The currently used servo motors and control systems are all discrete, and they are only assembled or not assembled together when they are applied, but are connected through cables. Such systems generally include the following aspects: Servo motors , position sensor, motor controller, such a combination and assembly method are likely to cause damage to the motor controller and cable disconnection when the gimbal is hit, which brings inconvenience to assembly, commission...

AI Technical Summary

Problems solved by technology

[0003] The currently used servo motors and control systems are all discrete, and they are only assembled or not assembled together when they are applied, but are connected through cables. Such systems generally include the following aspects: Servo motors , position sensor, motor controller, such a combination and assembly method will easily lead to damage to the motor controller and cable disconnection when the gimbal is hit, which will bring inconvenience to assembly, commissioning and maintenance

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