Ground microgravity dynamic loading simulation mechanism for satellite

Abstract

The invention relates to simulation equipment for ground integrated dynamic analog after a flexible solar wing is installed on a moonlet, in particular to a ground microgravity dynamic loading simulation mechanism for a satellite. The ground microgravity dynamic loading simulation mechanism for the satellite comprises a marble platform, a five-degree-of-freedom air-floating platform, a three-degree-of-freedom hoist, a two-dimensional servo platform, a Stewart platform, a constant force hanging mechanism, a solar wing follow truss and a loading mechanical arm. The three-degree-of-freedom hoist is arranged above the marble platform, a truss is arranged below the three-degree-of-freedom hoist, the two-dimensional servo platform and the Stewart platform are installed below the truss, the solar wing follow truss is installed below the Stewart platform, the loading mechanical arm is installed on the solar wing follow truss, the five-degree-of-freedom air-floating platform is placed on the marble platform, and a solar wing is installed on the five-degree-of-freedom air-floating platform. The constant force hanging mechanism is installed below the two-dimensional servo platform and is in spherical hinge connection with the center of mass of the solar wing. The ground microgravity dynamic loading simulation mechanism for the satellite has the advantages of being reliable in structure, accurate in pose following, complete and vivid in simulation, controllable in disturbance loading, safe to operate and the like.

Description

technical field [0001] The invention relates to a small satellite installed with a flexible solar wing to perform overall dynamic simulation on the ground, in particular to a microgravity dynamic loading simulation mechanism on the ground of a satellite. Background technique [0002] At present, the ground simulation of small satellites at home and abroad mainly adopts the semi-physical simulation method of the air bearing platform, and there is no overall simulation of the satellite with flexible accessories. Most of these simulation systems use the momentum wheels or nozzles installed on the air bearing platform to simulate the disturbance of the space, without realizing the separation of the disturbance loading device and the air bearing platform, and introducing the micro-vibration of the loading device, which is harmful to satellites with large flexible accessories. The study of the state of motion under disturbance and the verification of the control algorithm bring er...

AI Technical Summary

Problems solved by technology

The above-mentioned problems existing in the existing small satellite simulation system make the simulation experiment have limitations and distortions. Therefore, the development of a dynamic simulation loading system after the installatio

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