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A study of a gravity compensation system for the spacecraft prototype test by using multi-robot system

机译:多机器人系统的航天器原型试验重力补偿系统研究

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In our research, we proposed a system using multi-robot as a gravity compensation system for a ground test of a spacecraft with a deployable structure. The advantage of the system is its low cost and versatility. When the robots support the beam at the nodes, we can expect to simulate the free vibration of the space structure using the proposed system under gravity. In this study, supporting a uniform, flexible beam with vibration was first implemented to verify the performance of the proposed system. Then we investigated the performance of the system applying to the mock-up model of a spacecraft with a deployable structure as a demonstration.
机译:在我们的研究中,我们提出了一种使用多机器人作为重力补偿系统的系统,用于具有可展开结构的航天器的地面测试。该系统的优点是其低成本和多功能性。当机器人在节点处支撑梁时,我们可以期望使用拟议的系统在重力作用下模拟空间结构的自由振动。在这项研究中,首先实现了支撑带有振动的均匀,柔性梁以验证所提出系统的性能。然后,我们以可部署结构为例,研究了应用于航天器模型的系统的性能。

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