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TELESCOPING SAMPLE CANISTER CAPTURE MECHANISM (TSCCM)

机译:伸缩样品罐捕获机制(TSCCM)

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Sample return from solar system bodies including planets, moons, comets and asteroids is of high importance within the space science community. A returned sample will allow much more elaborate and detailed analysis not feasible through remote robotic analysis. For this reason, Honeybee Robotics has developed a low-cost reusable, automated on-orbit sample canister capture mechanism. The purpose of the mechanism is to capture a full sample canister and transfer it to a storage cache, sample return spacecraft, or on-orbit laboratory for further scientific study. The current design allows for reliable misalignment-compensated capture for various sample container geometries in any initial orientation. After capture, the sample canister is aligned and presented for transfer. Honeybee has demonstrated the concept through tests of two- and three-dimensional telescopic capture mechanism breadbaords. The telescopic capture mechanism design is scalable, minimizes volume and can be made of lightweight material to minmize mass, all of which are critical aspects of spacecraft design.
机译:来自太阳系体的样本返回,包括行星,卫星,彗星和小行星在空间科学界内具有很高的重要性。通过远程机器人分析,返回的样本将允许更精细和详细的分析不可行。因此,蜜蜂机器人已经开发出低成本的可重复使用,自动化的轨道样本罐捕获机制。该机制的目的是捕获完整的样品罐并将其转移到存储缓存,样本返回航天器或轨道实验室以进行进一步的科学研究。目前的设计允许在任何初始取向中的各种样品容器几何形状的可靠性解体补偿捕获。捕获后,样品罐对齐并呈现转移。蜜蜂已经证明了通过两维伸缩捕获机制面包卷的测试概念。伸缩式捕获机构设计可扩展,最小化体积,可由轻质材料制成,以便弥撒质量,所有这些都是航天器设计的关键方面。

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