Universal Docking Assembly Design for Automatic Assembly of Large Untight Structures in Near-Earth Space

A. G. Pochezhertsev, V. Kopylov
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引用次数: 1

Abstract

In this article, the basic design solutions of the nodal element for the assembly of a truss mounted on a spacecraft are proposed. Soldering is considered as an automatic assembly method. The node element implements thermal contact, mechanical docking without backlash, provides transmission lines of digital and analog (if necessary) signals, as well as the transmission of electricity through a 27V network. At the same time, geometric parameters of the docking interface make it possible to assemble the truss on the basis of these nodal elements using existing space robots. The strength, thermal and residual deformations analyses are provided.
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近地空间大型非光结构自动装配通用对接装配设计
本文提出了航天器桁架装配节点单元的基本设计方案。焊接被认为是一种自动装配方法。节点元件实现热接触,机械对接无反弹,提供数字和模拟(如果需要)信号的传输线,以及通过27V网络传输电力。同时,对接界面的几何参数使得利用现有空间机器人在这些节点元素的基础上组装桁架成为可能。给出了强度、热变形和残余变形分析。
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