首页> 外国专利> LOW COST TENSEGRITY BASED SPACE EXPLORATION VEHICLE

LOW COST TENSEGRITY BASED SPACE EXPLORATION VEHICLE

机译:基于低成本高可靠性的空间探测车

摘要

Space exploration is a field known for its use of high-end technologies to explore the universe. It provides a scope for the future generations to look for resources outside the world in case of a necessity. Exploration of various planets show that ample amount of life resources are available to be utilized. Such explorations make use of highly sophisticated rovers with intelligent sensors for data collection. However, the land surface in many planets are rugged and the wheel based locomotion becomes difficult.To avoid the hassles of wheel based locomotion, rovers can be made as tensegrity structures. The term Tensegrity was used to denote Tensional Integrity. In this paper, a six struts tensegrity structure is used as the rover. The structure is made up of six rods or struts kept in tension using 24 cables. The cables are actually operated with some dc motors. The 6 strut structure can balance on a triangular base on every step of its movement. By varying the length of the cables using the dc motors, the rover can be used for motion. The movement is controlled using an Arduino along with a RF controller wirelessly. The batteries and the sensors are attached to the struts. The major advantage of this vehicle is its ability to withstand harsh landings. The movement will not be affected even if 25% of the structure is damaged. This makes it a viable option to replace the conventional wheel based space exploration rovers that are in use.
机译:太空探索是一个以高端技术探索宇宙而闻名的领域。它为子孙后代提供了在必要时寻找世界以外资源的空间。对各种行星的探索表明,有足够的生命资源可供利用。这种探索利用具有智能传感器的高度复杂的流动站进行数据收集。但是,许多行星的陆地表面崎rug不平,因此基于轮的运动变得困难。为了避免基于轮的运动的麻烦,可以将漫游车制成张紧结构。术语“张力”用于表示“张力完整性”。在本文中,六支柱的张紧结构用作流动站。该结构由六根通过24根电缆保持张力的杆或支柱组成。电缆实际上是通过一些直流电动机来操作的。 6杆结构可在其移动的每个步骤上在三角形基座上保持平衡。通过使用直流电动机改变电缆的长度,可以将流动站用于运动。使用Arduino和RF控制器以无线方式控制运动。电池和传感器安装在支柱上。这种车辆的主要优点是它能够承受恶劣的着陆。即使25%的结构损坏,机芯也不会受到影响。这使它成为替换使用中的常规基于轮子的太空探索漫游车的可行选择。

著录项

  • 公开/公告号IN201641032325A

    专利类型

  • 公开/公告日2017-05-19

    原文格式PDF

  • 申请/专利权人

    申请/专利号IN201641032325

  • 发明设计人 M MUHAIDHEEN;

    申请日2016-09-22

  • 分类号G01S19/00;

  • 国家 IN

  • 入库时间 2022-08-21 13:38:30

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