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SHAPE MEMORY ALLOY SUB-SURFACE ARRAY DEPLOYMENT MECHANISM

机译:形状记忆合金子表面阵列部署机构

摘要

A deployment body for a sensor array includes at least one superelastic spring formed of a shape memory alloy (SMA) material that enables activation of the deployment body. The SMA spring is configured to expand from a stowed position in which the SMA spring is wound around a central hub of the deployment body to a deployed position in which the SMA spring is extended in a radially outward direction relative to the central hub. A stiffness of the SMA spring enables the SMA spring to hold cables of the sensor array and maintain a deployed shape of the sensor array, which may be a volumetric array. Using the SMA material is advantageous in that the material is tuned to maintain superelasticity based on at least one of an intended operating temperature and a desired expansion ratio of stowed to deployed diameter of the deployment body.
机译:用于传感器阵列的部署主体包括至少一个由具有能够激活展开体的形状记忆合金(SMA)材料的超弹簧弹簧。 SMA弹簧被配置为从所吸收的位置扩展,其中SMA弹簧围绕展开体的中心毂缠绕到展开位置,其中SMA弹簧相对于中心毂径向向外的方向延伸。 SMA弹簧的刚度使得SMA弹簧能够保持传感器阵列的电缆并保持传感器阵列的展开形状,其可以是体积阵列。 使用SMA材料是有利的,因为该材料被调谐以基于预期工作温度的至少一个和所需的膨胀比的至少一个来保持超弹性,并且所需的展开展开主体的展开直径。

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