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    • 1. 发明授权
    • Polymeric material with voids that compress to allow the polymeric material to absorb applied force and decrease reaction force to one or more sensor fibers
    • 具有空隙的聚合材料被压缩以允许聚合物材料吸收施加的力并且减小对一个或​​多个传感器纤维的反作用力
    • US06980709B2
    • 2005-12-27
    • US10600985
    • 2003-06-20
    • Kurt R. CarlsonKristin C. CooleyJohn P. RahnManfred Schiruska
    • Kurt R. CarlsonKristin C. CooleyJohn P. RahnManfred Schiruska
    • G01C19/72G02B6/04
    • G01C19/722
    • In one example, the voids 208 comprise one or more gas (e.g., air) bubbles in the solid material 206. In another example, the voids 208 comprise a structure that preserves a space in the solid material 206. In a further example, the voids 208 comprise hollow elastomeric bubbles, for example, hollow elastomeric microspheres. The hollow elastomeric microspheres comprise microballoons with tin walls that encapsulate a gas to allow for easy compression. For example, the walls of the hollow elastomeric microspheres are strong enough to avoid breakage under pressure, but thin enough to easily compress. In a further example, once cured in the solid material 206, the hollow elastomeric microspheres comprise substantially similar compressibility characteristics as gas bubbles. The voids 208 in one example are added to a resin of the solid material 206 in a substantially uniform distribution. For example, the hollow elastomeric microspheres are stirred into the resin of the solid material 206.
    • 在一个示例中,空隙208包括固体材料206中的一个或多个气体(例如空气)气泡。 在另一示例中,空隙208包括保持固体材料206中的空间的结构。 在另一个实例中,空隙208包括中空弹性体气泡,例如中空弹性微球。 中空弹性体微球包括具有锡壁的微球,其包封气体以允许容易的压缩。 例如,中空弹性体微球的壁足够强以避免在压力下破裂,但足够薄以容易压缩。 在另一个实例中,一旦在固体材料206中固化,中空弹性体微球体包含与气泡基本相似的压缩特性。 一个实例中的空隙208以基本上均匀的分布添加到固体材料206的树脂中。 例如,将中空弹性体微球体搅拌到固体材料206的树脂中。
    • 3. 发明授权
    • Pressure vessel
    • 压力容器
    • US06744965B2
    • 2004-06-01
    • US09733748
    • 2000-12-07
    • Akbar Arab-SadeghabadiAgop H. CherbettchianDonald A. FrederickKurt R. Carlson
    • Akbar Arab-SadeghabadiAgop H. CherbettchianDonald A. FrederickKurt R. Carlson
    • G02B600
    • G01D11/245G02B6/4248G02B6/4428
    • An improved pressure vessel comprises a tubular casing having an internal cavity and a first and second opening at each end. The internal cavity is divided into a first and second cylindrical plug region extending inward from the first and second opening and a hollow interior region. An optical component in the hollow interior has at least a plurality of optical fiber pigtails extending therefrom. A first and second cylindrical plug is force fit into the plug regions. At least one plug has a through-hole for receiving optical fiber pigtails. At least one plug has a ceramic adhesive plug formed by inserting adhesive into the through-hole and preferably filing the void space therein. The adhesive encapsulates the optical fibers passing through the through-hole. The plug has a channel machined into its outer circumference to receive an O-ring. A cap covers over and beyond the outer surface of the plug.
    • 改进的压力容器包括管状壳体,其具有内部空腔,并且在每个端部具有第一和第二开口。 内腔被分为从第一和第二开口向内延伸的第一和第二圆柱塞塞区域和中空的内部区域。 中空内部的光学部件具有从其延伸的至少多个光纤尾纤。 第一和第二圆柱塞强制配合到插塞区域中。 至少一个插头具有用于接收光纤尾纤的通孔。 至少一个插头具有通过将粘合剂插入通孔而形成的陶瓷粘合剂塞,并且优选地在其中填充空隙空间。 粘合剂封装通过通孔的光纤。 插头具有加工成其外周的通道,以接收O形圈。 盖帽覆盖并超出插头的外表面。