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    • 1. 发明申请
    • High temperature joints for dissimilar materials
    • 用于不同材料的高温接头
    • US20050200124A1
    • 2005-09-15
    • US10800227
    • 2004-03-12
    • Mark KleefischJoseph MasinJohn CollinsSherman XuCarl Udovich
    • Mark KleefischJoseph MasinJohn CollinsSherman XuCarl Udovich
    • F16L47/00
    • F16L25/0072
    • Composite joints for gas-tight members that exhibit different coefficients of thermal expansion are disclosed. Broadly, apparatus of the invention provides composite joints which include a girdle of a resilient material disposed between mating surfaces of a high strength metallic member and a nonmetallic member in an arrangement wherein a difference in fluid pressures across the joint provides compressive force upon the girdle through tapered mating surfaces thereby improving resistance to fluid leakage. Composite joints of the invention are particularly useful for joining a high strength weldable metallic conduit and a gas-tight ceramic member having a tubular structure, closed at one end, with a tapered mating surface at a distal end thereof contiguous with a portion of the girdle. Processes beneficially using joints in accordance with the invention include converting methane gas into value-added-products, for example, production of synthesis gas comprising carbon monoxide and molecular hydrogen. Advantageously, the synthesis gas is free of deleterious and/or inert gaseous diluents such as nitrogen.
    • 公开了表现出不同的热膨胀系数的气密构件的复合接头。 概括地说,本发明的装置提供了复合接头,其包括设置在高强度金属构件和非金属构件的配合表面之间的弹性材料的腰带,其中跨接头的流体压力的差异提供了腰带上的压缩力 锥形配合表面,从而提高对流体泄漏的抵抗力。 本发明的复合接头特别可用于将高强度可焊接的金属导管和具有管状结构的气密陶瓷构件连接在一起,该管状结构在一端封闭,锥形配合表面在其远端处与带的一部分相邻 。 有利地使用根据本发明的接头的方法包括将甲烷气体转化为增值产物,例如生产包含一氧化碳和分子氢的合成气。 有利地,合成气不含有害和/或惰性的气态稀释剂如氮气。
    • 5. 发明申请
    • Transponder implanter
    • 转发器植入机
    • US20050234475A1
    • 2005-10-20
    • US11072691
    • 2005-03-04
    • Christopher CordesRichard HughesJoseph Masin
    • Christopher CordesRichard HughesJoseph Masin
    • A01K11/00A61B5/07A61B17/00A61B17/34
    • A61B5/076A01K11/006A61B17/3468A61M37/0069
    • A transponder implanter for implanting an encapsulated transponder in living tissue, including a lancet, the lancet having a sharpened end and an interrupted cross sectional perimeter dimensioned to receive therein the encapsulated transponder. The lancet is connected to a lancet puller supported by a lancet barrel. A biasing member is interposed between the lancet puller and the lancet barrel and controlled by a release operably engagable to the lancet puller and capable of holding the lancet puller in a first position and resisting a biasing force operably applied to the lancet by the biasing member that tends to withdraw the lancet into the barrel. The release is also capable of releasing the puller such that the lancet withdraws into the barrel and a pushrod holds the encapsulated transponder substantially stationary relative to the barrel as the lancet is withdrawn.
    • 一种用于将包封的应答器植入生物体组织中的转发器植入器,包括刺血针,刺血针具有尖锐的端部和中断的横截面周长,其尺寸设计成在其中容纳封装的应答器。 柳叶刀连接到由柳叶刀筒支撑的柳叶刀拔出器。 偏置构件设置在柳叶刀拔出器和柳叶刀套筒之间,并且通过与柳叶刀拔出器可操作地接合的释放器来控制,并且能够将柳叶刀拔出器保持在第一位置,并抵抗由偏置构件可操作地施加到刺血针的偏置力, 往往将刺血针撤回到桶中。 该释放装置还能够释放拉拔器,使得柳叶刀退出到筒体中,并且推杆在刺血针被抽出时将封装的应答器保持在相对于筒体基本静止。