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    • 6. 发明授权
    • Device for making prosthetic residual limb socket
    • 用于制造假肢残肢的装置
    • US5971729A
    • 1999-10-26
    • US25447
    • 1998-02-17
    • Ossur KristinssonTryggvi SveinbjornssonHilmar Br. JanussonGudni Ingimarsson
    • Ossur KristinssonTryggvi SveinbjornssonHilmar Br. JanussonGudni Ingimarsson
    • A61F2/76A61F2/00A61F2/50A61F2/80B29C70/44A61F2/62B28B21/42B29C43/12
    • B29C70/446A61F2/5046A61F2/80A61F2/5044A61F2/76A61F2002/30522A61F2002/5052A61F2002/5053A61F2002/5055A61F2002/7875A61F2220/0025B29L2031/7532Y10S264/30Y10S623/901
    • A definitive socket for residual limb prosthetic use is formed in a single molding step by compressive pressure casting or molding a pre-formed, moldable, hardenable socket material over a residual limb and curing the socket material to a load-bearing hardened condition while it is maintained under peripheral compressive pressure against the residual limb and while the residual limb is tensioned in a distal direction during the casting process. The combination of pressure casting the socket material and applying tension to the residual limb in a distal direction while the socket material is curing results in forming a definitive socket that fits well to the residual limb after curing without substantial rectification. Pressure relief formations, socket coverings, and a prosthesis coupler may be compression molded simultaneously with the socket. A pressure casting system for carrying out the casting of the socket includes a pressure chamber, a compressive pressure applying membrane, a tension reacting system for producing a resultant axial tension in the residual limb within the socket material during forming and hardening of the socket and optionally a load cell to monitor or indicate the tension force applied during molding. The socket material includes a pre-formed tubular sleeve-like reinforcement web of fibers pre-impregnated with an uncured preferably water activatable, moldable, hardenable resin material, with an integrated prosthesis coupler at one end.
    • 在单个模制步骤中通过压缩压力浇铸或在残余肢体上模制预成形的可模制的可硬化插座材料形成用于残肢的假体使用的确定插座,并将插座材料固化为承载硬化状态,同时 保持在残余肢体周围的压缩压力下,并且在铸造过程中残留的肢体在远端方向上张紧。 当插座材料固化时,将插座材料的压力铸造并且在远端方向上向剩余肢体施加张力的组合导致形成固定后的残余肢体的确定的插座,而没有实质的整流。 压力释放结构,插座覆盖物和假体联接器可以与插座同时压缩模制。 用于进行插座的铸造的压力铸造系统包括压力室,压缩压力膜,用于在插座的形成和硬化期间在插座材料内的剩余肢体中产生合成轴向张力的张力反应系统, 用于监测或指示在模制期间施加的张力的测力传感器。 插座材料包括用未固化的优选水可活化,可模制的可硬化树脂材料预浸渍的预先形成的管状套筒状增强网,其一端具有集成假体耦合器。
    • 7. 发明授权
    • Apparatus for making a prosthesis socket
    • 用于制造假体插座的装置
    • US5718925A
    • 1998-02-17
    • US559311
    • 1995-11-15
    • Ossur KristinssonTryggvi SveinbjornssonHilmar Br. JanussonGudni Ingimarsson
    • Ossur KristinssonTryggvi SveinbjornssonHilmar Br. JanussonGudni Ingimarsson
    • A61F2/76A61F2/00A61F2/50A61F2/80B29C70/44A61F2/60
    • B29C70/446A61F2/5046A61F2/80A61F2/5044A61F2/76A61F2002/30522A61F2002/5052A61F2002/5053A61F2002/5055A61F2002/7875A61F2220/0025B29L2031/7532Y10S264/30Y10S623/901
    • A definitive socket for residual limb prosthetic use is formed in a single molding step by compressive pressure casting or molding a pre-formed, moldable, hardenable socket material over a residual limb and curing the socket material to a load-bearing hardened condition while it is maintained under peripheral compressive pressure against the residual limb and while the residual limb is tensioned in a distal direction during the casting process. The combination of pressure casting the socket material and applying tension to the residual limb in a distal direction while the socket material is curing results in forming a definitive socket that fits well to the residual limb after curing without substantial rectification. Pressure relief formations, socket coverings, and a prosthesis coupler may be compression molded simultaneously with the socket. A pressure casting system for carrying out the casting of the socket includes a pressure chamber, a compressive pressure applying membrane, a tension reacting system for producing a resultant axial tension in the residual limb within the socket material during forming and hardening of the socket and optionally a load cell to monitor or indicate the tension force applied during molding. The socket material includes a pre-formed tubular sleeve-like reinforcement web of fibers pre-impregnated with an uncured preferably water activatable, moldable, hardenable resin material, with an integrated prosthesis coupler at one end.
    • 在单个模制步骤中通过压缩压力浇铸或在残余肢体上模制预成型的,可模制的可硬化插座材料并且将插座材料固化到承载硬化状态而形成残留肢体假体使用的确定插座,同时 保持在残余肢体周围的压缩压力下,并且在铸造过程中残留的肢体在远端方向上张紧。 当插座材料固化时,将插座材料的压力铸造并且在远端方向上向剩余肢体施加张力的组合导致形成固定后的残余肢体的确定的插座,而没有实质的整流。 压力释放结构,插座覆盖物和假体联接器可以与插座同时压缩模制。 用于进行插座的铸造的压力铸造系统包括压力室,压缩压力膜,用于在插座的形成和硬化期间在插座材料内的剩余肢体中产生合成轴向张力的张力反应系统, 用于监测或指示在模制期间施加的张力的测力传感器。 插座材料包括用未固化的优选水可活化,可模制的可硬化树脂材料预浸渍的预先形成的管状套筒状增强网,其一端具有集成的假体联接器。