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    • 9. 发明授权
    • Fluid tooling for thermoplastic welding
    • 用于热塑性焊接的流体工具
    • US5710412A
    • 1998-01-20
    • US367557
    • 1995-01-03
    • Karl A. Hansen, deceased
    • Karl A. Hansen, deceased
    • B29C65/00B29C65/02B29C65/36H05B6/14H05B6/44H05B6/10
    • B29C66/836B29C65/3648B29C66/1122B29C66/474B29C66/52441B29C66/73921B29C66/81455B29C66/86533B29C66/91214B29C66/91221B29C66/91317B29C66/91651H05B6/44B29C65/3668B29C66/71B29C66/7212B29C66/934B29C66/961
    • Fluid tooling for use in an inductive welding system for creating a fusion bond along a bond line between two thermoplastic parts includes an elongated vessel made of fluid impervious flexible material and having an elongated axis and an open end at each axial end of the vessel, closed and sealed by end closures. A coil is received in the vessel for generating an alternating magnetic field transverse to the longitudinal axis. A linear guide in the vessel extends axially for substantially the full length of the vessel and guides the coil for movement axially through the vessel. Power leads are connected to the coil and extend through a pass-through in one end closure to connect the coil to a source of high frequency electrical power of about 35 KHz to energize the coil to produce an alternating magnetic field. A pair of magnets guided along opposite sides of the vessel and magnetically coupled to a ferromagnetic mass connected to the coil move the coil axially along the vessel over the bond line at a controlled speed. A backup structure exerts a downward force along the top of the vessel, pressurizing fluid sealed in the vessel and distributing pressure uniformly over the top surface of the top part to press the top part against the bottom part and facilitate fusion bonding of the thermoplastic in the faying surfaces of the interface.
    • 用于感应焊接系统中的用于在两个热塑性部件之间形成沿着接合线的熔接结合的流体工具包括由流体不可渗透的柔性材料制成的细长容器,并具有细长的轴线和在容器的每个轴向端处的开口端 并通过封闭件密封。 线圈被容纳在容器中以产生横向于纵轴的交变磁场。 容器中的直线引导件轴向延伸至容器的整个长度,并引导线圈轴向移动通过容器。 电源引线连接到线圈并延伸通过一端封闭件中的通孔,以将线圈连接到大约35KHz的高频电源,以激励线圈以产生交变磁场。 沿着容器的相对侧引导的一对磁体并且磁耦合到连接到线圈的铁磁体,沿着容器沿着容器轴向地以受控的速度在接合线上移动线圈。 支撑结构沿着容器的顶部施加向下的力,对密封在容器中的流体进行加压,并将压力均匀分布在顶部的顶部表面上,以将顶部压靠在底部上,并促进热塑性塑料在 接口的表面。