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    • 1. 发明申请
    • OPPOSED CURRENT FLOW MAGNETIC PULSE FORMING AND JOINING SYSTEM
    • 对流电流脉动成形与接合系统
    • WO2006091420A3
    • 2007-12-06
    • PCT/US2006005072
    • 2006-02-14
    • EDISON WELDING INST INCSHAO HAIPINGZHANG PEIHUI
    • SHAO HAIPINGZHANG PEIHUI
    • B21D26/14
    • B21D26/14B21J7/30B23K20/06B23K2201/06Y10T29/49803Y10T29/49805Y10T29/53417
    • An opposed current flow magnetic pulse forming and joining system (1 0) in electrical communication with a magnetic pulse power supply (20) having a positive connection (22) and a negative connection (24) The system (1 0) may be used in forming individual workpieces or joining multiple workpieces, including joining by magnetic pulse welding The system (10) includes a first section (loo), a second section (200), an insulator (300), and a first and a second pair of conductors (400, 500) The first and second sections (100, 200) cooperate to enclose the workp?ece(s) and function to create an electromagnetic force similar to that produced by a single closed coll The system (1 0) is configured to achieve desirable current flow by minimizing inductance, inductive reactance, and impedance in the conductors The pairs of conductors (400, 500) may incorporate closely spaced individual conductors, braided conductors, and coaxial conductors
    • 与具有正连接(22)和负连接(24)的磁脉冲电源(20)电连通的相对电流流脉动形成和接合系统(10)。系统(10)可用于 形成单个工件或连接多个工件,包括通过磁脉冲焊接接合。系统(10)包括第一部分(loo),第二部分(200),绝缘体(300)和第一和第二对导体 第一和第二部分(100,200)协作以包围工件并且用于产生类似于由单个封闭coll产生的电磁力的功能。系统(10)被配置为实现 通过使导体中的电感,感抗和阻抗最小化来获得期望的电流。导体对(400,500)可以包括紧密间隔的各个导体,编织导体和同轴导体
    • 2. 发明申请
    • OPPOSED CURRENT FLOW MAGNETIC PULSE FORMING AND JOINING SYSTEM
    • 对流电流脉动成形与接合系统
    • WO2006091420A2
    • 2006-08-31
    • PCT/US2006/005072
    • 2006-02-14
    • EDISON WELDING INSTITUTE, INC.SHAO, HaipingZHANG, Peihui
    • SHAO, HaipingZHANG, Peihui
    • B21D26/02B21J5/04B23K20/08B23P17/00
    • B21D26/14B21J7/30B23K20/06B23K2201/06Y10T29/49803Y10T29/49805Y10T29/53417
    • An opposed current flow magnetic pulse forming and joining system (10) in electrical communication with a magnetic pulse power supply (20) having a positive connection (22) and a negative connection (24). The system (10) may be used in forming individual workpieces or joining multiple workpieces, including joining by magnetic pulse welding. The system (10) includes a first section (100), a second section (200), an insulator (300), and a first and a second pair of conductors (400, 500). The first and second sections (100, 200) cooperate to enclose the workpiece(s) and function to create an electromagnetic force similar to that produced by a single closed coil. The system (10) is configured to achieve desirable current flow by minimizing inductance, inductive reactance, and impedance in the conductors. The pairs of conductors (400, 500) may incorporate closely spaced individual conductors, braided conductors, and coaxial conductors. The current flow in the individual conductors of each pair of conductors is opposed, as is the current flow through the sections.
    • 与具有正连接(22)和负连接(24)的磁脉冲电源(20)电连通的相对电流流脉动形成和接合系统(10)。 系统(10)可用于形成单个工件或连接多个工件,包括通过磁脉冲焊接接合。 系统(10)包括第一部分(100),第二部分(200),绝缘体(300)以及第一和第二对导体(400,500)。 第一和第二部分(100,200)协作以包围工件并且用于产生类似于由单个闭合线圈产生的电磁力。 系统(10)被配置为通过使导体中的电感,感抗和阻抗最小化来实现期望的电流。 导体对(400,500)可以包括紧密间隔的各个导体,编织导体和同轴导体。 每对导体的单个导体中的电流流动与电流通过这些部分是相反的。