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    • 2. 发明申请
    • SEMI-LIQUID METAL PROCESSING AND SENSING DEVICE AND METHOD OF USING SAME
    • 半液金属加工和感测装置及其使用方法
    • US20100251854A1
    • 2010-10-07
    • US12680652
    • 2008-10-10
    • Alan A. Koch
    • Alan A. Koch
    • C22B9/00
    • C22B9/22B22D2/006B22D21/04B22D41/01C22B21/06F27B14/061F27B14/20F27D2019/0037H05B6/06H05B6/24Y02P10/253
    • A semi-liquid metal processing and sensing device comprising a crucible that is at least partially encircled by at least one induction coil. The one or more induction coils can be water cooled. The one or more induction coils can be designed to generate a variable power and/or variable frequency magnetic field which can be modulated to control the cooling of a molten metal charge in the crucible from the liquidus temperature to a selected heat content, resistivity and/or viscosity. The magnetic field can be designed to induce toroidal agitation of the metal charge in the crucible. The semi-liquid condition is sensed and can be actively controlled by the induction power supply via real time or non-real time analysis of electrical feedback signals that are obtained from the induction coil.
    • 一种半液体金属加工和感测装置,包括至少部分地由至少一个感应线圈环绕的坩埚。 一个或多个感应线圈可以是水冷的。 一个或多个感应线圈可以被设计成产生可变功率和/或可变频率磁场,其可被调制以控制坩埚中的熔融金属电荷从液相线温度冷却到所选择的热含量,电阻率和/ 或粘度。 磁场可以被设计成引起坩埚中的金属电荷的环形搅拌。 感测半液体状态,并且可以通过感应电源通过从感应线圈获得的电反馈信号的实时或非实时分析来主动地控制半液体状态。
    • 4. 发明授权
    • Semi-liquid metal processing and sensing device and method of using same
    • 半液态金属加工和检测装置及其使用方法
    • US08728196B2
    • 2014-05-20
    • US13477298
    • 2012-05-22
    • Alan A. Koch
    • Alan A. Koch
    • C22B9/22C22B21/06B22D41/01F27B14/20
    • C22B9/22B22D2/006B22D21/04B22D41/01C22B21/06F27B14/061F27B14/20F27D2019/0037H05B6/06H05B6/24Y02P10/253
    • A semi-liquid metal processing and sensing device comprising a crucible that is at least partially encircled by at least one induction coil. The one or more induction coils can be water cooled. The one or more induction coils can be designed to generate a variable power and/or variable frequency magnetic field which can be modulated to control the cooling of a molten metal charge in the crucible from the liquidus temperature to a selected heat content, resistivity and/or viscosity. The magnetic field can be designed to induce toroidal agitation of the metal charge in the crucible. The semi-liquid condition is sensed and can be actively controlled by the induction power supply via real time or non-real time analysis of electrical feedback signals that are obtained from the induction coil.
    • 一种半液体金属加工和感测装置,包括至少部分地由至少一个感应线圈环绕的坩埚。 一个或多个感应线圈可以是水冷的。 一个或多个感应线圈可以被设计成产生可变功率和/或可变频率磁场,其可被调制以控制坩埚中的熔融金属电荷从液相线温度冷却到选定的热含量,电阻率和/ 或粘度。 磁场可以被设计成引起坩埚中的金属电荷的环形搅拌。 感测半液体状态,并且可以通过感应电源通过从感应线圈获得的电反馈信号的实时或非实时分析来主动地控制半液体状态。
    • 6. 发明授权
    • Semi-liquid metal processing and sensing device and method of using same
    • 半液态金属加工和检测装置及其使用方法
    • US08241390B2
    • 2012-08-14
    • US12680652
    • 2008-10-10
    • Alan A. Koch
    • Alan A. Koch
    • C22B9/22C22B21/06
    • C22B9/22B22D2/006B22D21/04B22D41/01C22B21/06F27B14/061F27B14/20F27D2019/0037H05B6/06H05B6/24Y02P10/253
    • A semi-liquid metal processing and sensing device comprising a crucible that is at least partially encircled by at least one induction coil. The one or more induction coils can be water cooled. The one or more induction coils can be designed to generate a variable power and/or variable frequency magnetic field which can be modulated to control the cooling of a molten metal charge in the crucible from the liquidus temperature to a selected heat content, resistivity and/or viscosity. The magnetic field can be designed to induce toroidal agitation of the metal charge in the crucible. The semi-liquid condition is sensed and can be actively controlled by the induction power supply via real time or non-real time analysis of electrical feedback signals that are obtained from the induction coil.
    • 一种半液体金属加工和感测装置,包括至少部分地由至少一个感应线圈环绕的坩埚。 一个或多个感应线圈可以是水冷的。 一个或多个感应线圈可以被设计成产生可变功率和/或可变频率磁场,其可被调制以控制坩埚中的熔融金属电荷从液相线温度冷却到所选择的热含量,电阻率和/ 或粘度。 磁场可以被设计成引起坩埚中的金属电荷的环形搅动。 感测半液体状态,并且可以通过感应电源通过从感应线圈获得的电反馈信号的实时或非实时分析来主动地控制半液体状态。