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    • 13. 发明授权
    • Electric arc welding system
    • 电弧焊系统
    • US07282668B2
    • 2007-10-16
    • US11503682
    • 2006-08-14
    • William S. HoustonRussell K. Myers
    • William S. HoustonRussell K. Myers
    • B23K9/09
    • B23K9/091B23K9/0953B23K9/1062B23K9/1735B23K9/188
    • An electric arc welding system and method for creating a first AC welding arc with a first current waveform between a first electrode and a workpiece by a first power supply and a second AC welding arc with a second current waveform between a second electrode and a workpiece by a second power supply as the first and second electrodes are moved in unison along a welding path where the first and second power supply each comprising an high speed switching inverter creating its waveform by a number of current pulses occurring at a frequency of at least 18 kHz with the magnitude of each current pulse controlled by a wave shaper and the polarity of the waveforms controlled by a signal. The first and second AC waveforms each have a positive portion and a negative portion and a cycle period of about 10-20 ms and timing circuits for determining the push and pull times between the arcs and a waveform adjusting circuit to limit the push and pull times to less than about 5.0 ms.
    • 一种电弧焊接系统和方法,用于通过第一电源和第二AC焊接电弧在第一电极和工件之间产生具有第一电流波形的第一AC焊接电弧,并且通过第二电流波形在第二电极和工件之间通过第二电流波形 作为第一和第二电极的第二电源沿着焊接路径一致地移动,其中每个包括高速开关逆变器的第一和第二电源通过以至少18kHz的频率出现的多个电流脉冲产生其波形 每个电流脉冲的大小由波形整形器控制,并且由信号控制的波形的极性。 第一和第二AC波形各自具有正部分和负部分以及约10-20ms的周期周期,以及用于确定电弧之间的推拉时间和波形调节电路的定时电路,以限制推/拉时间 小于约5.0ms。
    • 14. 发明授权
    • Electric ARC welder system with waveform profile control for cored electrodes
    • 电弧焊机系统,具有用于芯电极的波形分布控制
    • US07166817B2
    • 2007-01-23
    • US10834141
    • 2004-04-29
    • Elliott K. StavaRussell K. MyersBadri K. NarayananPatrick T. Soltis
    • Elliott K. StavaRussell K. MyersBadri K. NarayananPatrick T. Soltis
    • B23K9/09
    • B23K9/092B23K9/1043B23K9/1068
    • An electric arc welder for creating a welding process in the form of a succession of AC waveforms between a particular type of cored electrode, with a sheath and core, and a workpiece by a power source comprising an high frequency switching device for creating the individual waveforms in said succession of waveforms, each waveform having a profile is formed by the magnitude of each of a large number of short current pulses generated at a frequency of at least 18 kHz where said profile is determined by the input signal to a wave shaper controlling said short current pulses; a circuit to create a profile signal indicative of said particular type of electrode; and a select circuit to select said input signal based upon said profile signal whereby said wave shaper causes said power source to crate a specific waveform profile for said particular type of cored electrode.
    • 一种用于在特定类型的芯电极与护套和芯之间以一系列AC波形的形式产生焊接工艺的电弧焊机,以及包括用于产生各个波形的高频开关装置的电源的电源 在所述连续波形中,具有轮廓的每个波形由在至少18kHz的频率处产生的大量短电流脉冲中的每一个的大小形成,其中所述轮廓由输入信号确定为控制所述 短电流脉冲; 用于产生指示所述特定类型的电极的分布信号的电路; 以及选择电路,用于基于所述分布信号选择所述输入信号,由此所述波形整形器使所述电源对所述特定类型的芯电极的特定波形分布。
    • 17. 发明授权
    • Electric arc welding system
    • 电弧焊系统
    • US06472634B1
    • 2002-10-29
    • US09835972
    • 2001-04-17
    • William S. HoustonRussell K. MyersElliott K. Stava
    • William S. HoustonRussell K. MyersElliott K. Stava
    • B23K910
    • B23K9/1062B23K9/0953B23K9/0956B23K9/1075
    • An electric arc welding system for creating an AC welding arc between an electrode and a workpiece wherein the system comprises a first controller for a first power supply to cause the first power supply to create an AC current between the electrode and workpiece by generating a switch signal or command with polarity reversing switching points in the first controller, with the first controller operated at first welding parameters in response to first power supply specific parameter signals to the first controller. The system has at least one slave controller for operating a slave power supply to create an AC current between the electrode and workpiece by reversing polarity of the AC current at switching points where the slave controller is operated at second welding parameters in response to second power supply specific parameter signals to the slave controller. An information network connected to the first controller and the slave controller and containing digital first and second power supply specific parameter signals for the first controller and the slave controller and a digital interface connects the first controller with the slave controller to control the switching points of said second power supply by the switch signal or command from the first controller.
    • 一种用于在电极和工件之间产生交流焊接电弧的电弧焊接系统,其中所述系统包括用于第一电源的第一控制器,以使所述第一电源通过产生开关信号来产生所述电极和工件之间的交流电流 或具有第一控制器中极性反转切换点的命令,其中第一控制器响应于向第一控制器的第一电源特定参数信号,在第一焊接参数下操作。 该系统具有至少一个从属控制器,用于操作从属电源以通过在从属控制器响应于第二电源的第二焊接参数操作的切换点处反转交流电流的极性,从而在电极和工件之间产生交流电流 特定参数信号到从控制器。 连接到第一控制器和从控制器并且包含第一控制器和从控制器的数字第一和第二电源特定参数信号的信息网络和数字接口将第一控制器与从控制器连接,以控制所述第一控制器和从属控制器的切换点 第二电源由开关信号或来自第一控制器的命令。
    • 18. 发明授权
    • Synergistic welding system
    • 协同焊接系统
    • US08704135B2
    • 2014-04-22
    • US11336506
    • 2006-01-20
    • Badri K. NarayananRussell K. MyersPatrick T. Soltis
    • Badri K. NarayananRussell K. MyersPatrick T. Soltis
    • B23K9/10
    • B23K35/362B23K9/093B23K35/0266B23K35/3605
    • A welding system is disclosed for performing a short arc welding process between an advancing wire electrode and a workpiece. The system comprises a power source with a controller for creating a current pulse introducing energy into the electrode to melt the end of the electrode and a low current quiescent metal transfer section following the end of the melting pulse during which the melted electrode short circuits against the workpiece; a timer to measure the actual time between the end of the pulse and the short circuit; a device for setting a desired time from the pulse to the short circuit; a circuit to create a corrective signal based upon the difference between the actual time and the desired time; and, a circuit responsive to the corrective signal to control a given parameter of the current pulse. Also disclosed is a strategy for arc welding utilizing a cored electrode that produces welds with low levels of contaminants and which are strong, tough, and durable. The arc welding process generally utilizes an AC waveform. The cored electrode can be a self-shielded flux cored electrode (FCAW-S). Various electrode compositions are described that are particularly beneficial when used in conjunction with an AC waveform.
    • 公开了一种用于在前进的线电极和工件之间进行短弧焊接工艺的焊接系统。 该系统包括具有控制器的电源,该控制器用于产生电流脉冲,将能量引入电极以熔化电极的端部,以及在熔融脉冲结束之后的低电流静态金属转移部分,在熔融脉冲期间,熔融电极短路 工件; 一个定时器来测量脉冲结束与短路之间的实际时间; 用于设置从脉冲到短路的所需时间的装置; 基于实际时间和期望时间之间的差异创建校正信号的电路; 以及响应于校正信号以控制当前脉冲的给定参数的电路。 还公开了一种使用产生具有低水平污染物的焊接并且坚固且坚固耐用的焊芯的电弧焊的策略。 电弧焊工艺一般采用交流波形。 芯电极可以是自保护药芯焊丝(FCAW-S)。 描述了当与AC波形结合使用时,特别有益的各种电极组合物。
    • 19. 发明授权
    • Electric arc welder
    • 电弧焊机
    • US08519302B2
    • 2013-08-27
    • US11465999
    • 2006-08-21
    • Russell K. MyersTimothy M. O'DonnellAlonzo P. O. Yost
    • Russell K. MyersTimothy M. O'DonnellAlonzo P. O. Yost
    • B23K9/10
    • B23K9/188B23K9/093B23K9/0953B23K9/1062B23K9/1068B23K9/1075
    • An electric arc welder for depositing weld metal along a groove between two edges of a metal workpiece where the welder comprises a first electrode driven by a first wire feeder toward a point in said groove, a second electrode driven by a second wire feeder toward the point and a main power source with a first output terminal connected to the first electrode and a second output terminal connected both to the second electrode and directly or indirectly to the metal workpiece to create a second electrode path and a workpiece path. The power source includes a high speed switching output stage for creating current with a selected AC waveform between the first and second output terminals where the waveform of the main power source is generated by a waveform generator controlling a pulse width modulator circuit to determine the current operation of the output stage.
    • 一种用于沿着金属工件的两个边缘之间的凹槽沉积焊接金属的电弧焊机,其中所述焊工包括由第一导线器驱动的第一电极朝向所述凹槽中的点驱动的第二电极,由第二导线器驱动的第二电极朝向所述点 以及主电源,其具有连接到第一电极的第一输出端子和连接到第二电极并直接或间接连接到金属工件的第二输出端子,以产生第二电极路径和工件路径。 电源包括高速开关输出级,用于通过控制脉宽调制器电路的波形发生器在第一和第二输出端之间产生具有选定AC波形的电流,其中主波形发生器的波形由脉冲发生器产生,以确定电流运行 的输出级。
    • 20. 发明授权
    • Electric ARC welding system
    • 电弧焊接系统
    • US07148449B2
    • 2006-12-12
    • US11006180
    • 2004-12-07
    • Russell K. MyersWilliam S. Houston
    • Russell K. MyersWilliam S. Houston
    • B23K9/09
    • B23K9/091B23K9/0253B23K9/1056B23K9/1068B23K9/1735
    • An electric arc welding system for creating a first AC welding arc with a first current waveform between a first electrode and a workpiece by a first power supply and a second AC welding arc with a second current waveform between a second electrode and a workpiece by a second power supply as the first and second electrodes are moved in unison along a welding path, where the first and second power supply each comprising a high speed switching inverter creating its waveform by a number of current pulses occurring at a frequency of at least 18 kHz with the magnitude of each current pulse controlled by a wave shaper and the polarity of the waveforms is controlled by a signal. The first AC waveform has a positive portion substantially different in energy than its negative portion and/or has either a different shape and/or a synthesized sinusoidal portion.
    • 一种电弧焊接系统,用于通过第一电源和第二AC焊接电弧在第一电极和工件之间产生具有第一电流波形的第一AC焊接电弧,并且在第二电极和工件之间具有第二电流波形第二 作为第一和第二电极的电源沿着焊接路径一致地移动,其中第一和第二电源各自包括高速开关逆变器,其通过以至少18kHz的频率出现的多个电流脉冲产生其波形, 由波形整形器控制的每个电流脉冲的幅度和波形的极性由信号控制。 第一AC波形具有与其负极部分相比基本上不同的能量的正部分和/或具有不同的形状和/或合成的正弦部分。