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    • 5. 发明授权
    • Welding-type power supply with a state-based controller
    • 焊接式电源,带状态控制器
    • US06747247B2
    • 2004-06-08
    • US09956548
    • 2001-09-19
    • Todd HolversonRobert DavidsonJames Uecker
    • Todd HolversonRobert DavidsonJames Uecker
    • B23K910
    • B23K9/1062B23K9/0953B23K9/124
    • A method and apparatus for providing welding-type power includes a source of welding-type power and a controller. The controller is a state-based controller, and/or a deterministic control module, connected to the controller output. The state-based control module includes, in an embodiment, software instructions and a digital processor, and/or a state transition table stored in a spreadsheet data base. The controller is responsive to a feedback circuit. One or more welding peripherals, such as a wire feeder or robot, are connected to the controller. The current state may be represented by data in a first line of a spreadsheet and a state-ending event by a second, perpendicular, line of a spreadsheet. The subsequent state is determined by the intersection of the first and second lines in another embodiment.
    • 一种用于提供焊接型电力的方法和装置包括焊接型电源和控制器。 控制器是连接到控制器输出的基于状态的控制器和/或确定性控制模块。 在一个实施例中,基于状态的控制模块包括存储在电子表格数据库中的软件指令和数字处理器和/或状态转换表。 控制器响应反馈电路。 一个或多个焊接外围设备,例如送丝机或机器人,连接到控制器。 当前状态可以由电子表格的第一行中的数据和电子表格的第二个垂直线的状态结束事件来表示。 在另一个实施例中,随后的状态由第一和第二线的相交确定。
    • 6. 发明申请
    • Method And Apparatus For Short Arc Welding
    • 短弧焊接方法与装置
    • US20100006552A1
    • 2010-01-14
    • US12561814
    • 2009-09-17
    • Richard HutchisonTodd HolversonJames Uecker
    • Richard HutchisonTodd HolversonJames Uecker
    • B23K9/10
    • B23K9/091B23K9/0953B23K9/0956B23K9/1012B23K9/1062B23K9/1093B23K9/133
    • A short circuit arc welding system is disclosed. The control scheme uses a current command signal comprised of a long-term current command that sets the long-term current command level and a real-time or short-by-short current command to drive the output current. Feedback is used to determine if the desired arc length is present and to adjust the long-term command. The short-by-short current command is derived from real-time arc current feedback and is used to control the burn-off rate by adjustment of the current command. The short being about to clear is detected in real time. When the process is ending a very low current level is provided to avoid forming a ball. If a short is created, after the low current level, a burst of energy is provided to clear of burn off the short. After the short is cleared, very low current is again provided to avoid forming a large ball, until the wire stops and the process ends.
    • 公开了一种短路电弧焊接系统。 控制方案使用由设定长期电流指令电平的长期电流指令和实时或短路电流指令构成的电流指令信号来驱动输出电流。 反馈用于确定是否存在所需的弧长,并调整长期命令。 短路电流指令源自实时电弧电流反馈,用于通过调整电流指令来控制燃耗率。 实时检测到即将清除的短路。 当过程结束时,提供非常低的电流水平以避免形成球。 如果产生短路,则在低电流水平之后,提供能量爆发以消除短路。 在短路被清除后,再次提供非常低的电流以避免形成大的球,直到电线停止并且过程结束。
    • 8. 发明授权
    • Method and apparatus for welding
    • 焊接方法和设备
    • US06800832B2
    • 2004-10-05
    • US10262354
    • 2002-09-30
    • Richard HutchisonTodd HolversonJames Uecker
    • Richard HutchisonTodd HolversonJames Uecker
    • B23K9095
    • B23K9/091B23K9/0953B23K9/0956B23K9/1012B23K9/1062B23K9/1093B23K9/133
    • A short circuit arc welding system is disclosed. The control scheme uses a current command signal to drive the output current. The command signal is comprised of a long-term current command that sets the long-term current command level and a real-time or short-by-short current command. Arc voltage feedback is used to determine if the desired arc length is present and to adjust the long-term command. The short-by-short current command is derived from real-time arc current feedback and is used to control the burn-off rate by an instantaneous, or short-by-short, adjustment of the current command. A function of the time derivative of arc power, less the time derivative of arc current, is used to detect, in real time, when the short is about to clear. A stop algorithm is employed that monitors the arc on a short-by-short basis. When the process is ending a very low current level is provided to avoid forming a ball. However, if a short is created, (indicated by a drop in arc voltage) after the low current level, a burst of energy is provided to clear of burn off the short. After the short is cleared, very low current is again provided to avoid forming a large ball. This is repeated until the wire stops and the process ends.
    • 公开了一种短路电弧焊接系统。 控制方案使用电流指令信号来驱动输出电流。 命令信号由设置长期电流指令电平的长期电流指令和实时或短路电流指令组成。 电弧电压反馈用于确定是否存在所需的电弧长度并调整长期指令。 短路电流指令来自实时电弧电流反馈,用于通过当前指令的瞬时或短路短路来调节燃耗率。 当短路即将清除时,电弧功率的时间导数,电弧电流的时间导数小于实时检测的功能。 采用了一种停止算法,可以在短时间内对弧进行监视。 当过程结束时,提供非常低的电流水平以避免形成球。 然而,如果在低电流电平之后产生短路(由电弧电压下降所示),则提供能量突发以消除短路。 在短路被清除后,再次提供非常低的电流以避免形成大的球。 直到电线停止并且过程结束为止。
    • 9. 发明申请
    • Method And Apparatus For Short Arc Welding
    • 短弧焊接方法与装置
    • US20080006616A1
    • 2008-01-10
    • US11774836
    • 2007-07-09
    • Richard HutchisonTodd HolversonJames Uecker
    • Richard HutchisonTodd HolversonJames Uecker
    • B23K9/10
    • B23K9/091B23K9/0953B23K9/0956B23K9/1012B23K9/1062B23K9/1093B23K9/133
    • A short circuit arc welding system is disclosed. The control scheme uses a current command signal comprised of a long-term current command that sets the long-term current command level and a real-time or short-by-short current command to drive the output current. Feedback is used to determine if the desired arc length is present and to adjust the long-term command. The short-by-short current command is derived from real-time arc current feedback and is used to control the burn-off rate by adjustment of the current command. The short being about to clear is detected in real time. When the process is ending a very low current level is provided to avoid forming a ball. If a short is created, after the low current level, a burst of energy is provided to clear of burn off the short. After the short is cleared, very low current is again provided to avoid forming a large ball, until the wire stops and the process ends.
    • 公开了一种短路电弧焊接系统。 控制方案使用由设定长期电流指令电平的长期电流指令和实时或短路电流指令构成的电流指令信号来驱动输出电流。 反馈用于确定是否存在所需的弧长,并调整长期命令。 短路电流指令源自实时电弧电流反馈,用于通过调整电流指令来控制燃耗率。 实时检测到即将清除的短路。 当过程结束时,提供非常低的电流水平以避免形成球。 如果产生短路,则在低电流水平之后,提供能量爆发以消除短路。 在短路被清除后,再次提供非常低的电流以避免形成大的球,直到电线停止并且过程结束。