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    • 12. 发明授权
    • Method and apparatus for controlling weld states of a MIG welding process
    • 用于控制MIG焊接工艺的焊接状态的方法和装置
    • US09308597B2
    • 2016-04-12
    • US11275106
    • 2005-12-09
    • Tim A. MatusBernard J. VogelBruce Albrecht
    • Tim A. MatusBernard J. VogelBruce Albrecht
    • B23K9/10
    • B23K9/1006B23K9/1043
    • Methods, controllers, and power sources for controlling weld states of a MIG welding machine having a 115 volt inverter are provided. The regulation of a power source may include determining a command current signal based on a maximum allowable voltage error determined from the output condition at the weld. The signal may be provided to a controller that regulates the output of the 115 volt inverter. A MIG welding power source may include the 115 volt inverter and a processor that determines a maximum allowable voltage offset from a voltage feedback signal and a voltage level. The processor may provide a signal based on a determined instantaneous command current to regulate the 115 volt inverter.
    • 提供了用于控制具有115伏逆变器的MIG焊机的焊接状态的方法,控制器和电源。 电源的调节可以包括基于从焊接处的输出条件确定的最大允许电压误差确定指令电流信号。 该信号可以被提供给调节115伏逆变器的输出的控制器。 MIG焊接电源可以包括115伏逆变器和处理器,其确定与电压反馈信号和电压电平的最大允许电压偏移。 处理器可以基于确定的瞬时指令电流提供信号以调节115伏逆变器。
    • 13. 发明申请
    • Method and Apparatus for Controlling a Welding System
    • 一种控制焊接系统的方法和装置
    • US20080149610A1
    • 2008-06-26
    • US12034074
    • 2008-02-20
    • Gerd A. HuismannPeter A. HenneckeRichard M. HutchisonLori L. KuiperTim A. Matus
    • Gerd A. HuismannPeter A. HenneckeRichard M. HutchisonLori L. KuiperTim A. Matus
    • B23K9/09B23K9/067
    • B23K9/092B23K9/091B23K9/124B23K9/125B23K9/295B23K9/30
    • A method and apparatus for controlling a welding-type power supply includes providing a current wave form having an arc current portion and a short circuit current portion. An arc state is entered by retracting a welding wire, and a short circuit state is entered by advancing the wire. The current enters the arc current portion prior to the creation of the arc and the current enters the short circuit current portion prior to the creation of the short, by coordinating the wave form with the wire retraction. This may be preformed on a wire having a diameter of 2.4 mm or more to a weld and applying a welding current of less than 100 amps, or of less than 35 amps. One current waveform during the arc state includes at least three segments, and the last segment is entered into prior to the short circuit state being entered, and is the same current magnitude as the current magnitude at the start of the short circuit state. Penetration and/or bead formation may be controlled by controlling the advancement of the wire into the weld pool. The balance may be user set.
    • 用于控制焊接型电源的方法和装置包括提供具有电弧电流部分和短路电流部分的电流波形。 通过缩回焊丝进入电弧状态,并且通过前进导线进入短路状态。 在产生电弧之前,电流进入电弧电流部分,并且在创建短路之前,电流通过将波形与电线回缩协调来进入短路电流部分。 这可以在直径为2.4mm以上的焊丝上进行焊接,并施加小于100安培或小于35安培的焊接电流。 在电弧状态期间的一个电流波形包括至少三个段,并且最后一个段在进入短路状态之前进入,并且与在短路状态开始时的电流幅度相同。 穿透和/或珠形成可以通过控制线进入焊池来控制。 天平可以是用户设置的。
    • 14. 发明授权
    • Method and apparatus of coordinating operational feedback in a plasma cutter
    • 协调等离子切割机中的操作反馈的方法和装置
    • US07034244B2
    • 2006-04-25
    • US10605038
    • 2003-09-03
    • Tim A. Matus
    • Tim A. Matus
    • B23K10/00
    • B23K10/006H05H1/36
    • The present invention is directed to a system and method for improved operational feedback from a plasma torch to a plasma-cutting power source. A plasma cutter includes a plasma cutting power source, a plasma torch in communication with the plasma cutting power source, and a serialization circuit disposed within the plasma torch to control transmission of multiple feedback signals from the plasma torch to the plasma cutting power source. The serialization circuit receives the multiple feedback signals and places the feedback in a queue, such that the multiple feedback signals are sent from the queue to a processing unit in the power source via a single communications link.
    • 本发明涉及用于改进从等离子体焰炬到等离子体切割电源的操作反馈的系统和方法。 等离子体切割机包括等离子切割电源,与等离子切割电源连通的等离子体焰炬以及设置在等离子体焰炬内的串联电路,以控制从等离子体焰炬到等离子切割电源的多个反馈信号的传输。 串行化电路接收多个反馈信号并将反馈置于队列中,使得多个反馈信号经由单个通信链路从队列发送到电源中的处理单元。
    • 15. 发明授权
    • Gas cylinder lifting system
    • 气瓶提升系统
    • US5440098A
    • 1995-08-08
    • US173159
    • 1993-12-23
    • Tim A. Matus
    • Tim A. Matus
    • B23K9/32B60P3/055B62D43/00
    • B23K9/323B60P3/055
    • A gas cylinder lifting system is useful for loading and unloading heavy tanks of gases onto and off of a welding power supply running gear. The gas cylinder lifting system comprises one or more sliders that are constrained for vertical reciprocation on a frame mounted to the running gear. The slider includes a pan for supporting a gas cylinder. A crank lever is pivotally mounted to the frame by a pivot pin, and a linkage is pivotally connected between the crank lever and the slider. The linkage has a crook in it. Pivoting the crank lever to a first angular position lowers a slider and places the linkage crook remote from the pivot pin. Rotating the crank lever to a second angular position raises the slider and places the linkage crook adjacent the pivot pin. The crank lever and linkage cooperate to place the gas cylinder lifting system in an over-center self-locked condition when the crank lever is in its second angular position. A spring-loaded latch may be installed on the frame that positively maintains the crank lever at its second angular position but that is manually operable to enable the crank lever to rotate to its first angular position.
    • 气瓶提升系统可用于将重物质罐装载到焊接电源运行装置上和从其卸载。 气瓶提升系统包括一个或多个滑块,其被限制在安装到行驶齿轮上的框架上用于垂直往复运动。 滑块包括用于支撑气瓶的盘。 曲柄杆通过枢轴销枢转地安装到框架上,并且联动装置枢转地连接在曲柄杆和滑块之间。 联系中有一个弯曲的。 将曲柄杆旋转到第一个角位置可以降低滑块,并将连杆弯曲远离枢轴销。 将曲柄杆旋转到第二角位置时,升高滑块并将连杆钩紧在枢轴销上。 当曲柄杆处于其第二角度位置时,曲柄杆和联动装置配合使气瓶提升系统处于过中心的自锁状态。 可以在框架上安装弹簧加载的闩锁,其将曲柄杆主动地保持在其第二角度位置,但是可手动操作以使曲柄杆能够旋转到其第一角度位置。