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    • 3. 发明申请
    • Torch handle gas control
    • 手电筒控制手柄
    • US20040149703A1
    • 2004-08-05
    • US10720829
    • 2003-11-24
    • Kevin D. Horner-RichardsonShiyu ChenRoger W. HewettJoseph P. JonesKevin J. KindersonDarrin H. MacKenzieFred Rogers
    • B23K010/02
    • H05H1/36H05H1/34H05H2001/3473
    • Devices and methods are provided that control gas flow to a plasma arc torch local to a torch handle. Generally, a plasma arc torch is provided that comprises a gas control device operable with a torch lead and a torch head, and an activation member operable with the gas control device. Accordingly, the activation member activates the gas control device such that gas flow is supplied from the torch lead to the torch head, and the activation member deactivates the gas control device such that the gas flow is terminated. Further, the activation member may comprise a trigger system, a button, or a safety member, among others. Moreover, the gas control device may comprise a gas control valve or a switch that activates a gas control device disposed within a power supply, among others.
    • 提供的装置和方法,其控制气体流到火炬手柄本地的等离子弧焊炬。 通常,提供了等离子弧焊炬,其包括可与割炬引线和割炬头一起操作的气体控制装置,以及可与气体控制装置一起操作的致动部件。 因此,激活构件激活气体控制装置,使得气流从割炬导管供应到炬头,并且致动构件使气体控制装置停用,使得气流终止。 此外,激活构件可以包括触发系统,按钮或安全构件等。 此外,气体控制装置可以包括气体控制阀或开关,其激活设置在电源内的气体控制装置等。
    • 6. 发明申请
    • Welding apparatus and method for welding overlapping coated sheets
    • 焊接装置和焊接重叠涂层纸的方法
    • US20020175150A1
    • 2002-11-28
    • US10194743
    • 2002-07-12
    • Russell Vernon Hughes
    • B23K010/02
    • B23K10/02B23K9/007
    • A welding apparatus spot welds two or more overlapping sheets having a coating, such as zinc coated steel or aluminum alloy with an oxide coating. A hole is formed in the upper sheet at the desired point of spot welding. A clamping cup of a plasma arc passes surrounds the hole and contacts the upper surface of the upper sheet. The torch heats the sheet, allowing entrapped vapors in the coating on the lower sheet to vent freely. Filler wire is added to fill the hole and to secure the overlapping sheets together. If the overlapping sheets are zinc coated steel, preferably the filler wire is copper based.
    • 焊接设备点焊具有涂层的两个或更多个重叠片材,例如具有氧化物涂层的镀锌钢或铝合金。 在所需的点焊点处,在上板中形成孔。 等离子弧通过的夹持杯围绕孔并接触上片的上表面。 手电筒加热片材,使下片上涂层中的被捕获的蒸气自由排出。 添加填充线以填充孔并将重叠片固定在一起。 如果重叠片材是镀锌钢板,则优选填充线材为铜基。
    • 7. 发明申请
    • Method for plasma welding
    • 等离子焊接方法
    • US20040149700A1
    • 2004-08-05
    • US10471858
    • 2004-02-13
    • Erwin BayerPhilip BetzJoerg HoescheleFriedrich OeffingerJuergen Steinwandel
    • B23K010/02
    • H05H1/30H05H2001/3426H05H2001/3484
    • The invention relates to a plasma welding process by means of a free microwave-induced plasma jet, which is generated by means of the following process steps: generation of microwaves in a high-frequency microwave source, guidance of the microwaves in a wave guide (1), introduction of a process gas at a pressure of pnull1 bar into a microwave-transparent tube (2) which comprises a gas inlet opening (4) and a gas outlet opening (3), the process gas being introduced through the gas inlet opening (4) into the microwave-transparent tube (2) in such a way that it has a tangential flow component, generation of a plasma (7) in the microwave-transparent tube (2) by means of electrodeless ignition of the process gas, generation of a plasma jet (17) by means of the introduction of the plasma (7) into the working space (16) through a metallic expansion nozzle (5) arranged at the gas outlet opening (3) of the tube (2).
    • 本发明涉及一种借助于自由微波感应等离子体射流的等离子体焊接工艺,其通过以下工艺步骤产生:在高频微波源中产生微波,引导波导中的微波( 1),将p> = 1巴压力的工艺气体引入到包括气体入口(4)和气体出口(3)的微波透明管(2)中,工艺气体通过 气体入口开口(4)以这样的方式进入微波透明管(2),使得其具有切向流分量,通过无电极点火在微波透明管(2)中产生等离子体(7) 处理气体,通过将等离子体(7)通过布置在管的气体出口(3)处的金属膨胀喷嘴(5)引入工作空间(16)而产生等离子体射流(17) (2)。
    • 10. 发明申请
    • Apparatus and process for assembling exhaust processor components
    • 用于组装排气处理器部件的装置和方法
    • US20020033385A1
    • 2002-03-21
    • US09956194
    • 2001-09-19
    • Michael C. AlteJeffrey S. Englert
    • B23K010/02
    • B21D49/00B21C37/06B21C37/0803B21C37/0815B21C37/09B21D53/88B23K9/0253B23K37/0535B23K37/0536B23K2101/06B23K2103/16F01N3/2857F01N13/18
    • An apparatus and method for producing an exhaust processor comprising: a clamping device for applying a predetermined clamping pressure to clamp a case or other component of the exhaust processor about a substrate or other component of the exhaust processor to define a gap between the case and substrate; a measuring device for measuring a size of the gap during application of the predetermined clamping pressure, the measuring device including a clamping pressure control system for adjusting the predetermined clamping pressure of the clamping device in response to the gap measurement so that the gap size is within a predetermined range; and a welder for welding a portion of the case component to an other portion of the caset when the gap size is within the predetermined range. The measuring device also includes a camera for measuring the gap size. The measuring device measures the size of the gap by taking gap measurements at a plurality of predetermined locations about the second component and averages these measurements.
    • 一种用于生产排气处理器的装置和方法,包括:夹紧装置,用于施加预定的夹紧压力,以将排气处理器的壳体或其他部件围绕排气处理器的基板或其他部件夹紧以限定壳体和基板之间的间隙 ; 用于在施加预定夹紧压力期间测量间隙尺寸的测量装置,所述测量装置包括夹紧压力控制系统,用于响应于间隙测量来调节夹紧装置的预定夹紧压力,使得间隙尺寸在 预定范围; 以及当所述间隙尺寸在所述预定范围内时,将所述壳体部件的一部分焊接到所述盒的另一部分的焊接机。 测量装置还包括用于测量间隙尺寸的照相机。 测量装置通过在围绕第二部件的多个预定位置处进行间隙测量来测量间隙的尺寸,并对这些测量进行平均。