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    • 1. 发明申请
    • Process for the continuous production of longitudinally welded metal tubes
    • 连续生产纵向焊接金属管的工艺
    • US20050274697A1
    • 2005-12-15
    • US11127801
    • 2005-05-12
    • Christian FrohneErnst HoffmannRainer Brunn
    • Christian FrohneErnst HoffmannRainer Brunn
    • B23K9/167B21C37/08B23K9/00B23K9/025B23K9/16B23K101/06F16L9/17
    • B23K9/0253B23K2101/06
    • A process for the continuous production of longitudinally welded metal tubes where a metal strip (1) is drawn from a strip supply and gradually shaped into a slit tube in a shaping station (2). The slit tube is welded in a welding system (4) along the edges of the strip, and the welded tube (6) is extracted by an extraction device (5). The welding system (4) is a protective gas arc welding system with several electrodes supplied by separate sources (4c, 4d) of welding current. The electrodes are arranged in succession, in the direction of production. The welding system (4) has two welding devices (4a, 4b), whose electrode tips are directed at a common welding point. Only one of the welding devices (4a, 4b) is in operation at any given time, while the other welding device is in a standby position. When an electrode change becomes necessary, the arc of the welding device in the standby position is first struck by means of an auxiliary arc. The welding current intensity of the welding device presently in operation is then reduced, while the welding current intensity of the welding device in the standby position is simultaneously increased.
    • 一种用于连续生产纵向焊接的金属管的方法,其中金属条(1)从条带供应拉出并逐渐成形为成形台(2)中的狭缝管。 狭缝管沿着条的边缘焊接在焊接系统(4)中,并且焊管(6)由提取装置(5)提取。 焊接系统(4)是一种保护性气体电弧焊接系统,其中多个电极由焊接电流的独立源(4c,4d)提供。 电极沿生产方向相继排列。 焊接系统(4)具有两个焊接装置(4a,4b),其电极头指向公共焊接点。 焊接装置(4a,4b)中只有一个在任何给定的时间运行,而另一个焊接装置处于待机位置。 当需要电极改变时,待机位置的焊接装置的电弧首先用辅助电弧冲击。 焊接装置的焊接电流强度随后被降低,而待机位置的焊接装置的焊接电流强度同时增加。
    • 3. 发明授权
    • Process for the continuous production of longitudinally welded metal tubes
    • 连续生产纵向焊接金属管的工艺
    • US07214899B2
    • 2007-05-08
    • US11127801
    • 2005-05-12
    • Christian FrohneErnst HoffmannRainer Brunn
    • Christian FrohneErnst HoffmannRainer Brunn
    • B23K9/167
    • B23K9/0253B23K2101/06
    • A process for the continuous production of longitudinally welded metal tubes where a metal strip (1) is drawn from a strip supply and gradually shaped into a slit tube in a shaping station (2). The slit tube is welded in a welding system (4) along the edges of the strip, and the welded tube (6) is extracted by an extraction device (5). The welding system (4) is a protective gas arc welding system with several electrodes supplied by separate sources (4c, 4d) of welding current. The electrodes are arranged in succession, in the direction of production. The welding system (4) has two welding devices (4a, 4b), whose electrode tips are directed at a common welding point. Only one of the welding devices (4a, 4b) is in operation at any given time, while the other welding device is in a standby position. When an electrode change becomes necessary, the arc of the welding device in the standby position is first struck by means of an auxiliary arc. The welding current intensity of the welding device presently in operation is then reduced, while the welding current intensity of the welding device in the standby position is simultaneously increased.
    • 一种用于连续生产纵向焊接的金属管的方法,其中金属条(1)从条带供应拉出并逐渐成形为成形台(2)中的狭缝管。 狭缝管沿着条的边缘焊接在焊接系统(4)中,并且焊管(6)由提取装置(5)提取。 焊接系统(4)是一种保护性气体电弧焊接系统,其中多个电极由焊接电流的独立源(4c,4d)提供。 电极沿生产方向相继排列。 焊接系统(4)具有两个焊接装置(4a,4b),其电极头指向公共焊接点。 焊接装置(4a,4b)中只有一个在任何给定的时间运行,而另一个焊接装置处于待机位置。 当需要电极改变时,待机位置的焊接装置的电弧首先用辅助电弧冲击。 焊接装置的焊接电流强度随后被降低,而待机位置的焊接装置的焊接电流强度同时增加。
    • 5. 发明授权
    • Method for the continuous marking of elongated material
    • 长期连续标记材料的方法
    • US5153025A
    • 1992-10-06
    • US621244
    • 1990-11-30
    • Wolfram KleblRainer Brunn
    • Wolfram KleblRainer Brunn
    • B05D1/02B05D3/00B06B1/02H01B13/34
    • H01B13/345
    • There is disclosed a method for the continuous marking of electric strands with which annular markings, which are limited in axial direction, are applied to the surface of the strands by means of color jets. The color jets emerge under pressure from at least one nozzle which is driven by an electrical oscillation system, the frequency of which is controlled proportionally to a rate of withdrawal of the strands. For an easy changing of the axial distance between the markings, square pulses are fed to the oscillation system from a converter which converts electrical d.c. voltage into a square waveform signal at a specific frequency. The square waveform drives the oscillation system at the specific frequency. As a desired value, the converter is fed a d.c. voltage which is proportional to the rate of withdrawal of the strand.
    • 公开了一种用于连续标记电线的方法,利用该方法,通过彩色射流将在轴向方向上限制的环形标记施加到绞线的表面。 彩色射流在压力下从至少一个由电振荡系统驱动的喷嘴出现,其频率按照股线的退出速度成比例地控制。 为了容易地改变标记之间的轴向距离,将平方脉冲从转换器转换到振荡系统。 电压成特定频率的方波信号。 方波以特定频率驱动振荡系统。 作为期望的值,转换器被供给直流。 与股线撤回速率成比例的电压。