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    • 1. 发明授权
    • Arc welding method and apparatus
    • 电弧焊接方法及装置
    • US06660958B2
    • 2003-12-09
    • US10111861
    • 2002-04-29
    • Roland KurzStefan NapieralaRichard L. EberlingSimon Harries
    • Roland KurzStefan NapieralaRichard L. EberlingSimon Harries
    • B23K920
    • B23K9/201B23K9/20
    • A process and apparatus for welding a metal component to a metal workpiece. The component typically comprises a metal weld region and a threaded connector region and the apparatus includes a weld head comprising a nozzle for holding the weld region of the component adjacent the workpiece. The weld head induces a weld arc between the weld region of the component and the workpiece to create a weld pool of molten material. The weld head subsequently moves the weld region into the weld pool to permanently join the component to the workpiece. The apparatus further comprises a pressurized fluid source and a fluid flow control means for directing the pressurized fluid between the weld head and the component an weld pool so as to deflect any airborne fluid residue of the weld pool away from the connector region of the component.
    • 一种用于将金属部件焊接到金属工件的工艺和装置。 组件通常包括金属焊接区域和螺纹连接器区域,并且该设备包括焊接头,该焊接头包括用于保持邻近工件的部件的焊接区域的喷嘴。 焊头在部件的焊接区域和工件之间引起焊接弧,以产生熔融材料的熔池。 焊头随后将焊接区域移动到熔池中,以将部件永久地连接到工件。 该设备还包括加压流体源和流体流动控制装置,用于将加压流体在焊接头和部件之间引导焊接池,以便将焊​​接池的任何空气中的流体残余物偏离组件的连接器区域。
    • 2. 发明授权
    • Fastener for an electric contact
    • 紧固件用于电接触
    • US07083479B2
    • 2006-08-01
    • US10641725
    • 2003-08-15
    • Manfred MullerEckhard BlankRoland Kurz
    • Manfred MullerEckhard BlankRoland Kurz
    • H01R4/30
    • H01R4/64H01R4/34H01R43/0263H01R2201/26
    • The present invention relates to a weld-on fastener for an electrical contact with a weld nut (1) which, on its topside has an electric contact face (9) and, on its bottom side, has an annular axial projection (6) which surrounds a cavity (4) of a pre-determinable depth (T), and with a screw (3) screwed into the weld nut (1), which screw (3) also has an electric contact face (9), a spacer ring (2) being clamped between the contact faces (9). The spacer ring (2) preferably has a thickness (D) which is approximately equal to the depth (T) of the cavity (4). When the spacer ring (2) is clamped in, the screw (3) ends approximately flush with the end of the internal thread (12) of the weld nut (1). This combination is distinctive in that it has only a low overall height, no metal scabs reach the thread (12) during welding-on, the contact faces (9) are protected during assembly and the welded connection can absorb high torques even when welding onto thin work pieces (7).
    • 本发明涉及一种用于与焊接螺母(1)的电接触的焊接紧固件,其在其顶部具有电接触面(9),并且在其底侧上具有环形轴向突出部(6),所述环形轴向突出部 围绕预定深度(T)的空腔(4),以及拧入焊接螺母(1)中的螺钉(3),该螺钉(3)还具有电接触面(9),间隔环 (2)夹在接触面(9)之间。 间隔环(2)优选具有大致等于空腔(4)的深度(T)的厚度(D)。 当间隔环(2)夹紧时,螺钉(3)与焊接螺母(1)的内螺纹(12)的端部大致齐平。 这种组合是独特的,因为它只具有较低的总体高度,在焊接期间没有金属屑到达螺纹(12),接合面(9)在组装期间被保护,并且焊接连接可以吸收高扭矩,即使当焊接到 薄工件(7)。
    • 4. 发明授权
    • Method of welding weld studs to a workpiece
    • 将焊接螺柱焊接到工件上的方法
    • US5938945A
    • 1999-08-17
    • US675480
    • 1996-07-03
    • Jorg HofmannRoland KurzKlaus Schmitt
    • Jorg HofmannRoland KurzKlaus Schmitt
    • B23K9/20
    • B23K9/205
    • The invention relates to a method of welding weld studs to a workpiece, in particular of aluminum in each case, by the stroke ignition method, in which the stroke height(s) of the weld stud (1) is altered as a function of the measured arc voltage and optionally of the arc firing time. In particular, the stroke height(s) of the stud (1) can be increased during the occurrence of short circuits, i.e. during a sudden drop in the arc voltage, preferably in predetermined steps. The weld stud is immersed into a pool of melt after a predetermined period of time of between 5 and 10 ms after the welding current has been switched off. The polarity of the stud or of the workpiece is changed at least once during the welding process. The welding current is interrupted for a predetermined period of time for this purpose. The method leads to an improved, readily reproducible quality of weld.
    • 本发明涉及一种通过冲程点火方法将焊接焊头焊接到工件,特别是铝的工件的方法,其中焊接螺柱(1)的冲程高度被改变为 测量电弧电压和任选的电弧点火时间。 特别地,螺柱(1)的行程高度可以在短路发生期间,即在电弧电压突然下降期间,优选以预定步骤增加。 在焊接电流关闭后,在5到10 ms的预定时间段之后,将焊接螺柱浸入熔池中。 螺栓或工件的极性在焊接过程中至少改变一次。 为此,焊接电流中断预定的时间。 该方法导致焊接质量的改善,易于重现。
    • 7. 发明授权
    • Electric welding device and method of welding a fastening element
    • 电焊装置及焊接紧固元件的方法
    • US5938946A
    • 1999-08-17
    • US881315
    • 1997-06-25
    • Roland Kurz
    • Roland Kurz
    • B23K9/16B23K9/20
    • B23K9/20
    • An electric welding device for welding a fastening element (4) having a through-duct (17) on a workpiece is proposed. The welding device comprises a conveying and holding system (1) having a guide member (2) with a guide duct (3). The fastening element (4) is supplied to the guide duct and is held in one of its ends during the welding process. Within the guide duct there is arranged a loading member (6) which is capable of moving to and fro in the longitudinal direction thereof and has a head (7) which can be brought to rest on the fastening element (4). The loading member has a duct (9) with an inlet (10) and an outlet (11) formed on the head (7). A gas supply duct (12) opens into the guide duct (3). The loading member (6) closes the gas supply duct (12) in a first position. In a second position, the loading member (6) connects the inlet (11) to the gas supply duct (12) so a gas flows to the welding position during the welding process.
    • 提出了一种用于将具有通孔(17)的紧固元件(4)焊接在工件上的电焊装置。 焊接装置包括具有带导向管道(3)的引导构件(2)的输送和保持系统(1)。 紧固元件(4)被供应到导向管道,并且在焊接过程中保持在其一个端部。 在引导管内设有能够在其纵向方向上来回移动的装载构件(6),并具有能够固定在紧固元件(4)上的头部(7)。 装载构件具有带有入口(10)的管道(9)和形成在头部(7)上的出口(11)。 气体供给管道(12)通向导管(3)。 装载构件(6)在第一位置关闭气体供应管道(12)。 在第二位置,装载构件(6)将入口(11)连接到气体供应管道(12),使得气体在焊接过程中流动到焊接位置。