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    • 42. 发明授权
    • Device and method for seaming welding
    • 接缝焊接装置及方法
    • US06518535B2
    • 2003-02-11
    • US09914339
    • 2001-08-23
    • Masataka YoneyaMasayuki InoueShunji YamaguchiYoshihiro Yamashita
    • Masataka YoneyaMasayuki InoueShunji YamaguchiYoshihiro Yamashita
    • B23K1106
    • B23K37/047B23K11/063B23K2101/18
    • This invention relates to an apparatus and a method for manufacturing a member which makes a part of a car body of an automobile or the like by mash-seam welding a plurality of blanks. Standby areas (B) are provided at both right and left sides of an welding area (A) to/from which a seam welding machine (130) moves forward/backward, and a lapping device (100) for overlapping respective end portions of blanks (W1)(W2) and a temporary clamping device (80) for temporarily clamping the blanks (W1)(W2) are disposed on two transfer tables (70) which are sent from the standby areas (B) to the welding area (A) by turns. When the blanks (W1)(W2) with these end portions overlapped one another and temporarily clamped are sent to the welding area (A) by the transfer table (70), the blanks (W1)(W2) are permanently clamped by a permanent clamping device (180) and thereafter, subjected to a mash-seam welding by upper/lower electrode rollers (142)(148) of the seam welding machine 130. At this time, upward reactive force which acts on a cylinder (146) for pressing the upper roller (148) downwardly is received by a frame structure (134) which is installed in the welding area (A).
    • 本发明涉及一种用于制造通过对多个坯料进行压边焊接而制成汽车等的车体的一部分的部件的装置和方法。 在焊接区域(A)的左右两侧设置备用区域(B),所述焊接区域(A)向前/向后移动缝焊机器(130),并且用于使各坯料的各个端部重叠的研磨装置 在从待机区域(B)发送到焊接区域(A)的两个传送台(70)上设置有用于临时夹持坯件(W1)(W2)的一对(W1)(W2)和临时夹紧装置(80) )轮流。 当这些端部彼此重叠并临时夹紧的坯件(W1)(W2)通过转印台(70)被发送到焊接区域(A)时,坯件(W1)(W2)被永久地夹持 夹紧装置(180),然后通过缝焊机130的上下电极辊(142)(148)进行压缝焊接。此时,作用在气缸(146)上的向上反作用力用于 向上按压上辊148被安装在焊接区域(A)中的框架结构134接收。
    • 43. 发明授权
    • Internal weld protection of sheet metal pipes
    • 钣金管内部焊接保护
    • US6146695A
    • 2000-11-14
    • US125817
    • 1998-10-13
    • Ernst M. Frey
    • Ernst M. Frey
    • B23K11/06B05D7/22B05C7/08B05D3/02
    • B23K11/063
    • The invention relates to a continuous protective film, consisting of a thermoplastic synthetic material, which is applied to the inner side of the longitudinal weld of sheet metal pipes which are supplied end to end across the welding arm of a welding machine and an adjacent applicator arm. The thermoplastic synthetic material is continuously melted and applied using an applicator nozzle across at least the entire width of the weld. The thermoplastic synthetic material fed continuously is preheated, melted and conveyed to the applicator nozzle in a homogeneous liquid state. The discharge opening of the nozzle is subsequently guided at an adjustable constant distance from the inner side of the longitudinal weld of the sheet metal pipes, and the liquid synthetic material is applied in metered quantities. The melting apparatus for carrying out the process comprises means for guiding the discharge opening of the applicator nozzle. The means are, for example, a follow up roller, a sliding block, or a probe.
    • PCT No.PCT / CH97 / 00082 Sec。 371日期:1998年10月13日 102(e)日期1998年10月13日PCT 1997年3月3日PCT公布。 公开号WO97 / 32685 PCT 日期1997年9月12日本发明涉及一种由热塑性合成材料组成的连续保护膜,其被应​​用于金属管的纵向焊缝的内侧,其横跨焊接机的焊接臂端对端地供应 和相邻的涂抹臂。 热塑性合成材料连续地熔化并且使用施加喷嘴在至少整个焊缝宽度上施加。 连续进料的热塑性合成材料被预热,熔化并以均匀的液体状态输送到施加喷嘴。 喷嘴的排出口随后从与金属板的纵向焊缝的内侧可调的恒定距离引导,液体合成材料以计量量施加。 用于执行该方法的熔化装置包括用于引导施加喷嘴的排出口的装置。 该装置例如是跟随辊,滑块或探针。
    • 44. 发明授权
    • Method of welding cylindrical bodies
    • 圆柱体焊接方法
    • US6043448A
    • 2000-03-28
    • US81407
    • 1998-05-19
    • Kazuhiko YokoyaJohichi Gotoh
    • Kazuhiko YokoyaJohichi Gotoh
    • B23K11/06B23K11/24B23K11/25
    • B23K11/241B23K11/063B23K11/257B23K2201/04
    • A method for welding using an on/off switching control. The switching control forms a wave cycle with a plurality of peaks. Within a half wave cycle (1/2f) of welding current f, the wave form takes the shape of an inclined straight line A rising to a predetermined current value S1, a pause in the current which causes a straight line B to extend from upper end of line A, a voltage drop as shown by straight line C, which is shown as a straight line from B to a predetermined current drop, a drop pause as shown by straight line D and at least another current rise and current pause extending from straight line D, wherein all the welding periods are of the same time duration so that welding nuggets are evenly formed.
    • 一种使用开/关切换控制进行焊接的方法。 切换控制形成具有多个峰的波周期。 在焊接电流f的半波周期(+ E,fra 1/2 + EE f)内,波形呈上升到预定电流值S1的倾斜直线A的形状,导致电流的暂停 直线B从线A的上端延伸,如由直线C所示的直线C所示的电压降,其从B到直到预定电流下降的直线示出,如直线D所示的下降暂停和至少另一个 从直线D延伸的电流上升和电流暂停,其中所有焊接周期具有相同的持续时间,使得焊接块均匀地形成。
    • 47. 发明授权
    • Bearing mounts for electric-resistance can welders
    • 用于电阻的轴承座能焊接
    • US5420389A
    • 1995-05-30
    • US126373
    • 1993-09-24
    • Joseph R. Davies
    • Joseph R. Davies
    • B23K11/06B23K11/30
    • B23K11/3036B23K11/063
    • The disclosed bearing mount includes a bearing with inner and outer raceways and rollers operating between the raceways, the raceways being fixedly held fast relative to separated structures and the rollers rotatably supporting them and the structures relative to one another. The rollers of the bearing are formed of electrically and magnetically nonconductive material, specifically comprised of silicon nitride material. This bearing mount is effective for operation within a pulsed high energy electrical circuit or within the magnetic fields generated thereby, as in an inner roller electrode or an hour glass roll used in an electric-resistance can welder, inasmush as it isolates the structures electrically from one another via the bearing mount independently of other insulator devices, while operating without magnetic roller polarization and increased roller collisions.
    • 所公开的轴承座包括具有内滚道和外滚道以及在滚道之间操作的滚子的轴承,滚道相对于分离的结构固定地保持快速,并且滚子可旋转地支撑它们和相对于彼此的结构。 轴承的辊由电和非磁性材料形成,特别是由氮化硅材料构成。 该轴承座对于在脉冲高能电路中或由其产生的磁场内的操作是有效的,如在电阻罐焊机中使用的内辊电极或小时玻璃辊中,因为其将结构与电 通过轴承座独立于其他绝缘体装置,同时在没有磁辊偏振和增加的辊碰撞的情况下运行。
    • 48. 发明授权
    • Weld seam cover on the inside of sheet metal tubes
    • 金属板内侧的焊缝盖
    • US5296078A
    • 1994-03-22
    • US992265
    • 1992-12-14
    • Ernst M. Frey
    • Ernst M. Frey
    • B23K11/06B05B13/06B29D23/00
    • B23K11/063Y10T156/1013
    • On the welding arm of a welding machine is mounted a coaxial application pipe with removable transport means and an application nozzle. Into this application pipe is fed a block-shaped hot-melt mass, in the direction opposite the advance direction of the sheet metal tube, guided in direction (V) of the application tube, melted in the area of a narrowing heater, passed through a supply tube to the application nozzle and applied or sprayed as a hot-melt strip to the inside of the longitudinal weld seam of sheet metal tubes.The application of a hot-melt strip is suitable in particular for the protection of the longitudinal seam of a tin-plated can shell.
    • 在焊接机的焊接臂上安装有具有可拆卸输送装置和施加喷嘴的同轴应用管。 在该应用管中,沿着与金属板的前进方向相反的方向向该施加管供给块状的热熔体,在施加管的方向(V)上引导,在变窄的加热器的区域中熔化,通过 向施加喷嘴施加一个供应管,并将其作为热熔胶带施加或喷射到金属板的纵向焊缝的内部。 热熔条的应用特别适用于保护镀锡罐壳的纵向接缝。