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    • 1. 发明授权
    • Welding torch weaving device
    • 焊枪编织装置
    • US4292495A
    • 1981-09-29
    • US122853
    • 1980-02-20
    • Takashi SaitoKatuhiko OtakeTokuji Maruyama
    • Takashi SaitoKatuhiko OtakeTokuji Maruyama
    • B23K9/30B23Q27/00
    • B23Q27/00B23K9/30
    • The present invention provides a welding torch weaving device having a first link with an elongated slot and driven by a drive source to make an arc shaped movement at one end thereof, a first movable shaft fitted or secured within the elongated slot in the first link, a second link having one end thereof pivoted in place on the first link and having a second elongated slot, a second movable shaft fitted within the second elongated slot in the second link, a third link having one end thereof pivoted in place on the other end of the second link and a fourth link having one end thereof pivoted in place on the other end of the third link and the other end thereof pivoted on a fixed pivot shaft. A weaving arm is disposed in place on the third link for mounting a welding torch.
    • 本发明提供了一种焊炬编织装置,其具有第一连杆,其具有细长的槽并由驱动源驱动以在其一端形成弧形运动,第一可移动轴装配或固定在第一连杆中的细长槽内, 第二连杆,其一端在第一连杆上枢转就位,并具有第二细长槽,第二可移动轴,装配在第二连杆中的第二细长槽内;第三连杆,其一端在另一端枢转就位 和第四连杆,其一端在第三连杆的另一端枢转就位,另一端在固定的枢轴上枢转。 在第三连杆上布置有一个编织臂,用于安装焊炬。
    • 2. 再颁专利
    • Output control of short circuit welding power source
    • 短路焊接电源的输出控制
    • USRE33330E
    • 1990-09-11
    • US896104
    • 1986-08-13
    • Takaaki OgasawaraTokuji MaruyamaMasaharu SatoYukio HidaTakashi Saito
    • Takaaki OgasawaraTokuji MaruyamaMasaharu SatoYukio HidaTakashi Saito
    • B23K9/095
    • B23K9/0956
    • A method of controlling the output of a power source in consumable electrode are welding in which a short circuiting phase and an arcing phase alternately take place between a consumable electrode and a workpiece in a shielding gas atmosphere, the method being characterized by repetition of a cycle of operation consisting of: a first stage of maintaining the output welding current at a first value of a relatively low level upon establishment of a short circuit across a gap between a consumable electrode and a workpiece; a second stage of maintaining the welding current at a second value of a relatively high level succeedingly to the first stage; a third stage of lowering the welding current to a third value of a low level upon detection of necking as a premonition of rupture of short circuiting molten metal between the electrode and workpiece; a fourth stage of, upon generation of an arc across a gap between the electrode and workpiece subsequent to the third stage, maintaining the welding current at a fourth value of a relatively high level exceeding the value of average welding current; and a fifth stage of maintaining the welding current at a fifth value of a relatively low level until the gap between the electrode and workpiece is short-circuited, under control of substantially constant current characteristics to feed current of constant level irrespective of variations in arc length.
    • 3. 发明授权
    • Output control of short circuit welding power source
    • 短路焊接电源的输出控制
    • US4546234A
    • 1985-10-08
    • US596686
    • 1984-04-04
    • Takaaki OgasawaraTokuji MaruyamaMasaharu SatoYukio HidaTakashi Saito
    • Takaaki OgasawaraTokuji MaruyamaMasaharu SatoYukio HidaTakashi Saito
    • B23K9/09B23K9/12
    • B23K9/125B23K9/091
    • A method of controlling the output of a power source in consumable electrode arc welding in which a short circuiting phase and an arcing phase alternately take place between a consumable electrode and a workpiece in a shielding gas atmosphere, the method being characterized by repetition of a cycle of operation consisting of: a first stage of maintaining the output welding current at a first value of a relatively low level upon establishment of a short circuit across a gap between a consumable electrode and a workpiece; a second stage of maintaining the welding current at a second value of a relatively high level succeedingly to the first stage; a third stage of lowering the welding current to a third value of a low level upon detection of necking as a premonition of rupture of short circuiting molten metal between the electrode and workpiece; a fourth stage of, upon generation of an arc across a gap between the electrode and workpiece subsequent to the third stage, maintaining the welding current at a fourth value of a relatively high level exceeding the value of average welding current; and a fifth stage of maintaining the welding current at a fifth value of a relatively low level until the gap between the electrode and workpiece is short-circuited, under control of substantially constant current characteristics to feed current of constant level irrespective of variations in arc length.
    • 一种在消耗电极电弧焊中控制电源输出的方法,其中在易损电极和工件之间在保护气体气氛中交替发生短路相和电弧相,该方法的特征在于重复循环 包括:在消耗电极和工件之间的间隙上建立短路时,将输出焊接电流维持在相对较低电平的第一值的第一阶段; 第二阶段将焊接电流维持在第一阶段之后的相对较高水平的第二值; 在检测到颈缩时将焊接电流降低到第三值的第三阶段,作为在电极和工件之间短路熔融金属的破裂的预防措施; 第四阶段,在第三阶段之后在电极和工件之间的间隙上产生电弧,将焊接电流保持在超过平均焊接电流值的相对高的水平的第四值; 以及将焊接电流保持在相对较低电平的第五值直到电极和工件之间的间隙短路的第五阶段,在基本上恒定的电流特性的控制下,恒定电平的馈电电流与电弧长度的变化无关 。
    • 4. 发明授权
    • DC Welding power supply system
    • 直流焊接电源系统
    • US4503316A
    • 1985-03-05
    • US407489
    • 1982-08-12
    • Kazuo MuraseToshihiko WatanabeNaoki TakeuchiTokuji Maruyama
    • Kazuo MuraseToshihiko WatanabeNaoki TakeuchiTokuji Maruyama
    • B23K9/06B23K9/10
    • B23K9/1006B23K9/06B23K9/1075
    • A welding DC power supply system suitable for consumable or non-consumable electrode welding, including plural inverter units for converting a first direct current into an alternate current and for rectifying the alternate current to produce an output of a second direct current; a circuit connecting the output of terminals of the inverter units in parallel; a detection circuit for detecting the total output current of the inverter units; and a circuit for varying the number of operating inverter units according to the value of the detected total output current. According to other aspects of the invention, the power supply system is further provided with a phase control means for controlling the phases of alternate currents produced by the respective inverter units, or means for selectively actuating a particular inverter unit or units in a short circuit period of large current in dip transfer welding, or feedback means for suppressing the current in a controlled timing in the final stage of each short circuit period to prevent spattering as caused by bursting rupture of the large short circuit current.
    • 一种焊接直流电源系统,适用于消耗或不消耗电极焊接,包括多个逆变器单元,用于将第一直流电转换为交流电流,并用于整流交流电流以产生第二直流电流; 并联连接逆变器单元的端子的输出的电路; 用于检测逆变器单元的总输出电流的检测电路; 以及用于根据检测到的总输出电流的值来改变操作的逆变器单元的数量的电路。 根据本发明的其它方面,电源系统还具有用于控制由各个逆变器单元产生的交流电流的相位的相位控制装置,或用于在短路周期内选择性地致动特定逆变器单元的装置 或用于在每个短路周期的最后阶段抑制电流的反馈装置,以防止由大的短路电流的爆裂破裂引起的飞溅。