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    • 4. 发明申请
    • WELDING OUTPUT CONTROL METHOD AND ARC WELDING EQUIPMENT
    • 焊接输出控制方法和焊接设备
    • US20100176105A1
    • 2010-07-15
    • US12064142
    • 2007-08-03
    • Toshinori HonguKazunori MatsumotoKimiya SatouYoshiaki Tanaka
    • Toshinori HonguKazunori MatsumotoKimiya SatouYoshiaki Tanaka
    • B23K9/10B23K9/00
    • B23K9/0731B23K9/0953
    • A superimposed voltage waveform with a predetermined cycle and amplitude is superimposed on a commanded voltage waveform for a second predetermined time after a first predetermined time elapses within an arcing period in which an arc is produced. The predetermined cycle of the superimposed voltage waveform is shorter than a short-circuit cycle and longer than a control cycle of a welding power supply unit. This suppresses a growth of a weld droplet by being pushed up toward a consumable electrode and suppresses an excessive growth of the droplet over an entire range from a low current range, characterized by frequent short-circuits, to a medium to high current range where short-circuits are less frequent. The droplet is also smoothly transferred to the weld pool in addition to preventing excessive droplet growth. This reduces the generation of spatter, giving a flatter bead appearance.
    • 在产生电弧的电弧期间经过第一预定时间后,具有预定周期和幅度的叠加电压波形叠加在指令电压波形上第二预定时间。 叠加电压波形的预定周期短于短路周期,并且长于焊接电源单元的控制周期。 这通过向消耗性电极向上推压而抑制熔滴的生长,并且在从短路频率特性的低电流范围的整个范围内抑制液滴的过度生长到短到中等到高电流范围 电路较不频繁。 除了防止过度的液滴生长之外,液滴也顺利地转移到熔池中。 这样可以减少飞溅物的产生,从而形成更平坦的珠子外观。
    • 6. 发明授权
    • Welding output control method and arc welding equipment
    • 焊接输出控制方法及电弧焊设备
    • US08723081B2
    • 2014-05-13
    • US12064142
    • 2007-08-03
    • Toshinori HonguKazunori MatsumotoKimiya SatouYoshiaki Tanaka
    • Toshinori HonguKazunori MatsumotoKimiya SatouYoshiaki Tanaka
    • B23K9/09
    • B23K9/0731B23K9/0953
    • A superimposed voltage waveform with a predetermined cycle and amplitude is superimposed on a commanded voltage waveform for a second predetermined time after a first predetermined time elapses within an arcing period in which an arc is produced. The predetermined cycle of the superimposed voltage waveform is shorter than a short-circuit cycle and longer than a control cycle of a welding power supply unit. This suppresses a growth of a weld droplet by being pushed up toward a consumable electrode and suppresses an excessive growth of the droplet over an entire range from a low current range, characterized by frequent short-circuits, to a medium to high current range where short-circuits are less frequent. The droplet is also smoothly transferred to the weld pool in addition to preventing excessive droplet growth. This reduces the generation of spatter, giving a flatter bead appearance.
    • 在产生电弧的电弧期间经过第一预定时间后,具有预定周期和幅度的叠加电压波形叠加在指令电压波形上第二预定时间。 叠加电压波形的预定周期短于短路周期,并且长于焊接电源单元的控制周期。 这通过向消耗性电极向上推压而抑制熔滴的生长,并且在从短路频率特性的低电流范围的整个范围内抑制液滴的过度生长到短到中等到高电流范围 电路较不频繁。 除了防止过度的液滴生长之外,液滴也顺利地转移到熔池中。 这样可以减少飞溅物的产生,从而形成更平坦的珠子外观。
    • 7. 发明授权
    • Arc welding power supply, peripheral device for arc welding, and arc welding apparatus
    • 电弧焊电源,电弧焊外围装置及电弧焊机
    • US06384375B1
    • 2002-05-07
    • US09578933
    • 2000-05-25
    • Toshinori HonguYasuzo Tsuchiya
    • Toshinori HonguYasuzo Tsuchiya
    • B23K9095
    • B23K9/1006B23K9/095B23K9/0953B23K9/1062B23K9/1087B23K9/32B23K37/0252B23K37/0258G05B2219/45104
    • In the arc welding power supply and peripheral device for arc welding such as arc welding robot controller, a stored data output unit (19) of an arc welding power supply (10) issues stored data of a welding voltage selector (13) of the arc welding power supply (10) to a stored data input unit (17) of an arc welding robot controller (1), and the stored data input unit (17) of the arc welding robot controller (1) stores the entered stored data in a welding voltage selector (5), so that the memory capacity for stored data of the peripheral device such as arc welding robot controller may be kept to a minimum required limit. Further, for use in various arc welding power supplies, the voltage command type can be easily changed over between the welding voltage command type and adjusting voltage command type.
    • 在电弧焊接电源和弧焊机的周边装置中,电弧焊接电源(10)的存储数据输出部(19)发出弧形焊接电压选择器(13)的存储数据, 焊接电源(10)连接到电弧焊机器人控制器(1)的存储数据输入单元(17),并且电弧焊机器人控制器(1)的存储数据输入单元(17)将输入的存储数据存储在 焊接电压选择器(5),使得诸如电弧焊机器人控制器的外围设备的存储数据的存储容量可以保持在最小限度。 此外,为了用于各种电弧焊电源,可以容易地在焊接电压指令型和调整电压指令型之间切换电压指令型。
    • 8. 发明授权
    • ARC welding machine
    • 电弧焊机
    • US5834733A
    • 1998-11-10
    • US787377
    • 1997-01-22
    • Hidetoshi OyamaToshinori HonguKoji HamamotoJunzo Tanimoto
    • Hidetoshi OyamaToshinori HonguKoji HamamotoJunzo Tanimoto
    • B23K9/12B23K9/133
    • B23K9/1336B23K9/124
    • An arc welding machine which is capable of feeding a welding wire stably at low and a high speeds. The arc welding machine includes a welding wire feed rate setting section; a welding wire feed motor; a welding wire feed motor driving section which supplies electric power required for driving said welding wire feed motor; and a welding wire feed control section which uses, as a control frequency, a frequency other than a frequency of an input power supply or a frequency twice as high or three times as high, or a wire feed control section which selects a low control frequency for feeding a welding wire at a low rate and a high frequency for feeding the welding wire at a high rate, or a welding wire feed control section which selects a high control frequency for feeding the welding wire at a low rate and a low frequency for feeding the welding wire at a high rate.
    • 一种能够以低速和高速稳定地供给焊丝的电弧焊机。 电弧焊机包括焊丝进给速度设定部; 焊丝进给电机; 焊丝进给电动机驱动部,其供给用于驱动所述焊丝进给电动机所需的电力; 以及作为控制频率使用除了输入电源的频率以外的频率或两倍或三倍以上的频率的焊丝进给控制部,或者选择低控制频率的送丝控制部 用于以低速率和高频率以高速供给焊丝,或者以选择用于以低速率和低频率供给焊丝的高控制频率的焊丝进给控制部分来供给 以高速进给焊丝。