首页> 外国专利> Apparatus, useful for welding a welding element to workpiece, comprises pressure-generating device, and changeover device that is designed such that the pressure is changed by operation of changeover device using additional spring element

Apparatus, useful for welding a welding element to workpiece, comprises pressure-generating device, and changeover device that is designed such that the pressure is changed by operation of changeover device using additional spring element

机译:用于将焊接元件焊接到工件上的设备包括压力产生装置和转换装置,该转换装置设计成使得通过使用附加的弹簧元件通过转换装置的操作来改变压力。

摘要

The welding apparatus comprises a housing (1), a welding element holder (8) for holding a welding element (7), a pressure-generating device for generating a pressure on the holder along an axis (A), and a changeover device (4). The generating device comprises a spring element and an additional spring element. The changeover device is designed such that the pressure is changed by the operation of the changeover device using the additional spring element. The apparatus is designed such that the welding device is changed from a first mode to a second mode by the operation of the changeover unit. The welding apparatus comprises a housing (1), a welding element holder (8) for holding a welding element (7), a pressure-generating device for generating a pressure on the welding element holder along an axis (A), and a changeover device (4). The pressure generating device comprises a spring element and an additional spring element. The changeover device is designed such that the pressure is changed by the operation of the changeover device using the additional spring element. The welding apparatus is designed such that the welding device is changed from a first mode in which it is suitable for a gap welding, to a second mode in which it is suitable for contact welding, by the operation of the changeover unit, and is changed from the second mode to the first mode by the further operation of the changeover device. The changeover device is moved from a first position to a second position with respect to the housing, and is mechanically secured in the first position and/or in the second position. The operation of the changeover device is carried out manually and/or by a control signal. The spring element is provided by a spring constant, and the additional spring element is provided by an additional spring constant. The spring constant and the additional spring constant are different. The spring constant of the additional spring element is 10% larger than the spring constant of the spring element. The spring element is formed by a compression spring, and/or the additional spring element is formed by an additional compression spring. The spring element and the additional spring element are arranged one behind the other with respect to the axis, or are overlapping and interlocking with each other. The changeover device varies the pressure of a stop element for the additional spring element, and is designed such that the stop element is moved parallel to the axis with respect to the housing by a distance of 5-30 mm using the operation of the changeover device. The operation of the changeover unit is carried out with respect to the housing. The changeover device is moved parallel to the axis and/or rotated around the axis. The apparatus further comprises an electromagnet for an electromagnetic pick-off of the welding element on a surface portion of the workpiece, and a fine setting device for fine adjustment of pressure. A magnetic circuit of the electromagnet is interrupted during the operation of the changeover device. The welding apparatus is designed such that a measure of the lifting-off distance is changed.
机译:该焊接设备包括壳体(1),用于保持焊接元件(7)的焊接元件保持器(8),用于沿轴(A)在保持器上产生压力的压力产生装置,以及转换装置( 4)。发电装置包括弹簧元件和附加的弹簧元件。转换装置这样设计,使得通过使用附加的弹簧元件的转换装置的操作来改变压力。该设备被设计成使得通过转换单元的操作将焊接装置从第一模式改变为第二模式。该焊接设备包括壳体(1),用于保持焊接元件(7)的焊接元件保持器(8),用于沿轴线(A)在焊接元件保持器上产生压力的压力产生装置以及转换装置。设备(4)。压力产生装置包括弹簧元件和附加的弹簧元件。转换装置这样设计,使得通过使用附加的弹簧元件的转换装置的操作来改变压力。焊接装置被设计成使得通过转换单元的操作将焊接装置从适合于间隙焊接的第一模式改变成适合于接触焊接的第二模式,并且将其改变。通过转换装置的进一步操作从第二模式到第一模式。转换装置相对于壳体从第一位置移动到第二位置,并且机械地固定在第一位置和/或第二位置。转换装置的操作可以手动和/或通过控制信号进行。弹簧元件由弹簧常数提供,并且附加弹簧元件由附加弹簧常数提供。弹簧常数和附加弹簧常数不同。附加弹簧元件的弹簧常数比弹簧元件的弹簧常数大10%。弹簧元件由压缩弹簧形成,和/或附加弹簧元件由附加压缩弹簧形成。弹簧元件和附加弹簧元件相对于轴线一个接一个地布置,或者彼此重叠并且互锁。转换装置改变用于另外的弹簧元件的止挡元件的压力,并且该转换装置被设计成使得,借助转换装置的操作,止挡元件相对于壳体平行于轴线移动5-30mm的距离。 。转换单元的操作是相对于壳体进行的。转换装置平行于轴运动和/或绕轴旋转。该设备还包括用于电磁拾取工件表面部分上的焊接元件的电磁体,以及用于压力的精细调节的精细设定装置。在转换装置运行期间,电磁体的磁路中断。焊接装置被设计成使得剥离距离的量度被改变。

著录项

  • 公开/公告号DE102013201463A1

    专利类型

  • 公开/公告日2014-07-31

    原文格式PDF

  • 申请/专利权人 BOLZENSCHWEISSTECHNIK HEINZ SOYER GMBH;

    申请/专利号DE201310201463

  • 发明设计人 KNAPPE PETER;

    申请日2013-01-30

  • 分类号B23K9/20;

  • 国家 DE

  • 入库时间 2022-08-21 15:37:14

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