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    • 1. 发明申请
    • CRIMPING TOOL
    • 卷边工具
    • US20110094285A1
    • 2011-04-28
    • US12737312
    • 2009-07-02
    • Peter LutzeHorst HofmannThomas WagnerMathias LeglerMichael Brueckner
    • Peter LutzeHorst HofmannThomas WagnerMathias LeglerMichael Brueckner
    • H01R43/042
    • H01R43/0424B25B27/146
    • The invention relates to a crimping tool having crimping indenters (7), wherein the crimping indenters (7) are arranged in a star shape directed at a crimping region and are subjected to rotational action radially outwards for the crimping movement by means of an actuating part, wherein the crimping indenters are further mounted about an axis of rotation (8) transversely to the longitudinal extent thereof for pivoting-in and form an abutment region (9) on the crimping region side of the axis of rotation (8). In order to specify a crimping tool in the case of which, as far as possible, no gaps are formed between the crimping indenters during crimping, the invention proposes that a radial movement and/or circumferential movement is brought about to coincide with the rotational action on the crimping indenters (7), in order to obtain abutment of a crimping indenter (7) in the abutment region (9) thereof against the counter-abutment region (10) of a crimping indenter (7) adjacent to the crimping indenter (7) in the pivoting direction or counter-pivoting direction.
    • 本发明涉及一种具有压接压头(7)的压接工具,其中压接压头(7)以针对压接区域的星形布置,并且通过致动部件径向向外进行压接运动的旋转作用 ,其中所述卷曲压头还围绕其纵向范围的旋转轴线(8)进一步安装以枢转,并在所述旋转轴线(8)的压接区域侧上形成邻接区域(9)。 为了指定压接工具,在压接过程中,尽可能在压接压脚之间不会形成间隙,本发明提出径向移动和/或周向运动与旋转动作相一致 在压接压头(7)上,为了获得邻接区域(9)中的压接压头(7)抵靠与压接压头相邻的压接压头(7)的对接区域(10) 在枢转方向或反向旋转方向上。
    • 2. 发明授权
    • Method for monitoring the wear of manual pliers and apparatus therefor
    • 监控手动钳及其装置磨损的方法
    • US08613210B2
    • 2013-12-24
    • US13321837
    • 2010-05-17
    • Thomas WagnerPeter Lutze
    • Thomas WagnerPeter Lutze
    • B21D55/00
    • H01R43/0421B25B27/146H01R43/0424
    • A method and apparatus for monitoring the wear of manual pliers. The principles focus on manual pliers, in which press elements can be pressed onto a workpiece and the degree of pressing that can be achieved by actuating the manual pliers can be adjusted with a presetting device. A reference position of the presetting device is measured prior to a first use of the manual pliers, this measurement involving actuating the manual pliers. By an adjustment of the presetting device, the press elements are brought into a position with a reference degree of pressing. Next, after use, the wear position of the presetting device is measured in the same manner, to bring the press elements into a position with the degree of pressing. A message is output when the degree of the wear position deviates from the degree of the reference position by more than the degree of wear permissible.
    • 一种用于监测手动钳的磨损的方法和装置。 原理重点在于手动钳子,其中按压元件可以被压在工件上,并且可以通过预设装置来调节通过致动手动钳可以实现的按压程度。 在首次使用手动钳子之前测量预置设备的参考位置,该测量涉及致动手动钳子。 通过调整预置装置,按压元件进入具有参考压力的位置。 接下来,使用后,以相同的方式测量预设装置的磨损位置,以使按压元件处于按压程度的位置。 当磨损位置的程度偏离参考位置的程度超过允许的磨损程度时,输出一条消息。
    • 3. 发明授权
    • Crimping tool
    • 卷边工具
    • US08474299B2
    • 2013-07-02
    • US12737312
    • 2009-07-02
    • Peter LutzeHorst HofmannThomas WagnerMathias LeglerMichael Brueckner
    • Peter LutzeHorst HofmannThomas WagnerMathias LeglerMichael Brueckner
    • B25B7/12B21J7/16
    • H01R43/0424B25B27/146
    • A crimping tool has crimping dies arranged in a star shape directed at a crimping region and subjected to rotational action radially outwards for the crimping movement by means of an actuating part. The crimping dies are mounted about an axis of rotation transversely to the longitudinal extent thereof for pivoting-in and form an abutment region on the crimping region side of the axis of rotation. A radial movement and/or circumferential movement is brought about to coincide with the rotational action on the crimping dies, in order to obtain abutment of a crimping die in the abutment region thereof against the counter-abutment region of another crimping die adjacent to the crimping die in the pivoting direction or counter-pivoting direction.
    • 压接工具具有压接模具,该压接模具以针对压接区域的星形形式设置,并通过致动部件径向向外旋转以进行压接运动。 压接模具绕横向于其纵向延伸的旋转轴线安装,用于枢转,并在旋转轴线的压接区域侧上形成邻接区域。 使径向运动和/或周向运动与压接模具上的旋转动作相一致,以便使得压接模具在其邻接区域中抵靠与压接相邻的另一压接模具的抵靠区域 在枢转方向或反向旋转方向上模制。
    • 4. 发明申请
    • METHOD FOR MONITORING THE WEAR OF MANUAL PLIERS AND APPARATUS THEREFOR
    • 用于监控手工钳及其装置的方法
    • US20120067097A1
    • 2012-03-22
    • US13321837
    • 2010-05-17
    • Thomas WagnerPeter Lutze
    • Thomas WagnerPeter Lutze
    • B25B7/22H01R43/042
    • H01R43/0421B25B27/146H01R43/0424
    • A method and apparatus for monitoring the wear of manual pliers. The principles focus on manual pliers, in which press elements can be pressed onto a workpiece and the degree of pressing that can be achieved by actuating the manual pliers can be adjusted with a presetting device. A reference position of the presetting device is measured prior to a first use of the manual pliers, this measurement involving actuating the manual pliers. By an adjustment of the presetting device, the press elements are brought into a position with a reference degree of pressing. Next, after use, the wear position of the presetting device is measured in the same manner, to bring the press elements into a position with the degree of pressing. A message is output when the degree of the wear position deviates from the degree of the reference position by more than the degree of wear permissible.
    • 一种用于监测手动钳的磨损的方法和装置。 原理重点在于手动钳子,其中按压元件可以被压在工件上,并且可以通过预设装置来调节通过致动手动钳可以实现的按压程度。 在首次使用手动钳子之前测量预置设备的参考位置,该测量涉及致动手动钳子。 通过调整预置装置,按压元件进入具有参考压力的位置。 接下来,使用后,以相同的方式测量预设装置的磨损位置,以使按压元件处于按压程度的位置。 当磨损位置的程度偏离参考位置的程度超过允许的磨损程度时,输出消息。
    • 7. 发明授权
    • Method of primary forming a material
    • 初步形成材料的方法
    • US06820679B1
    • 2004-11-23
    • US10110177
    • 2002-09-12
    • Peter Lutze
    • Peter Lutze
    • B22D1108
    • B21J1/06B21J1/025B21J5/00B21J9/08B22D17/007B22D27/04
    • The invention relates to a method according to which a metal (13) is re-shaped by a primary forming process. The aim of the invention is to improve such a method so that heat can be relatively easily added to the part and so that the addition can be varied as regards space and time. To this end, a voltage is applied to parts of the primary forming device between which the metal is disposed during the insertion process and/or during the primary forming process and/or during a subsequent treatment in the primary form after the primary forming process so that a closed circuit is produced and heat energy is supplied to the metal by the closed circuit.
    • 本发明涉及一种通过初步成形工艺将金属(13)重新成型的方法。 本发明的目的是改进这种方法,使得可以相对容易地将热量添加到该部件中,并且可以在空间和时间上改变添加量。 为此,将电压施加到主要成形装置的在插入过程期间和/或主要成形过程期间和/或初次成型过程之间和/或在主要形成过程之后的主要形式的后续处理期间设置金属的部分, 产生闭路,通过闭路向金属提供热能。
    • 8. 发明授权
    • Measuring gauge and method for determining the diameter or cross-sectional area of an object whose cross-sectional shape is adjustable
    • 用于确定其横截面形状可调节的物体的直径或横截面面积的测量计和方法
    • US08316554B2
    • 2012-11-27
    • US12596421
    • 2008-04-14
    • Peter Lutze
    • Peter Lutze
    • G01B5/08
    • G01B3/34G01B5/08
    • The invention relates to a measuring gauge and a method for determining the diameter or cross-sectional area of an object whose cross-sectional shape is adjustable such as, for example, a litz conductor. A first measuring disc comprising a helical slot running around the center of the measurement disc and tapering down is connected in a rotatable fashion by a central axial connection to a second measurement disc comprising a slot running steadily from the vicinity of the center to the edge, the slot tapering in the same direction as the slot of the first measuring disc. A material measure for reading the detected measurement is provided on one of the two measurement discs. When the measurement discs are counter-rotated to one another, the overlapping sections of the slots form an opening into which the object to be measured is inserted, and the size of the opening is altered by counter-rotating the measurement discs to one another. The diameter or the cross-sectional surface of the remaining opening may be read from the material measure.
    • 本发明涉及一种测量计和一种用于确定其横截面形状可调节的物体的直径或横截面面积的方法,例如光导体。 第一测量盘包括围绕测量盘的中心延伸并逐渐向下延伸的螺旋槽,通过与第二测量盘的中心轴向连接可旋转地连接,第二测量盘包括从中心附近到边缘稳定运行的狭槽, 该狭槽在与第一测量盘的槽相同的方向上渐缩。 在两个测量盘之一上提供用于读取检测到的测量的材料测量。 当测量盘彼此反向旋转时,槽的重叠部分形成插入待测量对象的开口,并且通过将测量盘相对旋转而改变开口的尺寸。 可以从材料测量中读取剩余开口的直径或横截面。
    • 9. 发明申请
    • MEASURING GAUGE AND METHOD FOR DETERMINING THE DIAMETER OR CROSS-SECTIONAL AREA OF AN OBJECT WHOSE CROSS-SECTIONAL SHAPE IS ADJUSTABLE
    • 用于确定交叉分割形状可调整对象的直径或交叉区域的测量计和方法
    • US20100107432A1
    • 2010-05-06
    • US12596421
    • 2008-04-14
    • Peter Lutze
    • Peter Lutze
    • G01B3/34G01B5/08
    • G01B3/34G01B5/08
    • The invention relates to a measuring gauge and a method for determining the diameter or cross-sectional area of an object whose cross-sectional shape is adjustable such as, for example, a litz conductor. A first measuring disc comprising a helical slot running around the center of the measurement disc and tapering down is connected in a rotatable fashion by a central axial connection to a second measurement disc comprising a slot running steadily from the vicinity of the center to the edge, the slot tapering in the same direction as the slot of the first measuring disc. A material measure for reading the detected measurement is provided on one of the two measurement discs. When the measurement discs are counter-rotated to one another, the overlapping sections of the slots form an opening into which the object to be measured is inserted, and the size of the opening is altered by counter-rotating the measurement discs to one another. The diameter or the cross-sectional surface of the remaining opening may be read from the material measure.
    • 本发明涉及一种测量计和一种用于确定其横截面形状可调节的物体的直径或横截面面积的方法,例如光导体。 第一测量盘包括围绕测量盘的中心延伸并逐渐向下延伸的螺旋槽,通过与第二测量盘的中心轴向连接可旋转地连接,第二测量盘包括从中心附近到边缘稳定运行的槽, 该狭槽在与第一测量盘的槽相同的方向上渐缩。 在两个测量盘之一上提供用于读取检测到的测量的材料测量。 当测量盘彼此反向旋转时,槽的重叠部分形成插入待测量对象的开口,并且通过将测量盘相对旋转而改变开口的尺寸。 可以从材料测量中读取剩余开口的直径或横截面。