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    • 1. 发明申请
    • TOOLS, MACHINES AND PROCESSES FOR DEBURRING CUT EDGES ON WORKPIECES
    • 工具,机器和工具切割工具切割边缘
    • US20070105488A1
    • 2007-05-10
    • US11551314
    • 2006-10-20
    • Peter BytowMartin DeckerMartin Steiner
    • Peter BytowMartin DeckerMartin Steiner
    • B24B31/00
    • B21D19/005Y10T29/47
    • A tool for deburring cut edges on workpieces has a pressure body in the form of a rolling body, by means of which, as relative longitudinal movement of rolling body and workpiece takes place, pressure can be applied to the burr on the relevant cut edge in the direction towards the workpiece while the rolling body rolls along the cut edge. A machine for deburring cut edges on workpieces is provided with a tool of the above-mentioned kind. In the course of a process for deburring cut edges on workpieces, a rolling body is moved along the relevant cut edge with a rolling motion. In that movement, pressure is applied by means of the rolling body to the burr on the cut edge in the direction towards the workpiece.
    • 用于在工件上去毛刺切割边缘的工具具有滚动体形式的压力体,通过该工具,随着滚动体和工件的相对纵向运动的发生,压力可以施加到相关切割边缘上的毛刺上 当轧制体沿着切割边缘滚动时朝向工件的方向。 在工件上用于去毛刺切割边缘的机器具有上述类型的工具。 在工件上切割边缘去毛刺的过程中,滚动体沿着相关的切割边缘以滚动运动移动。 在该运动中,通过滚动体将压力沿朝向工件的方向施加到切割边缘上的毛刺上。
    • 2. 发明授权
    • Tools, machines and processes for deburring cut edges on workpieces
    • 在工件上去毛刺切割边缘的工具,机器和工艺
    • US08042369B2
    • 2011-10-25
    • US11551314
    • 2006-10-20
    • Peter BytowMartin DeckerMartin Steiner
    • Peter BytowMartin DeckerMartin Steiner
    • B21D17/04B21D28/00B21C37/30
    • B21D19/005Y10T29/47
    • A tool for deburring cut edges on workpieces has a pressure body in the form of a rolling body, by means of which, as relative longitudinal movement of rolling body and workpiece takes place, pressure can be applied to the burr on the relevant cut edge in the direction towards the workpiece while the rolling body rolls along the cut edge.A machine for deburring cut edges on workpieces is provided with a tool of the above-mentioned kind.In the course of a process for deburring cut edges on workpieces, a rolling body is moved along the relevant cut edge with a rolling motion. In that movement, pressure is applied by means of the rolling body to the burr on the cut edge in the direction towards the workpiece.
    • 用于在工件上去毛刺切割边缘的工具具有滚动体形式的压力体,通过该工具,随着滚动体和工件的相对纵向运动的发生,压力可以施加到相关切割边缘上的毛刺上 当轧制体沿着切割边缘滚动时朝向工件的方向。 在工件上用于去毛刺切割边缘的机器具有上述类型的工具。 在工件上切割边缘去毛刺的过程中,滚动体沿着相关的切割边缘以滚动运动移动。 在该运动中,通过滚动体将压力沿朝向工件的方向施加到切割边缘上的毛刺上。
    • 3. 发明授权
    • Tools, machines and processes for deburring cut edges on workpieces
    • 在工件上去毛刺切割边缘的工具,机器和工艺
    • US08490449B2
    • 2013-07-23
    • US13238546
    • 2011-09-21
    • Peter BytowMartin DeckerMartin Steiner
    • Peter BytowMartin DeckerMartin Steiner
    • B21D17/04B21D28/00B21C37/30
    • B21D19/005Y10T29/47
    • A tool for deburring cut edges on workpieces has a pressure body in the form of a rolling body, by means of which, as relative longitudinal movement of rolling body and workpiece takes place, pressure can be applied to the burr on the relevant cut edge in the direction towards the workpiece while the rolling body rolls along the cut edge.A machine for deburring cut edges on workpieces is provided with a tool of the above-mentioned kind.In the course of a process for deburring cut edges on workpieces, a rolling body is moved along the relevant cut edge with a rolling motion. In that movement, pressure is applied by means of the rolling body to the burr on the cut edge in the direction towards the workpiece.
    • 用于在工件上去毛刺切割边缘的工具具有滚动体形式的压力体,通过该工具,随着滚动体和工件的相对纵向运动的发生,压力可以施加到相关切割边缘上的毛刺上 当轧制体沿着切割边缘滚动时朝向工件的方向。 在工件上用于去毛刺切割边缘的机器具有上述类型的工具。 在工件上切割边缘去毛刺的过程中,滚动体沿着相关的切割边缘以滚动运动移动。 在该运动中,通过滚动体将压力沿朝向工件的方向施加到切割边缘上的毛刺上。
    • 4. 发明申请
    • TOOLS, MACHINES AND PROCESSES FOR DEBURRING CUT EDGES ON WORKPIECES
    • 工具,机器和工具切割工具切割边缘
    • US20120006211A1
    • 2012-01-12
    • US13238546
    • 2011-09-21
    • Peter BytowMartin DeckerMartin Steiner
    • Peter BytowMartin DeckerMartin Steiner
    • B30B3/02
    • B21D19/005Y10T29/47
    • A tool for deburring cut edges on workpieces has a pressure body in the form of a rolling body, by means of which, as relative longitudinal movement of rolling body and workpiece takes place, pressure can be applied to the burr on the relevant cut edge in the direction towards the workpiece while the rolling body rolls along the cut edge.A machine for deburring cut edges on workpieces is provided with a tool of the above-mentioned kind.In the course of a process for deburring cut edges on workpieces, a rolling body is moved along the relevant cut edge with a rolling motion. In that movement, pressure is applied by means of the rolling body to the burr on the cut edge in the direction towards the workpiece.
    • 用于在工件上去毛刺切割边缘的工具具有滚动体形式的压力体,通过该工具,随着滚动体和工件的相对纵向运动的发生,压力可以施加到相关切割边缘上的毛刺上 当轧制体沿着切割边缘滚动时朝向工件的方向。 在工件上用于去毛刺切割边缘的机器具有上述类型的工具。 在工件上切割边缘去毛刺的过程中,滚动体沿着相关的切割边缘以滚动运动移动。 在该运动中,通过滚动体将压力沿朝向工件的方向施加到切割边缘上的毛刺上。
    • 7. 发明申请
    • Press with a device for detecting a mutual reference position of tool parts of a pressing tool
    • 按压用于检测按压工具的工具部件的相互参考位置的装置
    • US20060032283A1
    • 2006-02-16
    • US11197770
    • 2005-08-05
    • Martin ThomaePeter Bytow
    • Martin ThomaePeter Bytow
    • B21J9/20
    • B21D28/00
    • A press adapted for machining a workpiece, in particular for embossing and/or punching metal plates, includes a pressing tool that includes a first tool part mounted in a first tool mounting and a second tool part mounted in a second tool mounting. The first part and the second part are located so as to be on opposing sides of the workpiece during machining of the workpiece. The press further includes a pressing drive adapted to move the first part and the second part toward and away from each other in a stroke direction during machining of the workpiece and first and second reference elements, where the reference elements are moveable into a relative position that corresponds to a predetermined relative position of the first tool part and the second tool part as mounted in the mountings. The press further includes a control pulse emitter that generates a control pulse when the first and second reference elements are moved into the relative position, where at least part of the control pulse emitter is mounted on one of the reference elements or on one of the mountings, such that the control pulse emitter generates the control pulse automatically when the first and second mountings move into the relative position. The press further includes a switch that is activated by the control pulse and a detection unit that is activated by activation of the switch to detect the relative position of the first and second reference elements.
    • 适用于加工工件的压制机,特别是用于压花和/或冲压金属板的压制机包括一个加压工具,其包括安装在第一工具安装件中的第一工具部件和安装在第二工具安装件中的第二工具部件。 第一部分和第二部分在加工工件期间位于工件的相对侧上。 压力机还包括一压紧驱动装置,其适于在加工工件和第一和第二参考元件期间在行程方向上朝向和远离彼此移动第一部分和第二部分,其中参考元件可移动到相对位置, 对应于安装在安装件中的第一工具部件和第二工具部件的预定相对位置。 压机还包括控制脉冲发射器,当第一和第二参考元件移动到相对位置时,产生控制脉冲,其中控制脉冲发射器的至少一部分安装在一个参考元件上或其中一个安装件 使得当第一和第二安装件移动到相对位置时,控制脉冲发射器自动地产生控制脉冲。 按压还包括由控制脉冲激活的开关和通过开关的激活而被激活以检测第一和第二参考元件的相对位置的检测单元。
    • 9. 发明授权
    • Sheet metal processing examination
    • 钣金加工检验
    • US08098923B2
    • 2012-01-17
    • US12047662
    • 2008-03-13
    • Peter Bytow
    • Peter Bytow
    • G06K9/00B26D7/06
    • G01B11/105B21D28/265G01B11/002G01N21/95607G01N21/95692Y10T83/2135
    • For examining a metal sheet processing operation, a method includes scanning a detection beam along a processed metal sheet by causing a relative movement between the detection beam and the processed metal sheet, during the scanning, determining a position of an edge of the metal sheet hole by monitoring the detection beam, determining, from the determined hole edge position, a geometric configuration of the metal sheet hole, performing a comparison of the determined geometric configuration of the metal sheet hole with a corresponding desired hole configuration; and then sending a signal indicating information about the metal sheet processing operation, based upon the comparison.
    • 为了检查金属片处理操作,一种方法包括:在扫描期间,通过使检测光束和经处理的金属片之间的相对移动,沿着加工的金属片扫描检测光束,确定金属片孔的边缘的位置 通过监测检测光束,从确定的孔边缘位置确定金属板孔的几何构型,执行所确定的金属板孔的几何构型与相应的所需孔构型的比较; 然后基于比较发送指示关于金属片处理操作的信息的信号。