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    • 3. 发明申请
    • WERKZEUGMASCHINE
    • 机床
    • WO2008148697A1
    • 2008-12-11
    • PCT/EP2008/056619
    • 2008-05-29
    • SIEMENS AKTIENGESELLSCHAFTGRÖZINGER, Andreas
    • GRÖZINGER, Andreas
    • G05B19/427
    • G05B19/427G05B2219/36162G05B2219/36453G05B2219/49344G05B2219/50052G05B2219/50151
    • Die Erfindung betrifft eine Werkzeugmaschine, wobei die Maschine (1) eine Steuereinrichtung (18) zur Steuerung der Bewegung von Maschinenachsen (3, 4, 5, 6, 8, 9) der Maschine (1) aufweist, wobei die Maschine (1) eine von einer menschlichen Hand haltbare Bedieneinrichtung (11) mit einer Längsachse (12) aufweist, wobei die räumliche Orientierung der Längsachse (12) ermittelt wird, wobei die Bewegung mindestens einer Maschinenachse von der Steuereinrichtung (18) derart gesteuert wird, dass die räumliche Orientierung eines Werkzeugs (7) oder eines Werkstücks (2) mit der räumlichen Orientierung der Längsachse (12) der Bedieneinrichtung (11) im Wesentlichen übereinstimmt. Die Erfindung ermöglicht ein einfaches Ausrichten eines Werkzeugs (7) und/oder eines Werkstücks (2) bei einer Werkzeugmaschine (1).
    • 本发明涉及一种机床,所述用于控制机器轴的移动机(1)包括控制装置(18)(3,4,5,6,8,9)的机器(1),所述机器(1)一 由人手持操作装置(11)具有纵向轴线(12),其中,所述纵向轴线的空间方向(12)被确定,其中,所述移动由控制装置控制的至少一个机器轴线(18),使得一个空间方向 所述工具(7)或工件(2)与所述操作装置(11)的纵向轴线(12)的空间定向基本上相同。 本发明允许一个工具(7)和/或工件(2)在工具(1)机的,容易进行对准。
    • 6. 发明申请
    • AUTOMATIC SEWING MACHINE SYSTEM
    • 自动缝纫机系统
    • WO1992004493A1
    • 1992-03-19
    • PCT/GB1991001449
    • 1991-08-28
    • USM ESPANA, S.L.BRITISH UNITED SHOE MACHINERY LIMITEDREEDMAN, David, CreykeWALTER, Andrew, Gordon, NeilJOLLIFFE, IanSMITH, David, LeeTAYLOR, Gaynor, ElainneTAYLOR, Paul, Michael
    • USM ESPANA, S.L.BRITISH UNITED SHOE MACHINERY LIMITED
    • D05B21/00
    • G05B19/4083D05B21/00D05C5/06D05D2209/04G05B2219/36503G05B2219/37572G05B2219/45195G05B2219/50151
    • A workpiece is supported by work support means (40; 40'; 40''; 44'; 142, 144) for movement in a first direction by co-operating workpiece clamping and feeding means (46; 142, 144), both said means being supported on a carriage (16) for movement in a second direction normal to the first to move a workpiece relative to a sewing machine head. Both of said means are arranged on both sides of an elongated aperture (42) extending in the second direction in alignment with a needle penetration point (N). Stepping motors (24; 60) are provided for moving the carriage (16) and operating the workpiece clamping and feeding means (46; 142, 144) under programmed control. A camera (70) is also provided aligned with the aperture (42), for detecting the peripheral outline of a workpiece fed therebeneath. Computer means is effective, in response to the detected outline, to identify the workpiece type and its orientation and location on the workpiece support means and accesses an appropriate stitch pattern data file and modifies the data to take account of the workpiece orientation and location. The workpiece is then sewn according to the thus modified data.
    • 工件由工件支撑装置(40; 40'; 40“; 44'; 142,144)支撑,用于通过协调工件夹紧和进给装置(46; 142,144)沿第一方向移动,所述工件支撑装置 装置支撑在滑架(16)上,用于沿与第一方向垂直的第二方向移动,以相对于缝纫机头移动工件。 所述装置都布置在沿着第二方向延伸的细长孔(42)的两侧,与针刺​​入点(N)对齐。 提供步进电动机(24; 60),用于移动滑架(16)并在编程控制下操作工件夹紧和进给装置(46; 142,144)。 还设置有与孔(42)对准的照相机(70),用于检测在其附近馈送的工件的周边轮廓。 计算机装置响应于检测到的轮廓,有效地识别工件类型及其在工件支撑装置上的取向和位置,并访问适当的针迹图案数据文件并修改数据以考虑到工件的取向和位置。 然后根据如此修改的数据缝制工件。
    • 9. 发明申请
    • ON THE FLY CENTER-FINDING DURING SUBSTRATE HANDLING IN A PROCESSING SYSTEM
    • 在处理系统中的基板处理期间的飞行中心发现
    • WO99045579A1
    • 1999-09-10
    • PCT/US1999/004402
    • 1999-03-01
    • H01L21/68H01L21/00
    • H01L21/681G05B2219/36405G05B2219/37283G05B2219/37608G05B2219/45031G05B2219/49299G05B2219/50151
    • A substrate center-finding method and apparatus, for determining the center of a substrate being passed through a substrate handling chamber of a substrate processing system, includes any number of sensors arranged in any configuration and permits the substrate to pass through any trajectory that triggers the sensors. The locations of the sensors are calibrated by homing in on the sensors using a point, the reference point, near the tip of an arm assembly on a substrate handler. The substrate handler has an encoder for sensing the pivot angles of links in the arm assembly, whereby the coordinates of the reference point can be calculated from the angles and lengths of the links. When the substrate triggers a sensor, the location of the reference point is again calculated, and the coordinates of the trigger point on the edge of the substrate is determined relative to the reference point. A suitable number of trigger points on the edge of a circular substrate will define a circle, so the center of the circle can be calculated, and the location of the substrate can be adjusted to account for any offset from the reference point.
    • 用于确定通过衬底处理系统的衬底处理室的衬底的中心的衬底中心测定方法和装置包括以任何构造布置的任何数量的传感器,并允许衬底通过触发器件的任何轨迹 传感器。 传感器的位置通过使用在基板处理器上的臂组件的尖端附近的点(参考点)归位在传感器上来校准。 衬底处理器具有用于感测臂组件中的链节的枢转角度的编码器,由此可以根据链节的角度和长度来计算参考点的坐标。 当基板触发传感器时,再次计算参考点的位置,并且相对于参考点确定基板边缘上的触发点的坐标。 在圆形基板的边缘上的合适数量的触发点将限定圆形,因此可以计算圆的中心,并且可以调整基板的位置以考虑到与参考点的任何偏移。
    • 10. 发明申请
    • METHOD FOR POSITIONING A WORK IN A SPINNING MACHINE AND SPINNING MACHINE FOR PRODUCING LIGHT-ALLOY WHEELS
    • 用于生产轻合金轮的纺丝机和纺丝机的定位方法
    • WO1995005907A1
    • 1995-03-02
    • PCT/JP1994001402
    • 1994-08-24
    • WASHI KOSAN CO., LTD.YOSHIMURA, Katsunori
    • WASHI KOSAN CO., LTD.
    • B21H01/04
    • B21K1/28B21D22/16B21D53/30B21H1/04B21H1/10B21J13/08B23Q15/26G05B2219/37555G05B2219/50151
    • In this invention, a design pattern (5) formed on a disc surface (4) of a work (3) is picked up as an image data by a camera (18) and compared with a predetermined design pattern data by an image processing system to calculate a deviation in rotation angle between the two patterns. Then, based on the result of the calculation the rotational positions of the work (3) and/or dies (2, 9) on a spinning machine are automatically adjusted so that the design pattern (5) on the work (3) and design patterns (6, 10) formed in the dies (2, 9) coincide with each other. This eliminates the necessity of any manual preparatory work prior to supportingly mounting the work (3) on the die to automatically mount the work (3) on the die with the two patterns positioned accurately coinciding with each other, whereby it is possible not only to remarkably improve the efficiency of the spinning process as a whole but also to restrain a risk of the work being damaged by the dies (2, 9) during the spinning process.
    • 在本发明中,形成在工件(3)的盘表面(4)上的设计图案(5)由相机(18)拾取为图像数据,并与图像处理系统与预定设计图案数据进行比较 以计算两个图案之间的旋转角度的偏差。 然后,基于计算结果,自动调整纺纱机上的工件(3)和/或模具(2,9)的旋转位置,使得工件(3)上的设计图案(5)和设计 形成在模具(2,9)中的图案(6,10)彼此重合。 这样就不需要在将工件(3)支撑地安装在模具上之前进行任何手动的准备工作,以将工件(3)自动地安装在模具上,使两个图案精确地相互重合,从而不仅可以 显着地提高了整个纺丝过程的效率,同时也抑制了在纺丝过程中模具(2,9)损坏工作的风险。