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    • 2. 发明公开
    • Machining apparatus
    • 加工设备
    • EP1847352A1
    • 2007-10-24
    • EP07007421.6
    • 2007-04-11
    • Fanuc Ltd
    • Kawai, TomohikoEbihara, KenzoOda, Takayuki
    • B23Q1/62B23Q15/007B23Q15/24B29C33/42G02B6/00
    • G02B6/0065G02B6/0036Y10S82/904Y10T409/500164Y10T409/506232Y10T409/506396
    • A machining apparatus capable of irregularly forming a plurality of dimples on a surface of a workpiece in a short period of time. The machining apparatus includes a tool for machining a plurality of dimples on a surface of a workpiece, each dimple having a depth in a first direction; a drive unit for displacing the tool relative to the workpiece in the first direction and a second direction generally perpendicular to the first direction; a controller for controlling the drive unit so as to displace the tool relative to the workpiece in the first direction such that the tool cuts into or leaves the workpiece, while the tool is being moved relative to the workpiece in the second direction, wherein a trigger of the displacement of the tool in the first direction is timing calculated by using a second waveform, the second waveform being determined by comparing the magnitude of a first waveform with a predetermined threshold, at least one of frequency and amplitude of the first waveform being irregular.
    • 一种能够在短时间内在工件的表面上不规则地形成多个凹坑的加工设备。 该加工设备包括用于在工件的表面上加工多个凹坑的工具,每个凹坑具有沿第一方向的深度; 驱动单元,用于使所述工具相对于所述工件在所述第一方向和大致垂直于所述第一方向的第二方向上移位; 控制器,所述控制器用于控制所述驱动单元以使所述工具相对于所述工件在所述第一方向上移位,使得所述工具在所述工具沿所述第二方向相对于所述工件移动的同时切入或离开所述工件, 所述工具在所述第一方向上的位移是通过使用第二波形计算的时间,所述第二波形通过将第一波形的幅度与预定阈值进行比较来确定,所述第一波形的频率和振幅中的至少一个是不规则的 。
    • 3. 发明公开
    • Tool displacement controlling and correcting device for machine tool
    • Werkzeugpositionsüberwachungund -KorrekturfürWerkzeugmaschine
    • EP1803530A2
    • 2007-07-04
    • EP06256563.5
    • 2006-12-22
    • FANUC LTD
    • Kawai, TomohikoEbihara, Kenzo, c/o FANUC Dai3virakaramatsuOoki, Takeshi, c/o FANUC Dai3virakaramatsu
    • B23Q15/24
    • B23Q15/24G05B19/404G05B2219/50288
    • A controller for a machine tool, capable of performing ultraprecision machining with high accuracy by performing correction allowing for a displacement of a spindle produced depending on a rotational speed. When the spindle is rotated at high speed, the cutting position of a tool attached to the spindle varies due to the influence of spindle fitting accuracy and of weight balance. By measuring the displacements in the X, Y and Z directions of the end of the tool (2) attached to the spindle (1) by means of non-contact displacement gauges (6x,6y,6z), correction amounts are obtained in the manner associated with the rotational speed of the spindle, and stored in a storage device. In the process of machining, correction amounts are read depending on the speed of the spindle, and machining is performed according to program command values corrected using the correction amounts thus read. Even if the cutting position of the tool varies during high-speed rotation, machining is performed according to program command values corrected. Thus, ultraprecision machining can be carried out with high accuracy.
    • 一种用于机床的控制器,其能够通过执行校正,可以根据转速产生的主轴的位移,以高精度执行超精密加工。 当主轴高速旋转时,由于主轴配合精度和重量平衡的影响,安装在主轴上的刀具的切割位置会发生变化。 通过测量通过非接触位移计(6x,6y,6z)安装在主轴(1)上的工具(2)的端部的X,Y和Z方向上的位移,在 方式与主轴的转速相关联,并存储在存储装置中。 在加工过程中,根据主轴的速度读取校正量,并且根据使用由此读取的校正量校正的程序命令值执行加工。 即使在高速旋转期间刀具的切割位置变化,根据修正的程序指令值进行加工。 因此,可以高精度地进行超精密加工。
    • 4. 发明公开
    • Rotating body balancing structure
    • 旋转体平衡结构
    • EP1749617A1
    • 2007-02-07
    • EP06253551.3
    • 2006-07-06
    • FANUC LTD
    • Kawai, TomohikoEbihara, Kenzo FANUC Dai3virakaramatsuOoki, Takeshi FANUC Dai3virakaramatsu
    • B23Q11/00
    • B23Q11/0035Y10T74/2128
    • A plurality of balancing structures are disposed in weight accommodation holes which extend in a radial direction and spaced at equal angles in a rotating plate constituting part of a rotating body on which a rotation object is mounted. A balancing weight having a male thread is disposed in each weight accommodation hole and is screwed into a female thread formed in the accommodation hole. A spring adjoining the weight is compressed by a stopper fixed in the weight accommodation hole at the outer end of the rotating plate. The weight can be turned with a tool inserted through holes provided in the spring and stopper to adjust the radial position of the weight and thereby balance the rotating body.
    • 多个平衡结构设置在重量容纳孔中,所述重量容纳孔沿径向方向延伸并且在构成旋转物体的旋转物体的旋转板的旋转板中以相等角度间隔开,旋转物体安装在旋转物体上。 具有阳螺纹的平衡配重设置在每个重物容纳孔中并且拧入形成在容纳孔中的阴螺纹中。 邻接配重的弹簧被固定在旋转板外端的配重容纳孔中的止动件压缩。 通过将工具插入设置在弹簧和止动件中的孔中可以转动重物,以调整重物的径向位置并由此平衡旋转体。
    • 6. 发明公开
    • Air bearing structure and linear driving device using said air bearing structure
    • Luftlageranordnung und Linearantrieb mit einer solchen Luftlageranordnung
    • EP1621783A2
    • 2006-02-01
    • EP05254485.5
    • 2005-07-19
    • FANUC LTD
    • Kawai, TomohikoEbihara, Kenzo
    • F16C29/02
    • F16C32/0603F16C29/025F16C32/06F16C32/0666
    • The length of the bearing surface in the movable portion (2) which moves linearly is larger than the length of the bearing surface in the fixed portion (1) by the stroke of the movement. With this configuration, the bearing surface on the side of the fixed portion always opposes the bearing surface on the side of the movable portion. An air supply source is connected to the fixed portion (1), and a plurality of air discharge openings (4) through which air is injected are disposed in the bearing surface of the fixed portion to constitute an air bearing. Only the side of the movable portion where the fixed portion is inserted is open. A coil (5) is disposed on the fixed portion and a magnet (6) is disposed on the movable portion so that a linear motor is constituted, thus providing a linear driving device. Cables (9) and the like for supplying compressed air or power are connected to the fixed portion (1), not to the movable portion (2), thus no external pressure is applied from the cable and the like, and highly accurate operation is achieved.
    • 通过运动的行程,可动部分(2)中的直线运动的轴承表面的长度大于固定部分(1)中的支承表面的长度。 利用这种结构,固定部分一侧的支承表面总是与可动部分侧面上的支承面相对。 空气供应源连接到固定部分(1),并且在固定部分的支承表面上设置有多个喷射空气的空气排出口(4),构成空气轴承。 只有固定部分插入的可移动部分的侧面是敞开的。 线圈(5​​)设置在固定部分上,并且在可动部分上设置有磁体(6),从而构成线性电动机,从而提供线性驱动装置。 用于供给压缩空气或电力的电缆(9)等与固定部分(1)而不是可动部分(2)连接,因此不会从电缆等施加外部压力,并且高精度的操作是 实现。
    • 8. 发明公开
    • Method for displaying the shape of a surface
    • Verfahren zum Anzeigen einerOberflächenform
    • EP1978427A2
    • 2008-10-08
    • EP08006759.8
    • 2008-04-02
    • FANUC LTD
    • Hon, YonpyoEbihara, KenzoYamamoto, AkiraKawai, Tomohiko
    • G05B19/401
    • G05B19/401
    • An image display method for displaying a surface shape by measuring the surface shape of an object surface of a work piece to be measured with a contact probe placed on a machine and displaying the surface shape of said object surface on a screen based on measured shape data of the object surface, the method having: measuring a multiplicity of measuring positions on the object surface to be measured with the probe while relatively moving the probe on the object surface in order to obtain continuous shape data of the object surface; and displaying the surface shape of the object surface in real time based on the continuous shape data.
    • 一种图像显示方法,用于通过用放置在机器上的接触探针测量待测量的工件的物体表面的形状来显示表面形状,并且基于测量的形状数据在所述屏幕上显示所述物体表面的表面形状 所述方法具有:在将探针相对移动到物体表面上的同时,用探针测量待测物体表面上的多个测量位置,以获得物体表面的连续形状数据; 并且基于连续形状数据实时显示物体表面的表面形状。
    • 10. 发明公开
    • Linear drive apparatus
    • Linearantriebsvorrichtung
    • EP1818135A1
    • 2007-08-15
    • EP07002637.2
    • 2007-02-07
    • FANUC LTD
    • Kawai, TomohikoEbihara, Kenzo FANUCMatsuura, Osamu
    • B23Q1/38G01B7/00H02K41/02H02P6/00H02P25/06
    • H02K41/031F16C29/00G01D5/145H02K11/215
    • A linear drive apparatus comprising: a guide having an internal body; a slider moved along the guide, a driving mechanism for generating a driving force by magnetic interaction of the slider with the guide so as to linearly drive the slider; and a magnetic measurement unit having a magnetic scale and a detector which are opposed to each other and change a relative position relative to each other in order to obtain the relative position of the slider relative to the guide, wherein an opposing direction of the magnetic scale and the detector is the direction of the outer circumference of the guide, and the detector detects a signal from the magnetic scale in accordance with the relative position of the slider, whereby the relative position of the slider is obtained.
    • 一种线性驱动装置,包括:具有内部主体的引导件; 滑块沿着引导件移动,驱动机构,用于通过滑块与引导件的磁相互作用产生驱动力,以便线性驱动滑块; 以及磁性测量单元,其具有彼此相对并且相对于彼此改变相对位置的磁性标尺和检测器,以便获得滑块相对于引导件的相对位置,其中磁标尺的相对方向 检测器是引导件的外周的方向,检测器根据滑块的相对位置检测来自磁标的信号,由此获得滑块的相对位置。