首页> 外国专利> Method of determining linear and/or angular deflection/deflections of path or surface of workpiece or a machine section from axis of rotation of the spindle thereof and pick-up device for making the same e lopping characteristic and/or determining angle of incline and/or inline characteristic of horizontal or skew spindle, especially machine tool horizontal or skew spindle, and pick-up device for making the same

Method of determining linear and/or angular deflection/deflections of path or surface of workpiece or a machine section from axis of rotation of the spindle thereof and pick-up device for making the same e lopping characteristic and/or determining angle of incline and/or inline characteristic of horizontal or skew spindle, especially machine tool horizontal or skew spindle, and pick-up device for making the same

机译：从工件的主轴的旋转轴线确定工件或机器部分的路径或表面的线性和/或角度偏转/偏转的方法以及用于形成相同的倾斜特性和/或确定倾斜角度的拾取装置和/或水平或倾斜主轴的在线特性，特别是机床水平或倾斜主轴的主轴及其制造装置

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A method for determining a linear deviation (p) and / or (q) and / or an angular deviation (.beta.) And / or (.gamma.) Of a path and / or a workpiece and / or machine part from the spindle axis of rotation (1), in which a laser beam source (2) is clamped into the spindle (1) and at least two optical distances (b), (c) from the spindle end (1) on the track and / or the workpiece and / or machine part record, respectively. record the locations of impact of the laser beam (2) or its components (21), (22), or laser beam (2) or its components (21), (22) on the geometric shapes described, whereupon these optical distances (b), (c) ) shifting the sensing device (3) and / or its electronic optical sensor (s) (31), (32) by the same amount (e) to the spindle end (1) and / or displacing the headstock relative to the sensing device (3) the changed optical distances (b + e), (c + e) are recorded successively or simultaneously, respectively. record the geometrical shapes described by the laser beam (2) or its components (21), (22), or by laser beam (2) or its components (21), (22). The linear deviation (p) or (q) and / or the angular deviation (.beta.) And / or (.gama.) Are then determined, respectively. determines from the components of displacement (y.sub.b.n.), (y.sub.c.n.), respectively. (x.sub.bn), (x.sub.cn) of those locations or centers described between the optical distances (b + e) and (c + e) in the respective axis perpendicular to the spindle rotation axis (1), the difference ( (a) optical distances (b + e) and (c + e) respectively; (b) and (c), one of the following optical distances (b), (b + e), (c), (c + e) from the spindle end (1), the variation (e) of the optical distances (b) and ( c) from the end of the spindle (1) and the distance (u) at which the deviation / deviation is determined, respectively. determines from the electronic optical sensor (31). In addition, the invention also relates to a sensing device (3) for performing this method.

机译：一种确定路径和/或工件和/或机器零件与工件之间的线性偏差（p）和/或（q）和/或角度偏差（β）和/或（γ）的方法主轴旋转轴（1），其中激光束源（2）夹在主轴（1）中，并且距轨道上的主轴端（1）至少两个光学距离（b），（c）和/或工件和/或机器零件记录。记录激光束（2）或其组件（21），（22）或激光束（2）或其组件（21），（22）在所述几何形状上的撞击位置，然后这些光学距离（ b），（c））将传感设备（3）和/或其电子光学传感器（31），（32）移至主轴端（1）相同的量（e）和/或相对于传感设备（3）的主轴箱分别连续或同时记录了变化的光学距离（b + e），（c + e）。记录由激光束（2）或其组件（21），（22）或由激光束（2）或其组件（21），（22）所描述的几何形状。然后分别确定线性偏差（p）或（q）和/或角度偏差（β）和/或（.gama。）。根据位移分量（y.sub.n.）和（y.sub.c.n.）分别确定。（xbn），（x.cn）在垂直于主轴旋转轴（1）的各个轴上的光学距离（b + e）和（c + e）之间描述的那些位置或中心，分别为（a）光学距离（b + e）和（c + e）之差;（b）和（c），以下光学距离（b），（b + e），（c），（ c + e）距主轴端（1）的距离，距主轴（1）端的光学距离（b）和（c）的变化（e）以及偏差/偏差为此外，本发明还涉及用于执行该方法的感测设备（3）。

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公开/公告号CZ2014855A3

专利类型
公开/公告日2015-11-25

原文格式PDF
申请/专利权人 VÚTS A.S.;
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申请/专利号CZ20140000855
发明设计人 ŠIDLOF PAVEL;ŠKOP PETR;
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申请日2014-12-04
分类号G01B9;B23Q17/24;G02B5/12;
国家 CZ
入库时间 2022-08-21 14:26:30

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