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Method for machining a surface and simultaneously measuring parameters of the surface being machined

机译:用于加工表面并同时测量被加工表面的参数的方法

摘要

The invention refers to a method for establishing different parameters of a surface of a work piece (9) during machining of the surface using a machine with a spindle (1,6) supporting a tool (7), which spindle is supported in at least one bcaring (4) in a housing (5) in a rotary manner, and wherein displacement sensor means (13, 15) are arranged in the housing, for measuring displacement to which the spindle is subjected during machining operation, whereintwo first work pieces (9) are machined with different back off times to create two sets of signals with different level at back off times, whereby the sensor signals representing the deflections of the spindle are stored in an evaluation unit (16),the first two work pieces, thus machined are measured and the result of this measurements is loaded in the evaluation unit,the stored sensor signals representing the displacement to which the spindle was subjected during the machining of the first two work pieces are compared in the evaluation unit (16) with the result from the measurement of the same work pieces, and constants are calculated, which constant are transfer constants, representing the influence of the total deflection of the machine stiffness on the sensor signals,whereby displacement sensor signals obtained at machining of subsequent work pieces (9) are fed into the evaluation unit and there are processed with the constants for giving a series of sensor signals representing the true total deflection of the loaded and running machine stiffness chain,and subsequently using this true total deflection signals for calculation of different parameters of the subsequently machined work pieces.
机译:本发明涉及一种方法,该方法用于使用带有主轴(1,6)的机床来加工工件(9)的表面的不同参数,该主轴(1,6)支撑工具(7),该主轴至少被支撑在其中。一个支架(4)以旋转的方式位于壳体(5)中,并且其中位移传感器装置(13、15)布置在壳体中,用于测量在加工操作期间主轴所经受的位移,其中对两个第一工件(9)加工不同的退避时间,以在退避时间产生两组具有不同水平的信号,从而将代表主轴偏转的传感器信号存储在评估单元(16)中,测量由此加工的前两个工件,并将测量结果加载到评估单元中,将存储的代表前两个工件在加工过程中主轴所经受的位移的传感器信号在评估单元(16)中与相同工件的测量结果进行比较,并计算出常数,该常数是传递常数,代表机器刚度的总挠度对传感器信号的影响,由此,在后续工件(9)的加工过程中获得的位移传感器信号被馈送到评估单元中,并用常数进行处理,以给出一系列传感器信号,这些信号代表负载和运行中的机器刚度链的真实总挠度,然后使用这个真实的总偏转信号来计算随后加工的工件的不同参数。

著录项

  • 公开/公告号EP1407854A2

    专利类型

  • 公开/公告日2004-04-14

    原文格式PDF

  • 申请/专利权人 AKTIEBOLAGET SKF;

    申请/专利号EP20030103570

  • 发明设计人 GÖRANSSON BO;

    申请日2003-09-26

  • 分类号B23Q17/20;

  • 国家 EP

  • 入库时间 2022-08-21 22:52:45

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