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Control process and structure of regulation for the motion control, feed forward and fine interpolation of objects in a rotation speed regulator cycle which is faster than the position regulator cycle

机译:以比位置调节器周期更快的速度调节器周期进行运动控制,对象的前馈和精细插补的控制过程和调节结构

摘要

the invention enables the pilot controlled and the feininterpolation in the drive (a) in a fast antriebstakt (tdr) with a slower bahnvorgabe in time (tnc) of nc programs.this will in any nc clock (tnc) an optimum speed (nnc *) and the p - backup (kp) of the nc lagereglers (l _ nc) and the desired achsgeschwindigkeit (nnc) and the mean achsgeschwindigkeit (nncmw) during the last nc lagereglertaktes from nc to power transfer. from this information, each antriebsseitig polynomstu00fccke 3.degree is created, for the duration of an nc lagereglertaktes (tnc) are valid. they are constructed so that the speed of the polynomu00fcbergu00e4ngen is continuous. a variable proportion of the lagepolynoms feinlageanteil xf is determined, with which the lagesollwerte in drive feininterpoliert.it can also speed (nvor) and the torque in the drive feininterpoliert vorgesteuert (ivor), because the polynomial 3. degree is twice the damage.
机译:本发明能够在数控程序的时间(tnc)较慢的bahnvorgabe中以快速的antriebstakt(tdr)进行驱动器(a)中的先导控制和fein插值。 )和nc调节器(l _ nc)的p-备份(kp),以及从nc到功率传输的最后一个nc调节器的期望achsgeschwindigkeit(nnc)和平均achsgeschwindigkeit(nncmw)。根据此信息,将创建每个antriebsseitig多项式 3,在nc持续时间内(tnc)有效。它们被构造为使得多项式的速度是连续的。确定了可变比例的lagepolynomial feinlageanteil xf,驱动器feininterpoliert中的lagesollwerte也可以使用它来提高速度(nvor)和驱动器feininterpoliert vorgesteuert(ivor)中的扭矩,因为多项式3.度是破坏的两倍。

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