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A method and apparatus for producing a measuring graduation for position measuring systems as well as measuring standard
A method and apparatus for producing a measuring graduation for position measuring systems as well as measuring standard
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机译:用于为位置测量系统以及测量标准产生测量刻度的方法和设备
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摘要
The invention relates to a method and a device for the production of the measurement members (1) as well as a measuring graduation. Around the pole boundaries (6) between the in the measuring standard (1) a agne tisi though poles (n, s) to configure and sharply to both sides of the pole boundaries (6) to achieve symmetrical magnetization, is provided according to the invention that at least one track of the measuring standard at least in sections with a coarsely magnetization field (13) with a first relative to the surface (8) of the measuring standard aligned field directions occur at each of the (fG) is magnetized and alternately poles (n, s) of different polarity are generated (2, 3). In the region between the the coarse magnetization field (13) of the magnetic poles of the track is generated at least in sections with a finely magnetization field (15) with a second, to the field direction (fG) the coarsely magnetization field (13) substantially vertical field direction (fF) magnetized. In the case of the measuring standard is produced in this way, the magnetic saturation of the track at the pole boundary (6) in contrast to the direction of the track (sr) adjacent sections of the pole boundary (6) is reduced.
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机译:本发明涉及一种用于制造测量构件(1)以及测量刻度的方法和装置。根据测量标准(1)之间的磁极边界(6),提供了一个极磁极(n,s)来配置磁极(n,s),并在磁极边界(6)的两侧锐利地实现对称磁化。根据本发明,在(f )G的每一个上,至少在具有粗磁化场(13)的部分中至少有一条测量轨迹,该磁化场(13)具有相对于测量标准件的定向磁场方向的表面(8)的第一方向。 Sub>)磁化,并交替生成极性不同的磁极(n,s)(2,3)。在轨道的磁极的粗磁化场(13)之间的区域中,至少在具有细化磁化场(15)的部分中生成第二个场强方向(f G Sub >)大致垂直的磁场方向(f F Sub>)磁化的粗磁化场(13)。在以此方式产生测量标准的情况下,与在极边界(6)的相邻部分的轨道(sr)的方向相反,在极边界(6)处的轨道的磁饱和减小了。
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