首页> 外国专利> Method for producing a gear wheel having a herringbone gearing and method and device for generating control data for forming a herringbone gearing on a workpiece

Method for producing a gear wheel having a herringbone gearing and method and device for generating control data for forming a herringbone gearing on a workpiece

机译:具有人字形齿轮的齿轮的制造方法以及用于产生用于在工件上形成人字形齿轮的控制数据的方法和装置

摘要

Process for producing a toothed wheel (10) having a herringbone by toothed spindle machining by milling of a workpiece on a machine tool numerical control, which comprendeal least four axes, in particular in a milling machine, a machine a universal tool or spindle machining center, by successively output machining paths over the workpiece with unaherramienta milling, in particular an end mill, the machine tool based on control data, comprising; - generating control data for directing the milling tool relative to the workpiece, quecomprende: - establishing a first geometry (12a, 12b) tooth flank, which corresponds to a geometry unprimer tooth flank of a first toothed part of the herringbone gearing, - establishing a second geometry (13a, 13b) tooth flank, which corresponds to a geometry ofa second tooth flank of a partial second toothing of the herringbone gearing, - establish a geometry (14a, 14b) transition section, corresponding to a geometry unasección transition between the first tooth flank and the second tooth flank - determining a geometry (12a, 13a, 14a; 12b, 13b, 14b) of overall tooth flank which comprises laprimera geometry (12a, 12b) tooth flank geometry (14a, 14b) and transition section lasegunda geometry (13a, 13b) tooth flank, and - generating control data based on the geometry a (12a, 13a, 14a; 12b, 13b, 14b) flank dienteglobal indicating data control data pathway to direct the milling tool of the machine tool along machining paths, running the machining paths in each entransversal case the profile direction of the tooth flanks, in particular different profile heights, I lolargo of the first geometry (12a, 12b) tooth flank geometry (14a, 14b) of detransición section and the second geometry (13b) tooth flank; and - machining by milling of the workpiece on the machine tool with the tool in fresarbasándose generated control data, controlling the milling tool successively lolargo of machining paths indicated by the data track.
机译:通过在包括至少四个轴的机床数控系统上铣削工件,通过齿主轴加工来制造具有人字形的齿轮(10)的方法,特别是在铣床,机床,通用工具或主轴加工中心中通过利用非硬质合金铣削,特别是端铣刀在工件上连续输出加工路径,该机床基于控制数据,包括: -生成用于控制铣刀相对于工件的控制数据,即:-建立第一几何(12a,12b)齿面,该齿面对应于人字齿轮第一齿部的几何非底齿,-建立第二几何形状(13a,13b)齿侧面,其对应于人字齿轮的部分第二齿的第二齿侧面的几何形状,-建立几何形状(14a,14b)过渡段,该过渡段对应于第一几何形状之间的不安全过渡齿侧面和第二齿侧面-确定整个齿侧面的几何形状(12a,13a,14a; 12b,13b,14b),包括laprimera几何形状(12a,12b)齿侧面几何形状(14a,14b)和过渡部分lasegunda几何形状(13a,13b)齿面,以及-基于几何a(12a,13a,14a; 12b,13b,14b)齿面dienteglobal生成控制数据,指示数据控制数据路径以引导机床的铣削刀具沿加工路径运行,在每个横向情况下沿加工路径运行,分别是齿侧面的轮廓方向,特别是不同的轮廓高度,即detransición截面的第一个几何形状(12a,12b)的齿侧面几何形状(14a,14b)和第二几何形状(13b)齿面; -通过使用fresarbasándose中的工具在机床上铣削工件来生成控制数据,依次控制铣削刀具,以数据轨迹指示的加工路径进行连续加工。

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