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导致机床调整水平面偏移的各种因素都会影响到多轴自动车床的加工结果。全苏物理及无线电技术测量研究院哈巴洛夫斯基分院研制了一种在加工过程中控制零件尺寸精度的方法,并在阿摩尔斯基机器制造厂推广使用。按以往的工艺过程,用带补偿刀杆的成形车刀进行零件的加工,不需作补充调整,这就消除了工作主轴固定误差的影响,在这种情况下仍出现自动车床执行机构的调整偏移。根据对该自动车床加工过程的研究,设计了一种主动测量系统(CAAK),即保存原来的加工方式和补偿刀杆的结构。由于气——电接触方法简单可靠,因此选用了此法作为变换和控制测量系统线路的方法。
Various factors that cause the machine to adjust the horizontal offset will affect the machining results of the multi-axis automatic lathe. All-Su Institute of Physics and Radio Measurement and Electronic Technology Khabarovski Branch has developed a method of controlling the dimensional accuracy of parts in the process, and the promotion of the use of machinery factory in Amores. According to the previous process, with the forming tool with compensation arbor processing parts, without additional adjustments, which eliminates the fixed spindle error, in this case there is still automatic adjustment of the actuator actuator Offset. According to the study of the automatic lathe machining process, an active measurement system (CAAK) is designed, which preserves the original machining mode and compensates the structure of the arbor. Since the gas-to-electrical contact method is simple and reliable, this method was chosen as a method of converting and controlling the measurement system line.