论文部分内容阅读
我厂数控机床的指令系统中,绝大多数采用八单位偶校验的ISO代码。在编程的计算过程中,由于TQ-16机原通道设计的局限性,其计算结果只能用宽行打印机打印输出数控程序单,然后再用穿复校机手工穿制和校对数控机床的加工纸带,而不能直接用快速纸带穿孔机输出ISO代码的加工纸带,也不能用光电输入机输入ISO代码对数控加工纸带进行自动快速校对。因而导致该机不能满足自动编程的需
I plant NC machine instruction system, the vast majority of eight units even parity ISO code. In the process of programming, due to the limitation of the original channel design of TQ-16, the calculation result can only be printed and printed out by a wide-line printer, and then the CNC machine tool is worn and proofread manually You can not output the ISO paper tape directly by using the quick tape punch nor can you input the ISO code by using the optical input machine to perform automatic quick calibration on the NC paper tape. Which led to the machine can not meet the needs of automatic programming