有人工智能的专家系统。
（3）introduction of Fault Diagnosis Expert System
（3）引入故障诊断专家系统
（4）intelligent digital servo drives
（4）智能化数字伺服驱动装置
Automatic Identification can load, and automatically adjust parameters to get the best drive system operation.
可以通过自动识别负载，而自动调整参数，使驱动系统获得最佳的运行。
Second, CNC of the need for transformation
二、机床数控化改造的必要性
2.1, microscopic view of the necessity of
2.1、微观看改造的必要性
From the micro perspective, CNC machine tools than traditional machines have the following prominent superiority, and these advantages are from the NC system includes computer power.
从微观上看，数控机床比传统机床有以下突出的优越性，而且这些优越性均来自数控系统所包含的计算机的威力。
2.1.1 can be processed by conventional machining is not the curve, surface and other complex parts
2.1.1 可以加工出传统机床加工不出来的曲线、曲面等复杂的零件。
Because computers are superb computing power can be accurately calculated instantaneous each coordinate axis movement exercise should be instantaneous, it can compound into complex curves and surfaces.
由于计算机有高超的运算能力，可以瞬时准确地计算出每个坐标轴瞬时应该运动的运动量，因此可以复合成复杂的曲线或曲面。
2.1.2 automated processing can be achieved, but also flexible automation to increase machine efficiency than traditional 3 to 7 times.
2.1.2 可以实现加工的自动化，而且是柔性自动化，从而效率可比传统机床提高3～7倍。
Because computers are memory and storage capacity, can be imported and stored procedures remember down, and then click procedural requirements to implement the order automatically to achieve automation. CNC machine tool as a replacement procedures, we can achieve another work piece machining automation, so that single pieces and small batch production can be automated, it has been called "flexible automation."
由于计算机有记忆和存储能力，可以将输入的程序记住和存储下来，然后按程序规定的顺序自动去执行，从而实现自动化。数控机床只要更换一个程序，就可实现另一工件加工的自动化，从而使单件和小批生产得以自动化，故被称为实现了"柔性自动化"。
2.1.3 high precision machining parts, the size dispersion of small, easy to assemble, no longer needed "repair."
2.1.3 加工零件的精度高，尺寸分散度小，使装配容易，不再需要"修配"。
2.1.4 processes can be realized more focused, in part to reduce the frequent removal machine.
2.1.4 可实现多工序的集中，减少零件 在机床间的频繁搬运。
2.1.5 ha
