数控支援系统英文解释翻译、数控支援系统的近义词、反义词、例句
英语翻译：
【计】 numerical control support system
分词翻译：
数的英语翻译：
a few; count; enumerate; fate; frequently; list; number; numeral; numericreckon; repeatedly; serveral
【计】 crossing number; N
【医】 number
【经】 number
控的英语翻译：
accuse; charge; control支援系统的英语翻译：
【电】 support system网络扩展解释
数控支援系统 (Shù Kòng Zhī Yuán Xìtǒng)
数控支援系统是一种用于机械加工的自动化控制系统，具有高精度、高效率和自动化程度高的特点。该系统通过计算机控制机床的动作和运行，实现对工件的精准加工。
Computer Numerical Control Support System
The Computer Numerical Control (CNC) Support System is an automated control system used in mechanical machining. It is known for its high precision, efficiency, and high degree of automation. This system controls the movements and operations of machine tools through computer programming, enabling precise machining of workpieces.
[Kəmˈpjuːtər] [ˌnjuːˈmerɪkəl] [kənˈtrəʊl] [səˈpɔːt] [ˈsɪstəm]
[kəm-PYOO-ter] [NOO-MER-i-kəl] [kən-TROHL] [suh-PORT] [SI-stəm]
英文用法
The term "Computer Numerical Control Support System" is a technical phrase used in the field of mechanical engineering and machining. It refers to an automated control system that assists in the precise machining of workpieces using computer programming and machine tools.
英文例句
1. The CNC support system improved the efficiency and accuracy of the machining process. (数控支援系统提高了加工过程的效率和精确度。)
2. The company invested in a state-of-the-art computer numerical control support system. (该公司投资了一套最先进的数控支援系统。)
英文近义词
1. Computer Numerical Control System: A similar term used to describe the same type of automated control system in mechanical machining. (数控系统)
2. Computer-Aided Manufacturing (CAM) System: A system that utilizes computer software to control machine tools and automate manufacturing processes. (计算机辅助制造系统)
英文反义词
1. Manual Machining: The traditional method of machining where operators manually control the movements of machine tools. (手动加工)
2. Conventional Machining: Refers to the conventional means of machining without the use of computer-based control systems. (传统加工)
英文单词常用度
The term "Computer Numerical Control Support System" has a moderate level of common usage in technical and engineering contexts. It is commonly encountered in discussions related to machining, automation, and manufacturing processes.