computer integrated manufacturing中文什么意思

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用"computer integrated manufacturing"造句

电脑整合制造
计算机一体化制造
计算机综合制造

computer: n. 1.计算者。 2.(电子)计算机；计量器。短语和 ...
integrated: adj. 完整的，完全的。 an integrated ...
manufacturing: adj. 制造的，从事工业的。 a manufactur ...
cim computer integrated manufacturing: 计算机集成制造技术
cim computer-integrated manufacturing: 计算机集成制造

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例句与用法

Computer aided process planning ( capp ) is one of the nucleal techniques of advanced manufacturing , as well as the basic technique of computer integrated manufacturing system ( cims ) % concurrent engineering ( ce ) and agile manufacturing ( am )
计算机辅助工艺设计( computeraidedprocessplanning ， capp )是先进制造技术的核心技术之一，是实现计算机集成制造、并行工程乃至敏捷制造的重要基础性技术。
While manufacturing enterprises having gone in for the ideality , meanwhile , computer integrated manufacturing becomes a dynamic evolving paradigm . moreover , with its connotation developing step by step , a lot of new advanced manufacturing paradigms have been brought forward
伴随着制造业界追求这一崇高目标的过程，计算机集成制造哲理的内涵正在逐步发展，出现了许多新的先进制造哲理，可重构制造哲理便是其中之一。
The key technologies relate to web - based process planning are discussed in detail in the thesis : the feature technology and parametric technology in the computer integrated manufacturing are discussed . an approach to process planning based on parameterized feature is proposed
本文对基于web的工艺设计方法涉及的关键技术进行了深入的探讨：探讨了特征技术和参数化技术，详细介绍了基于特征参数化的工艺设计方法。
On - line inspection for machining center is one of the key technologies to improve precision and automation of machining center and one of the indiscerptible parts of the quality assurance system of computer integrated manufacturing system - cims
加工中心在线检测技术是提高加工中心工作精度和操作自动化程度的关键技术之一，是计算机集成制造系统( computerintegratedmanufacturingsystem ? cims )中质量保证系统不可分割的一部分。
But there are more complex systems in real life , such as complex industrial production processes , computer integrated manufacturing systems , intelligent robot systems , etc . it is urgent for control theory to make a remarkable progress in the control of complex systems
然而，现实生活中更多的是复杂系统，如复杂的工业生产过程、计算机集成制造系统、智能机器人系统等，控制理论亟需在复杂系统控制领域取得突破性的进展。