This paper presented constitutional system on knowledge base of scheme solving of mechatronic systems.
提出了机电一体化系统方案求解知识库的构成体系。
UAV is a complex mechatronic system, in order to meet the needs of fault diagnosis, based on the theory of fuzzy mathematics, and integrate case-based reasoning into fuzzy inference machine.
无人机是一个结构复杂的机电一体化系统，为了满足故障诊断的需求，以模糊数学理论为基础，并将案例推理融合到模糊推理机中。
The main purpose for this type of system is to ensure that right configuration is correctly tested, verified and flashed into the mechatronic product.
此类型系统的主要目的是确保正确的配置被正确地测试，验证，并烧入到机电产品中。
The braking system is designed again with the new mechatronic conceptual design method in this dissertation. The result is of drawing up perfect scheme.
本文采用全新的机电一体化概念设计方法，对整个汽车制动系统进行了重新设计，最终得出理想的设计方案。
New closed loop observer and control system was added on rolling machine for the measurement of sheet film thickness, thus made the rolling machine become a truly mechatronic product.
在新研制的压延机上增加塑料薄膜厚度闭环测控系统，使压延机成为一套真正的机电一体化设备。
The characteristics and knowledge structure system of mechatronic engineering were analyzed, and training model for students was put forward based on different professional hierarchy.
分析了机械电子工程专业的特点及其知识结构，按人才的不同层次提出了人才培养的模式。
The conception of concurrent engineering is introduced into the conceptual design of the mechatronic servo-system, and the process model of conceptual design of mechatronic servo-system is given.
将并行工程思想引入机电伺服系统的概念设计，给出了机电伺服系统概念设计过程模型。
The main research of this paper includes: 1. Establish the theory framework and the system model of the environmental management system for mechatronic product life cycle.
论文的主要研究工作体现在以下几个方面：1。构造了面向产品全生命周期的环境管理理论框架及系统模型。
These devices, which form part of the L-force drive and automation system, integrate seamlessly with Lenze's PC-based control systems to create the ideal mechatronic solution.
这些设备，将形成L力量驱动器和自动化系统，将基于伦茨PC的控制系统与无缝技术相集成可制造理想的机械电子解决方案。
These devices, which form part of the L-force drive and automation system, integrate seamlessly with Lenze's PC-based control systems to create the ideal mechatronic solution.
这些设备，将形成L力量驱动器和自动化系统，将基于伦茨PC的控制系统与无缝技术相集成可制造理想的机械电子解决方案。
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