To implement the tool movements in an FMS, an FMS tool management software should be developed perfectly.
要实现FMS内刀具的合理流动，必须有一套功能完善的FMS刀具管理软件。
All those tool allocation and dispatching strategies are used in an actual tool management system for FMS.
这些刀具分配与调度策略已应用于实际的FMS刀具管理系统中。
The Concurrent tool management can shorten product circle effectively and improve the competition strength of enterprise.
并行化工具管理可以有效地缩短产品的生产周期，提高企业的竞争实力。
Based on the demand of users, the method to evaluate the applicability of tool management information system was discussed.
本文从用户需求出发，针对刀具管理信息系统的适用性进行研究。
In a tool management system for a FMS, the advantage and disadvantage of tool allocation strategy influences the manufacturing efficiency.
在FMS刀具管理系统中，刀具分配与调度策略的优劣直接影响系统加工效率。
In the paper, the tool management used in a manufacturing workshop with multi-variety and small-batch production is researched and developed.
本文对多品种、小批量的生产加工车间的工具管理系统进行了研究与开发。
In a tool management system for FMS, the better or worse about tool allocation and dispatching strategy influences the efficiency of tool movements.
在FMS刀具管理系统中，刀具分配与调度策略的优劣直接影响刀具流动的效率。
The tool management system of machining centre with centralized management mode is developed in terms of relevant standards and application requirements.
依据有关标准及使用要求，开发出集中管理模式下的加工中心刀具管理系统。
After making analyses on the status of tool distribution and studies on the features of tool flow in FMS, a high efficient and reliable tool management method is recommended in the paper.
通过分析FMS生产过程中刀具的分布状况和研究FMS的刀具流动特点，提出了一套高效、可靠的FMS刀具管理方法。
This paper mainly elaborates the delivering process of FMS tool management and information, describing in detail the way of evaluating tool's static life and the monitor process of tool movement.
本文主要阐述了FMS的刀具管理流程和刀具信息的传送过程，并对刀具的静态寿命设定方法和刀具动态监控过程作了较详细的论述。
Whats more, cutting tool management process was analyzed in IDEF0 way, and cutting tool resource information model was constructed based on blending classification method and object-oriented thought.
利用IDEF 0方法分析了刀具生命周期管理过程，并基于混合分类法和面向对象思想对刀具资源进行分类，建立了刀具资源信息模型。
The combination of resource base, communication tool, research tool, management tool based on information technology with other teaching elements is the support model for integration.
基于信息技术的资源库、交流工具、研究工具、管理工具与其他教学要素的结合构成整合的支持模型。
The combination of resource base, communication tool, research tool, management tool based on information technology with other teaching elements is the support model for integration.
基于信息技术的资源库、交流工具、研究工具、管理工具与其他教学要素的结合构成整合的支持模型。
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