flexible manufacturing system（fms的效益体现在哪几个方面）

本文目录

• fms的效益体现在哪几个方面
• 智能制造英文
• 生产作业管理中术语英文全称并翻译成中文：1、MRP；2、JIT；3、BPR；4、QFD；5、FMS
• 帮忙把下面的话翻译成英文

fms的效益体现在哪几个方面

fms的效益体现在以下方面：

1、设备利用率高。

一组机床编入柔性制造系统后，产量比这组机床在分散单机作业时的产量提高数倍。

2、在制品减少80%左右。

3、生产能力相对稳定。

自动加工系统由一台或多台机床组成，发生故障时，有降级运转的能力，物料传送系统也有自行绕过故障机床的能力。

4、产品质量高。

零件在加工过程中，装卸一次完成，加工精度高，加工形式稳定。

5、运行灵活。

有些柔性制造系统的检验、装卡和维护工作可在第一班完成，第二、第三班可在无人照看下正常生产。在理想的柔性制造系统中，其监控系统还能处理诸如**的磨损调换、物流的堵塞疏通等运行过程中不可预料的问题。

6、产品应变能力大。

**、夹具及物料运输装置具有可调性，且系统平面布置合理，便于增减设备，满足市场需要。

柔性制造系统：

fms就是柔性制造系统，是指由一个传输系统联系起来的一些设备，传输装置把工件放在其他连接装置上送到各加工设备，使工件加工准确、迅速和自动化。柔性制造系统有中央计算机控制机床和传输系统，有时可以同时加工几种不同的零件。

由统一的信息控制系统、物料储运系统和一组数字控制加工设备组成，能适应加工对象变换的自动化机械制造系统(Flexible Manufacturing System)，英文缩写为FMS。

一组按次序排列的机器，由自动装卸及传送机器连接并经计算机系统集成一体，原材料和代加工零件在零件传输系统上装卸，零件在一台机器上加工完毕后传到下一台机器，每台机器接受操作指令，自动装卸所需工具，无需人工参与。

以上内容参考 百度百科-柔性制造系统

智能制造英文

智能制造对应两种英文表述，分别是**art manufacture 和 intelligent manufacture。

intelligent manufacture的提法出现更早，但多数场合指的却是 **art manufacture。**art manufacture主要对应数字化网络化制造，而intelligent manufacture则对应新一代智能制造。**art manufacture 与 flexible manufacturing相似。但从手段上看，前者侧重用ICT的应用。

智能制造的定义：

智能制造是一种由智能机器和人类专家共同组成的人机一体化智能系统，在制造过程中能进行智能活动，将制造自动化的概念扩展到柔性化、智能化和高度集成化。智能制造应当包含智能制造技术和智能制造系统，智能制造系统不仅能够在实践中不断地充实知识库，而且还具有自学习功能，还有搜集与理解环境信息和自身的信息，并进行分析判断和规划自身行为的能力。

生产作业管理中术语英文全称并翻译成中文：1、MRP；2、JIT；3、BPR；4、QFD；5、FMS

1、MRP Material Requirements Planning   物料需求计划
2、JIT Just-in-time 准时生产方式
3、BPR Enterprise Resource Planning   企业资源计划 
4、QFD Quality Function Deployment 质量功能展开
5、FMS Flexible Manufacturing System   柔性制造系统

帮忙把下面的话翻译成英文

Flexible Manufacturing System is controlled by the unified information System material storage and transportation System and a set of numerical control processing equipment, able to adapt to the processing object of automatic machinery Manufacturing System (Flexible Manufacturing System), the English abbreviation for FMS it is a kind of technology Highly automated system, it will microelectronics computer and system engineering technology organically, ideal and solved successfully machinery manufacturing the contradiction between high automation and high flexibility
The development trend of flexible manufacturing system roughly two aspects On the one hand is combined with computer aided design buckle aided manufacturing system, using the data of original product series of typical process, different modules combination design, form various forms of modular flexible systems with material flow and information flow On the other hand is to realize the product from the decision-****** product design production and sales of the whole production process automation, especially the management level of automation of computer integrated manufacturing system In this system, the flexible manufacturing system is just a part of it
The biggest characteristic of automatic production line is its comprehensive and systemic, comprehensive mainly related to mechanical technology, microelectronics technology electrical and electronic sensor test technology, inte***ce technology information transformation technology organically combined with a variety of technologies such as network communication technology, and comprehensive application to the production equipment; And systemic refers to the production line of the sensor detects the tran**ission and processing control execution and drive mechani** in micro processing unit under the control of the coordination work orderly, organically fuses in together This system works complete an artifact removal of sorting, simulation of a production line production process First by the feeding station to provide raw materials, freight station to be sent to the machining station, and then sent to the assembly station for installation, and finally by sorting station sorting design work in feed processing and assembling conveyor sorting unit as the integral design of the automatic production line, c***titute a typical mechanical platform of automatic production line, adopts pneumatic drive inverter drive system’s instituti*** and the step (servo) motor position control.