英语翻译The design of a single-chip tool monitoring systemfor on

英语翻译
The design of a single-chip tool monitoring system
for on-line turning operation
Received:2 September 2002 / Accepted:10 April 2003 / Published online:6 May 2004_ Springer-Verlag London Limited 2004
Abstract Tool condition monitoring systems play an
important role in a FMS system.By changing the worn
tool before or just at the time it fails,the loss caused by
defect product can be reduced greatly and thus product
quality and reliability is improved.To achieve this,an
on-line tool condition monitoring system using a singlechip
microcomputer for detecting tool breakage during
cutting process is discussed in this paper.Conventionally,
PC-based monitoring systems are used in most research
works.The major shortcoming of PC-based
monitoring systems is the incurred cost.To reduce costs,
the tool condition monitoring system was built with an
Intel 8051 single-chip microprocessor and the design is
described in this paper.The 8051 tool monitoring system
uses a strain gauge for measuring cutting force;
according to the force feature,the tool monitoring system
can easily recognize the breakage of the cutting tool
with its tool breakage algorithm.The experimental results
show that the low-cost 8051 tool monitoring board
can detect tool breakage in three successive products
successfully.
Keywords Tool condition monitoring Tool
breakage Quality and reliability PC-based
monitoring system Single-chip microprocessor
1 Introduction
Tool condition monitoring has become a popular topic
in the development of industrial automation.Many
universities and research institutes are devoted to this
study.In a competitive industrial society,the key to
survival is to be the first group to achieve total automation
Within the current trend to automate manufacturing
processes,the development of automatic
detection systems of cutting tool breakage and wear has
become an important area,and is currently in vogue.
Cutting tool breakage is an especially serious and urgent
event that demands immediate detection and recovery,
without which a huge amount of defective workpieces
may flow into the subsequent production process,leading
死马当活马医了

设计一单一薄片用工具工作监听系统
对于在线的旋转操作
收到:2 2002 年九月 /接受:10 在线的 2003 年四月 / 出版:6 2004_ 年梅跳跃的人-Verlag 的伦敦有限公司 2004
抽象的工具情况监听系统玩一
一个 FMS 系统的重要的角色.藉由变更那磨损的
用工具工作在或者之前当它失败的时候,引起的损失被
缺点产品能非常而且如此被减少产品
质量和可信度被改良.达成这,一
在线的工具情况监听系统使用 singlechip
发现工具破坏的微型计算机在
锐利的程序在这纸中被讨论.照惯例,
以个人计算机为基础的监听系统被用于大多数的研究
作品.主要缺点以个人计算机为基础的
监听系统是被招致的费用.减少费用,
工具情况监听系统与一一起建造
英代尔 8051 单一薄片微处理器和设计是
在这纸中描述.8051 工具监听系统
使用测量锐利的力量的一个紧张标准度量;
依照力量特征,工具监听系统
能容易地认识锐利工具的破坏
藉由它的工具破坏运算法则.实验的结果
表示廉价的 8051个工具监听搭乘
能在三种连续的产品中发现工具破坏
成功地.
牛鼻子字工具情况监听工具
破坏质量和可信度以个人计算机为基础的
监听系统单一薄片微处理器
1 介绍
工具情况监听已经变得一个流行的主题
在工业自动化的发展.多数
大学和研究学会热中于这
研究.在一个竞争的工业社会,的关键中
生存将是第一个小组达成完全的自动化
在现在的趋势里面自动化制造业
程序,自动机械的发展
破坏和穿着有的锐利工具的发现系统
变成一个重要的区域,而且现在在时尚中.
锐利的工具破坏是一尤其严重又紧急的
要求立即的发现和恢复的事件,
没有哪一个极大量的有缺陷的细工品
可能进入后来的生产程序,领先之内流动