刀具寿命

基于WEB数控机床刀具寿命管理系统的研究与开发

Research and development of cutter life management system of WEB-Based CNC

在中、低速切削时，由于MnS的断屑与减摩作用，也改善了切削条件，提高刀具寿命。

During medium or low speed cutting processes because MnS has chip-breaking and antifriction properties , this steel may also improve cutting conditions and prolong cutter life .

应用MATLAB软件统计分析刀具寿命分布规律

Statistical Analysis of Distribution Pattern of Cutting Tool Life Span with MATLAB Software

FMS刀具寿命在线预测与管理

On-line Prediction and Management of Tool Life in FMS

FMS中刀具寿命可靠性及刀具磨损在线监视的研究

A Study of Tool Life Reliability and Tool Wear Monitoring in Flexible Manufacturing System

FMS刀具寿命优化管理研究

Study on Optimal Management for FMS Tool-life

使用FANUC刀具寿命管理功能，实现了设备刀具寿命管理的自动化。

FANUC tool life management function controls tool life automatically .

FANUC用户宏程序在刀具寿命管理中的应用

The User Macro-Program of FANUC in Tool Life Managed Application

并在此基础上，利用.NET.Framework、UML.技术以及C语言开发了基于WEB方式的数控机床刀具寿命管理系统。

On the basis of the former work , the Cutter Life Management System of WEB-Based CNC is developed . The cutter life management system is mainly exploited by C # , . NET Framework and UML technology .

该钢合金元素含量较M2大为减少，用该钢制造的刀具寿命与M2相当。

The new steel gives equivalent or better performance than conventional HSS M2.The alloying element contents in the steel are much less than M2 .

基于Taylor刀具寿命方程，探讨了建立刀具材料磨损性能图的方法，并通过实验进行了验证。

Based on the Taylor ′ s tool life formula , the method of establishing wear performance chart for cutting materials is investigated and testified through systematic experiment .

本文对“M2”高速钢板制造的锯片铣刀所作的热处理工艺试验、红硬性试验和刀具寿命试验进行了分析。

In this paper , with respect to M2 HSS saw blades , a series of experimental analysis is performed with heat treatment , red hardness and tooling life .

实验发现，切削液条件下的刀具寿命要优于低温MQL润滑切削。

It was found that the tool life is longer under cutting fluid than that under lower temperature MQL .

针对传统计算刀具寿命方法的不足，本文引入了人工智能技术&BP神经网络，并采用Java语言编制算法程序，分别建立了刀具寿命预测和切削参数优化的模型。

After analysis the defects in the traditional calculating method of tool life , one of the technologies of artificial intelligence-BP Neural Network was introduced , and the algorithm was programmed with Java programming language , then the model of tool life predicting and cutting parameters optimization were established .

基于DE-BP神经网络的刀具寿命预测研究

Prediction of Cutting Tool Life Based on DE-BP Algorithm

文章首先介绍了FANUC数控系统刀具寿命管理功能的使用目的和方法，然后说明了怎样使用用户宏程序来存储、修改和删除FANUC刀具寿命管理数据。

First the purpose and method of using FANUC tool life management function are introduced . And then register , change and delete of the tool life management date using custom macro are illustrated .

文中综合考虚了加工精度和刀具寿命等问题，并且涉及到不同的刀具材料。

Problems of cutting precision , tool life , and etc.

超声振动切削在提高刀具寿命方面具有明显的效果。

Also ultrasonic vibration cutting embodies obvious effects in promoting tool life .

刀具寿命诊断的神经网络技术

A Neural Network Approach to cutting Tool Life Diagnosis

铣削加工刀具寿命在线监测

Tool Life on - line Monitoring in the Milling

在数控加工中应用刀具寿命管理功能

Applying the Tool Life Management Function in CNC Machining

基于宏程序的数控机床刀具寿命管理设计

Design of Cutter Life Management for CNC Machine Tool Based on Custom Macro

在数控机床上通过监视主轴电机负荷实时监控刀具寿命

Real-time Monitoring Cutting Tool Life by Monitoring Spindle Motor Load of CNC machine

数控刀具寿命智能化管理系统的研究

Research on Intelligent Management System of NC Tool Life

刀具寿命期间，保证进入双齿啮合剃齿。

During the live , the shaving is kept in the double-teeth toothing region .

刀具寿命变异系数的试验研究

The Experimental Study of Tool Life Variation Coefficient

延长合理重磨线提高刀具寿命的方法

Methods of Prolonging the Lifetime of Cutting Tools through Extending the Reasonable Reconditioning Line

在干切状态下，切削深度对刀具寿命影响最大。

Under dry cutting state , tool life is affected mostly by cutting depth .

提高硬质合金刀具寿命的途径

Way to Increase d Carbide Tool Life

用切削液超高压注入法提高刀具寿命的研究

Injection of Super high Pressure Cutting Fluid