数控刀架

从仿真和试验结果看，以DSP芯片为核心的刀架控制系统采用矢量控制、PI控制、模糊控制是可行的，本文对推动我国高档数控刀架具有很大的现实意义。

Analyzing from the simulation and the test result , using the vector control , the PI control , the fuzzy control which base on the DSP chip are feasible , therefore , this thesis has a great practical significance in impelling our upscale numerical control turret .

数控刀架新产品开发项目的进度管理

Schedule Management of " NC TURRET " New Product Development Project

手动经济型数控刀架的原理与设计

The Theory and Design in g of Hand Economic Lathe NC Tool Carriage

采用非接触光电式测量方法，设计了多工位数控刀架误差测量系统。

An error measuring system for multi-location numerical control cutter holder was developed by adopted non-contact photoelectric measuring method .

作为进度计划的保证措施，我们必须重视项目人力资源计划。为此，在数控刀架项目中，我们通过建立专业人才数据库，使该项目人力资源的质量、数量得到保证；

So , throughout the " NC TURRET " project , the quality and quantity of working people were guaranteed by setting up of the professional talents bank ;

以数控刀架开发项目为例，我们对工业新产品开发项目管理新模式的四个方面即范围管理、进度计划制定、项目监测与控制以及项目人力资源管理进行了全面的实证研究。

In order to test this new pattern , we mada an experimental researches about the scale management , schedule management cost management and human-resource management in the " NC TURRET " project .

数控车床刀架译码系统的比较和选择

Comparison and Selection of Decoding System for Tool Post of NC Lathe

数控车床刀架控制系统的故障分析与处理

Fault Analysis and Treatment of the CNC Lathe Tool Holder Control System

数控车床刀架的故障分析与维修

The Fault Analysis and Maintenance of the Tool-rest of Numerical Control Lathe

基于动力学方法曲面恒切向数控车削刀架设计

Design of constantly tangential precision NC turning tool carrier based on mechanical kinetics

作为关键功能部件，高性能的数控动力刀架对提高机床整体性能、可靠性、稳定性和效率有重要意义。

As the key functional component , high performance NC power toolrest is significant to improve the machine tool overall performance , reliability , stability and efficiency .

文章介绍了端齿盘的结构特点、参数设计原则、并推导了主要结构参数设计公式，最后给出了其在数控电动刀架中的应用实例。

The structural characteristics the principle of parameters design , the formula derivation of transverse teeth gear are introduced . Finally , an example in CNC turret is given .

介绍了端齿盘的特点、主要结构参数设计和公式推导及其在数控电动刀架中的应用实例。

This paper introduces the characteristic , the main structure parameters design and the formula derivation of the transverse teeth , as well as the application of it in electric tool carrier .

数控车床回转刀架结构与转位精度

The turning accuracy and the rotary Toolpost structure of numerical control lathe

经济型数控车床电动刀架控制系统的设计与实现

The Design and Implementation of Electric Turret Control System for Economical CNC Lathe

普通车床数控改造中刀架改造及常见故障分析

Improvement of Tool-carrier and Analysis on Faults in NC Transformation of Traditional Lathe

多工位液压数控转塔刀架

Multiple-station hydraulic CNC turret

对国内外几种先进的数控转塔刀架结构型式、技术水平和应用开发等方面进行分析介绍。

Structural design , technical level , application and development of several advanced CNC revolving tool box saddles used both at home and abroad are analyzed in this article .

数控车削中心动力刀架的计算机辅助设计

The Computer-Aided Design for the CNC Turning Center Dynamic Tool Rest

数控车床转塔式刀架用三相异步制动电动机

Three-phase asynchronous brake motor for NC lathe 's capstan turret

基于二元决策图的数控机床转塔刀架系统重要度分析

Analysis on Importance of Turret Tool System of CNC Machine Tools Based on BDD

目前，中低档数控机床的主要配套件大多选用经济型数控系统以及电动刀架等，而其内部的控制逻辑是由可编程控制器（PLC）来实现的。

At present , Low and middle lever numerically controlled ( NC ) machines mostly choose economical NC system as well as motor-driven tool carrier etc , and its internal logic control is realized by Programmable Logic Controller ( PLC ) .