微型轴承

面向微型轴承制造过程的SPC专家系统的研究与开发

Study on SPC Expert System for Miniature Bearing Manufacturing Process

第六章，在前面研究结果的基础上，针对微型轴承套圈各磨削工序的特点，研究面向微型轴承制造的嵌入式SPC系统，包括几何尺寸、表面粗糙度、以及圆度等参数的检测与控制。

Chapter six , Considering the characteristic of grinding work-procedure an embedded SPC system for manufacturing miniature bearing ferrule is studied . This system also includes the control and measurement of geometry dimension , surface roughness and form .

PLC在微型轴承自动检测系统中的应用

Application of PLC in Micro-bearing Automatic Testing System

用离子束动态混合技术将Ti和N两种离子同时注入1.57&1.60mm的精密微型轴承滚珠。

Ti and N ions are simultaneously introduced into precise mini-bearing balls ( 1.57 1.60mm ) by the dynamic ion beam mixing technique .

为了消除诸如微型轴承噪声测试分析中存在的强大背景噪声问题，本文引入了一种新的信号处理方法&自适应消噪技术ANC（AdaptiveNoiseCancelling）。

In order to cancell the influence of the enormous background noise , this paper introduces a new kind of signal processing method & the Adaptive Noise Cancelling technique ( abbreviated as ANC ) .

提高微型轴承表面质量的研究

An Investigation on the Quality Improvement of Miniature Bearing 's Surface

微型轴承振动与工艺误差和润滑的相关性研究

Relativity Investigation of Miniature Bearing Vibration with Technical Error and Lubrication

微型轴承测量附件零件图的自动生成

Automatic Plotting for Component Drawing of Measurement Accessory of Miniature Bearings

基于电火花磨削的精密微型轴承内孔加工

Internal Bore Processing of Precision Miniature Bearings Based on Spark Grinding

微型轴承摩擦力矩与工艺误差及润滑的相关性分析

Relevant Analysis between Friction Torque Technical error & Lubrication for Miniature Bearings

高速精密微型轴承性能测试装置

A testing rig for measuring the performance of high speed miniature bearing

弹流理论在微型轴承中的应用

The Application of the Theory of Elastohydrodynamic Lubrication on Microminiaturized Ball Bearing

精密微型轴承计算机辅助工艺决策原理

Computer Aided Process Decision Principle for Precision Miniature Bearing

超长不锈钢管、铬钼合金自行车管、微型轴承管

Ultra-long Stainless Steel Pipes ; Chrome-molybdenum Alloy Pipes for Bicycles ; Micro-bearing Pipes

独立制造岛模式与微型轴承生产

Autonomous manufacturing island model and miniature bearing production

精密微型轴承中的正交力矩

The Cross Torque in Precise Miniature Ball Bearing

微型轴承的摩擦力矩及其测量

The Friction Torque and Measurement of Miniature Bearings

微型轴承的失效模式及其对策

Failure Mode and Its Countermeasure for Miniature Bearing

微型轴承多目标优化设计

Multi-objective Optimum Design of Miniature Rolling Bearings

微型轴承优化设计计算

Optimum Design of Miniature Ball Bearings

微型轴承振动仪

Vibration Instrument of Miniature Bearing

微型轴承噪声的测量

Noise Measurement of Miniature Bearings

第五章，结合本系统在微型轴承套圈磨削加工中的具体应用，研究系统在质量目标的制订、质量检测与数据收集、质量分析、质量改进以及质量控制等方面所发挥的作用。

In chapter five , we research the application analysis of the system with example in miniature bearing manufacturing process .

介绍高速精密微型轴承性能测试装置的主要技术指标。

In this paper , the main technical indexes of performance inspecting device for high accuracy miniature bearings are introduced .

文章对微型轴承生产管理信息流、技术准备信息流以及加工设备的基本配置进行了分析和讨论。

This paper analyzed information flow of production management , information flow of technology preparation and basic configuration of machining equipment in miniature bearing production .

本文阐述了独立制造岛理论及其在微型轴承生产中的应用实例。

In the paper , the theory was introduced , and an example was given , in which the theory was applied in miniature bearing production .

可编程控制器在微型轴承装配机中的应用装配力关系到动压气浮轴承的性能，轴承装配前应对装配力作限制，避免轴承变形。

Application of programmable controller in assembling machine for miniature bearings Assembly-force bears a relation to the stability of the bearing , and it must be limited to avoid distortion .

对于通用结构的微型轴承，利用计算机对输入的信息进行归纳与推理，实现工艺决策，生成加工工艺，是一种可靠、实用的方法。

For the universal structure miniature bearings , using the computer to sum up and consequence for input information , realizing process decision and making machining process is reliable and applicable method .

在转臂轴承的选用上，采用结构尺寸较小的微型轴承代替摆线行星传动中的无外圈圆柱滚子轴承的传统结构。

As far as the choice of the arm bearings , 1 used miniature bearing with small size to replace the cylinder roller bearing which has no periphery and is used in traditional cycloidal drives .

通过寿命试验揭示微型轴承的一种失效模式在边界润滑状态下，高速旋转轴承的粘着磨损和磨粒磨损，并探讨了目前常用的几种工程解决方案。

By life test , the failure modes of the miniature bearing are adhere wear and abrasive wear under boundary lubrication at high speed , the research on several current solution methods in engineering has been made .