Analyzing the Familiar Failures and Its Elimination of Hydraulic System Which Affect the Processing Precision Grinding Machine

Yong Tian; Xianzhou Cao

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Analyzing the Familiar Failures and Its Elimination of Hydraulic System Which Affect the Processing Precision Grinding Machine

机译：影响加工精密磨床的液压系统常见故障分析及消除

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Analyze the familiar failures and its elimination of hydraulic system which affect the processing precision of grinding machine. Find out mostly problems of the hydraulic system. Movable platform 'crawl'; the velocity disaccord of the movable platform moving out and home; the rapidity falls short of theory value when the movable platform moves speediness; when the movable platform is being start-up or stop, it may rush ahead suddenly; the positions' precision of the movable platform is affected by the three-position directional control valve. The temperature of oil is too high when the machine is working etc. Bring forward the method how to eliminate these failures. These can offer some reference for grinding machine on its design, use, maintenance etc.

机译：分析影响磨床加工精度的常见故障及其排除的液压系统。找出大部分液压系统的问题。可移动平台“抓取”；可移动平台移出并返回原处的速度不一致；移动平台快速移动时，其速度不符合理论值。当可移动平台启动或停止时，它可能会突然向前冲；可移动平台的位置精度受三位方向控制阀的影响。机器工作时等机油温度过高。提出了消除这些故障的方法。这些可以为磨床的设计，使用，维护等提供一些参考。

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来源
《Key Engineering Materials》 |2009年第2009期|238-242|共5页
作者
Yong Tian; Xianzhou Cao;
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作者单位

School of Mechanical & Electical Engineering, Henan University of Technology, Zhengzhou,China, 450007;

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原文格式 PDF
正文语种 eng
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关键词
grinding machine; hydraulic system; processing precision; familiar failure; elimination;

机译：磨床;液压系统;加工精度熟悉的失败;淘汰;

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1. Identification of Precision Grinding Processes on a Coordinate-Grinding Machine [J] . V. E. Lysov, A. S. Medvedev Russian engineering research . 2009,第6期

机译：坐标研磨机上精密磨削过程的识别
2. Precision grinding of axi-symmetric aspherical surface -grinding of aspherical die by using of on-machine measurement system - [J] . Hirofumi Suzuki, Naoshi Wajima, Katsuo Syoji, 砥粒加工学会誌 . 1999,第9期

机译：轴对称非球面的精密研磨-使用机上测量系统研磨非球面模具-
3. Precision grinding of axi-symmetric aspherical surface -grinding of aspherical die by using of on-machine measurement system - [J] . Hirofumi Suzuki, Naoshi Wajima, Katsuo Syoji, 砥粒加工学会誌 . 1999,第9期

机译：机床测量系统采用非球面模具的轴对称非球面的精确研磨 -
4. Analyzing the Familiar Failures and Its Elimination of Hydraulic System Which Affect the Processing Precision Grinding Machine [C] . Yong Tian, Xianzhou Cao Conference of Abrasive Technology in China . 2009

机译：分析熟悉的故障及其消除影响加工精密磨床的液压系统
5. Development and analysis of a new hydrodynamic spindle support to improve manufacturing performance of precision grinding machines. [D] . Engesser, Michael. 2000

机译：开发和分析新型液压主轴支架，以改善精密磨床的制造性能。
6. The affective processing of loved familiar faces and names: Integrating fMRI and heart rate [O] . Jaime Vila, Cristina Morato, Ignacio Lucas, 2012

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7. Analysis of a Feasibility Study of a Precision Grinding Process for Industrial Blades Used in the Cutting of Soft Tissues by a Prototype 5-Axis CNC Grinding Machine [O] . Bartosz Zieliński, Wojciech Kapłonek, Marzena Sutowska, 2019

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8. Use of In-Process EDM Truing to Generate Complex Contours on Metal-Bond, Superabrasive Grinding Wheels for Precision Grinding Structural Ceramics. [R] . Piscotty, M. A., Davis, P. J., Saito, T. T., 1997

机译：使用在线EDm修整在精密研磨结构陶瓷的金属粘结，超硬磨料砂轮上生成复杂轮廓。

Analyzing the Familiar Failures and Its Elimination of Hydraulic System Which Affect the Processing Precision Grinding Machine

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