Pro/E-Based Non-Damage Dynamic Simulation Assembling and Disassembling of CA6140
p.376
p.376
Quantitative Evaluation in Maintainability of Equipment Engineering Developing Stage
p.380
p.380
Research and Application on a Multi Head Conjugate Disc Indexing Cam Mechanism
p.384
p.384
Research and Application on Fault Simulation Technology Based on Virtual Prototype
p.389
p.389
Research of Embedded Precision Internal Grinding Open CNC System Based on Decoupling Design
p.393
p.393
Research of Machine Tool Reconfiguration Based on Reliability
p.397
p.397
Research of Mechanical Sensibility on Vibrating-Beam Piezoelectricity Gyroscope
p.402
p.402
Research of Reliability Enhancement Testing about Fatigue Component of a Feeding Mechanism
p.408
p.408
Research on Accuracy Design of Mechanical Design
p.412
p.412
Research of Embedded Precision Internal Grinding Open CNC System Based on Decoupling Design
Abstract:
This paper introduces an architecture of embedded precision internal grinding open CNC system based on decoupling design, described the decoupling design method and principle. In this design, ARM was the main hardware device for CNC system and the embedded operating system μc/os-ii was used as the software development platform. Decoupling design based CNC system can be good at dealing with multitask and ensure the real time of system control.
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Periodical:
Applied Mechanics and Materials (Volumes 184-185)
Pages:
393-396
Citation:
Online since:
June 2012
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© 2012 Trans Tech Publications Ltd. All Rights Reserved
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