Research and Development of Embedded CNC System for Drilling Based on ARM

Bang Fu Wang

doi:10.4028/www.scientific.net/AMR.291-294.2733

Paper Titles

The High-Precision Relative Rotational Speed Measurement System Based on Magnetic Signal and Spectrum Correction
p.2713

Study on PIDNN-Based Flow Control in Layered Water Injection Technology in Oilfield
p.2718

A Design of Sheet Metal Handing Manipulator Based on PLC
p.2723

A Novel Dimension Measurement System of Hot Large Open Die Forgings
p.2728

Research and Development of Embedded CNC System for Drilling Based on ARM
p.2733

The Research on Snake-Like Robot Design Based on Single Chip Microprocessor
p.2737

Multi-Class SVMs Based on Priority for Computer-Aided Diagnosis of Lung Nodules in CT Images
p.2742

Study on the Soil Slope Stability Based on the Support Vector Machine
p.2746

Fluorescence Spectroscopy as a Potential Monitoring Tool for Recycled Water Systems
p.2750

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Research and Development of Embedded CNC System for Drilling Based on ARM

Abstract:

Based on the in-depth study of embedded systems technology and characteristics of the ultrasonic vibration drilling process, the new CNC system for ultrasonic vibration drilling based on ARM and μC / OS-II embedded was proposed in this paper. For this system, the kernel of hardware is the 32 -bit embedded CPU LPC2210 with characteristics of high performance and low power consumption. And it is also equipped with the required peripheral modules to extend itself to one whole hardware system and the interface circuit. Its software is based on μC / OS -II real -time embedded operating system, and the required application software needs to be developed so as to turn μC / OS- II real -time embedded operating system into one practical embedded ultrasonic CNC drilling.