ABSTRACT
A non-invasive detecting and analyzing method which used to monitor the working condition of rotating anode X-ray was proposed. Based on the NI development environment, accelerometer, 24-bit high resolution data acquisition card and personal computer were connected to construct the system for collecting the vibration signal of X-ray tube. Results demonstrate that the system could acquire and store the vibration data of X-ray tube quickly and efficiently. The characteristics of vibration, were extracted and processed, which proposed a new approach to detect the malfunction of rotating anode X-ray early and effectively.
Subject(s)
Equipment Design , Software , Tomography, X-Ray Computed , Methods , VibrationABSTRACT
The medical diagnostic photographic X-ray machine is a kind of widely used image examination equipment in hospital,and the images produced is of great significance to patients and doctors as an important clinical diagnostic warranty.This paper introduces a quality inspection technology aiming at medical diagnostic X-ray machine in large-scale hospitals.This technology is based on a multipurpose X-ray survey-meter and several performance phantoms.It can survey important parameters and evaluate image quality of X-ray equipments,and is especially fit to clinical engineers to carry out daily quality control.