摘要
目的:研制基于AVR单片机的医用X线机限束器控制系统,满足针对医用X线机限束器控制精度、远距离调节和人性化操作等方面的要求。方法:系统采用微机控制方式,组成包括控制软件、通讯电路、机械传动3部分。以Visual Basic语言编写系统控制软件;采用AVR单片机实现系统上、下位机串口通讯;Solid Works设计传动结构并制作实物。建立实验平台后,测试控制系统各项功能和参数。结果:在视频摄像系统监视模拟光投射在患者检查部位的视野范围,各项指标均满足临床检查要求。结论:本控制系统可供临床实际应用或作为教学仪器。
Objective To develop a medical X-ray collimator control system based on AVR single chip microcontroller which meets the requirements for medical X-ray collimator control precision, long distance control and humanized operation. Methods The developed system adopting microcomputer control mode consisted of control software, communication circuit and mechanical driving. Visual Basic language was used to compile the system control software; AVR single chip microcontroller was used for carrying on the serial communication between upper computer and lower computer; and Solid Works software was applied to design the mechanical transmission structure and make objects. After the experimental platform was established, the functions and parameters of the proposed control system were tested. Results The examination parts where the analog light was projected on were monitored using camera system. All indexes of the proposed system met the requirements of clinical examination.Conclusion The control system can be used for clinical practical application or as a teaching instrument.
作者
黄清明
李文奎
张建青
潘金鹏
于学强
吴泽峻
HUANG Qingming;LI Wenkui;ZHANG Jianqing;PAN Jinpeng;YU Xueqiang;WU Zejun(School of Optical-Electrical and Computer Engineering,University of Shanghai for Science and Technology,Shanghai 200093,China;School of Medical Imaging,Shanghai University of Medicine ＆ Health Sciences,Shanghai 201318,China;Medical Imaging Engineering Institute,University of Shanghai for Science and Technology,Shanghai 200093 China;Department of Radio Physics,East China Normal University,Shanghai 200062,China)
出处
《中国医学物理学杂志》
CSCD
2018年第8期932-938,共7页
Chinese Journal of Medical Physics
基金
国家重大科学仪器设备开发专项资助项目(2013YQ170463)
上海市教育委员会2017年上海职业院校骨干教师中德合作培训项目
上海高校教师专业发展工程青年骨干教师国内访问学者项目
上海健康医学院种子基金项目
上海健康医学院创新性实验项目
