电子技术
電子技術
전자기술
ELECTRONIC TECHNOLOGY
2014年
9期
84-88
,共5页
虚拟仪器%家用心电仪%无线通讯%单片机
虛擬儀器%傢用心電儀%無線通訊%單片機
허의의기%가용심전의%무선통신%단편궤
virtual instrument%household ECG%wireless communication%MCU
设计了一种基于虚拟仪器技术的家用心电监测系统,可移动终端采集心电信息,经无线通讯模块传送至虚拟分析仪,并通过互联网与医疗机构实现信息共享。重点介绍了可移动终端与虚拟分析仪的设计与实现。实验证明,基于虚拟仪器技术的家用心电仪界面人性化、分析扩展功能强大,符合小型化、模块化、网络化的发展潮流。
設計瞭一種基于虛擬儀器技術的傢用心電鑑測繫統,可移動終耑採集心電信息,經無線通訊模塊傳送至虛擬分析儀,併通過互聯網與醫療機構實現信息共享。重點介紹瞭可移動終耑與虛擬分析儀的設計與實現。實驗證明,基于虛擬儀器技術的傢用心電儀界麵人性化、分析擴展功能彊大,符閤小型化、模塊化、網絡化的髮展潮流。
설계료일충기우허의의기기술적가용심전감측계통,가이동종단채집심전신식,경무선통신모괴전송지허의분석의,병통과호련망여의료궤구실현신식공향。중점개소료가이동종단여허의분석의적설계여실현。실험증명,기우허의의기기술적가용심전의계면인성화、분석확전공능강대,부합소형화、모괴화、망락화적발전조류。
This paper designs a household ECG monitoring system based on virtual instrument technology. Its mobile terminal collects the ECG information, and then the information is transmitted to the virtual analyzer via the wireless communication module, so that realizing information sharing with medical institutions through the Internet. The paper introduces the design and implementation of the mobile terminal and virtual analyzer. Experiments show that the household ECG based on virtual instrument technology has a humanity interface, powerful analysis and extension function, in accordance with the trend of miniaturization, modularization and networking.