北京生物医学工程

一种插件子母式监护仪的设计

A plug-in design of primary-secondary monitor

作者：陈海军金浩宇

单位：广东食品药品职业学院（广州 510520)

关键词：插件式；参数模块；移动式监护仪；转运

分类号：

出版年·卷·期（页码）：2012·31·3（302-304）

摘要：

目的为解决生理参数测量模块在监护仪间的共享，实现病人在不同科室间监护数据的整合，及在转运途中连续不间断的实时监护，本文提出一种插件子母式监护仪的设计。方法将监护仪与参数模块分开，通过定时轮询判断参数模块的加载和卸载,实现了监护仪的插件式设计。通过监护仪主机和移动式监护仪的独立设计，实现时间的同步及历史数据的合并。结果临床实践证明，该设计方法有效避免了病人在转移过程中因不能被连续监测而导致的监测盲区。结论目前该设计已成功应用于新型监护仪上。

Objective To solve the physiological parameter measurement module sharing between monitors, this paper presents a design method of pluggable primary-secondary monitor. The patient monitoring data may be integrated among different departments, and the uninterrupted real-time monitoring may be realized during the transfer process. Methods The design idea is to detach the parameter module from the monitor. A plug-in designed monitor is achieved with the regular polling to determine the loading and unloading in the parameter module. Time synchronization and the merging of historical data are realized by the independent design of the monitor host and the mobile monitor. Results Clinical practice proves that the design is effective to avoid the blind spot during the transfer process of the patient. Conclusions The design method has been successfully applied on the new monitors.

参考文献：

［1］王幼萍,陆尧胜.远程胎儿监护系统及其临床意义的研究［J］.临床医学工程,2010,17 (1):11-13.
Wang Youping, Lu Yaosheng. Research on a remote fetal monitoring system and its clinical significance［J］. Clinical Medical & Engineering, 2010,17 (1):11-13.
［2］姚湘平,张跃.基于GPRS的远程心电实时监护终端［J］.电子技术应用,2006,32(4):77-79.
［3］代少升,张跃.便携式远程心电实时监护仪的研制［J］.医疗卫生装备,2006,27(9):1-2.
Dai Shaosheng, Zhang Yao. Study on portable telecardiology real-time monitoring apparatus［J］. Chinese Medical Equipment Journal, 2006, 27(9):1-2.
［4］卢有健,黄兰明,杨成北.PHILIPS M3046A监护仪电源电路分析与故障维修［J］.临床医学工程,2010,17(2):116-118.
Lu Youjian, Huang Lanming, Yang Chengbei. Power circuit analysis and troubleshooting of PHILIPS M3046A monitor［J］. Clinical Medical & Engineering, 2010,17(2):116-118.
［5］黄练,谢存禧,张铁.基于ARM 的多生理参数嵌入式监护系统［J］.微计算机信息,2007(20):116-118.
Huang Lian, Xie Cunxi, Zhang Tie. Multiple physiological parameter monitoring embedded system based on ARM［J］. Control & Automation, 2007(20):116-118.
［6］陈真诚,蒋勇,倪莉利,等.一种利用普通心电图机的监护功能的扩充［J］.生物医学工程学杂志,2002,19(2):37-42.
Chen Zhengcheng, Jiang Yong, Ni Lili,et al. Extension of cardiac monitoring function by used of ordinary ECG machine［J］. Journal of Biomedical Engineering, 2002,19(2):37-42.
［7］侯立亚，李艳峥，吴水才,等.基于ARM 的心电采集系统的设计［J］．医疗卫生装备，2006，27(1)：1-2.
Hou Liya, Li Yanzheng, Wu Shuicai, et al. Design of ECG sampling system based on ARM［J］. Chinese Medical Equipment Journal，2006，27(1)：1-2.
［8］刘晨光,张永红,白净,等.基于TMS320VC5402的便携式心电监护仪的研制［J］.航天医学与医学工程,2004,17(2):57-61.
Liu Chenguang, Zhang Yonghong, Bai Jing, et al. Development of a portable ECG monitor based on TMS320VC5402［J］. Space Medicine & Medical Engineering,2004,17(2):57-61.
［9］罗乐,杨浩,彭拥军.液晶模块在动态图像显示中的应用［J］.重庆大学学报,2004,27(8):40-42.
Luo Le, Yang Hao, Peng Yongjun. Application of liquid crystal display in the field of dynamic wave display［J］. Journal of Chongqing University(Natural Science Edition), 2004,27(8):40-42.
［10］王家力,曾连荪.图形点阵LCD显示控制研究［J］.现代电子技术,2007,(19):184-186.
Wang Jiali, Zeng Liansun. Study of dot matrix LCD display and control［J］. Modern Electronics Technique, 2007,(19):184-186.

服务与反馈：

【文章下载】【加入收藏】

提示：您还未登录，请登录！点此登录