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基于健康物联网的社区卫生服务系统设计 总被引:1,自引:0,他引:1
本文设计了一款社区医疗服务系统,旨在提高神区医院的医疗服务水平以及服务质量。该系统由两部分构成,一为远程医疗监护系统,二为远程医疗会诊系统。基于物联网技术和现在医学信息技术,用户可在家中进行多项生理参数的检测,并通过网络将数据传输至社区医院进行后续诊断。同时,医生可实时地进行医学诊断以及在线专家会诊。本系统为实现家庭医疗监护提供了有效的方法,并使医患的和线交流成为可能。 相似文献
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目的探讨远程医疗监护平台的设计与应用模式。方法结合医院远程院前急救系统的应用,探讨远程医疗监护平台的体系结构和功能。结果远程医疗监护系统有利于改善急救水平和生活质量。结论远程医疗监护平台的应用,改变了传统的医疗护理模式,同时也需要进行系统规划,健全管理制度和认证机制,避免重复建设。 相似文献
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目的:在分析远程监护的发展与研究现状基础上,提出构建家庭急救监护网络系统的研究。方法:该系统由家庭部分、救护车部分、社区部分和医院中心站四部分组成,并以深圳宝安人民医院和其所辖的十个社康站作为研究基地,对患者的重要生理参数实行远程监护。结果:将家庭、社区、院前、院内急救与危重症监护有机地结合在一起,构成功能强大的家庭急救监护网络系统,将在医院才能实现的急救监护功能延伸到社区和家庭。结论:该系统的研究能够促进疾病的早诊早治,减少院前猝死率,提高急救水平,降低疾病死亡率,提高老年人或残疾人的生活质量,加强医疗服务体系间的联系、合作,缓解医疗卫生资源的缺乏和分布不均。 相似文献
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本文研究并设计了基于ZigBee PRO和3G技术的低功耗远程医疗监护系统,系统由含ZigBeePRO节点的便携式远程医疗监测设备、ZigBee PRO-3G网络和远程医疗监护系统平台组成.便携式监测设备实时采集的生命体征数据,如血压、脉搏等,经ZigBee PRO无线传感器网络传输,通过集中器的3G模块发送到远程医疗监护系统平台;远程医疗监护系统平台的数据处理系统对相关数据进行整理,并及时反馈给医务人员进行分析处理.本系统的应用可以使被监护人有更多的自由活动空间,可以使患者在家里或杜区得到有效地远程医疗诊断和监护. 相似文献
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目的:研究远程生理参数监测在高原卫生保障的作用、传输方法和应用模式。方法:在高原偏远的基层医疗单位,实时监测低负荷或佩戴式的生理参数,通过远程网络,专门医学诊断结构或三甲医院可长时间、动态地监测病人多种生理参数,并将诊断结果返回到基层卫生单位。结果:建立了基层医疗单位和专门医疗机构的诊断网络,可以实时监测诊断高原常见病的基本生理参数,诊断报告回馈方便及时。结论:远程监测系统可使高原地区病人得到专门医疗机构的服务,有利于培训基层卫生队医生的医疗技能,降低病人后送和运输成本,提高基层单位的设备使用率。 相似文献
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This paper presents a wireless sensor network system that has the capability to monitor physiological parameters from multiple
patient bodies. The system uses the Medical Implant Communication Service band between the sensor nodes and a remote central
control unit (CCU) that behaves as a base station. The CCU communicates with another network standard (the internet or a mobile
network) for a long distance data transfer. The proposed system offers mobility to patients and flexibility to medical staff
to obtain patient’s physiological data on demand basis via Internet. A prototype sensor network including hardware, firmware
and software designs has been implemented and tested. The developed system has been optimized for power consumption by having
the nodes sleep when there is no communication via a bidirectional communication. 相似文献
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Rural India lacks easy access to health practitioners and medical centers, depending instead on community health workers. In these areas, common ailments that are easy to manage with medicines, often lead to medical escalations and even fatalities due to lack of awareness and delayed diagnosis. The introduction of wearable health devices has made it easier to monitor health conditions and to connect doctors and patients in urban areas. However, existing initiatives have not succeeded in providing adequate health monitoring to rural and low-literate patients, as current methods are expensive, require consistent connectivity and expect literate users. Our design considerations address these concerns by providing low-cost medical devices connected to a low-cost health platform, along with personalized guidance based on patient physiological parameters in local languages, and alerts to medical practitioners in case of emergencies. This patient-centric integrated healthcare system is designed to manage the overall health of villagers with real-time health monitoring of patients, to offer guidance on preventive care, and to increase health awareness and self-monitoring at an affordable price. This personalized health monitoring system addresses the health-related needs in remote and rural areas by (1) empowering health workers in monitoring of basic health conditions for rural patients in order to prevent escalations, (2) personalized feedback regarding nutrition, exercise, diet, preventive Ayurveda care and yoga postures based on vital parameters and (3) reporting of patient data to the patient’s health center with emergency alerts to doctor and patient. The system supports community health workers in the diagnostic procedure, management, and reporting of rural patients, and functions well even with only intermittent access to Internet. 相似文献
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详细介绍远程医疗及远程医疗监护发展状况、现存问题,提出移动云环境下的远程医疗监护方案,阐述系统框架和业务流程,提高远程医疗监护成功率,为相关研究和实践提供参考和借鉴。 相似文献
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随着计算机和通信技术的飞速发展,远程监测在医疗领域的应用范围越来越广。慢病管理以院外管理为重点,监测相关生理、生化指标,必然离不开远程监测技术。就目前的通信技术和医疗器械的发展程度而言,利用远程监测实现慢病管理相关指标的监测,在技术上已不存在难点,国内已有不少产品面世,如果进一步解决好普适性和方便性问题,其推广速度必将是惊人的。指出远程监测技术将是医院功能向院外延伸的主要工具,方便性将是影响远程监测技术普及程度的关键因素,远程监测技术与手机的整合是必然趋势。 相似文献
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A wireless body sensor network hardware has been designed and implemented based on MICS (Medical Implant Communication Service)
band. The MICS band offers the advantage of miniaturized electronic devices that can either be used as an implanted node or
as an external node. In this work, the prototype system uses temperature and pulse rate sensors on nodes. The sensor node
can transmit data over the air to a remote central control unit (CCU) for further processing, monitoring and storage. The
developed system offers medical staff to obtain patient’s physiological data on demand basis via the Internet. Some preliminary
performance data is presented in the paper. 相似文献
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单兵生命状态远程监视及定位系统的研究 总被引:8,自引:0,他引:8
目的:研制一种用于战场伤员搜寻,急救的远程无线生理监护,定位系统--单兵状态监视器系统。方法:从心电信号中提取心率,用温度晶体测量体温,采用个人状态监视器全球定位系统技术(global position system,GPS)确定单兵的位置,以扩频通讯芯片组实现生命信息和位置信息的无线扩频传送。结果:扩频通讯数据传输可达1000m 明视距离;GPS定位误差小于100m,心率监测在30-250beats/min的范围内误差不超过1beat,体温监测在25-45℃范围内误差不超过0.1℃。结论:实现了1000m距离内生命,位置信息融合后的无线扩频传送。 相似文献