CN104434045A - Regional group personnel health monitoring system - Google Patents

Regional group personnel health monitoring system Download PDF

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Publication number
CN104434045A
CN104434045A CN 201410629620 CN201410629620A CN104434045A CN 104434045 A CN104434045 A CN 104434045A CN 201410629620 CN201410629620 CN 201410629620 CN 201410629620 A CN201410629620 A CN 201410629620A CN 104434045 A CN104434045 A CN 104434045A
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China
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health
data
wireless
sensor
bluetooth
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CN 201410629620
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Chinese (zh)
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高军
刁尚华
钟干
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深圳市华士精成科技有限公司
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Priority to CN 201410629620 priority Critical patent/CN104434045A/en
Publication of CN104434045A publication Critical patent/CN104434045A/en

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    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61BDIAGNOSIS; SURGERY; IDENTIFICATION
    • A61B5/00Detecting, measuring or recording for diagnostic purposes; Identification of persons
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61BDIAGNOSIS; SURGERY; IDENTIFICATION
    • A61B5/00Detecting, measuring or recording for diagnostic purposes; Identification of persons
    • A61B5/0002Remote monitoring of patients using telemetry, e.g. transmission of vital signals via a communication network
    • A61B5/0015Remote monitoring of patients using telemetry, e.g. transmission of vital signals via a communication network characterised by features of the telemetry system
    • A61B5/002Monitoring the patient using a local or closed circuit, e.g. in a room or building

Abstract

The invention discloses a regional group personnel health monitoring system which comprises a monitoring server, a plurality of monitoring regions and a plurality of data users. Each monitoring region comprises a wireless relay and a plurality of human health wireless sensors, wherein the human health wireless sensors monitor human physiological data in real time, and the wireless relay collects the human physiological data of all the human health wireless sensors in the monitoring region. The wireless relays forward the human physiological data containing personal ID information to the monitoring server through a wired network and/or wireless network. The monitoring server processes the human physiological data and then sends the processed human physiological data to the data users through the wired network or the wireless network. According to the regional group personnel health monitoring system, individual health data in the same region are sent to one wireless relay uniformly and transmitted to the monitoring server through the same network, and network resource waste is avoided; low-power wireless transmission can be adopted, the power consumption is lower, construction is simple, and the cost is lower.

Description

一种区域性群体人员健康监控系统 A regional group of staff health monitoring system

[技术领域] [Technical Field]

[0001] 本发明涉及无线健康监控设备,尤其涉及一种区域性群体人员健康监控系统。 [0001] The present invention relates to wireless health monitoring devices and more particularly relates to a regional group personnel health monitoring system.

[背景技术] [Background technique]

[0002] 传统的无线健康监控设备,一般有两种形态,一种是无线传感器通过蓝牙等短距离设备将人体生理数据传输给手机或电脑,属于点对点的应用;另一种是通过佩带具有手机功能的健康监控手表,将健康数据传输给后台,再有后台集中处理转发。 [0002] Conventional wireless health monitoring apparatus, there are two forms, one sensor through a wireless Bluetooth short-range devices physiological data to the mobile phone or computer, belonging to the application point; the other is wear by having the phone health monitoring watch functions, the health data to the background, and then have the background to focus forward.

[0003] 申请号为CN200910096991.7的发明申请公开了一种带安全机制的无线实时社区医疗保健监测系统及方法;它主要由无线传感器网络和监控计算机组成,其中,无线传感器网络包括终端节点、路由节点和基站节点;基站节点通过串口或网络接口和监护计算机连接。 [0003] Application No. Application CN200910096991.7 discloses a real-time wireless community health monitoring system with a security mechanism and method of the present invention; consisting essentially wireless sensor network and a computer monitor, where the wireless sensor network comprises a terminal node, routing node and a base node; base station nodes are connected through serial or network interfaces and a monitoring computer. 根据不同的需求有三种不同的组网监护方法。 There are three different network monitoring method according to different needs. 该发明较好地解决老年人和慢性病人在家或社区内即可实时传送人体生理参数到医疗监护中心的问题;同时,增强的安全功能弥补了现有无线传感器网络医疗监护系统不能有效保护数据的缺陷,对重要生理数据在传输过程中采用高效的椭圆曲线加密算法加以保护,提高了系统的安全性。 The invention can solve the elderly and chronically ill at home or physiological parameters can be transmitted in real time to the issue of medical care centers in the community; at the same time, enhanced security features make up for the existing wireless sensor network health care system can not effectively protect data defects, important physiological data were protected during transmission efficient elliptic curve encryption algorithm, to improve the security of the system.

[0004] 上述发明申请的缺点是:为实现网络覆盖,需要部署多个路由节点,路由节点功耗较大,不能采用电池供电,需要布供电线路。 Drawback [0004] The invention application is: to achieve coverage, need to deploy a plurality of routing nodes, the routing node greater power, not battery-powered, need to cloth supply line. 这种方式的施工成本较高,而且路由节点的部署还和环境有关,对施工人员要求较高。 Higher construction costs in this way, but also the deployment of routing nodes and the environment, higher requirements for construction workers.

[发明内容] [SUMMARY]

[0005] 本发明要解决的技术问题是提供一种功耗较小,施工简单,成本较低的区域性群体人员健康监控系统。 [0005] The present invention to solve the technical problem is to provide a small power consumption, simple construction, lower-cost regional groups staff health monitoring system.

[0006] 为了解决上述技术问题,本发明采用的技术方案是,一种区域性群体人员健康监控系统,包括监控服务器和复数个监控区域和复数个数据用户,每个监控区域包括一个无线中继器和复数个人体健康无线传感器;人体健康无线传感器实时监测人体生理数据,一个无线中继器采集监控区域内全部人体健康无线传感器的人体生理数据;无线中继器通过有线网络和/或无线网络将包含个人ID信息的人体生理数据转发给监控服务器,监控服务器将人体生理数据处理后通过有线网络或无线网络发送给数据用户。 [0006] To solve the above technical problem, the technical solution of the present invention is employed, a regional community health personnel monitoring system comprising a monitoring server and a plurality of monitoring areas and a plurality of data users, each monitoring region comprises a wireless relay and a plurality of individual wireless sensor body health; wireless sensor health monitoring physiological data in real time, a radio repeater collect physiological data within the monitoring area of ​​the entire wireless sensor health; wireless repeater through a wired network and / or wireless network physiological data including the personal ID information is forwarded to the monitoring server, the monitoring server after transmitting physiological data processing via a wired or wireless network to a data user.

[0007] 以上所述的区域性群体人员健康监控系统,人体健康无线传感器包括微控制器、传感器、人机交互电路、射频电路和电源电路,;传感器、人机交互电路、和射频电路分别与微控制器连接,传感器包括体温传感器、心率传感器、运动传感器、血压传感器和血糖传感器中的至少一种。 [0007] regional groups personnel health monitoring system described above, including the wireless sensor health microcontrollers, sensors, human-computer interaction circuit, a RF circuit and a power supply circuit; sensor, interactive circuits, and radio frequency circuits, respectively microcontroller, temperature sensor comprises a sensor, a heart rate sensor, a motion sensor, a blood pressure sensor and at least one glucose sensor.

[0008] 以上所述的区域性群体人员健康监控系统,射频电路选用2.4GHz频段或433MHz频段的ISM频段信号,发射端功率不大于10mW,传输距离大于I公里。 [0008] The above-described art regional population health monitoring system, a radio frequency signal circuit used ISM band, 433MHz band or the 2.4GHz band, the transmitter power less than 10mW, the transmission distance is greater than I km.

[0009] 以上所述的区域性群体人员健康监控系统,人体健康无线传感器的微控制器周期性地采集传感器数据,并通过射频电路将数据发送出去;人体健康无线传感器的微控制器采用定时唤醒工作方式,人体健康无线传感器的微控制器唤醒后,采集设定的信号发送触发传感器的数据,如设定的信号发送触发传感器的数据正常,人体健康无线传感器的微控制器继续休眠;如果设定的信号发送触发传感器的数据超出正常范围,人体健康无线传感器的微控制器则采集全部健康数据,通过射频电路将本机的ID号连同全部健康数据信息发送出去,再进入休眠状态,等待下一次唤醒。 Regional population personnel health monitoring system [0009] above, the wireless sensor health microcontroller periodically acquired sensor data, and transmits the data through the RF circuit; health microcontroller uses the wireless sensor timed wake-up mode of operation, the wireless sensor health microcontroller wakeup signal acquisition trigger data set is transmitted to the sensor, such as the set trigger signal transmitted sensor data normal, healthy human wireless sensor microcontroller continues sleep; if provided sending a trigger signal given sensor data outside the normal range, the wireless sensor health microcontroller collect all the health data, the machine ID number is transmitted through the RF circuit together with all the health information data, and then goes to sleep waiting for the next a wake.

[0010] 以上所述的区域性群体人员健康监控系统,人体健康无线传感器包括蓝牙电路,蓝牙电路与人体健康无线传感器的微控制器连接;人体健康无线传感器处于蓝牙从机状态,附近的蓝牙设备为蓝牙主机;蓝牙主机搜索人体健康无线传感器的蓝牙信号,并建立连接关系;人体健康无线传感器通过蓝牙电路向蓝牙设备传输实时健康数据记录或历史健康数据记录。 [0010] regional groups personnel health monitoring system described above, including human health Bluetooth wireless sensor circuit, and human health Bluetooth wireless sensor circuit microcontroller is connected; health sensor is Bluetooth wireless slave state, nearby Bluetooth devices Bluetooth host; Bluetooth host searching human health Bluetooth wireless sensor signal and establish a connection relationship; human health and the wireless sensor transmission Bluetooth devices in real-time or historical health data record health data recording via Bluetooth to the circuit.

[0011] 以上所述的区域性群体人员健康监控系统,蓝牙主机与蓝牙从机的通信过程包括以下步骤: [0011] regional groups personnel health monitoring system described above, the bluetooth host to the bluetooth communication process from a machine comprising the steps of:

[0012] 601)蓝牙主机打开蓝牙功能,蓝牙主机在广播自身信息的同时扫描处于广播状态的蓝牙从机; [0012] 601) the bluetooth host to open the Bluetooth function, the Bluetooth scanning the bluetooth host state is broadcast in the broadcast information simultaneously from their machine;

[0013] 602)蓝牙从机定时向外广播自身信息; [0013] 602) from the local timing outwardly Bluetooth broadcasts self information;

[0014] 603)蓝牙主机搜索到蓝牙从机发出的广播信息后解析出其信息内容; After [0014] 603) the bluetooth host to search for the broadcast information analysis Bluetooth slaves on its content;

[0015] 604)蓝牙主机需要链接蓝牙从机时,在收到其广播信息后发送链接申请,包括调频信息、发送间隔信息、超时信息和密钥信息; [0015] 604) the bluetooth host needs a Bluetooth slave link, the link request transmitted after receiving its broadcast information, the information including frequency modulation, the transmission interval information, time-out information and the key information;

[0016] 605)蓝牙从机收到申请后确认进入链接状态,进入数据传输状态; [0016] 605) into the confirmed Bluetooth link state, enters the data transfer state after receiving the request from the machine;

[0017] 606)蓝牙主机与蓝牙从机进行数据通信,从机向主机传输实时健康数据记录或历史健康数据记录。 [0017] 606) the bluetooth host in data communication with the Bluetooth slaves, the master transmits real-time data recording or health history record health data to the slave.

[0018] 以上所述的区域性群体人员健康监控系统,无线中继器包括微控制器、射频电路、网络模块和电源电路。 [0018] regional groups personnel health monitoring system described above, the wireless repeater includes a microcontroller, the radio frequency circuit, a network module, and a power supply circuit. 微控制器控制射频电路持续接收监控区域范围内的人体健康无线传感器信号,当收到无线传感器传来的人体健康数据后,微控制器通过网络模块将数据转发到监控服务器。 The microcontroller continuously receives control circuit RF wireless health monitoring sensor signals within the range of the region, when the received health data transmitted from the wireless sensor, the microcontroller forwards the data to the monitoring server through the network module.

[0019] 以上所述的区域性群体人员健康监控系统,监控服务器连接在互联网上,有固定的IP地址;监控服务器监听来自无线中继器传来的数据,将所有数据汇总,形成分析报表和预警信息通过无线网络和/或有线网络发送给数据用户。 [0019] regional groups personnel health monitoring system described above, the monitoring server connected to the Internet, a fixed IP address; server listening for monitoring data from the wireless repeater, all data collection, reporting and analysis of formation transmitting warning information to a user through a wireless data network and / or a wired network.

[0020] 本发明的区域性群体人员健康监控系统将同一个区域内个体的健康数据统一发送到一台无线中继器,通过一条网络传输给监控服务器,避免了网络资源浪费;本发明可以采用小功率无线传输,功耗较小,施工简单,成本较低。 [0020] regional groups personnel health monitoring system of the present invention will be unified with the transmission of health data in a region subject to a wireless relay station, transmitted over the network to a monitoring server, the network resource waste is avoided; the present invention may be employed low-power wireless transmission, power consumption is small, simple construction and low cost.

[0021] 本发明的区域性群体人员健康监控系统可以实现如学校等大规模人群聚集地的多数量人体健康数据集中采集和监控。 [0021] regional groups staff health monitoring system of the present invention may be implemented as schools, large crowds gathered to human health, the number of data acquisition and centralized monitoring.

[附图说明] [BRIEF DESCRIPTION]

[0022] 下面结合附图和具体实施方式对本发明作进一步详细的说明。 [0022] The present invention will be further described in detail in conjunction with accompanying drawings and specific embodiments.

[0023] 图1是本发明实施例区域性群体人员健康监控系统原理框图。 [0023] FIG. 1 is a schematic block diagram of the regional groups personnel health monitoring system embodiment of the present invention.

[0024] 图2是本发明实施例人体健康传感器原理框图。 [0024] FIG. 2 is a block diagram of embodiment the body healthy sensor embodiment of the present invention.

[0025] 图3是本发明实施例无线中继器原理框图。 [0025] FIG. 3 is a block diagram of a wireless repeater of the present embodiment of the invention. [具体实施方式] [Detailed ways]

[0026] 本发明的区域性群体人员健康监控系统包括人体健康无线传感器、无线中继器和监控中心的后台处理系统。 Regional population personnel health monitoring system [0026] according to the present invention comprises a background process system health wireless sensor, wireless repeaters and monitoring center.

[0027] 人体健康无线传感器实时监测人体生理数据,如体温、心率、血压等,将有用的数据传输给无线中继器;无线中继器收集覆盖范围内的所有传感器的数据,并转发给监控中心的后台服务器;无线中继器转发数据给监控中心的后台服务器,可以使用有线或无线网络,如有线因特网、GPRS、3G等网络。 [0027] real-time monitoring of human health wireless physiological data sensors, such as temperature, heart rate, blood pressure, transmission of the useful data to the wireless repeater; wireless relay collects data from all the sensors within the coverage area, and forwarded to the monitoring Center backend server; wireless relay forwards the data to the backend server monitoring center may use a wired or wireless network, such as a wired Internet, GPRS, 3G and other networks. 监控中心的后台服务器的后台软件将这些批量数据集中处理后输送到需要使用数据的用户。 Background monitoring center software back-end server will focus on these bulk data delivery to users need to use the data.

[0028] 人体健康无线传感器和无线中继器之间的数据传输,采用星形网络拓扑结构,SP一个中继器采集多个无线传感器信号。 [0028] Data transfer between the human health and the radio relay wireless sensor, a star-shaped network topology, SP collecting a plurality of relay wireless sensor signals. 传感器和中继器之间使用小功率远距离无线传输方式,传输距离范围在2公里范围内。 Small power relay distance between the sensor and the wireless transmission, the transmission distance within the range of 2 km. 一个区域一般只需安装一个中继器。 Usually only a mounting region of a repeater.

[0029] 人体健康无线传感器包括微控制器、传感器、人机交互电路、蓝牙电路、射频电路和电源电路。 [0029] Human Health wireless sensor includes a microcontroller, sensors, human-computer interaction circuit, a Bluetooth circuit, a RF circuit and power circuit. 人体健康无线传感器的产品形式可以采用腕带式。 Human health products in the form of wireless sensors can be used wristband.

[0030] 传感器包括体温传感器、心率传感器、运动传感器、血压传感器、血糖传感器等。 [0030] The sensor comprises a temperature sensor, a heart rate sensor, a motion sensor, a blood pressure sensor, a blood glucose sensor and the like. 运动传感器衡量运动量的步数,衡量睡眠质量的睡眠总时间及深浅睡眠时间,以24小时为单位进行统计。 The motion sensor to measure the number of steps of physical activity, a measure of total sleep time and sleep quality of the depth of sleep time to 24 hours for statistical units.

[0031] 人机交互电路包括显示屏和按键。 [0031] The circuit includes interactive display and keys. 电源电路包括可充电电池、充电电路和稳压电路。 Power supply circuit includes a rechargeable battery, a charging circuit and a voltage regulator circuit.

[0032] 射频电路可以选用2.4GHz频段或433MHz频段等ISM频段信号,本实施例采用433MHz远距离传输电路,无线中继器和无线传感器之间采用的433MHz无线信号,人体健康无线传感器射频电路发射端功率为10mW,可以达到2公里的视距传输距离,满足学生从教室到校门的传输距离。 [0032] The RF circuit may choose 433MHz band or the 2.4GHz band like ISM band signal, the present embodiment employs the use of a radio signal between 433MHz 433MHz long-distance transmission line, a wireless repeater and a wireless sensor, RF wireless sensor health transmitter circuitry end power is 10mW, up to 2 km line of sight transmission distance, the transmission distance to meet the students from the classroom to the school gate.

[0033] 人体健康无线传感器的微控制器周期性地采集传感器数据,并通过射频电路将数据发送出去。 [0033] Human Health wireless sensor microcontroller periodically acquired sensor data, and transmits the data through the RF circuit. 微控制器平时处于休眠状态,采用定时唤醒工作方式,唤醒间隔可以设置,一般为几秒到几分钟。 The microcontroller usually in a dormant state, a timed wake-up operating mode, wakeup interval may be provided, typically seconds to minutes. 对于一般的佩带者,微控制器唤醒后,通过体温传感器和心率传感器采集人体的体温和心率,如果体温和心率数据正常,则继续休眠;如果体温或心率数据超出正常范围,微控制器则收集体温、心率、血压、血糖等全部数据,通过433MHz无线电路将本机ID号连同异常数据信息发送出去,再进入休眠状态,等待下一次唤醒。 For the average wearer, the microcontroller wakeup, body temperature and heart rate acquired by the temperature sensor and a heart rate sensor, body temperature and heart rate data if normal, sleep continue; if normal body temperature or heart rate data is out of range, the microcontroller then collected all data body temperature, heart rate, blood pressure, blood sugar, the machine ID number together with transmission through the radio circuit 433MHz abnormal data out, and then goes to sleep, to wait for the next wakeup.

[0034] 对于特定监控的佩带者,也可以指定特定的信号发送触发传感器,如高血压佩带者(或高血糖佩带者),微控制器唤醒后,通过血压传感器(或血糖传感器)采集人体的血压(或血糖)数据,如果血压(或血糖)数据正常,则继续休眠;如果体温或心率数据超出正常范围,微控制器则收集体温、心率、血压、血糖等全部数据,通过433MHz无线电路将本机ID号连同异常数据信息发送出去,再进入休眠状态,等待下一次唤醒。 [0034] Monitoring for a particular wearer, may specify a particular trigger sensor transmits a signal, such as hypertension wearer (or hyperglycemia wearer), after wake up the microcontroller, a blood pressure sensor collected by the human body (or blood glucose sensor) blood pressure (or sugar) data, if the blood pressure (or sugar) data is normal, sleep continue; if normal body temperature or heart rate data is out of range, then the microcontroller all data collection temperature, heart rate, blood pressure, blood sugar, the wireless circuit by 433MHz transmitted together with the ID of this abnormal data out, and then goes to sleep, to wait for the next wakeup.

[0035] 本实施例中的人体健康无线传感器具有蓝牙功能,可以在近距离范围内与智能手机等具有蓝牙功能的设备进行无线连接互传信息。 [0035] The present embodiment health wireless sensor embodiment has a Bluetooth, a wireless connection may be a smart phone with a Bluetooth enabled devices in close range pass each other information. 人体健康无线传感器处于蓝牙从机状态,附近的智能手机为蓝牙主机。 Bluetooth wireless health sensor in the slave state, in the vicinity of the smartphone Bluetooth host. 智能手机通过应用软件控制蓝牙扫描到人体健康无线传感器的蓝牙信号,并建立连接关系。 Smartphone control via Bluetooth application software to scan Bluetooth wireless sensor signal to human health, relationships and establish a connection. 人体健康无线传感器通过蓝牙向智能手机传输实时的或历史健康数据记录。 Human health or the real-time wireless sensor historical record health data transmitted via Bluetooth to a smart phone.

[0036] 1.主机与人体健康无线传感器(从机)的通信过程如下: [0036] 1. The wireless sensor host and Human Health (slave) a communication process is as follows:

[0037] 2.主机打开蓝牙功能,主机端在开始广播自身信息的同时扫描处于广播状态的从机; [0037] 2. Open the Bluetooth host, the host side at the start of the broadcast information while scanning itself is broadcast from a machine condition;

[0038] 3.从机定时向外广播自身信息内容,包括蓝牙地址,设备名称,设备类型等信息; [0038] 3. From the local timing outwardly broadcast their information content, including Bluetooth address, device name, device type and other information;

[0039] 4.主机搜索到从机发出的广播信息后解析出其信息; [0039] 4. Host After searching the broadcast information sent from the machine which parses information;

[0040] 5.主机需要链接从机时,在收到其广播信息后发送链接申请,包括调频信息、发送间隔信息、超时信息、密钥信息等; [0040] The host needs a slave link, the link request transmitted after receiving its broadcast information, the information including frequency modulation, the transmission interval information and timeout information, key information;

[0041] 6.从机收到申请后确认进入链接状态,同步通信机制进入数据传输状态; [0041] 6. confirm the link for receiving the application state machine from a synchronous data communication mechanism into the transmission state;

[0042] 7.主机和从机开始进行双向数据通信,从机向主机传输实时的或历史健康数据记录。 [0042] 7. Host and start two-way data communication from a machine, real-time or historical health data record transfer from slave to master.

[0043] 蓝牙链接断开后,主机继续进入扫描状态,从机进入广播状态。 After the [0043] Bluetooth link is disconnected, the host continues to enter the scan state, the slave state into the broadcast. 等待下一次的链接。 A link waiting.

[0044] 本发明的健康监控系统主要应用于校园、社区等地,校园中的中继器采集学生在校时的健康数据,但学生回家后家中并没有中继器,学生家长可以利用智能手机进行短距离的蓝牙数据采集,实现数据采集的长短结合和数据监控的不间断。 [0044] The health monitoring system of the invention is mainly applied to the campus and community, the campus student health data collected repeater at school, but the students home at home and not repeater, parents can take advantage of smart Bluetooth short-range mobile phone data acquisition, combined with the length of uninterrupted data monitoring and data collection.

[0045] 无线中继器包括微控制器、433MHz射频电路、GPRS网络模块和电源电路。 [0045] The wireless repeater includes a microcontroller, 433MHz RF circuit, GPRS network modules and a power supply circuit. 微控制器控制射频电路持续性地接收所有覆盖范围内的人体健康无线传感器信号,当收到无线传感器传来的人体健康数据后,微控制器通过GPRS网络模块将数据转发到后台服务器。 The microcontroller controls RF circuit receives continuing health all wireless sensor signal coverage, when the received health data transmitted from the wireless sensor, the microcontroller forwards the data to the backend server through the GPRS network module.

[0046] 后台服务器连接在互联网上,有固定的IP地址。 [0046] back-end server connected to the Internet, a fixed IP address. 后台服务器通过平台软件一直监听来自无线中继器传来的数据。 Background server software platform and has been monitoring through wireless repeater data coming from. 平台软件将所有数据汇总,形成分析报表、预警信息等直观的形式,通过无线网络和/或有线网络发送到学生家长、教师或其它数据接收者的个人电脑或手机上。 All data collection software platform, forming a visual form of analysis reports, alerts, and other information, is sent to the parents of students, teachers or other mobile phone or PC data receiver through a wireless network and / or wired network.

[0047] 网络模块还可以是以太网电路模块、3G网络模块或其它数据传输模块。 [0047] Ethernet network module may also be a circuit module, 3G network modules or other data transmission module.

[0048] 本发明以上实施例的人体健康无线传感器,对人体健康数据进行实时采集,如果发现异常,则通过无线网络将数据传输到无线中继器。 [0048] Human Health wireless sensor according to the above embodiment of the present invention, on human health collect data in real time, if abnormality is found, the data will be transmitted over the wireless network to the wireless repeater. 在本地进行数据正常性判决,可以减少无线发射次数,提高电池续航时间。 Data normality decision locally, can reduce the radio frequency transmitter, to improve battery life.

[0049] 本发明以上实施例的人体健康监控系统,能够对群体性的人员进行集中监控,由后台软件对数据进行处理,向用户传输其所关心的数据;同一个区域内个体的数据统一发送到一台无线中继器,通过一条网络传输给后台,避免了网络资源浪费;采用小功率无线传输,没有电磁福射危害,成本较低。 [0049] The health monitoring system according to the above embodiment of the present invention can be performed personnel Group centralized monitoring, data processed by the background software, the data they transmit to the user concerned; individual data of the same area of ​​a unified transmission to a wireless relay, a background transmitted over the network to avoid the waste of network resource; using low-power radio transmission, no electromagnetic emission Fu hazard, low cost.

[0050] 本发明以上实施例的区域性群体人员健康监护系统,安装实施方便,在一个区域内只需安装一台无线中继器,对用户发放健康传感器佩带即可。 [0050] The present invention is more regional groups working embodiment of the healthcare system, easy to install embodiment, only mounted in an area of ​​a wireless repeater, the user can wear sensor health issue.

[0051] 本发明以上实施例的区域性群体人员健康监护系统,特别适合于中小学生和幼儿园儿童的健康数据监控和管理。 [0051] The present invention more regional groups staff health care system of this embodiment is particularly suitable for data monitoring and health management students and nursery children.

Claims (8)

1.一种区域性群体人员健康监控系统,包括监控服务器和复数个监控区域和复数个数据用户,其特征在于,每个监控区域包括一个无线中继器和复数个人体健康无线传感器;人体健康无线传感器实时监测人体生理数据,一个无线中继器采集监控区域内全部人体健康无线传感器的人体生理数据;无线中继器通过有线网络和/或无线网络将包含个人ID信息的人体生理数据转发给监控服务器,监控服务器将人体生理数据处理后通过有线网络或无线网络发送给数据用户。 A regional community health personnel monitoring system comprising a monitoring server and a plurality of monitoring areas and a plurality of data users, wherein each monitoring region comprises a radio repeater and a plurality of individual wireless sensor body health; Human Health wireless real-time monitoring of human physiological sensor data, a radio relay all physiological data acquisition wireless health monitoring sensor in the region; physiological data radio repeater through a wired network and / or wireless networks including personal ID information is forwarded to monitoring server, the monitoring server sends a user data processing physiological data via a wired or wireless network.
2.根据权利要求1所述的区域性群体人员健康监控系统,其特征在于,人体健康无线传感器包括微控制器、传感器、人机交互电路、射频电路和电源电路,;传感器、人机交互电路、和射频电路分别与微控制器连接,传感器包括体温传感器、心率传感器、运动传感器、血压传感器和血糖传感器中的至少一种。 The regional groups personnel health monitoring system according to claim 1, wherein the sensor comprises a wireless health microcontrollers, sensors, human-computer interaction circuit, a RF circuit and a power supply circuit; sensor circuit interactive and a radio frequency circuit are connected to the microcontroller, temperature sensor comprises a sensor, a heart rate sensor, a motion sensor, a blood pressure sensor and at least one glucose sensor.
3.根据权利要求1所述的区域性群体人员健康监控系统,其特征在于,射频电路选用2.4GHz频段或433MHz频段的ISM频段信号,发射端功率不大于lOOmW,传输距离大于1公里。 3. regional groups working in the health monitoring system according to claim 1, wherein the radio frequency signal circuit used ISM band or 2.4GHz band 433MHz band, the transmitter power less than lOOmW, the transmission distance is greater than 1 kilometer.
4.根据权利要求2所述的区域性群体人员健康监控系统,其特征在于,人体健康无线传感器的微控制器周期性地采集传感器数据,并通过射频电路将数据发送出去;人体健康无线传感器的微控制器采用定时唤醒工作方式,人体健康无线传感器的微控制器唤醒后,采集设定的信号发送触发传感器的数据,如设定的信号发送触发传感器的数据正常,人体健康无线传感器的微控制器继续休眠;如果设定的信号发送触发传感器的数据超出正常范围,人体健康无线传感器的微控制器则采集全部健康数据,通过射频电路将本机的ID号连同全部健康数据信息发送出去,再进入休眠状态,等待下一次唤醒。 The regional community health personnel monitoring system according to claim 2, wherein the wireless sensor health microcontroller periodically acquired sensor data, and transmits the data through the RF circuit; wireless sensors Human Health a timed wake-up the microcontroller mode of operation, the wireless sensor health microcontroller wakeup, the data set signal acquisition sensor sends a trigger, such as a data signal transmission normally set trigger sensor, the micro control human health wireless sensors continues to sleep; if the trigger signal is set in the transmission data of the sensor outside the normal range, the wireless sensor health microcontroller collect all the health data, the machine ID number is transmitted through the RF circuit together with all the health information data, and then into hibernation, waiting for a wake.
5.根据权利要求2所述的区域性群体人员健康监控系统,其特征在于,人体健康无线传感器包括蓝牙电路,蓝牙电路与人体健康无线传感器的微控制器连接;人体健康无线传感器处于蓝牙从机状态,附近的蓝牙设备为蓝牙主机;蓝牙主机搜索人体健康无线传感器的蓝牙信号,并建立连接关系;人体健康无线传感器通过蓝牙电路向蓝牙设备传输实时健康数据记录或历史健康数据记录。 The regional community health personnel monitoring system according to claim 2, wherein the sensor comprises a Bluetooth wireless health circuit, and human health Bluetooth wireless sensor circuit microcontroller is connected; health slave Bluetooth wireless sensor is state, nearby Bluetooth devices Bluetooth host; Bluetooth host searching human health Bluetooth wireless sensor signal and establish a connection relationship; human health and the wireless sensor transmission Bluetooth devices in real-time or historical health data record health data recording via Bluetooth to the circuit.
6.根据权利要求5所述的区域性群体人员健康监控系统,其特征在于,蓝牙主机与蓝牙从机的通信过程包括以下步骤: 601)蓝牙主机打开蓝牙功能,蓝牙主机在广播自身信息的同时扫描处于广播状态的蓝牙从机; 602)蓝牙从机定时向外广播自身信息; 603)蓝牙主机搜索到蓝牙从机发出的广播信息后解析出其信息内容; 604)蓝牙主机需要链接蓝牙从机时,在收到其广播信息后发送链接申请,包括调频信息、发送间隔信息、超时信息和密钥信息; 605)蓝牙从机收到申请后确认进入链接状态,进入数据传输状态; 606)蓝牙主机与蓝牙从机进行数据通信,从机向主机传输实时健康数据记录或历史健康数据记录。 The regional groups personnel health monitoring system according to claim 5, characterized in that, the bluetooth host to the bluetooth communication process from a machine comprising the steps of: 601) the bluetooth host Bluetooth feature, while the bluetooth host in the broadcast information itself Bluetooth scanning is broadcast from a state machine; 602) outwardly Bluetooth slave timing of the broadcast information itself; 603) which searches the bluetooth host to the bluetooth content parsed from the broadcast information sent by the machine; 604) from the bluetooth host machine requires a Bluetooth link when, after receiving its transmission link to request the broadcast information, the information including frequency modulation, the transmission interval information, time-out information and the key information; 605) into the confirmed Bluetooth link state, enters the data transfer state machine is received from the application; 606) Bluetooth Bluetooth data communication with the host machine from the host transmit real-time or historical health data record health data from the machine to record.
7.根据权利要求1所述的区域性群体人员健康监控系统,其特征在于,无线中继器包括微控制器、射频电路、网络模块和电源电路;微控制器控制射频电路持续接收监控区域范围内的人体健康无线传感器信号,当收到无线传感器传来的人体健康数据后,微控制器通过网络模块将数据转发到监控服务器。 The regional groups personnel health monitoring system according to claim 1, wherein the wireless repeater includes a microcontroller, the radio frequency circuit, a network module, and a power supply circuit; RF circuit microcontroller continuously receives a control range of the monitored area human health in the wireless sensor signal, when the received health data transmitted from the wireless sensor, to monitor the microcontroller forwards the data server through the network module.
8.根据权利要求1所述的区域性群体人员健康监控系统,其特征在于,监控服务器连接在互联网上,有固定的IP地址;监控服务器监听来自无线中继器传来的数据,将所有数据汇总,形成分析报表和预警信息通过无线网络和/或有线网络发送给数据用户。 The regional groups personnel health monitoring system according to claim 1, characterized in that the monitoring server connected to the Internet, a fixed IP address; server listening for monitoring data from the wireless repeater, all data summary, user data is formed and analysis reports alarm information to the wireless network and / or a wired network.
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