CN1555204A - SARS epidemic situation information quick collecting system and method based on mobile communication network - Google Patents

SARS epidemic situation information quick collecting system and method based on mobile communication network Download PDF

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CN1555204A
CN1555204A CNA2003101189629A CN200310118962A CN1555204A CN 1555204 A CN1555204 A CN 1555204A CN A2003101189629 A CNA2003101189629 A CN A2003101189629A CN 200310118962 A CN200310118962 A CN 200310118962A CN 1555204 A CN1555204 A CN 1555204A
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sars
health
data
health data
mobile
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CN100558198C (en
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敏 聂
聂敏
裴昌幸
李建东
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西安电子科技大学
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Abstract

A quick acquisition system and method for SARS epidemic situation information based on mobile communication network includes; health data measurement, transmission and receive, storage and analysis. The health data measurement is made by matching a M/D conversion chip on the cell phone and is connected with a sensor worn on hand or matched with special data measurement mobile terminals. The receiving and analysis are made by setting a personal ancestral home health data register and personal access health data register in the exchange, matching DCD/ SARS in state Health Ministry or a GID/SARS in the World Health Organization. When a user turns on the system, the measurement system measures he body's coherent data, an transmits the result to the base station periodically, the exchange keeps the data and compares with normal value to send the abnormal information to DCD/SARS, CID/SARS.

Description

基于移动通信网的SARS疫情信息快速采集系统及方法 System and method for SARS epidemic information mobile communication network based on fast acquisition

技术领域 FIELD

:本发明涉及医疗卫生和移动通信两个技术领域,具体的说是基于移动通信网的SARS疫情信息快速采集系统及方法,应用于快速采集和分析SARS疫情和个人健康信息。 : The invention relates to health care and mobile communications technology two areas, specifically the SARS epidemic information is based on mobile communication network fast acquisition system and method for rapid collection and analysis of the SARS epidemic and personal health information.

背景技术 Background technique

众所周知,SARS病毒是通过人的呼吸道和空气传染的,它是迄今为止传播速度最快、对人类威胁最大的传染病之一。 As we all know, SARS virus through the human respiratory tract infections and air, it is the fastest, by far one of the greatest threats to mankind velocity of propagation of infectious diseases. 2003年上半年,全世界有许多国家因为SARS疫情而处于极度恐慌之中。 First half of 2003, many countries around the world because of the SARS epidemic and in extreme panic. 为了有效防止SARS疫情的传播、蔓延和再度爆发,很多国家采取了隔离SARS患者和疑似病例、测量SARS病毒的基因排序、投入大量人力物力研究开发SARS疫苗等措施,已经取得了良好的效果。 In order to effectively prevent the spread of the SARS epidemic, the spread and resurgence, many countries had taken isolating SARS patients and suspected cases, measuring genetic sequencing of the SARS virus, a lot of manpower and material resources to develop SARS vaccine research and other measures, have achieved good results.

防范传染病的蔓延和扩散,采取医学手段非常重要,但疫情信息的快速采集和分析方法也不可忽视。 To prevent the spread and spread of infectious diseases, it is very important to take medical means, but the rapid collection and analysis of information about the epidemic can not be ignored. SARS疫情爆发之初,由于人们对这种病毒的危害程度和传染途径缺乏了解,加上没有建立有效的疫情信息快速报告制度,导致被传染的人数急剧增加,许多人为此付出了宝贵的生命。 The beginning of the SARS outbreak, because people harm extent and mode of transmission of this virus is a lack of understanding, with the lack of information quickly establish an effective epidemic reporting system, leading to a sharp increase in the number of infected, many people pay their precious lives. 现在,各国领导人和科学家已充分认识到SARS的危害性,建立了广泛的自下而上的疫情信息收集和报告制度。 Now, leaders and scientists are fully aware of the dangers of SARS, established an extensive outbreak of bottom-up information gathering and reporting systems. 我国政府要求各级医疗卫生机构在发现SARS病例或疑似病例时,要以最快的速度上报,国家卫生部将各省、市每天上报的疫情信息进行统计分析后,向全国和全世界发布。 After the Chinese government requirements for medical and health institutions at all levels in the discovery of SARS cases or suspected cases, reported to be the fastest, the Ministry of Health to the provinces, municipalities reported daily disease information for statistical analysis, released to the nation and the world. 由此可见,我们国家对SARS的信息收集和统计分析工作是相当重视的。 Thus, our national information collection and statistical analysis of SARS is very important.

尽管如此,现行的SARS疫情信息的收集和统计分析方法仍然存在很大弊端,具体如下:1.由于该疫情信息采集方法需要自下而上进行上报,因此不可避免地要受到人为因素的影响,其结果的客观性和上报速度没有保证;2.对于类似于SARS这种流行速度很快的传染病来说,按每天24小时统计分析一次疫情,频次太少,速度太慢;3.防止SARS疫情和其它传染病的发生,需要各国政府和国际社会间广泛的合作与信息共享,尤其是各国政府与世界卫生组织(WHO)的合作,但是,现行的疫情信息采集手段由于信息传输速度过慢而不具备这方面合作的条件。 Nevertheless, the collection and statistical analysis of the current SARS epidemic information there is a big disadvantages, as follows: 1. Since the epidemic information collection methods need to be reported bottom-up, so inevitably influenced by human factors, objectivity and speed of reporting its results is not guaranteed; 2. for this epidemic similar to SARS infectious disease is very fast, 24 hours a day by a statistical analysis of the epidemic, the frequency is too small, too slow; 3. prevent SARS outbreak and other infectious diseases, requires extensive cooperation and information sharing between governments and the international community, especially the governments and the world Health Organization (WHO) cooperation, however, the current epidemic means of gathering information because the information transmission speed is too slow not have the conditions of such cooperation.

发明的技术内容: Summary of technology:

本发明的目的是提供一种利用移动通信网实现SARS疫情和个人健康数据实时快速采集系统及方法。 The purpose of the invention is to provide a mobile communications network using the SARS epidemic and achieve personal health data collection system and method for real-time fast. 以实现在几秒内迅速地将来自各地的SARS疫情信息提供给国家卫生行政主管部门,并可与国际卫生组织WHO进行有效合作,进行数据和信息共享;同时还可为移动用户提供移动电子病历,对个人健康状况进行动态监测,患者可随时随地调用自己过去的健康记录数据,掌握自己的身体状态。 In order to achieve quickly in a few seconds will provide information from all over the SARS epidemic to the national health administrative departments, and effective cooperation with the World Health Organization WHO, data and information sharing; while also providing mobile electronic medical records for mobile users , personal health to conduct dynamic monitoring, patients can call anytime, anywhere their own past health records data, control their own physical condition.

实现本发明的技术方案是利用移动通信网覆盖面广,且具有强大的信息处理和存储能力,基于移动通信网的工作原理,建立了SARS疫情信息快速采集系统及方法。 The technical solution of the invention is the use of mobile communication network coverage, and has powerful information processing and storage capabilities, based on the principle of mobile communication networks, the establishment of a system and method of the SARS epidemic information collection. 该疫情快速采集系统包括健康数据测量单元、发射单元和健康数据接收、存储、分析部分,其中:健康数据测量、发射部分用于健康信息的采集、测量、处理和发射,该部分主要由健康数据传感器、芯片和移动手机组成,该模数转换芯片设置于手机内,传感器把从患者处采集的健康状况数据进行信号转换,传输给模数转换芯片进行数据处理后通过移动通信网络发射出去;健康数据接收、存储、分析部分用于健康信息的接收、存储、处理显示及分类分析,该部分主要包括基站、移动交换机、移动通信网及网络管理数据库、卫生部疾病控制及SARS疫情控制数据库(DCD/SARS)、世界卫生组织全球传染病及SARS疫情统计分析数据库(GID/SARS),该移动交换机中连接有个人原籍健康数据寄存器(HHDR)和个人访问健康数据寄存器(VHDR),分别用于保存本地移动用户的健康数据 The fast acquisition system comprises diseases health data measuring unit, the transmission unit and receiving health data, storage, analysis section, wherein: the health data measurement part for collecting health information transmitting, measuring, processing and transmitting, by the some of the major health data transmitting the sensor chip and the mobile handset composition, health condition data of the analog-digital conversion chip disposed on the phone, the sensor the collected from the patient signal conversion, transmission data processing to the analog to digital converter chip through a mobile communication network out; healthy data receiving, storing, analyzing section receiving, storing, processing and displaying health information for classification analysis, this part includes a base station, a mobile exchange, mobile communication network and the network management database, the Ministry of health and disease control of SARS control database (DCD / SARS), World health Organization and the global epidemic of SARS statistical analysis database (GID / SARS), the mobile switch is connected to personal health data origin register (HHDR) and access personal health data register (VHDR), respectively, for saving local mobile user health data 和保存异地漫游用户的健康信息,移动通信网基站接收到健康数据测量、发射部分发射来的健康信息,传送给移动交换机,存储在个人原籍健康数据寄存器(HHDR)和个人访问健康数据寄存器(VHDR)内,移动交换机对存储的数据与原先已存储的人体健康正常数据进行比较后,将异常健康数据发送给移动通信网全国管理中心数据库,该数据库立即将异常数据发送给卫生部疾病控制及SARS疫情控制数据库(DCD/SARS)和世界卫生组织全球传染病及SARS疫情统计分析数据库(GID/SARS),对异常健康数据进行快速分类和分析。 And saving remote roaming user's health information, the mobile communication network base station receives the measurements of health data, transmitting section transmitting to the health information, to the mobile exchange in the personal home health data register (HHDR) and personal interview health data register (VHDR storage ) within, after moving the switch to the stored data is compared with the health of the normal data previously stored, the abnormal health data sent to the mobile communication network, the National management Center database, which immediately send abnormal data to the Ministry of health disease control and SARS epidemic control database (DCD / SARS) and the World health Organization and the global epidemic of SARS statistical analysis database (GID / SARS), abnormal health data for rapid classification and analysis.

上述基于移动通信网的SARS疫情信息快速采集系统,其中也可在各医院配置具有健康数据测量单元的移动专用终端,医生将患者的相关信息通过专用终端发射出去。 Based on the above information of the mobile communication network of SARS fast acquisition system, which also has a configuration of the mobile terminal-specific health data measuring unit in the hospital, the doctor of the patient information is radiated through a dedicated terminal.

上述基于移动通信网的SARS疫情信息快速采集系统,其中健康数据传感器包括人体微型体温传感器、微型心率传感器和微型血压传感器,该三种传感器设置在外观为手表状的同一个装置内,戴在手腕上。 Based on the above information of the mobile communication network of SARS fast acquisition system, wherein the data sensor comprises human health miniature temperature sensors, heart rate sensors and micro-miniature blood pressure sensor, the three kinds of sensors disposed within the wristwatch-like appearance with a device worn on the wrist on.

上述基于移动通信网的SARS疫情信息快速采集系统,其中手机上开设有专用接口,通过接口和传输线将手机内的模数转换芯片与微型传感器装置相连接,实现采集信号的模数转换与发射。 Described above based on the SARS epidemic information of the mobile communication network fast acquisition system, which defines a dedicated interface on the phone, via the interface and a transmission line to connect the analog to digital converter chip inside the phone and the micro-sensor apparatus to achieve analog to digital conversion signal acquisition and transmission.

上述基于移动通信网的SARS疫情信息快速采集系统,其中个人原籍健康数据寄存器与网络系统的原籍位置寄存器、个人访问健康数据寄存器与访问位置寄存器具有相同的配置和网络管理方式,二者配合使用能快速提供用户的个人信息、地理位置、健康数据并向用户发出警示信号。 Based on the above information of the mobile communication network of SARS fast acquisition system, wherein the personal health data registers with the home network home location register system, access to personal health data register and the visitor location register has the same configuration and network management, can be used with both quickly provide the user's personal information, location, health data and sends the user a warning signal.

上述基于移动通信网的SARS疫情信息快速采集系统,其中个人健康数据寄存器设置在网络内,只要用户办理了移动电子病历新业务登记注册手续,就能获得个人移动病历密码,即可建立个人移动电子病历,可方便用户在各地调阅、就医,实现对个人健康状况的动态监测。 Based on the above information SARS epidemic mobile communication network fast acquisition system in which personal health data register settings within the network, as long as the users for the mobile electronic medical record new business registration procedures, you can get personal mobile medical records password, you can create a personal mobile electronics medical records for easy access to the user in the country, a doctor, dynamic monitoring of personal health.

上述基于移动通信网的SARS疫情和个人健康数据快速采集系统,其中卫生部疾病控制及SARS疫情控制数据库(DCD/SARS)和世界卫生组织全球传染病及SARS疫情统计分析数据库(GID/SARS)分别为设在国家卫生部和联合国卫生组织的大型数据接收分析系统,具有疫情分析、疫情分类和疫情数据分类/综合动态显示功能,可实时接收数据、并对其进行综合分类分析及动态曲线显示。 Above fast acquisition system based on the SARS epidemic and personal health data mobile communications network, in which the Ministry of Health Disease Control and control of SARS database (DCD / SARS) and the World Health Organization and the global epidemic of SARS statistical analysis database (GID / SARS), respectively reception is located in the Ministry of health and the World health Organization of large data analysis systems, has analyzed the epidemic, the epidemic outbreak classification and data classification / integrated dynamic display function, can receive real-time data, and its comprehensive analysis and classification of dynamic curve display.

上述基于移动通信网的SARS疫情信息快速采集系统,其中卫生部疾病控制及SARS疫情控制数据库(DCD/SARS)的疫情分类系统按患者的文化程度、职业、民族、所在省区、性别、年龄及其他特征等参数分类;世界卫生组织全球传染病及SARS疫情统计分析数据库(GID/SARS)的疫情分类系统按患者所在大洲、国家、经济发展情况、职业、性别、年龄及其他特征等参数进行分类。 Based on the above information SARS epidemic mobile communication network fast acquisition system, which the Ministry of Health Disease Control and control of SARS database (DCD / SARS) epidemic classification system according to the patient's education, occupation, nationality, where the provinces, gender, age and other features such as classification parameters; World Health Organization and the global epidemic of SARS statistical analysis database (GID / SARS) epidemic where the patient classification system by continent, country, economic development, occupation, gender, age and other characteristics such as classification parameters .

本发明的SARS疫情信息快速采集方法,包括健康数据的测量、发射方法和健康数据的接收、存储、分析方法,其中:该健康数据测量、发射按如下步骤进行:(1)移动台开机,戴在用户手腕上的微型体温传感器、心率传感器和血压传感器将测量到的人体体温、心率和血压等个人健康参数变成模拟电信号,通过传输线传送给手机内部的模/数转换芯片;(2)模/数转换芯片将接收到的模拟电信号变换成数字信号,该信号经过处理后通过手机发射给基站,或通过医院的移动专用终端,将病人的健康参数和详细资料、处方等信息传送给基站;(3)个人健康数据的测量周期从几秒到几个小时可以在手机上人为设定,测量周期设定完毕,手机自动将测量周期值发送给基站和移动交换机;该健康数据接收、存储和分析按如下步骤进行:(1)基站(BS)将接收到的来自移动台的信 SARS epidemic information according to the present invention, rapid acquisition method, comprising measuring health data, receiving, storing, analyzing method of transmitting methods and health data, wherein: the measurements of health data, transmitting proceed as follows: (1) the mobile station power, wear miniature temperature sensors on the user's wrist, the heart rate sensor and a blood pressure sensor to measure body temperature, blood pressure, heart rate and personal health parameters into analog electrical signals transmitted to the phone's internal die / D conversion chip via a transmission line; (2) a / D conversion chip of the received analog electrical signal into a digital signal, the signal is transmitted to the base station after processing by a mobile phone, a mobile hospital or by a dedicated terminal, the patient health parameters and detailed information, and other information transmitted to the prescribing a base station; (3) personal health data measurement period may be set manually from a few seconds to several hours on the phone, a measurement period setting is completed, the phone automatically measured period value to the base station and the mobile exchange; the health data received, storage and analysis carried out as follows: (1) the base station (BS) received from the mobile station channel 号,通过基站接收机进行功率放大、解调、解密等处理后,传送给移动交换机(MSC),在移动交换机(MSC)的控制下,该信号对于本地用户是存储在个人原籍健康数据寄存器(HHDR)中,该信号对于异地漫游用户是存储在个人访问健康数据寄存器(VHDR)中;(2)移动交换机(MSC)对存储在个人原籍健康数据寄存器(HHDR)和个人访问健康数据寄存器(VHDR)中的个人健康数据与人体正常值进行比较,如果这两个寄存器中的数据在正常值范围内,则继续接收并保存数据;如果这两个寄存器中的数据超出正常值范围,立即将异常数据发送给移动通信全国网络管理中心数据库,同时通过基站向该移动用户发送告警信号;(3)移动通信全国网络管理中心数据库在接收到来自全国各地的异常健康数据后,立即将该数据发送给设在国家卫生部的疾病控制及SARS疫情控制数据库(DCD/SARS)和设在 Number, the base station receiver through the power amplification, demodulation, decryption and the like after treatment, to the mobile exchange (MSC), under control of the mobile exchange (MSC), the signal for the local users are stored in the personal health data home register ( HHDR), the signal for the remote roaming user is stored in a personal visit health data register (VHDR); and (2) the mobile exchange (MSC) to the personal home health data register (HHDR) and personal interview health data register stores (VHDR ) personal health data is compared with the normal human body, if these two data registers within the normal range, continues to receive and save the data; if the two data registers exceeds the normal range, the abnormality immediately National data transmitted to the mobile communication network management center a database, and sends an alert signal to the mobile subscriber via a base station; (3) the mobile communication network management center national database upon receiving health data from across abnormality immediately sends the data to in the Ministry of health disease control and control of SARS database (DCD / SARS) and in 界卫生组织(WHO)的全球传染病及SARS疫情统计分析数据库(GID/SARS);(4)疾病控制及SARS疫情控制数据库(DCD/SARS)和全球传染病及SARS疫情统计分析数据库(GID/SARS)对所接收到的来自全国和全世界的异常健康数据迅速进行分类、动态显示和综合分析;(5)当用户在异地漫游时,移动通信网在该地为用户建立个人访问健康数据寄存器(VHDR),个人访问健康数据寄存器(VHDR)是一个临时数据库,仅记录用户在该地的健康数据,当用户返回原籍后,个人访问健康数据寄存器(VHDR)再通过网络将数据传送给个人原籍健康数据寄存器(HHDR)。 Health Organization (WHO) and the global epidemic of SARS statistical analysis database (GID / SARS); (4) Disease Control and control of SARS database (DCD / SARS) epidemic and the SARS epidemic and global statistical analysis database (GID / SARS) on the received abnormal health data from all over the world and classification, dynamic display rapid and comprehensive analysis; (5) when the user is roaming in different places, mobile communications network for users to create a personal health data in the access register (VHDR), personal interview health data register (VHDR) is a temporary database, records only the health of the user data of the ground, when the user returns home, personal interview health data register (VHDR) through the network to transfer data to a personal origin health data register (HHDR).

本发明与现有技术相比,具有以下优点:1.采集信息准确、快速、动态、实时,即使患者处于移动状态,也能采集到其详细的健康状态数据;2.为防治SARS及类似SARS的传染病提供了国际间广泛合作的信息快速共享方法;3.为患者提供了身体异常情况告警信息,提醒患者及时去医院治疗,尤其对一些患有高血压、冠心病等心血管疾病的危险患者,必然会争取到宝贵的抢救机会;4.如果患者愿意,移动通信网络可以为其设立专门的健康数据库,为患者提供移动电子病历服务。 Compared with the prior art the present invention has the following advantages: a collection of information is accurate, rapid, dynamic, real-time, even if the patient is in a moving state, but also to collect the detailed health data; 2 and the like for the prevention of SARS SARS.. infectious diseases provides information on a wide range of international cooperation to quickly share methods; 3. to provide patients with a physical abnormality alarm information to remind the patient to the hospital for timely treatment, especially for some of the risk of developing high blood pressure, coronary heart disease and other cardiovascular diseases patients will inevitably fight to rescue a valuable opportunity; 4 If the patient is willing, mobile communication network can be set up specifically for the health of the database, electronic medical records for patients to provide mobile services.

附图说明 BRIEF DESCRIPTION

:图1是本发明的系统结构图图2是本发明健康数据测量单元结构图图3是本发明的移动通信网络结构图图4是本发明移动通信终端结构图图5是本发明用户健康数据的测量过程图图6是本发明用户异地漫游时健康数据的测量过程图图7是DCD/SARS疫情数据接收、分析和动态显示的过程图图8是GID/SARS疫情数据接收、分析和动态显示的过程图图9是现有的移动移动通信网络结构图图10是现有移动通信终端的组织结构图具体实施方式:由图1所示,本发明由两部分构成:第一部分是健康数据测量单元和发射部分,第二部分是健康数据接收、存储和分析部分。 : FIG. 1 is a system configuration diagram of FIG. 2 of the invention is the health data measurement unit configuration diagram of FIG. 3 of the invention is a mobile communication network configuration diagram in FIG. 4 of the invention is a mobile communication terminal configuration diagram of FIG. 5 of the invention is a user of the present invention, the health data the measurement process of FIG. 6 is a user of the present invention places the roaming measurement process of FIG health data 7 DCD / SARS epidemic situation of data reception, the process of FIG analysis and dynamic display 8 is GID / SARS epidemic data reception, analysis and dynamic display FIG 9 is a process diagram of the conventional mobile mobile communication network 10 is a structural diagram of a conventional organization of a mobile communication terminal DETAILED DESCRIPTION: As shown in, FIG. 1 of the present invention is composed of two parts: the first part is the measurements of health data and means emitting portion, a second portion of the health data is received, storage and analysis section.

第一部分由患者、健康数据测量系统(HDMS)和移动手机(或医院专用移动通信终端)构成,其中健康数据测量系统(HDMS)由数据采集单元和数据处理单元两部分构成,其组成结构如图2所示。 A first portion (hospital or specialized mobile communication terminal) is constituted by the patient, the health data measurement system (HDMS) and a mobile phone, wherein the health data measurement system (HDMS) consists of two partial data acquisition unit and a data processing unit shown in FIG its composition 2 shown in FIG.

由图2可见,数据采集单元由微型体温测量传感器、心率测量传感器和血压测量传感器组成,这三种传感器可设置在同一装置内,其外形可设计成手表状结构,戴在手腕上;数据处理单元由专用的模/数(A/D)变换芯片组成,该芯片可采用现成的产品,安装在手机或医院专用移动终端内部;在手机上开设有一专用接口,通过该接口,传输线将数据采集单元与数据处理单元连接;健康传感器从患者处采集人体健康数据,转换成电信号,发送给模/数(A/D)转换芯片进行模数转换成数字信号并向网络基站发射。 2 seen from the data acquisition unit by a microcomputer of FIG temperature measurement sensor, a heart rate measurement sensor and a blood pressure measurement sensors, three sensors may be provided in the same apparatus, its shape can be designed as a watch-like structure, worn on the wrist; data processing unit by a dedicated analog / digital (a / D) conversion chips, the chip can be ready-made products, installed in the phone or inside a dedicated mobile terminal hospital; defines a specific interface on the phone, via the interface, transmission line data collection means connected to the data processing unit; healthy human health sensors collect data from the patient, into an electrical signal is sent to an analog / digital (A / D) converter chip analog to digital conversion into a digital signal and transmitting the base station network. 根据上述结构,不管人体处于运动或静止或睡眠等不同状态,该测量系统(HDMS)均可动态、实时地测量人体健康参数。 According to the arrangement, regardless of the human body in motion or at rest or in different states such as sleep, the measurement system (HDMS) can be dynamic, real-time measurement of health parameters. 由于SARS病例或疑似病例都有发热的身体特征,当人体出现38℃以上高温时,移动台会立即发现这种异常情况,自动向移动通信网络发出相关测量报告,包括用户的个人信息、地理位置、体温等各种详细信息,同时向用户发出告警信号,提醒患者去医院就诊。 Since the physical characteristics of SARS cases or suspected cases have fever, occurs when the body temperature above 38 ℃, the mobile station will immediately find this anomaly, measurement reports to automatically send relevant mobile communication network, including the user's personal information, location various details such as body temperature, and send alarm signals to the user to alert patients to the hospital.

对于那些暂时没有手机的用户,当他们有人出现发热等异常情况时,必然要去医院就诊,由于每个医院设置了若干具有人体健康数据测量(HDMS)功能的移动终端,医生只要将发热的相关信息输入该终端,移动通信网络立刻就会得到相关信息。 For those who temporarily without a mobile phone, when some of them unusual circumstances such as fever, must go to the hospital because every hospital has set up several mobile terminals health data measurement (HDMS) function, as long as the physician-related fever the information input terminal, a mobile communication network will immediately get information. 该患者的病历同样在几秒钟内传至国家和世界卫生组织WHO。 The patient's medical history is also spread to countries and the World Health Organization (WHO) in a matter of seconds.

上述发明中的第二部分,即健康数据接收、存储和分析部分由基站、移动交换机、移动通信网及网络管理数据库、卫生部疾病控制及SARS疫情控制数据库(DCD/SARS)、世界卫生组织全球传染病及SARS疫情统计分析数据库(GID/SARS)组成,具体结构如图3所示。 In the invention, the second portion, i.e., the health data reception, storage and analysis of the global base station, a mobile exchange, mobile communication network and the network management database, the Ministry of Health and Disease Control of SARS control database (DCD / SARS), World Health Organization SARS epidemic infectious diseases and statistical analysis database (GID / SARS) composition, the specific structure shown in Figure 3.

参见图3,本发明在图9所示的现有移动通信网络结构中增加了个人原籍健康数据寄存器(HHDR)、个人访问健康数据寄存器(VHDR)、设在国家卫生部的疾病控制及SARS疫情控制数据库(DCD/SARS)、设在世界卫生组织(WHO)的全球传染病及SARS疫情统计分析数据库(GID/SARS)。 Referring to Figure 3, the present invention adds a personal home health data register (HHDR) in the existing mobile communication network configuration shown in FIG. 9, the personal health data access register (VHDR), provided for Disease Control and the National Ministry of Health of SARS control database (DCD / SARS), located in the world Health Organization (WHO) and the global epidemic of SARS statistical analysis database (GID / SARS). 其中个人原籍健康数据寄存器(HHDR)、个人访问健康数据寄存器(VHDR)分别与原籍位置寄存器(HLR)、访问位置寄存器(VLR)具有类似的配置和网络管理方式。 Personal health data wherein the home register (HHDR), access to personal health data register (VHDR) respectively with a home location register (HLR), visitor location register (VLR) having a similar configuration and network management. 原籍位置寄存器(HLR)是系统的中央数据库,存储着该移动交换中心(MSC)管辖区内的所有移动用户的有关数据,包括移动用户号码、用户类型、业务权限、用户漫游时的动态数据等。 A home location register (HLR) is a central database system, the data stored in all mobile users of the mobile switching center (MSC) jurisdiction, comprising a mobile subscriber number, user type, service authority, dynamic data when users roam . 访问位置寄存器(VLR)存储着来访移动用户的有关数据,这些数据是从该用户的原籍位置寄存器(HLR)获取并暂时保存的,一旦用户离开本地,则临时存储的该用户的数据就会被删除,因此,访问位置寄存器(VLR)是一个动态用户的数据库。 Visitor Location Register (VLR) stores data about the visiting mobile users, these data are taken from the user's home location register (HLR) and temporarily stored, once the user leaves the local, the temporary storage of the user's data will be deleted, therefore, the visitor location register (VLR) is a dynamic user database. 鉴权中心(AUC)存储着鉴权信息和加密密钥,完成对请求登录网络的移动用户合法性认可的鉴别工作,用来防止无权用户接入系统,保证无线通信的安全。 Authentication Center (AUC) stores authentication information and encryption keys, to complete the mobile user requests to access a network the legality authentication recognized work, to prevent not authorized users to access the system, to ensure the security of wireless communications. 移动设备识别寄存器(EIR)存储着移动设备的国际移动设备识别码,通过该识别码,网络运营部门就可判断出移动设备是属于准许使用的,还是失窃而不准使用的,这样,可以保证移动设备的唯一性和安全性。 Mobile Equipment Identity Register (EIR) stores the International Mobile Equipment Identity of the mobile device, through the identification code, the network operations can judge the mobile device is allowed to use belongs, and are not allowed to use or theft, thus guarantee uniqueness and security of mobile devices. 天线、基站收发信机(BTS)和基站控制器(BSC)构成基站,基站收发信机(BTS)与天线相配合,完成基站与移动台之间信号的接收和发射任务。 Antennas, base transceiver stations (BTS) and base station controllers (BSC) base configuration, the base transceiver station (BTS) cooperating with the antenna, to complete the task receiving and transmitting signals between a base station and a mobile station. 基站控制器(BSC)完成无线资源、参数及各种接口的控制与管理任务。 The base station controller (BSC) to complete control and radio resource management tasks, interfaces and various parameters. 移动交换中心(MSC)是网络的核心,它向原籍位置寄存器(HLR)、访问位置寄存器(VLR)、鉴权中心(AUC)和移动设备识别寄存器(EIR)提供交换功能。 Mobile Switching Center (MSC) of the core network, which the visitor location register (the VLR), Authentication Center (AUC) and a mobile equipment identity register (EIR) to provide switching functions to a home location register (HLR). 移动交换中心(MSC)直接与公众电话交换网(PSTN)、综合业务数字网(ISND)和公众数据网(PDN)相连,全国各地的移动交换中心(MSC)之间通过长途传输信道相连,又与移动通信全国网络管理中心和计费数据传输系统相连接,从而全国乃至全世界的移动用户、固定用户都连接在一起。 Mobile Switching Center (MSC), Integrated Services Digital Network (ISND) and the public data network (PDN) is directly connected to the public switched telephone network (PSTN), connected by a long-distance transmission channel between the mobile switching centers around the country (MSC), and National connected with a mobile communication network management center and billing data transmission system to the mobile subscriber's country and the world, users are fixed together. 移动交换中心(MSC)可以从原籍位置寄存器(HLR),访问位置寄存器(VLR)和鉴权中心(AUC)三种数据库得到有关位置登记、呼叫请求等所需的全部数据。 A mobile switching center (MSC) can, Visitor Location Register (VLR) and authentication center (AUC) to give three kinds of database all the data required for the location registration, call request or the like from a home location register (HLR). 移动交换中心(MSC)作为网络的核心,还支持位置登记与位置更新、越区切换、漫游、计费数据采集等功能。 A mobile switching center (MSC) as the core network also supports a location update with the location registration, handover, roaming, billing data collection functions.

本发明所增设的个人原籍健康数据寄存器(HHDR)专门用来保存本地移动用户的健康数据,个人访问健康数据寄存器(VHDR)专门用来保存异地漫游移动用户的健康数据,两者配合使用,能快速提供用户个人信息、地理位置、健康数据并向用户发出告警。 The present invention additional personal home health data register (HHDR) dedicated to the health data stored in the local mobile users, access to personal health data register (VHDR) dedicated to the health data stored offsite roaming mobile subscriber, both used in conjunction with, can quickly provide personal information, location, health data to the user an alarm. 同时,个人原籍健康数据寄存器(HHDR),可为用户建立移动电子病历(MECH)。 At the same time, personal health data origin register (HHDR), may establish a mobile electronic medical records (MECH) for the user. 需要建立移动电子病历(MECH)的移动用户,须先到移动公司设在各地的营业窗口办理新业务登记注册手续,然后即可得到一个个人移动电子病历密码,如果用户的手机具有健康数据测量(HDMS)功能,只要用户开机,并且随身携带手机,不论用户在本地,还是漫游到外地,每隔半小时或一小时,手机就会自动测量一次用户的健康数据,测量结果自动发给移动通信网内的个人原籍健康数据寄存器(HHDR)进行保存。 Mobile users need to establish a mobile electronic medical records (MECH), the company must first set up in business to move around the window handle new business registration procedures, then you can get a personal mobile electronic medical records password, if the user's phone has a health data measurement ( HDMS) function, the user just turned on, and the carry mobile phones, whether a local user, or to roam to the field, every half-hour or an hour, the phone will automatically measure the health data a user, measurement results are automatically sent to the mobile communications network personal health data registers in the country of origin (HHDR) to save. 通过个人密码,用户可以随时访问自己的移动电子病历(MECH),但是用户不能修改病历内容;在医院就诊时,通过医院的专用移动终端,患者可以将自己过去的健康数据调出,打印成文字或图表,交给医生。 By personal password, users can access at any time to their mobile electronic medical records (MECH), but the user can not modify the medical content; when treatment in the hospital, through a dedicated mobile terminal hospital, patients can be their own past health data transferred out, printed text or chart to the doctor. 通过设在医院的移动终端,医生也可以将诊断结果和处方写入患者的移动电子病历(MECH)。 By the mobile terminal in the hospital, the doctor can write a prescription and diagnosis of mobile electronic medical records of patients (MECH). 移动电子病历(MECH)的内容以数据的形式永久保留在个人原籍健康数据寄存器(HHDR)中,除非该用户声明不再使用移动电子病历(MECH)业务。 Content of mobile electronic medical records (MECH) in the form of personal data remain permanently in the home health data register (HHDR), unless the user declares no longer use mobile electronic medical records (MECH) business.

对于没有手机或手机不具有健康数据测量(HDMS)功能的患者,可通过设在医院的移动终端访问自己的移动电子病历(MECH),并可通过医生将诊断结果和处方写入自己的移动电子病历(MECH)。 For patients with no phone or cell phone does not have the health data measured (HDMS) capabilities, you can access your mobile electronic medical records (MECH) in hospital through a mobile terminal, and the diagnosis by the doctor and write their own mobile electronic prescription medical records (MECH). 这种情况下,用户同样需要在移动公司的营业窗口办理移动电子病历(MECH)业务登记注册手续,并得到一个移动电子病历(MECH)密码。 In this case, users also need to apply for a mobile electronic medical records (MECH) business registration procedures in the company's mobile business window and get a mobile electronic medical records (MECH) password. 有了个人移动电子病历(MECH),不论用户在本地就医,还是出差生病在外地,都可以很方便地得到自己的病历记录。 With personal mobile electronic medical records (MECH), regardless of medical treatment in the local user, or sick to travel in the field, they can easily get their own medical records.

如果用户需要调用和访问自己的电子病历,首先,在个人手机或医院专用移动终端上拨打移动电子病历(MECH)的专用服务号码,等待系统响应后输入个人密码,然后系统会提示用户输入所调用和访问移动电子病历的起止日期,并要求确定是显示该病历,还是打印病历,最后,系统就会按用户的要求调出移动电子病历(MECH)内容。 If you need to call and access their electronic medical records, first of all, the personal mobile phone or hospital-specific special service numbers dialed on the mobile terminal mobile electronic medical records (MECH), waiting for input personal password system response, then the system will prompt the user to enter the call start and end dates and access to mobile electronic medical records and determine whether to display the requested medical records, medical records or print, and finally, the system according to the requirements of users to call up the mobile electronic medical records (MECH) contents.

参见图4,本发明中在图10所示的现有的移动通信手机中增设有健康数据处理单元,该健康数据处理单元采用现有模/数(A/D)变换芯片,并安装在手机内,其输出端与图10所示的现有手机中的频率合成单元,控制单元,逻辑单元,键盘和显示单元分别连接,输入端通过传输线与外部的和体温、心率、血压传感器相连接。 Referring to Figure 4, the present invention has additional health data processing unit in the conventional mobile communication handset shown in FIG. 10, the health data processing unit using the conventional analog / digital (A / D) converter chip, and installed in the phone within, the conventional mobile phone shown in FIG. 10 and its output in the frequency synthesizer unit, a control unit, a logic unit, a keyboard and a display unit are connected to an input terminal is connected via a transmission line and an external temperature, heart rate, blood pressure sensor.

如图5所示,本发明对用户健康数据的测量过程如下:(1)移动台开机,登录网络;(2)设置健康数据测量周期,即在手机上人为设定从几秒到几个小时的测量周期,测量周期设定完毕,手机自动将周期值发送给基站和移动交换机;(3)健康数据测量系统采集测量人体数据,即戴在用户手腕上的微型体温传感器、心率传感器和血压传感器将测量到的人体体温、心率和血压等个人健康参数变成模拟电信号,通过传输线传送给手机内部的健康数据处理单元。 5, the user of the health data measurement process of the present invention is as follows: (1) the mobile station power, network login; (2) Set the health data measurement cycle, i.e. artificially set on the phone from a few seconds to a few hours measurement period, the measurement period setting is completed, the phone automatically period value to the base station and mobile exchange; (3) the health data measurement system to measure the body data acquisition, i.e. worn on the user's wrist miniature temperature sensor, a heart rate sensor, and a blood pressure sensor the measured body temperature, blood pressure, heart rate and personal health parameters into analog electrical signals transmitted to the internal phone health data processing unit through the transmission line.

(4)该测量结果送入个人健康数据寄存器保存并与正常值比较,如果没有发现异常值,则继续保存,如果有异常值,则通过网络向卫生部(DCD/SARS)健康数据库和世界卫生组织(GID/SARS)数据库发送异常数据报告,同时向移动台发送告警信号,提醒患者尽快去医院就诊;(6)卫生部DCD/SARS健康数据库和世界卫生组织(GID/SARS)数据库对收到的疫情报告进行综合统计、分类、分析、显示,输出数据统计分析结果;如图6所示,本发明为异地漫游时用户建立了健康数据的测量,其过程如下:(1)移动台开机,登录网络;(2)建立个人健康访问寄存器(VHDR);(3)测量用户健康数据并设置健康数据测量周期;(4)将该测量结果保存在个人访问健康数据寄存器(VHDR)中;(5)若用户离开本地,将保存在个人访问健康数据寄存器(VHDR)中的测量结果发送给用户的个人原籍健康数据寄存器(HHDR), (4) the measurement result to personal health data registers saved and compared with normal, if no abnormal value, then continue to save, if there are outliers, through the network to the Ministry of Health (DCD / SARS) health database and the World Health organization (GID / SARS) database data sends an exception report, and send an alarm signal to the mobile station to alert patients to the hospital for treatment as soon as possible; (6) the Ministry of health DCD / SARS health database and World health organization (GID / SARS) database to receive epidemic comprehensive statistical reports, classification, analysis, display and output the results of statistical analysis; shown in FIG. 6, the present invention is a roaming user to establish a remote measurement of the health data, the process is as follows: (1) the mobile station power, Log network; (2) the establishment of personal health access register (VHDR); (3) measuring user health data and set health data measurement period; (4) the measurement results stored in the personal health data access register (VHDR); and (5 measurements) when the user leaves the local, accessing stored in the personal health data register (VHDR) is sent to the user's home personal health data register (HHDR), 删除个人访问健康数据寄存器(VHDR)中的测量信息;(6)将该测量结果与正常值比较,如果没有发现异常值,则继续保存,如果有异常值,则通过网络向卫生部(DCD/SARS)健康数据库和世界卫生组织(GID/SARS)数据库发送异常数据报告,同时向移动台发送告警信号,提醒患者尽快去医院就珍;(6)卫生部(DCD/SARS)健康数库据和世界卫生组织(GID/SARS)数据库对收到的疫情报告进行综合统计、分类、分析、显示,输出数据统计分析结果。 Delete measurement information to access personal health data register (VHDR) in; (6) the measurement results were compared with normal, if no abnormal value, then continue to save, if there are outliers, through the network to the Ministry of Health (DCD / SARS) health database and the World health Organization (GID / SARS) database to send abnormal data reporting, and send an alarm signal to the mobile station to alert patients to the hospital as soon as possible Jane; (6) the Ministry of health (DCD / SARS) health number of library data and World Health Organization (GID / SARS) epidemic database of reports received comprehensive statistics, classification, analysis, display, output data statistical analysis.

该个人健康访问寄存器(VHDR)是在网络上为漫游异地的用户建立的一个临时数据库,仅记录用户在该地的健康数据,当用户返回原籍后,个人访问健康寄存器、通过网络将数据传送给个人原籍健康寄存器(HHDR)。 The personal health access register (VHDR) is a temporary database established for a user roaming different places in the network, recording only the user health data on the ground, when the user returns home, personal interview health registers, through the network data to home health personal register (HHDR).

参见图7、图8,本发明的疾病控制及SARS疫情控制数据库(DCD/SARS)和全球传染病及SARS疫情统计分析数据库(GID/SARS)是分别设在国家卫生部和联合国卫生组织(WHO)的大型数据接收和分析系统,其中疾病控制及SARS疫情控制数据库(DCD/SARS)与全国移动通信网的网络管理系统相连接,全球传染病及SARS疫情统计分析数据库(GID/SARS)与各个国家的移动通信网相连,二者均具有疫情分析系统、疫情分类系统和疫情数据分类/综合动态显示系统。 7, 8, disease control and control of SARS database (DCD / SARS) of the invention and the global epidemic of SARS and statistical analysis database (GID / SARS) are respectively located in the Ministry of Health and the World Health Organization (WHO ) to receive and analyze large data systems, which control the SARS epidemic disease control and database (DCD / SARS) and NMS nationwide mobile communication network connected to the global SARS epidemic infectious diseases and statistical analysis database (GID / SARS) and various mobile communication network connected to the country, both of which have epidemic analysis system, epidemic disease classification systems and data classification / integrated dynamic display system.

本发明的(DCD/SARS)、(GID/SARS)疫情数据接收、分析和动态显示的过程如下:(1)移动通信全国网络管理中心数据库在接收到来自全国各地的异常健康数据后,立即将该数据发送给设在国家卫生部的疾病控制及SARS疫情控制数据库(DCD/SARS)和设在世界卫生组织(WHO)的全球传染病及SARS疫情统计分析数据库(GID/SARS);(2)卫生部疾病控制及SARS疫情控制数据库(DCD/SARS)将接收来自移动通信全国网络管理数据库发来的各省市SARS疫情数据;全球传染病及SARS疫情统计分析数据库(GID/SARS)将接收来自各个国家移动通信网络管理数据库发来的各国SARS疫情数据进行分析(3)卫生部疾病控制及SARS疫情控制数据库(DCD/SARS)将疫情数据按患者的文化程度、职业、民族、所在省区、性别、年龄及其他特征分类,全球传染病及SARS疫情统计分析数据库(GID/SARS)按患者所在大洲、国家、经济发展情况 , (GID / SARS) epidemic data received according to the present invention (DCD / SARS), analysis and dynamic process shown as follows: (1) mobile communication national network management center a database upon receiving the abnormal health data from across the country, immediately the data is sent to the SARS epidemic disease control and database control in the Ministry of health (DCD / SARS) and located in the world health Organization (WHO) and the global epidemic of SARS statistical analysis database (GID / SARS); (2) health Ministry disease control and control of SARS database (DCD / SARS) SARS epidemic will receive the data from the various provinces and cities nationwide mobile communications network management database sent; global epidemic of SARS and statistical analysis database (GID / SARS) received from various national mobile communications network management database sent to the national SARS epidemic data analysis (3) and the Ministry of health disease control SARS epidemic control database (DCD / SARS) epidemic data in the patient's education, occupation, nationality, where the provinces, gender , age and other characteristics classification, global infectious diseases and SARS epidemic statistical analysis database (GID / SARS) patients according to where the continents, countries, economic development 职业、性别、年龄及其他情况分类;(4)在显示系统中显示出这些疫情接收数据、综合分类分析、动态曲线显示等多种信息,为国家卫生行政主管部门和世界卫生组织WHO采取必要措施,防止传染病的扩散和蔓延提供依据。 Occupation, gender, age and other circumstances classification; (4) display a variety of information on these outbreaks receive data, comprehensive classification analysis, dynamic curve display in the display system, take the necessary measures for national health administrative departments and the World Health Organization (WHO) to prevent the proliferation and spread of infectious diseases to provide evidence.

Claims (9)

1.一种基于移动通信网的SARS疫情信息快速采集系统,包括健康数据测量单元、发射部分和健康数据接收、存储、分析部分,其中:健康数据测量、发射部分用于健康信息的采集、测量、处理和发射,该部分主要由健康数据传感器、芯片和移动手机组成,该模数转换芯片设置于手机内,传感器把从患者处采集的健康状况数据进行信号转换,传输给模数转换芯片进行数据处理后通过移动通信网络发射出去;健康数据接收、存储、分析部分用于健康信息的接收、存储、处理显示及分类分析,该部分主要包括基站、移动交换机、移动通信网及网络管理数据库、卫生部疾病控制及SARS疫情控制数据库(DCD/SARS)、世界卫生组织全球传染病及SARS疫情统计分析数据库(GID/SARS),该移动交换机中连接有个人原籍健康数据寄存器(HHDR)和个人访问健康数据寄存器(VHDR),分别用 A rapid acquisition of SARS based on information of the mobile communication network system, including health data measuring unit, a transmitting section and receiving health data, storage, analysis section, wherein: the health data measurement part for collecting health information transmitting, measuring , processed and transmitted, this part of the health data sensor chip and mobile handset composition, health condition data of the analog-digital conversion chip disposed on the phone, the sensor the collected from the patient signal conversion, is transmitted to the analog-digital conversion chip after transmitting the data processed by the mobile communication network out; health data receiving, storing, analyzing portion receives, stores health information, display processing and classification analysis, this part includes a base station, a mobile exchange, mobile communication network and the network management database, health Ministry disease control and control of SARS database (DCD / SARS), World health Organization and the global epidemic of SARS statistical analysis database (GID / SARS), the mobile switch is connected to personal health data origin register (HHDR) and personal access health data register (VHDR), respectively 于保存本地移动用户的健康数据和保存异地漫游用户的健康信息,移动通信网基站接收到健康数据测量、发射部分发射来的健康信息,传送给移动交换机,存储在个人原籍健康数据寄存器(HHDR)和个人访问健康数据寄存器(VHDR)内,移动交换机对存储的数据与原先已存储的人体健康正常数据进行比较后,将异常健康数据发送给移动通信网全国管理中心数据库,该数据库立即将异常数据发送给卫生部疾病控制及SARS疫情控制数据库(DCD/SARS)和世界卫生组织全球传染病及SARS疫情统计分析数据库(GID/SARS),对异常健康数据进行快速分类和分析。 To save the health data in the local mobile user and stored health information remote roaming users, a mobile communication network base station receives the measurements of health data, transmitting section transmitting to the health information, to the mobile exchange, stored in the personal home health data register (HHDR) and personal access to health data register (VHDR) inside, move the switch data stored in the rear compared with the originally stored the body healthy and normal data, the abnormal health data sent to the mobile communication network, the National management Center database, which immediately abnormal data sent to the Ministry of health disease control and control of SARS database (DCD / SARS) and the World health Organization and the global epidemic of SARS statistical analysis database (GID / SARS), abnormal health data for rapid classification and analysis.
2.根据权利要求1所述的基于移动通信网的SARS疫情信息快速采集系统,其特征在于在各医院配置具有健康数据测量单元的移动专用终端,医生将患者的相关信息通过专用终端发射出去。 The fast acquisition system of SARS based on the information of the mobile communication network as claimed in claim 1, characterized in that the arrangement has a mobile terminal-specific health data measuring unit in the hospital, the doctor of the patient information is radiated through a dedicated terminal.
3.根据权利要求1所述的基于移动通信网的SARS疫情信息快速采集系统,其特征在于健康数据传感器包括人体微型体温传感器、微型心率传感器和微型血压传感器,该三种传感器设置在外观为手表状的同一个装置内,戴在手腕上。 According to claim 1, based on the information of the mobile communication network of SARS fast acquisition system, wherein the data sensor comprises human health miniature temperature sensors, heart rate sensors and micro-miniature blood pressure sensor, the sensor is arranged in the appearance of three kinds of watches a device of the same shape, worn on the wrist.
4.根据权利要求1或3所述的基于移动通信网的SARS疫情信息快速采集系统,其特征在于手机上开设有专用接口,通过接口和传输线将手机内的模数转换芯片与微型传感器装置相连接,实现采集信号的模数转换与发射。 The fast acquisition system of SARS based on information of the mobile communication network of claim 1 or claim 3, characterized in that defines a dedicated interface on the phone, via the interface and transmission line D conversion chip and the mobile device relative microsensor connectivity for analog to digital conversion of the signal acquisition and transmission.
5.根据权利要1所述的基于移动通信网的SARS疫情信息快速采集系统,其特征在于个人原籍健康数据寄存器与网络系统的原籍位置寄存器、个人访问健康数据寄存器与访问位置寄存器具有相同的配置和网络管理方式,二者配合使用能快速提供用户的个人信息、地理位置、健康数据并向用户发出警示信号。 According to claim 1, based on the rapid acquisition of SARS information of the mobile communication network system, a home location register wherein the home personal health data register with the network system, access to personal health data register and the visited location register have the same configuration and network management, can quickly provide them with the use of the user's personal information, location, health data and user issues a warning signal.
6.根据权利要求1或5所述的基于移动通信网的SARS疫情信息快速采集系统,其特征在于个人健康数据寄存器设置在网络内,只要用户办理了移动电子病历新业务登记注册手续,就能获得个人移动病历密码,即可建立个人移动电子病历,可方便用户在各地调阅、就医,实现对个人健康状况的动态监测。 The fast acquisition system of SARS based on information of the mobile communication network 1 or claim 5, characterized in that the personal health data register provided within the network, as long as the mobile users for new services EMR registration procedures, will be able to mobile access to personal medical records password, you can create a personal mobile electronic medical records for easy user access to the country for medical treatment, to achieve dynamic monitoring of personal health.
7.根据权利要求1所述的SARS疫情和个人健康数据快速采集系统,其特征在于卫生部疾病控制及SARS疫情控制数据库(DCD/SARS)和世界卫生组织全球传染病及SARS疫情统计分析数据库(GID/SARS)分别为设在国家卫生部和联合国卫生组织的大型数据接收分析系统,具有疫情分析、疫情分类和疫情数据分类/综合动态显示功能,可实时接收数据、并对其进行综合分类分析及动态曲线显示。 7. fast acquisition system based on the SARS epidemic and the personal health data of claim 1, characterized in that the Ministry of Health Disease Control and control of SARS database (DCD / SARS) and the World Health Organization and the global epidemic of SARS statistical analysis database ( GID / SARS) receive large data set in the Ministry of health and the World health Organization analysis system with analysis of the epidemic, the epidemic outbreak classification and data classification / integrated dynamic display function, can receive real-time data, and its comprehensive classification analysis dynamic curve and displayed.
8.根据权利要1或7所述的基于移动移动通信网的SARS疫情信息快速采集系统,其特征在于在卫生部疾病控制及SARS疫情控制数据库(DCD/SARS)的疫情分类系统按患者的文化程度、职业、民族、所在省区、性别、年龄及其他特征等参数分类;世界卫生组织全球传染病及SARS疫情统计分析数据库(GID/SARS)的疫情分类系统按患者所在大洲、国家、经济发展情况、职业、性别、年龄及其他特征等参数进行分类。 8. The system for fast acquisition of SARS based on information of the mobile mobile communication network of claim 1 or 7, characterized in that the culture in a patient by Ministry of Health and Disease Control of SARS control database (DCD / SARS) epidemic classification system level, occupation, nationality, where the provinces, gender, age and other characteristics such as classification parameters; World Health Organization and the global epidemic of SARS statistical analysis database (GID / SARS) epidemic where the patient classification system by continent, country, economic development situation, occupation, gender, age and other characteristics such as parameters for classification.
9.一种基于移动通信网的SARS疫情信息快速采集方法,包括健康数据的测量、发射方法和健康数据的接收、存储、分析方法,该健康数据测量、发射按如下步骤进行:(1)移动台开机,戴在用户手腕上的微型体温传感器、心率传感器和血压传感器将测量到的人体体温、心率和血压等个人健康参数变成模拟电信号,通过传输线传送给手机内部的模/数转换芯片;(2)模/数转换芯片将接收到的模拟电信号变换成数字信号,该信号经过处理后通过由手机发射给基站,或通过医院的移动专用终端,将病人的健康参数和详细资料、处方等信息传送给基站;;(3)个人健康数据的测量周期从几秒到几个小时可以在手机上人为设定,测量周期设定完毕,手机自动将周期值发送给基站和移动交换机;该健康数据接收、存储和分析按如下步骤进行:(1)基站(BS)将接收到的来自移 A rapid acquisition of SARS based on information of the mobile communication network, comprising the measuring of health data, reception, storage, and analysis of health data transmitting method, the measurements of health data, transmitting proceed as follows: (1) Move power station, worn on the user's wrist miniature temperature sensor, a heart rate sensor, and the blood pressure sensor to measure body temperature, blood pressure, heart rate and personal health parameters into analog electrical signals transmitted to the mobile phone inside the mold through the transmission line / D conversion chip ; (2) a / D conversion chip of the received analog electrical signal into a digital signal, the signal emitted by the after treatment by the handset to the base station, or a dedicated terminal through a mobile hospital, the patient health parameters and detailed information, the prescription information to the base station ;; (3) personal health data measurement period may be set manually from a few seconds to several hours on the phone, a measurement period setting is completed, the phone automatically period value to the base station and the mobile exchange; the health data reception, storage and analysis carried out as follows: (1) the base station (BS) received from the mobile 台的信号,通过基站接收机进行功率放大、解调、解密等处理后,传送给移动交换机(MSC),在移动交换机(MSC)的控制下,该信号对于本地用户是存储在个人原籍健康数据寄存器(HHDR)中,该信号对于异地漫游用户是存储在个人访问健康数据寄存器(VHDR)中;(2)移动交换机(MSC)对存储在个人原籍健康数据寄存器(HHDR)和个人访问健康数据寄存器(VHDR)中的个人健康数据与正常值进行比较,如果这两个寄存器中的数据在正常值范围内,则继续接收并保存数据;如果这两个寄存器中的数据超出正常值范围,立即将异常数据发送给移动通信全国网络管理中心数据库,同时通过基站向该移动用户发送告警信号;(3)移动通信全国网络管理中心数据库在接收到来自全国各地的异常健康数据后,立即将该数据发送给设在国家卫生部的疾病控制及SARS疫情控制数据库(DCD/SARS)和设 Signal station via a base station receiver performs power amplification, demodulation, decryption and the like after treatment, to the mobile exchange (MSC), under control of the mobile exchange (MSC), the signal is stored in the personal home health data for the local user register (HHDR), the signal is stored in a personal visit health data register (VHDR) in respect to the remote roaming users; (2) the mobile exchange (MSC) to the personal home health data register (HHDR) and personal interview health data register stores personal health data and normal (VHDR) is compared, if the two data registers in the normal range, it continues to receive and save the data; if the two data registers exceeds the normal range, immediately abnormal data to the mobile communication network management center national database, and sends an alert signal to the mobile subscriber via a base station; (3) national mobile communication network management center a database after receiving the abnormal health data from across the country, the data is transmitted immediately to set up in the Ministry of health disease control and control of SARS database (DCD / SARS) and set 在世界卫生组织(WHO)的全球传染病及SARS疫情统计分析数据库(GID/SARS);(4)疾病控制及SARS疫情控制数据库(DCD/SARS)和全球传染病及SARS疫情统计分析数据库(GID/SARS)对所接收到的来自全国和全世界的异常健康数据迅速进行分类、动态显示和综合分析;(5)当用户在异地漫游时,移动通信网在该地为用户建立个人访问健康数据寄存器(VHDR),个人访问健康数据寄存器(VHDR)是一个临时数据库,仅记录用户在该地的健康数据,当用户返回原籍后,个人访问健康数据寄存器(VHDR)再通过网络将数据传送给个人原籍健康数据寄存器(HHDR)。 In the World Health Organization (WHO) and the global epidemic of SARS statistical analysis database (GID / SARS); (4) Disease Control and control of SARS database (DCD / SARS) epidemic and the SARS epidemic and global statistical analysis database (GID / SARS) on the received abnormal health data from all over the world and the rapid classification, dynamic display and comprehensive analysis; (5) when the user is roaming in different places, mobile communication networks have been established for the individual user in the access to health data register (VHDR), personal interview health data register (VHDR) is a temporary database, records only the health of the user data of the ground, when the user returns home, personal interview health data register (VHDR) through the network to transfer data to a personal home health data register (HHDR).
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