CN102043894B - Physiological data monitoring system and method - Google Patents

Physiological data monitoring system and method Download PDF

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CN102043894B
CN102043894B CN 200910235389 CN200910235389A CN102043894B CN 102043894 B CN102043894 B CN 102043894B CN 200910235389 CN200910235389 CN 200910235389 CN 200910235389 A CN200910235389 A CN 200910235389A CN 102043894 B CN102043894 B CN 102043894B
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data
alarm
user
physiological
physiological data
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CN102043894A (en
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黄安鹏
焦秉立
段晓辉
谢麟振
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北京大学
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Abstract

本发明提供了一种生理数据监测系统,包括:用户端装置,包括采集模块,用于通过佩戴在用户身上采集用户的生理数据;通信模块,用于将所采集的生理数据经无线通信网络发送到数据处理平台;数据处理平台,包括以下模块:维护模块,用于记录所述用户指定的至少一个远程终端的信息;分析处理模块,用于对所收集的该用户的生理数据进行分析处理;报警模块,用于在满足预设条件时产生报警数据;通知模块,用于将所述报警数据经无线通信网络发送至该用户指定的远程终端上。 The present invention provides a data monitoring system, comprising: a client device, comprising acquisition means for acquiring physiological data by the user on the user worn; a communication module for the collected physiological data transmitted via the wireless communication network the data processing platform; data processing platform, comprising the following modules: the service module, at least one information terminal of the user specified remote recording; evaluation module, configured to the user's physiological data collected for analysis processing; alarm means for generating alarm data when the predetermined condition is satisfied; notification module, for transmitting said alarm data via the radio communication network to the remote terminal designated by the user. 本发明可以在提高日常监护适用性的基础上,使得病人本人或其相关亲友能够方便快捷、清楚简明地获知病人的身体情况。 On the basis of the present invention can improve the applicability of the daily care, so that patients themselves or their relatives and friends associated with quick and easy, clearly and concisely informed of the physical condition of the patient.

Description

一种生理数据监测系统及方法 A data monitoring system and method Physiology

技术领域 FIELD

[0001] 本发明涉及网络通信和医学传感技术领域,特别是涉及一种生理数据监测系统及一种生理数据监测方法。 [0001] The present invention relates to network communication field sensing technology and medicine, particularly to a data monitoring system and a method for monitoring physiological data.

背景技术[0002] [0002]

[0003] 目前,医疗监护装置分为两类,一类是在医院内由医生或专业技术人员使用的专门仪器;另一类是远程医疗监护系统。 [0003] Currently, medical monitoring devices are divided into two categories, one is specialized equipment used by a doctor or professional and technical personnel in the hospital; the other is a remote medical monitoring system. 由于第一类医疗监护装置必须固定在医院使用,所提供的生理数据也是面向医生或专业技术人员的专业数据,并不适于一般用户的日常应用, 故开发第二类远程医疗监护系统以对需要日常监护的人员(比如慢性病人或者老年患者等)进行监护,已成为本领域近年来的发展趋势。 Since the first type of medical monitoring device must be fixed in hospitals, the physiological data is also provided data for professional skill of the doctor or professional, is not suitable for daily application of the general user, so the development of a second type of remote health care system needs daily care personnel (such as the chronically ill or elderly patients, etc.) guardianship, it has become the development trend of the field in recent years.

[0004] 如中国专利申请号为00127443. 0所公开的一种家庭远程医疗监护和咨询智能系统为:医疗监护中心通过网络与多个家庭端相连,通过人机交互界面实现对病人实时监护、 病人远程报警、病人远程交互诊断、医疗监护咨询及病人数据库的管理等功能,家庭端计算机通过显示器、话筒、扬声器实现与病人的交互,通过I/O接口与医疗监护仪的数字接口相连接,医疗中心遥控家庭端万向云台的转动和摄像头镜头的变焦,实现定时监护数据的采集和数据库存档,也可以实现对病人的远程观察和交互诊断。 [0004] Chinese Patent Application No. 00127443.0 discloses a remote health care and family counseling intelligent systems: medical monitoring center through a network with multiple families end connected to achieve real-time monitoring of the patient through the man-machine interface, patients remote alarm, the patient remote interactive diagnostics, medical care consulting and management of the patient database features such as home end computers interact with the patient through the display, microphone, speaker, connected through a digital interface I / O interface with the medical monitors, medical Center remote control universal head of the family end of the zoom and rotate the camera lens to achieve acquisition and timing of monitoring data archiving database, we can also observe and interact with remote diagnosis of patients.

[0005] 可以看出,现有的远程医疗监护系统不仅成本较高,而且病人使用起来极为不便, 甚至需要由医护人员预先将诸如传感器之类的检测设备,安装在病人身上,由于其操作的专业性,往往病人或其亲友无法安装或者容易安装出错,从而导致医院端的数据出错,引起不必要的出诊或报警。 [0005] As can be seen, the conventional remote health care system is not only costly, but very inconvenient patients to use, even the need to pre-sensor or the like, such as testing equipment, mounted on the patient by the medical personnel, due to its operation professional, patient or family and friends often can not be easily installed or installation error, leading to the hospital side data errors, alarms or causing unnecessary visits.

[0006] 再者,现有的远程医疗监护系统的目的仍然是由医院提供远程诊断服务,仅仅是用作传统医疗服务的补充,并不能将病人的生理数据通知到病人本人或其亲友,而且所反馈的生理数据往往过于专业,非专业人士很难依据生理数据获知病人发生了什么情况;由于其成本、复杂性和专业性,一般用户不在不得以的情况下,不会去采用这种远程医疗监护系统。 [0006] Furthermore, the purpose of the existing remote health care system continues to be to provide remote diagnostic services by the hospital, is only used as a complement to traditional medical care, the patient's physiological data can not inform the patient or his relatives and friends, and physiological data feedback is often too professional, non-professionals is difficult to know the patient's physiological data based on what happened; due to the absence of its cost, complexity and professionalism, the average user is not forced to do, not to use this remote health care system.

[0007] 因此,如何创造一种创新的生理数据监测系统,以在提高日常监护适用性的基础上,使得病人本人或其相关亲友能够方便快捷、清楚简明地获知病人的身体情况,成为目前需要本领域技术人员迫切解决的一个技术问题。 [0007] Therefore, how to create an innovative data monitoring system to monitor daily basis to improve the applicability of such patients themselves or their relatives and friends associated with quick and easy, clearly and concisely informed of the patient's physical condition, need to become skilled in the art urgently addressed a technical problem.

发明内容[0008] SUMMARY [0008] The invention

[0009] 本发明所要解决的技术问题是提供一种生理数据监测系统和方法,以在提高日常监护适用性的基础上,使得病人本人或其相关亲友能够方便快捷、清楚简明地获知病人的身体情况。 [0009] The present invention solves the technical problem is to provide a data monitoring system and method for monitoring daily basis to improve the applicability, so that the patient or his family and friends can be associated convenient, clearly and concisely informed of the patient's body Happening.

[0010] 为了解决上述问题,本发明公开了一种生理数据监测系统,包括: [0010] In order to solve the above problems, the present invention discloses a data monitoring system, comprising:

[0011] 用户端装置,包括采集模块,用于通过佩戴在用户身上采集用户的生理数据;本地报警及触发模块,用于在采集到用户的生理数据超出正常范围时,在用户端装置发起报警; 控制模块,用于依据所述本地报警及触发模块的报警,控制所述采集模块连续采集一段时间的生理数据,所采集的生理数据包括第一生理数据和第二生理数据; [0011] The client apparatus includes a collection module for collecting the user's body by wearing the physiological data of the user; triggering a local alarm and means for collecting the physiological data when the user is out of the normal range, the alarm initiated by the client device ; control module for triggering an alarm and the alarm according to the local module, said control module continuously collecting physiological data collected over time, the physiological data collected physiological data comprises a first and a second physiological data;

[0012] 通信模块,用于将所采集的生理数据经无线通信网络发送到数据处理平台;还用于即时将生理数据异常信息经无线通信网络发送至数据处理平台;还用于将所述第一生理数据和第二生理数据经无线通信网络实时发送至数据处理平台; [0012] communication module, for physiological data acquired to the data processing platform via a wireless communication network; instantly for further information to the abnormal physiological data processing platform via the wireless data communication network; said first means for further a second real-time physiological data and physiological data to the data processing platform via a wireless communication network;

[0013] 数据处理平台,包括以下模块: [0013] The data processing platform, comprising the following modules:

[0014] 维护模块,用于记录所述用户指定的至少一个远程终端的信息; [0014] maintenance module, information for the at least one remote terminal records specified by the user;

[0015] 分析处理模块,用于对所收集的该用户的生理数据进行分析处理; [0015] The evaluation module is configured to the user's physiological data collected for analysis processing;

[0016] 所述分析处理模块包括:第一分析处理单元,用于对所采集的第一生理数据和/ 或第二生理数据进行分析,获得所述第一报警数据是否为可靠报警数据的分析结果;监测参数记录单元,用于记录该用户的生理数据监测参数;第二分析处理单元,用于判断所收集的该用户的某项生理数据是否超出所述监测参数的范围,若是,则触发报警模块;监测参数调整单元,用于定期依据该用户一段时期的历史生理数据调整该用户的生理数据监测参数;第三分析处理单元,用于在所收集的该用户的某项生理数据超出所述监测参数的范围时,提取该用户一段时间内的多项生理数据,和/或,不同时间内该项生理数据的多个值进行分析,以依据这些生理数据综合判断是否需要触发报警模块; [0016] The evaluation module comprises: a first evaluation unit for the acquired first physiological data and / or the second physiological data analyzed to obtain data analyzing whether the first alarm is a reliable alarm data results; monitoring parameter recording unit, data monitoring physiological parameters of the user for recording; second analysis processing unit for determining whether a physiological data collected by the user of the monitored parameter is out of range, and if yes, trigger the alarm module; monitoring parameter adjustment means for periodically adjusting the physiological parameters of the user data monitoring physiological data of the user based on historical period of time; and a third evaluation means for an beyond the physiological data collected in the user when said monitored parameter range, extracting physiological data within a number of the user in a period of time, for analysis and / or a plurality of values ​​of the physiological data at different times, according to the physiological data needed to trigger an alarm if an overall judgment module;

[0017] 报警模块,用于在满足预设条件时产生报警数据;所述报警模块包括第一报警单元、第二报警单元和第三报警单元;所述第一报警单元,用于依据所述生理数据异常信息产生第一报警数据;所述第二报警单元,用于在所述分析结果为第一报警数据为可靠报警数据时产生第二报警数据;所述第三报警单元,用于依据所述第二分析处理单元的触发产生第三报警数据;所述第三报警单元还用于依据所述第三分析处理单元的触发产生第四报警数据; [0017] The alarm means for generating alarm data when the predetermined condition is satisfied; the alarm module comprises a first alarm unit, the second unit and the third warning alarm unit; the first alarm unit according to the a first information generating physiological data abnormality alarm data; the second warning unit for generating a second alarm when the analysis result data is a first alarm data is reliable alarm data; said third alarm unit, according to triggering the second analysis processing unit generates a third alarm data; said third alarm unit for generating a further trigger a fourth alarm data based on the analysis of the third processing unit;

[0018] 通知模块,用于将所述报警数据经无线通信网络发送至该用户指定的远程终端上;所述用户指定的远程终端具有关联度信息;所述通知模块包括:关联度通知单元,用于将所述报警数据经无线通信网络发送至具有最高关联度的远程终端上,并等待该最高关联度远程终端的反馈;若在预设时间内无反馈,则将所述报警数据经无线通信网络发送至具有次高关联度的远程终端上。 [0018] The notification module, configured to transmit the alarm data via the radio communication network to the remote terminal designated by the user; the remote terminal having a user-specified degree of association information; and the notification module comprising: a notification unit relevance, said alarm data for transmission over a wireless communication network to a remote terminal having a highest degree of relevance, and waiting for the feedback of the highest degree of association of the remote terminal; if no feedback within the preset time, then the alarm data via a wireless the communication network is transmitted to the remote terminal having a second highest degree of relevance.

[0019] 优选的,所述通信模块为当前用户的远程终端;所述用户端装置还包括:预处理模块,用于依据所述通信模块的传输接口及可识别的数据格式,将所述生理数据进行格式转换并传输至通信模块。 [0019] Preferably, the communication module is a current remote user terminal; said client apparatus further comprising: a preprocessing module, according to the communication module for transmission interface and a data format recognizable, the physiological data format conversion and transmission to the communication module.

[0020] 优选的,所述数据处理平台的分析处理模块包括: [0020] Preferably, the data processing platform evaluation module comprises:

[0021] 解析单元,用于解析所接收的生理数据; [0021] The parsing unit configured to parse the received physiological data;

[0022] 加密存储单元,用于对所接收的生理数据进行加密后并存储至数据库中。 [0022] The encrypted storage means for physiological data after the received encrypted and stored in a database.

[0023] 优选的,所述数据处理平台还包括:定期汇报模块,用于定期向所述用户指定的远程终端反馈该用户的健康指导信息,所述健康指导信息与用户相应时段的生理数据统计结果相匹配。 [0023] Preferably, the data processing platform further comprising: a periodic reporting module for periodically assigned to the remote terminal user feedback information of the user's health guide, guide the physiological health data corresponding to the period of user statistics the results of matches.

[0024] 优选的,所述经无线通信网络发送的方式为采用短消息的方式发送;所述报警数据为与一项或者多项生理数据的数值匹配的报警文本信息。 [0024] Preferably, the wireless communication network by transmitting the transmission mode to use short message; the warning alarm for the text message data values ​​and one or more of the physiological data matching.

[0025] 优选的,所述用户指定的远程终端还包括急救中心通信终端,所述第一分析处理单元还用于对所采集的第一生理数据和/或第二生理数据进行分析,获得所收集的生理数据是否达到预置紧急情况参考值的分析结果,所述数据处理平台还包括: [0025] Preferably, the user specified remote terminal further comprises emergency center communication terminal, the first processing unit is further configured to analyzing the acquired first physiological data and / or the second physiological data analyzed to obtain the whether the physiological data collected by the analysis result reaches the preset reference value of an emergency, the data processing platform further comprises:

[0026] 用户定位模块,用于定位用户所在的地理位置; [0026] The user location module for locating geographic location of a user;

[0027] 急救中心呼叫模块,用于在所收集的生理数据达到预置紧急情况参考值时,依据用户的定位信息通知附近的急救中心。 [0027] The emergency center call module configured to physiological data collected reaches the preset reference value is an emergency, the emergency center near the user based on location information notification.

[0028] 本发明实施例还公开了一种生理数据监测方法,包括: [0028] Example embodiments of the present invention also discloses a method of monitoring physiological data, comprising:

[0029] 通过佩戴在用户身上的用户端装置采集用户的生理数据; [0029] The physiological data collecting device worn by the user on the user's client;

[0030] 将所采集的生理数据经无线通信网络发送到数据处理平台; [0030] The physiological data acquired to the data processing platform via a wireless communication network;

[0031] 数据处理平台对所收集的该用户的生理数据进行分析处理,并在满足预设条件时产生报警数据; [0031] The data processing platform to the user's physiological data collected by the analysis and processing, and alarm data satisfies a predetermined condition;

[0032] 将所述报警数据经无线通信网络发送至该用户指定的远程终端上; [0032] The alarm data transmitted via the wireless communication network to the remote terminal designated by the user;

[0033] 其中,所述报警数据包括第一报警数据,所述方法还包括: [0033] wherein said alarm data comprises a first alarm data, the method further comprising:

[0034] 在采集到用户的生理数据超出正常范围时,在用户端装置发起报警,并即时将生理数据异常信息经无线通信网络发送至数据处理平台,由所述数据处理平台依据所述生理异常信息生成第一报警数据并发送至所述该用户指定的远程终端; [0034] When the user's physiological data collected outside the normal range, an alarm initiated at the UE device, the physiological data and immediately transmits the abnormality information to the data processing platform via a wireless communication network, by the data processing platform, according to the physiological abnormalities a first information generating alarm data and sends it to the remote terminal designated by the user;

[0035] 所述报警数据还包括第二报警数据,所述方法还包括: [0035] The data further includes a second warning alert data, the method further comprising:

[0036] 依据所述第一报警数据,控制所述用户端装置连续采集一段时间的生理数据,所述生理数据包括第一生理数据和第二生理数据; [0036] According to the first alarm data, said control means continuously UE physiological data collected over time, the physiological data comprises a first physiological data and the second physiological data;

[0037] 对所采集的第一生理数据和/或第二生理数据进行分析,获得所述第一报警数据是否为可靠报警数据的分析结果; [0037] The collected physiological data of the first and / or second physiological data analysis, whether the alarm data to obtain the first reliable results for the analysis of the alarm data;

[0038] 在所述分析结果为第一报警数据为可靠报警数据时产生第二报警数据; [0038] generating a second alarm when the analysis result data is a first alarm data of the alarm data is reliable;

[0039] 其中,在数据处理平台对所收集的该用户的生理数据进行分析处理时包括: [0039] wherein, when the data processing platform to the user's physiological data collected were analyzed process comprising:

[0040] 采用监测参数记录单元记录该用户的生理数据监测参数; [0040] The recording unit records the monitoring parameter data monitoring parameters of the user;

[0041] 采用第二分析处理单元判断所收集的该用户的某项生理数据是否超出所述监测参数的范围,若是,则触发报警模块; [0041] The physiological data using an analysis of the user of the second processing unit determines whether the collected beyond the scope of the monitored parameter, if yes, trigger the alarm module;

[0042] 采用监测参数调整单元定期依据该用户一段时期的历史生理数据调整该用户的生理数据监测参数; [0042] The parameter adjusting means adjusted periodically monitoring the physiological parameters of the user data monitoring physiological data of the user based on historical period of time;

[0043] 采用第三分析处理单元在所收集的该用户的某项生理数据超出所述监测参数的范围时,提取该用户一段时间内的多项生理数据,和/或,不同时间内该项生理数据的多个值进行分析,以依据这些生理数据综合判断是否需要触发报警模块; When [0043] The third processing unit analyzing the monitored parameter is out of range in a particular physiological data collected by the user, extracting physiological data within the number of users for some time, and / or different times the a plurality of values ​​of the physiological data analysis, according to the physiological data needed to trigger an alarm if an overall judgment module;

[0044] 其中,在满足预设条件时产生报警数据时包括: [0044] wherein, when the alarm data when the preset condition is satisfied comprises:

[0045] 采用报警模块中的第三报警单元,依据所述第二分析处理单元的触发产生第三报警数据;依据所述第三分析处理单元的触发产生第四报警数据; [0045] The third module of the alarm the alarm unit, generating a third alarm triggers based on the second data analysis processing unit; generating a fourth alarm data analysis process according to the third trigger unit;

[0046] 其中,所述用户指定的远程终端具有关联度信息;进一步的,所述将所述报警数据经无线通信网络发送至该用户指定的远程终端上包括:将所述报警数据经无线通信网络发送至具有最高关联度的远程终端上,并等待该最高关联度远程终端的反馈;若在预设时间内无反馈,则将所述报警数据经无线通信网络发送至具有次高关联度的远程终端上。 [0046] wherein, said remote terminal having a user-specified degree of association information; Further, the alarm data is sent to the user specified by the remote terminal over a wireless communication network comprising: the alarm data via the radio communication network is transmitted to the remote terminal having the highest degree of relevance, and waiting for the feedback of the highest degree of association of the remote terminal; if no feedback within a preset time, the alarm is sent to the data having the second highest degree of association will be via the wireless communication network on the remote terminal.

[0047] 与现有技术相比,本发明具有以下优点: [0047] Compared with the prior art, the present invention has the following advantages:

[0048] 1、本发明的用户端装置具有便携性且易于佩戴,无需专业操作,大大方便了用户的使用,并减少了由于佩戴问题而导致数据出错的情形; [0048] 1, the client apparatus of the present invention has a portable and easy to wear, without professional operation, greatly facilitates the user to use, and reduces wear due to the problems caused by the case of data error;

[0049] 2、本发明采用无线通信技术,对被监控对象的健康进行全天候24小时不间断地监控,全面提升了大众健康维护的自由度,从而降低了健康保健成本; [0049] 2, the present invention employs a wireless communication technology, health monitored object to be monitored 24 hours a day, to enhance the degree of freedom of public health maintenance, thereby reducing health care costs;

[0050] 3、本发明可以在用户的生理数据出现异常时,立即向用户及其指定的亲友进行通知,从而可以在第一时间排除健康意外隐患,提升健康指标与生活质量; When the [0050] 3, the present invention may be abnormal physiological data of the user, immediately notify the users and their designated friends and relatives, which can exclude accident and health risks for the first time, to enhance the health and quality of life indicators;

[0051] 4、本发明向用户及亲友反馈的通知,是与生理数据匹配的非专业术语文本,简明易懂,从而提高了日常适应性和大范围推广应用的可能性; [0051] 4, the present invention is feedback to a user and friends notification is matched with the physiological data of the non-text jargon, straightforward, thereby enhancing the adaptability and the daily application of a wide range of possibilities;

[0052] 5、本发明还可以针对实际情况对生理数据进行综合分析,或者,通过对用户个性化生理参数的对比判断,以减少不必要的报警; [0052] 5, the present invention may also be the actual situation on the comprehensive analysis of physiological data, or is determined by comparing the physiological parameter of the individual users to reduce unnecessary alarms;

[0053] 6、本发明还可以在用户的生理数据正常时储存用户的生理数据,并定期向用户及其指定的亲友提供反馈;长期采集的生理数据可以建立准确的统计或数学模型,以帮助用户在日后就诊时的参考依据,以便于医生做更准确的诊断;此外,本发明还可以应用于日常健康与维护,手术后康复跟踪,以及用药之后的药效引起的人体生理反应监控,也可以应用于某类慢性疾病的监控或某类特殊需求(例如孕妇)的监控,相对于现有的远程医疗监控系统,具有更广泛的应用范围及适用人群。 [0053] 6, the present invention also can be stored in the user's normal physiological data physiological data users, and provide regular feedback to the users and their designated friends and relatives; long-term physiological data collected can establish accurate statistical or mathematical models to help user reference in future visits, in order to make a more accurate diagnosis of Dr. Yu; in addition, the present invention can also be applied to human physiological reaction to monitor the daily health and maintenance, post-operative recovery track, as well as the efficacy of the drug after the cause, but also or it may be applied to monitor certain special needs of certain chronic diseases (e.g., pregnant women) monitoring, with respect to the conventional remote medical monitoring system, has a broader range of applications and for the crowd.

附图说明[0054] BRIEF DESCRIPTION [0054]

[0055] 图1是本发明一种生理数据监测系统实施例1的结构框图; [0055] FIG. 1 is a monitoring system of the present invention to a data block diagram of the physical structure of the embodiment 1;

[0056] 图2是本发明一种生理数据监测系统实施例2的结构框图; [0056] FIG. 2 is a monitoring system of the present invention to a data block diagram of the physical structure of the embodiment 2;

[0057] 图3是本发明一种生理数据监测系统实施例3的结构框图; [0057] FIG. 3 is a monitoring system of the present invention to a data block diagram of the physical structure of the embodiment 3;

[0058] 图4是本发明一种生理数据监测系统实施例4的结构框图; [0058] FIG. 4 is a monitoring system of the present invention to a data block diagram of the physical structure of the embodiment 4;

[0059] 图5是本发明一种生理数据监测方法实施例的流程图。 [0059] FIG. 5 is a data monitoring method of the present invention, a physiologically flowchart of FIG.

具体实施方式[0060] DETAILED DESCRIPTION [0060]

[0061] 为使本发明的上述目的、特征和优点能够更加明显易懂,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。 [0061] For the above-described objects, features and advantages of the invention more apparent, the accompanying drawings and the following specific embodiments of the present invention will be further described in detail.

[0062] 目前,我国医疗资源总体严重不足,且分布极不均衡。 [0062] At present, China's serious shortage of medical resources in general, and the distribution is very uneven. 中国人口占世界的22 %,但医疗卫生资源仅占世界的2%。 China accounted for 22% of the world population, but only 2% of medical and health resources of the world. 就这仅有的2%的医疗资源的80%都集中在城市,而在城市中又有80%的资源集中在大医院。 It is only on 80% of 2% of the medical resources are concentrated in cities, while in the city there are 80% of the resources are concentrated in large hospitals. 北京就拥有国内60%的一流医疗设备和70%左右顶尖的名医。 Beijing to have 60% of the domestic first-class medical equipment and about 70% of the top doctors. 高度稀缺的医疗资源基本上配置在和服务于国内极少数人群。 Highly scarce medical resources and configuration basically serve the very small number of people. 导致看病难、看病贵的问题普遍存在。 Resulting in medical treatment is difficult and expensive problem is widespread. 人民群众迫切需要廉价、方便、高素质的医疗服务。 The people's urgent need for cheap, convenient, high-quality medical services.

[0063] 为突破时间、空间和人为因素的限制,有效地降低看病的成本,本专利发明人创造性地提出了一种基于无线通信的随身监护终端的健康监护及预警系统,该系统不仅可以给潜在健康问题提供预警,获得个人健康状况变化的早期预警方案,并且也可以作为患者康复状况的监测工具。 [0063] the limitation of the time, space and human factors, to effectively reduce the cost of medical treatment, the present inventors creatively patent proposes a monitoring and warning system based on health care portable wireless communication terminal, the system not only to provide early warning of potential health problems, access to early warning program change personal health status, and also as a monitoring tool for rehabilitation in patients. 随着人类生活水平的提高和数字化医疗技术的进步,大众医疗服务的方向由阶段服务提升到连续服务,由疾病应诊服务提升到健康监护预警服务,由单个疾病管理提升到连续健康管理,本发明的应用能充分利用有限的医疗资源,对提高个人健康水平,降低医疗成本,减低疾病发病率有着巨大的作用。 With the progress of human improvement of living standards and digital medical technology, the direction of public health services increased from stage service to continuous service, lifted by disease clinics open services to health care early warning service, lifted by a single disease management to continuous health management, the present invention applications can make full use of limited medical resources, to improve personal health, reduce health care costs, reduce the incidence of the disease has a huge role.

[0064] 参考图1,示出了本发明的一种生理数据监测系统实施例1的结构框图,具体可以包括: [0064] Referring to FIG 1, illustrates a data monitoring system of the present invention is a configuration block diagram of the embodiment 1, specifically comprising:

[0065] 用户端装置11,包括采集模块111,用于通过佩戴在用户身上采集用户的生理数据; [0065] The client device 11 comprises an acquisition module 111 for acquiring physiological data by the user on the user worn;

[0066] 通信模块12,用于将所采集的生理数据经无线通信网络发送到数据处理平台13 ; [0066] The communication module 12 for transmitting the collected physiological data over a wireless communication network 13 to the data processing platform;

[0067] 数据处理平台13,包括以下模块: [0067] The data processing platform 13 includes the following modules:

[0068] 维护模块131,用于记录所述用户指定的至少一个远程终端的信息; [0068] The maintenance module 131, for at least one information terminal of the user specified remote recording;

[0069] 分析处理模块132,用于对所收集的该用户的生理数据进行分析处理; [0069] The evaluation module 132, for the user's physiological data collected for analysis processing;

[0070] 报警模块133,用于在满足预设条件时产生报警数据; [0070] The alarm module 133, for generating alarm data when the predetermined condition is satisfied;

[0071] 通知模块134,用于将所述报警数据经无线通信网络发送至该用户指定的远程终端上。 [0071] The notification module 134, the alarm data for transmission over a wireless communication network to the remote terminal designated by the user.

[0072] 在本发明的一种优选实施例中,所述用户端装置可以为一个可佩戴在用户腕部、 臂部、颈部、腰部或者腿部等人体部位,以采集生理数据的便携式设备,所采集的生理数据可以包括:体温、血压、脉搏、心电图、氧浓度、肺活量、血糖和呼吸频率中的一项或者多项数据组合。 [0072] In one preferred embodiment of the present invention, the UE device may be worn on a user wrist, arm, neck, waist, legs and other body parts, or to collect physiological data of the portable device physiological data collected may include: a combination of one or more of temperature data, blood pressure, pulse, electrocardiogram, oxygen concentration, lung capacity, blood and respiratory frequencies.

[0073] 例如,该用户端装置可以包括红外测温仪监测体温数据。 [0073] For example, the client device may include an infrared thermometer to monitor the temperature data. 红外测温仪测温的原理是将人体发射的红外辐射能量转变成电信号,由于红外辐射能量的大小与人体本身的温度是相关联的,根据转变成的电信号大小,就可以确定人体体温。 Infrared thermometer temperature measurement principle is the infrared radiant energy emitted by the human body into electrical signals, infrared radiant energy due to the size and temperature of the human body itself is associated, according to size into electrical signals, can determine body temperature . 依据此原理,通过测定人体额头的表面温度,修正额头与实际体温的温差便能显示准确的体温。 Based on this principle, by measuring the surface temperature of forehead, the forehead and the correction of the temperature difference between the actual temperature will be able to display an accurate body temperature. 使用时,只须将用户端装置的探测窗口对准用户额头位置,就能快速、方便、准确的测得人体温度。 When used, the detection window only to client device user forehead aligned position, to quickly, easily and accurately measured body temperature.

[0074] 该用户端装置还可以包括电子血压计检测血压数据。 [0074] The client device may further comprise an electronic sphygmomanometer detecting blood pressure data. 在这种情况下,该用户端装置的佩戴方式可以采用臂式、腕式或者手指式,对于臂式装置,则直接测得人体体表大血管的血压;对于腕式和手指式装置,则首先测量人体末端小血管的血压,然后再通过换算,得出大血管的血压。 In this case, the client device worn embodiment may be employed arm, wrist or finger type, means for the arm, the blood pressure measured directly and large blood vessels of human body; for wrist and finger-type device, first, blood pressure measurement body distal small blood vessels, then through the conversion, a large draw blood vessels.

[0075] 该用户端装置还可以在腕部利用模拟通道采集震动传感信号完成计数,以进行脉搏的测量;利用模拟通道连续采集心电传感信号完成心电图的采集;其它生理数据的采集均可以利用现代生物传感技术。 [0075] The client device may also be used in the wrist motion sensor signals the analog channel counting is completed, to the measurement pulse; using a continuous analog channel acquisition ECG electrocardiogram sensed signal acquisition is completed; other physiological data were collected modern technology may be utilized biosensor. 通过将体温、血压、脉搏、心电图、心磁、氧浓度、肺活量、血糖和呼吸频率等多种人体生理数据的采集功能集中于一体,具有集成化、采集数据多样化、 佩戴便携化的性能,并且无需由医护人员提供专业的传感器连接操作,由病人或亲友简单佩戴或携带即可,从而提高了日常适用性。 By body temperature, blood pressure, pulse, ECG, MCG, oxygen concentration, lung capacity, respiratory rate, blood glucose and other physiological data acquisition function is concentrated in one, having integrated, diversification data collection, wear performance of portability, and the need to provide professional operation by health care professionals sensor is connected, the simple can be worn or carried, thereby increasing the applicability daily by the patient or relatives.

[0076] 当然,除了上述采集模块的示例外,用户端装置一般还可以包括单片机、微控制器,A/D功能模块、大容量的FLASH ROM和数据RAM等硬件,由于涉及现有技术的结构,本发明对此就不详述了。 [0076] Of course, in addition to the above-described exemplary acquisition module, the client device may further include a generally microcontroller, microcontroller, A / D function module, large capacity data RAM and FLASH ROM hardware, since the structure relates to the prior art the present invention does not elaborate.

[0077] 在本发明的一种优选实施例中,所述通信模块可以为用户的移动终端,比如手机、 PDA、便携式电脑等,在这种情况下,所述用户端装置还包括预处理模块,用于依据所述通信模块的传输接口及可识别的数据格式,将所述生理数据进行格式转换并传输至通信模块。 [0077] embodiment, the communication module may be a mobile user terminal, such as mobile phones, PDA, portable computers, etc. In a preferred embodiment of the present invention, in this case, the client device further comprises a preprocessing module for transmission interface and can be identified based on a data format of the communication module, the physiological data to format conversion and is transmitted to the communication module.

[0078] 以通信模块为当前用户的手机为例,假设当前用户手机支持红外、蓝牙等短距离无线传输,可识别文本格式的数据,则用户端装置的预处理模块可以将采集模块采集的生理数据转换为文本数据,如:血压:110/70,心跳:75等,然后以红外或蓝牙的方式发送至该用户的手机上。 [0078] In a communication module for the current user's phone, for example, assumed that the current user phone supports short-range wireless transmission of infrared, Bluetooth, etc., can identify the text format data, the client device may be pre-processing module of the acquisition module acquiring physiological data is converted to text data, such as: blood pressure: 110/70, heart rate: 75 and the like, and then sent to the user's mobile phone infrared or Bluetooth manner.

[0079] 在本发明的另一种优选实施例中,所述通信模块也可以位于所述用户端装置之内,例如,在用户端装置中设置一基带模块(Baseband)、射频设备及识别用户身份的SIM卡或ΠΜ卡组成的通信模块;作为其它优选实施例,所述通信模块还可以设置在其他设备中, 如便携式电脑中等。 [0079] In another preferred embodiment of the present invention, the communication module may be located within the end user of the device, e.g., provided a baseband module (Baseband) in the client device, identifying a user equipment and a radio frequency the communication module or the SIM card identity card ΠΜ thereof; as another preferred embodiment, the communication module may also be disposed in other devices, such as portable computers medium. 对于本发明而言,无论通信模块设置在何处,本领域技术人员只需依据该通信模块的传输接口及可识别的数据格式在用户端装置上作出相应设计即可,本发明对可能采用的方案并不加以限制。 For the purposes of the present invention, regardless of where the communication module is provided, to one skilled in the art need to design the corresponding device based on the client interfaces can transmit data in a format of the communication module, of the present invention may be employed program does not impose restrictions.

[0080] 在现有技术中,所采集到病人的生理数据往往是提供给医护人员,以方便医护人员提供远程诊断服务。 [0080] In the prior art, the collected patient physiological data is often provided to medical personnel, to facilitate the remote medical diagnosis service. 而在实际中,医护人员要照顾众多患者,很难顾及所有病人的生理数据,也很难第一时间对病人的突发情况做出反应,从而极易错过病人的最佳治疗时机。 In practice, health care workers to take care of many patients, it is difficult to take into account physiological data for all patients, it is difficult the first time to react to unexpected situations patient, so easy to miss the best timing of treatment of patients. 而病人及其亲友往往是非常关注病人的病情,并能第一时间作出反应的人,针对这个问题,在本发明的数据处理平台中设置了维护模块,以建立和维护用户与其关联的亲友之间的关联, 具体而言,所述维护模块可以记录用户指定的远程终端(如亲友的手机)的对应信息,优选可以通过手机号码进行关联。 The patients and their relatives and friends are often very concerned about the patient's condition, and the first time to respond to the people, for this problem, set up a maintenance module in the data processing platform of the present invention, in order to build and maintain family and friends associated with the user association between, in particular, the service module may record a user specified remote terminal (e.g. friends phone) correspondence information, preferably by mobile phone number may be associated.

[0081] 在日常应用中,所述生理数据的采集可以定时采集,也可以实时采集,具体可以依据不同用户的需求相应提供。 [0081] In everyday use, the physiological data may be acquired timing acquisition, real-time acquisition may be, specifically appropriate to provide the basis of different users. 例如,采集模块每15秒采集一次用户的生理数据,通信模块每隔1分钟向数据处理平台传送一次数据,对于所采集的生理数据,数据处理平台可以将其保存起来,以作为对用户的病情、治疗方案等进行分析的依据。 For example, the acquisition module every 15 seconds physiological data of the user, one minute to transmit a data communications module every data processing platform, to physiological data collected, the data processing platform may save it, as a condition for the user , based on the analysis of treatment programs. 而对于某些特殊用户(如重病患者),则可以采用实时采集生理数据的方式,从而满足不同类型用户的需求。 For some special users (e.g., seriously ill patients), may be employed in real time physiological data acquired to meet the needs of different types of users. 在本发明的一种实施例中,还可以在采集到生理数据异常信息时触发实时采集操作,关于此部分的实施方案,将在下文中详细说明, Embodiment, it may also trigger the real-time acquisition operation when the abnormality information collected physiological data In one embodiment of the present invention, on the implementation of this part of the program, will be explained in detail hereinafter,

[0082] 为进一步保护用户的个人隐私,在本发明的一种优选实施例中,所述数据处理平台的分析处理模块可以包括以下单元: [0082] The further protect the user's privacy, in a preferred embodiment of the present invention, the data processing platform evaluation module may include the following units:

[0083] 解析单元,用于解析所接收的生理数据; [0083] The parsing unit configured to parse the received physiological data;

[0084] 加密存储单元,用于对所接收的生理数据进行加密后并存储至数据库中。 [0084] The encrypted storage means for physiological data after the received encrypted and stored in a database.

[0085] 所述解析单元是考虑到无线通信网络转发数据时通常需要进行封包、加密等操作,为将各个用户的生理数据存储起来,所以需要进行相应地解析操作,例如,去掉包头、解密,将数据内容提取出来;所述存储单元存储时的加密操作可以有效地保证用户的数据不被窃取,数据内容的存储可以是针对用户相应生理数据字段的存储,例如,对于所解析出来的张三的生理数据内容为:血压160/110,脉搏76 ;则在数据处理平台的数据库中查找到张三的数据表,对应"血压"字段存入160/110,对应"脉搏"字段存入76,同时记录时间信息。 [0085] The parsing unit is given to the wireless communication packet network is usually required, to forward data encryption operation, the physiological data is stored for each user, it is necessary to correspondingly parsing operation, e.g., to remove the header, decrypting, the extracted content data; encryption when the storage unit stores a user can effectively ensure the data is not stolen, the data content may be stored for a user respective storage physiological data fields, e.g., for the parsed out Zhang physiological data content: 160/110 blood pressure, pulse 76; John Doe is found in the data table in the database data processing platform, corresponds to the "blood" field into the 160/110, corresponding to the "pulse" field stores 76, Meanwhile record time information. [0086] 在记录一段时间该用户的生理数据后,如24小时,还可以经统计分后,定期向用户和/或其亲友反馈健康指导信息,即所述数据处理平台还可以包括定期汇报模块,用于定期向所述用户指定的远程终端反馈该用户的健康指导信息,所述健康指导信息与用户相应时段的生理数据统计结果相匹配。 [0086] After the period of recording the physiological data of the user, such as after 24 hours, by further statistical regular user and / or health guidance relatives feedback information, i.e. the data processing platform may further include a periodic reporting module , for periodically designated remote terminal to the user feedback information to guide the user's health, the health guidance physiological data statistics information matches the corresponding period of the user.

[0087] 例如,收集用户餐后30分钟、60分钟、120分钟、180分钟的血糖值后,假设分别为: 餐后30分钟、60分钟血糖偏1¾,或者餐后120分钟与餐后180分钟血糖偏低,即该用户的血糖不正常时,可以将相关健康指导信息发送给用户,如:"血糖不稳定,应控制饮食,避免高含糖量、高胆固醇和富含饱和脂肪酸的动物油等食品,禁忌酒类,选择高纤维食物,保证蛋白质的摄入,大豆及其豆制品为宜。建议持续用药。" After [0087] For example, a user meal collected 30 minutes, 60 minutes, 120 minutes, 180 minutes blood glucose level, respectively, assuming: Take 30 minutes, 60 minutes 1¾ glucose bias, meal or meal 180 minutes and 120 minutes low blood sugar, ie the user's blood sugar is not normal, may be related health guidance information to the user, such as: "unstable blood sugar should be controlled diet, avoid high-sugar, high cholesterol and animal oil rich in saturated fatty acids food, wine taboo, choose high-fiber foods to ensure the protein intake of soy and soy products is appropriate recommended continued medication. "

[0088] 又如,收集用户24小时的血压值后计算平均值,发现用户的舒张压由正常的88mmHg上升到95mmHg,则可以发送健康指导信息如:"饮食应以清淡为宜,少吃成食,戒烟少酒,少吃动物脂肪,宜多食钾食物,如黄豆、小豆、番茄、西葫芦、芹菜、鲜蘑菇及各种绿叶蔬菜,多吃高钙食物,如奶制品、豆制品、芝麻酱、虾皮、海带、骨头汤、黑木耳。建议恢复用药。" [0088] In another example, an average value is calculated for 24 hours after collecting the blood pressure values ​​of the user, the user is found by the diastolic pressure rises to 95mmHg 88mmHg normal, healthy guide information may be transmitted such as: "diet should be light is appropriate, to eat food, quit smoking less alcohol, eat animal fat, potassium should eat foods, such as soybeans, red beans, tomatoes, zucchini, celery, fresh mushrooms and a variety of green leafy vegetables, eat calcium-rich foods, such as dairy products, soy, sesame , shrimp, kelp, bone soup, black fungus. proposes to restore the medication. "

[0089] 即所述健康指导信息可以为简明易懂的非专业用语,从具体实现而言,可以通过统计用户一段时间某项生理数据的平均值,或多项生理数据得到一个加权平均值,然后提取这个值所匹配的健康指导信息,再反馈至该用户本人作为健康指导的依据。 [0089] i.e., the guide information may be a non-health professional terms easy to understand, from the specific implementation, the period of time may be an average statistical user physiological data, physiological data or more to obtain a weighted average, this value is then extracted matched health guidance information, and then feedback to the user based on himself as a health guidance.

[0090] 当然,上述解析、加密及存储的方式仅仅用作示例,本领域技术人员采用任一种现有技术即可,本发明对此无需作出限制。 [0090] Of course, the above analysis, the encryption and storage are merely used as an example, one skilled in the art can employ any of the prior art, the present invention does not need to be limiting.

[0091] 需要说明的是,由于所采集到的用户生理数据是一些具体的数值,而不需要复杂的智能知识挖掘过程,即不需要对采集的数据做进一步考察、提取,从中抽取隐含、未知、潜在的信息。 [0091] Incidentally, since the collected physiological data to the user, some specific numerical values, without complex intelligent knowledge mining process, i.e., no further investigation of the collected data, to extract and extract hidden, unknown potential information. 采集到的生理数据本身就是一些具体数值,包含了可以直接利用的有用信息,因此在本发明实施例中,所有的报警数据也能够直接根据一项或者多项生理数据的数值,与对应报警文本信息进行匹配,即以非专业术语的方式提供给用户指定的远程终端,从而可以有效解决现有技术中所反馈的生理数据过于专业,非专业人士很难依据这些生理数据获知病人到底是好还是坏,还是发生了什么突发情况的问题。 Collected physiological data itself is some value, contains useful information can be directly used, and thus in the present invention embodiment, it is possible for all the alarm data directly from the value of one or more of the physiological data, and alarm text corresponding to information match, that is in a non-technical terms provided to the user-specified remote terminal, which can effectively address the physical data prior art feedback too professional, non-professionals is difficult to know the basis of these physiological data of patients in the end it is good or bad, or the occurrence of any unexpected situation problem.

[0092] 参考图2,示出了本发明的一种生理数据监测系统实施例2的结构框图,具体可以包括: [0092] Referring to Figure 2, shows a data monitoring system of the present invention is a structural block diagram of the embodiment of Example 2, specifically comprising:

[0093] 用户端装置21,包括采集模块211,用于通过佩戴在用户身上采集用户的生理数据;以及,本地报警及触发模块212,用于在采集到用户的生理数据超出正常范围时,在用户端装置发起报警; [0093] The client device 21 comprises an acquisition module 211 for acquiring physiological data by the user on the user worn; and a local alarm and triggering module 212 for collecting the physiological data when the user is out of the normal range, client device initiates an alarm;

[0094] 通信模块22,用于即时将所述生理数据异常信息经无线通信网络发送到数据处理平台23 ; [0094] The communication module 22, for instant the physiological data anomaly information transmitted via the wireless communication network 23 to the data processing platform;

[0095] 数据处理平台23,包括以下模块: [0095] The data processing platform 23 includes the following modules:

[0096] 维护模块231,用于记录所述用户指定的至少一个远程终端的信息; [0096] The maintenance module 231, for recording information at least one remote terminal designated by the user;

[0097] 分析处理模块232,用于对所收集的该用户的生理数据进行分析处理; [0097] The evaluation module 232, for the user's physiological data collected for analysis processing;

[0098] 报警模块包括第一报警单元233,用于依据所述生理数据异常信息产生第一报警数据; [0098] The alarm module 233 includes a first alarm unit, based on the physiological data to generate a first abnormality information alarm data;

[0099] 通知模块234,用于将所述第一报警数据经无线通信网络发送至该用户指定的远程终端上。 [0099] The notification module 234 for the first alarm data transmitted via the wireless communication network to the remote terminal designated by the user.

[0100] 本实施例是针对实际中用户端装置识别出用户生理数据异常时发起即时报警的一种具体方案,即在本实施例中,所述用户端装置具有生理数据是否超出正常范围的判断功能,当识别到用户的生理数据超出正常范围时,马上在用户端装置上进行报警(本地报警),本地报警模式可以为振动、声音、灯光、或声光结合模式。 [0100] The present embodiment is to identify abnormal physiological data user initiates a particular embodiment of the instant alarm actual end user device, i.e. in the present embodiment, the UE determines whether the device has the physiological data is outside the normal range function, when the identification data of the user outside the normal physiological range, immediately an alarm (local alarm) on the client device may be a local alarm mode vibration, sound, light, or sound mode optical coupling. 并同时触发通信模块进行发送,数据处理平台在接收到生理数据异常信息时,不经进一步地分析,直接生成第一报警数据并发送到用户指定的远程终端,以满足某些用户希望第一时间获得病人异常情况的需求。 And simultaneously triggering the communication module transmits data processing platform physiological data when receiving the abnormality information, without further analysis, to directly generate the first alarm and send data to a remote terminal designated by the user, some users wish to meet a first time get the needs of patients abnormal situation.

[0101] 需要说明的是,由于用户端装置硬件结构的限制,即为实现其便携的目的,通常采用单片机、嵌入式芯片或微控制器等,故其处理性能不如数据处理平台,因而,在本实施例中,所述用户端装置所能识别的生理数据异常情况是基于人体正常生理参数范围的简单判断而做出的,例如,一般而言,正常成人体温应当在36°C -37°C的范围内、正常成人血压的收缩压应当在130-178mmHg(毫米汞柱)的范围内,舒张压应当在85-89mmHg的范围内、正常成人的空腹血糖正常值是3. 89-6. llmmol/L、正常成人的脉搏或心跳频率应当为平均每分钟70-80次等;在具体应用中,这些正常范围的参数值预先存储在用户端装置中,用户端装置每采集一次用户的生理数据,便与相应参数进行判断,若判定超出正常范围,则触发通信模块发送生理数据的异常信息,并生成第一报警数据发送 [0101] Note that, due to limitations of the hardware configuration of the client apparatus, that is, to achieve the purpose of its portability, usually microcontroller, an embedded microcontroller chip or the like, so that data processing performance is better processing platform, therefore, the in this embodiment, the physiological data of the user terminal apparatus can recognize the abnormality is based on a simple determination of the range of normal physiological parameter made in the body, e.g., in general, the normal adult body temperature should be 36 ° C -37 ° C within the range of normal blood pressure and systolic blood pressure should be in the range 130-178mmHg (mmHg), and diastolic blood pressure should be in the range 85-89mmHg of normal adult normal fasting blood glucose is 3. 89-6. llmmol / L, normal adult heart or the pulse frequency should be inferior to the average 70-80 per minute; in particular applications, the range of the normal values ​​of these parameters stored in advance in the client device, the client device every time the user acquired physiological data, the corresponding parameter will be determined, if it is determined beyond the normal range, the abnormality information transmitting physiological data communication module is triggered, and generates a first alarm data transmission 该用户指定的远程终端。 The remote terminal specified by the user.

[0102] 考虑到有时用户并不希望自己的病情被太多人知道,为保护用户的隐私,对于用户指定的远程终端信息,还可以依据关联度进行分级,即针对不同的远程终端分配关联度信息,在这种情况下,所述数据处理平台的通知模块可以包括关联度通知单元,用于将第一报警数据经无线通信网络发送至具有最高关联度的远程终端上,并等待该最高关联度远程终端的反馈;若在预设时间内无反馈,则将所述报警数据经无线通信网络发送至具有次高关联度的远程终端上。 [0102] Considering the sometimes users do not want their condition is too many people know, for the privacy of users, for remote terminal information specified by the user, can be graded according to the degree of association, namely the relevance degree distribution for different remote terminal information, in this case, the data processing platform may include a notification module relevance notification unit for transmitting the alarm data via the first radio communication network to the remote terminal having the highest degree of relevance, and waiting for the highest correlation feedback of the remote terminal; if no feedback within a preset time, the alarm data is transmitted over a wireless communication network to a remote terminal having a second highest degree of association will be said.

[0103] 例如,参考下表,假设将用户指定的父母、夫/妻或儿子/女儿的手机号码17811111112、17811111113标识为第一级;将用户指定的孙子/孙女或兄弟姐妹的手机号码17811111114、17811111115、17811111116标识为第二级;将用户指定的叔/舅/姑/姨, 或侄/甥的手机号码17811111117、17811111118、17811111119标识为第三级: [0103] For example, the following table, assuming that the user specified parents, husband / wife or son / daughter's cell phone number 17811111112,17811111113 identified as a first-class; the user-specified grandson / granddaughter or sibling phone number 17811111114, 17811111115,17811111116 identified as a second stage; user-specified-t / uncle / Gu / aunt, nephew, or / nephew 17811111117,17811111118,17811111119 phone number identified as the third stage:

[0104] [0104]

用户手机号码该用户指定的手机号码关联度信息17811111112 - 第一级17811111113 17811111114 17811111115 第二级17811111111 - 17811111116 17811111117 17811111118 第三级17811111119 A user mobile phone number specified by the user's mobile phone number information of relevance 17811111112-- 17811111113 17811111114 17811111115 first stage second stage 17811111111-- 17,811,111,116 17811111117 17811111118 17811111119 third stage

[0105] 在这种情况下,所述关联度通知单元会将报警数据首先发送至第一级的手机用户,并等待第一级手机用户的反馈,假设在等待5分钟后,仍未收到第一级手机的反馈,则将所述报警数据发送至第二级的手机上;若还未收到第二级手机的反馈,则将所述报警数据发送至第三级的手机上,直到收到某一级手机的反馈,则不再往下一级手机发送。 [0105] In this case, the degree of association notification unit will alarm data is first sent to the first stage of the mobile phone users, the first level and wait for the phone user feedback, assuming after waiting for 5 minutes, not yet received a first feedback stage phone, alarm data is sent to the second stage will be on the phone; if not received the second stage feedback phone, then transmits the warning data to the mobile phone of the third stage, until feedback from one level of the phone, a cell phone is no longer sent down. 从而该优选方案能在尽可能保护用户隐私的基础上,保证将报警数据一定通知到相关的亲友。 The preferred embodiment can thus possible on the basis of user privacy, the data must ensure that the alarm notification to the relevant family and friends.

[0106] 参考图3,示出了本发明的一种生理数据监测系统实施例3的结构框图,具体可以包括: [0106] Referring to FIG 3, shows a data monitoring system of the present invention is a block diagram showing a configuration of Example 3, specifically comprises:

[0107] 用户端装置31,包括采集模块311,用于通过佩戴在用户身上采集用户的生理数据;本地报警及触发模块312,用于在采集到用户的生理数据超出正常范围时,在用户端装置发起报警;控制模块313,用于依据所述本地报警及触发模块312的报警,控制所述采集模块311连续采集一段时间的生理数据,所采集的生理数据包括第一生理数据和第二生理数据; [0107] Client device 31 comprises a collection module 311 for collecting physiological data by the user on the user worn; and triggering a local alarm module 312 for collecting the physiological data when the user is out of the normal range, the end user initiating an alarm means; a control module 313, according to the local alarm and for triggering an alarm module 312, the control module 311 continuously collecting physiological data collected over time, the physiological data collected physiological data comprises a first and a second physiological data;

[0108] 通信模块32,用于将所述第一生理数据和第二生理数据经无线通信网络实时发送至数据处理平台33 [0108] communication module 32, for the first physiological data and the physiological data transmitted in real time to the second data processing platform 33 via a wireless communication network

[0109] 数据处理平台33,包括以下模块: [0109] 33 data processing platform, comprising the following modules:

[0110] 维护模块331,用于记录所述用户指定的至少一个远程终端的信息; [0110] The maintenance module 331, for recording information at least one remote terminal designated by the user;

[0111] 分析处理模块包括第一分析处理单元332,用于对所采集的第一生理数据和/或第二生理数据进行分析,获得所述第一报警数据是否为可靠报警数据的分析结果; [0111] the evaluation module comprises a first evaluation unit 332, a first physiological data collected and / or the second physiological data analysis, whether the alarm data to obtain the first reliable results for the analysis of the alarm data;

[0112] 所述报警模块包括第二报警单元333,用于在所述分析结果为第一报警数据为可靠报警数据时产生第二报警数据; [0112] The alarm module 333 includes a second warning unit for generating a second alarm when the analysis result data is a first alarm data of the alarm data is reliable;

[0113] 通知模块334,用于将所述第二报警数据经无线通信网络发送至该用户指定的远程终端上。 [0113] The notification module 334, configured to transmit the alarm data via the second radio communication network to the remote terminal designated by the user.

[0114] 本实施例示出了进一步对图2所示实施例中的第一报警数据进行确认后再进行报警的操作。 [0114] The present embodiment illustrates the operation of a first alarm data of the alarm is confirmed in a further embodiment of the embodiment shown in FIG. 2 again. 因为在实际中,由于第一报警数据仅仅是由用户端装置经过简单的正常生理参数范围判断之后发出的,而可能影响到用户端装置生理数据采集的客观因素是很多的, 比如用户操作不当、或者是佩戴不正确、或者是别人在试用,在这种情况下,总是触发报警则显然有些过于打扰用户的亲友。 Because in practice, since the first alarm data is sent only after a simple normal physiological parameters determined by the client device, the objective factors which may affect the physiological data acquisition client device are numerous, such improper operation, or is not worn correctly, or someone else in a trial, in this case, always triggers an alarm if a little too obviously disturbing the user's friends.

[0115] 在本实施例的具体应用中,一旦用户端装置采集到用户的生理数据超过正常范围,则发起本地报警,同时还会触发实时采集该用户生理数据的操作,更为优选的是,在定时采集模式下,可以仅采集第一生理数据;而在被触发实时采集方式时,还可以进一步采集第二生理数据。 [0115] In a particular embodiment application of the present embodiment, once the client device user's physiological data collected over the normal range, a local alarm is initiated, and also triggers the operation of the user in real-time physiological data acquired, more preferably, in the timing acquisition mode, the first physiological data may be collected only; and when the acquisition mode is triggered in real time, may be further acquired second physiological data. 以采集心跳为例,在定时采集模式下,只采集用户的心跳频率,而当实时采集模式被触发时,则进一步采集用户心跳的频谱波形数据。 To acquire a heartbeat, for example, in the timing acquisition mode, only the user's heart rate acquired, and when the real-time acquisition mode is triggered, further data of the user acquired spectral waveform of the heartbeat. 其中,所述第一生理数据和第二生理数据可如上例所示是某一项生理数据的基本数据和专业数据;也可以是针对用户而言相关的两项生理数据,如心跳和呼吸频率;并且,所述第一生理数据和第二生理数据也不限于是一项生理数据,可以是多项,本领域技术人员根据实际情况相应采用即可,本发明对此无需加以限制。 Wherein the first physiological data and the physiological data may be the second embodiment as shown in the basic data and the data of a professional one physiological data; physiological data may be associated for the two users, such as heartbeat and respiratory rate ; and wherein the first physiological data and the second physiological data is not limited to a physiological data may be a number, one skilled in the art can be employed in accordance with the respective actual situation, the present invention need not be limited to this.

[0116] 基于所述数据处理平台对第一生理数据和/或第二生理数据的分析,如果发现用户目前确实出现了一些异常,则可据此发出第一报警数据为可靠报警的第二报警数据;例如,用户端装置在监测到用户心跳过速时发出了第一报警数据,从而触发5分钟的实时采集操作,在实时采集的过程中不仅采集了心跳频率、频谱波形、还采集了用户的血压,然后对用户5分钟内的这三项生理数据进行分析,具体可以结合当前时间(某些生理数据在每天不同时间段会有波动)来判断,如果用户心跳加快,心跳频谱波形不规律、同时血压升高,则确定用户出现了异常情况,在这种情况下,则发出确认第一报警数据为可靠报警数据的第二报警数据,如"确定发生异常"。 [0116] Analysis based on the data processing platform first physiological data and / or the second physiological data, if the user is currently found does appear to be some anomalies, the second alarm may be issued accordingly a first alarm data of the alarm reliable transactions; e.g., client devices monitoring user tachycardia data sent to the first alarm to trigger real-time acquisition operation for 5 minutes, during real-time acquisition of the acquired not only the heart rate, the spectral waveform, the user also collected blood pressure, and three of the user physiological data within 5 minutes analysis, specifically with the current time (some physiologic data at different times fluctuate daily) to determine if the user heart rate, irregular heart beat spectrum waveform while the blood pressure, it is determined that the user abnormalities that, in this case, a first warning is issued to confirm the alarm data of the second data is reliable alarm data, such as "OK exception."

[0117] 为了满足某些用户在发生突发意外情况下的急救需求,在本发明的另一优选实施例中,所述用户指定的远程终端还可以包括急救中心通信终端,所述第一分析处理单元还用于对所采集的第一生理数据和/或第二生理数据进行分析,获得所收集的生理数据是否达到预置紧急情况参考值的分析结果,在这种情况下,所述数据处理平台还可以包括以下模块: [0117] In order to meet the needs of some users in a sudden and unexpected emergency situation occurs, in another preferred embodiment of the present invention, the user specified remote terminal may further include emergency center communication terminal, the first analysis the processing unit is further configured to collect the first physiological data and / or the second physiological data analysis, whether the collected physiological data obtained analysis result reaches the preset reference value of the emergency, in this case, the data processing platform may also include the following modules:

[0118] 用户定位模块,用于定位用户所在的地理位置; [0118] User positioning means for positioning user's location;

[0119] 急救中心呼叫模块,用于在所收集的生理数据达到预置紧急情况参考值时,依据用户的定位信息通知附近的急救中心。 [0119] Emergency call center module configured to physiological data collected reaches the preset reference value is an emergency, the emergency center near the user based on location information notification.

[0120] 在具体实现中,当所述远程终端是用户亲友的移动终端时,所述数据处理中心与远程终端的通信方式可以采用短消息方式或者语音通话的方式;当所述远程终端是急救中心通信终端时,所述数据处理中心与远程终端的通信方式可以采用语音通话的方式;当然, 上述方式均为示例,本领域技术人员在实际中任意采用即可,本发明对此不做任何限制。 [0120] In a specific implementation, when the remote terminal is a mobile terminal user relatives, the data processing center and remote communication terminal may be by way of the short message or voice call mode; when the remote terminal is a first aid when the central communication terminal, the communication terminal and the remote data processing center may be employed in the voice call mode; of course, both the above-described exemplary embodiment, those skilled in the art can be employed in any practical, the present disclosure is not in any limit.

[0121] 易于想到的是,将上述图2和图3所示的实施例组合应用也是可行的。 [0121] readily occur to that of Example 2 in combination as shown in FIG. 3 and FIG above are also possible. 在这种情况下,一旦用户端装置采集到用户的生理数据超出正常范围,则发起本地报警并触发远程报警,同时控制对用户更多生理数据的实时采集,并通过通信模块实时上传到数据处理平台。 In this case, once the user terminal apparatus to collect physiological data to a user outside the normal range, and initiating a local alarm is triggered remote alarm, to control more real-time collection of user physiological data, and upload the data to the real-time processing by the communication module platform. 例如,在定时采集模式下,用户端装置每15秒采集1次心跳频率次,每隔1分钟向数据处理平台上传1次,如果采集到某项生理数据超出正常范围,则发起本地报警,并立即向数据处理平台上传以触发第一次远程报警,同时立即实时采集并发送用户的脉象(也就是脉搏的实时波形)数据等更多生理数据,以使数据处理平台对多个生理数据综合分析后再确认第一远程报警的真伪或用户健康状况危急程度(第二次远程报警)。 For example, in the timing acquisition mode, the user terminal apparatus acquired every 15 seconds, one heartbeat-frequency, once every minute to upload data processing platform, if an acquired physiological data outside the normal range, local alarm is initiated, and immediately uploaded to trigger the first alarm to the remote data processing platform, and real-time acquisition and immediately sends the user's pulse (that is, the real-time pulse waveform) data more physiological data to enable comprehensive analysis of the plurality of physiological data processing platform and then confirm the authenticity of the user or critical condition degree (second remote alarm) health first remote alarm.

[0122] 当远程终端具有关联度信息时,将优先向最高级关联的远程终端报警,若在给定时限内无法获得最高级远程终端的确认信息,则认为向远程终端的第一次远程报警失败, 同时将立即触发向该用户次级关联的远程终端进行重复的第一次远程报警,在实际中,重复的远程一次报警也可以包括在先的高级关联的远程终端。 [0122] When the remote terminal has an associated degree of information, it will give priority to the most advanced alarm associated with the remote terminal, if unable to obtain confirmation of the most advanced remote terminals within a given time limit, it is considered the first remote terminal to a remote alarm fails while the first remote alarm is triggered immediately repeated to the remote terminal associated with the secondary user, in practice, the repeated alarm may also include a remote advanced previously associated remote terminal.

[0123] 作为另一实施例,在第二次远程报警时,也可以不对第一次远程报警失败的远程终端发出,而直接向有反馈的远程终端发起。 [0123] As another embodiment, in the second remote alarm may be not the first failure of the remote terminal remote alarm is issued to a remote terminal directly initiates the feedback.

[0124] 当然,上述仅仅作为是数据处理平台分析及报警的一些示例,在实际中,数据处理平台可由SP服务商提供,可实现较为强大的处理性能,故所进行分析的方法还可以采用诸多统计、分析算法;本领域技术人员依据实际情况相应采用均可,本发明对此无需作出限制。 [0124] Of course, the above-described merely as some examples of data processing platform analysis and alarm, in practice, the data processing platform by SP service provider can achieve a more robust handling properties, methods so that analysis can also be employed many statistical analysis algorithm; skilled in the art may be adopted in accordance with the actual situation accordingly, the present invention does not need to be limiting.

[0125] 参考图4,示出了本发明的一种生理数据监测系统实施例4的结构框图,具体可以包括: [0125] Referring to Figure 4, shows a data monitoring system of the present invention is a block diagram showing Example 4 of the embodiment may specifically include:

[0126] 用户端装置41,包括采集模块411,用于通过佩戴在用户身上采集用户的生理数据; [0126] Client device 41, comprising a collection module 411 for collecting physiological data by the user on the user worn;

[0127] 通信模块42,用于将所采集的生理数据经无线通信网络发送到数据处理平台43 ; [0127] The communication module 42, configured to transmit the physiological data collected over a wireless communication network 43 to the data processing platform;

[0128] 数据处理平台43,包括以下模块: [0128] 43 data processing platform, comprising the following modules:

[0129] 维护模块431,用于记录所述用户指定的至少一个远程终端的信息; [0129] maintenance module 431, information for the at least one remote terminal records specified by the user;

[0130] 分析处理模块,用于对所收集的该用户的生理数据进行分析处理;具体可以包括以下单元: [0130] evaluation module for the user's physiological data collected were analyzed process; specifically includes the following units:

[0131] 监测参数记录单元432,用于记录该用户的生理数据监测参数; [0131] Monitoring parameter recording unit 432 for recording data monitoring parameters of the user;

[0132] 第二分析处理单元433,用于判断所收集的该用户的某项生理数据是否超出所述监测参数的范围,若是,则触发第三报警单元434 ; [0132] The second analysis processing unit 433, for determining whether a physiological data collected by the user of the monitored parameter is out of range, and if yes, trigger a third alarm unit 434;

[0133] 报警模块包括第三报警单元434,用于依据所述第二分析处理单元的触发产生第三报警数据; [0133] The alarm module includes a third alarm unit 434, for generating a third alarm is triggered based on the data processing unit of the second analysis;

[0134] 通知模块435,用于将所述报警数据经无线通信网络发送至该用户指定的远程终端上,所述报警数据包括第三报警数据。 [0134] The notification module 435, the alarm data for transmission over a wireless communication network to the remote terminal designated by the user, said third alarm data comprises alarm data.

[0135] 需要说明的是,本发明实施例是将各个用户的生理数据作为单独的个体进行监控,故所述用户的生理数据监测参数是针对当前用户而言的个性化参数。 [0135] Incidentally, embodiments of the present invention is a user's individual physiological data as a single individual to monitor, the physiological data so that the user is monitored parameter personalization parameter for the user's current. 依据不同用户的病理情况及个体差异性,其生理数据的正常范围是有差异的,例如,一般而言,成年男性的正常心跳频率为65-75次/分钟;成年女性的正常心跳频率为70-90次/分钟;但如果用户是女运动员,则可以依据她平时的心跳频率65-72次/分钟,设置其心跳频率的监测参数为60-75次/分钟,即应用本实施例中,只有在超过60-75次/分钟这个范围时,才产生第三报警数据;或如,成人血压的正常范围为收缩压130-139mmHg,舒张压为85-89mmHg、但如果用户是重度高血压患者,则可以设置其收缩压大于或等于180Hg或舒张压大于或等于lOOmmHg时,才产生第三报警数据。 Depending on pathological condition and individual differences of different users, the normal range of physiological data is different, e.g., in general, the normal adult male heart rate is 65-75 times / min; normal heart rate is 70 adult female -90 times / min; but if the user is female athletes, it can be based on her usual heart rate 65-72 times / min, heart rate monitor parameter set which is 60-75 times / min, i.e., application of the present embodiment, only when more than 60-75 times / min this range, it generates a third alarm data; or e.g., the normal range of systolic blood pressure and 130-139, diastolic pressure 85-89mmHg, but if the user is in patients with severe hypertension , which may be set greater than or systolic or diastolic blood pressure greater than or equal to 180Hg lOOmmHg equal, it generates a third alarm data.

[0136] 为使所述用户的生理数据监测参数贴合用户的病情发展和实际情况,优选的是, 在本实施例中,所述数据处理平台的分析处理模块还可以包括监测参数调整单元,用于定期依据该用户一段时期的历史生理数据调整该用户的生理数据监测参数。 [0136] For the user data monitoring parameter bonded progression users and the actual situation, it is preferable that, in the present embodiment, the data processing platform evaluation module may further include a monitoring parameter adjustment unit, adjusted periodically for monitoring physiological parameters of the user data based on historical data of the user physiological period of time.

[0137] 如上例中所述重度高血压患者,在经过一段时间的治疗后,已转为中度高血压,在这种情况下,则可以调整其收缩压大于或等于160Hg或舒张压大于或等于lOOmmHg时,才产生第三报警数据。 [0137] In the above example, patients with severe hypertension, after a period of treatment, have been converted to moderate hypertension, in this case, it may adjust its systolic or diastolic blood pressure greater than or equal to or greater than 160Hg equal lOOmmHg, it generates a third alarm data. 在具体实现中,所述生理数据监测参数可以每天更新、每周更新或每月更新,本发明对此不作限制。 In a specific implementation, the data monitoring parameters may be updated on a daily, weekly or monthly update, the present invention is not limited to this.

[0138] 本实施例与上述实施例的不同之处在于,本实施例是由数据处理平台依据用户的个性化生理参数对所收集的用户生理数据进行判断分析,由数据处理平台发起的报警。 [0138] The present embodiment with the above-described embodiment differs from the embodiment in that the present embodiment is a user physiological data collected discriminant analysis based personalized physiological parameters of the user by the data processing platform, initiated by the data processing platform alarm. 是更能反映用户真实病情的一种报警方式。 Alarm is more a reflection of the true condition of the user.

[0139] 作为另一优选实施例,所述报警数据还可以包括第四报警数据,在这种情况下,所述数据处理平台的分析处理模块还可以包括第三分析处理单元,用于在所收集的该用户的某项生理数据超出所述监测参数的范围时,提取该用户一段时间内的多项生理数据,和/ 或,不同时间内该项生理数据的多个值进行分析,以依据该多项生理数据综合判断是否需要触发报警模块; [0139] As another preferred embodiment, the alarm data may further include a fourth alarm data, in this case, the data processing platform evaluation module may further include a third analysis processing unit for the when a particular physiological data collected by the user of the monitored parameter is out of range, extracting physiological data within the number of users for some time, for analysis and / or a plurality of different time values ​​of the physiological data, according to whether the number of comprehensive physiological data to determine the need to trigger an alarm module;

[0140] 所述报警模块可以包括第三报警单元,用于依据所述第三分析处理单元的触发产生第四报警数据。 [0140] The alarm module may include a third alarm means for generating alarm data according to a fourth trigger the third evaluation unit.

[0141] 例如,人体内血糖的含量是随时波动的,所以人在一天中不同时刻的血糖值是不同的。 [0141] For example, the sugar content of the human body at any time fluctuations, so that people in the blood glucose level at different times of the day are different. 通常情况下,采用"五点"测血糖,它是指测量五个时间点的血糖,这五个时间点包括: 空腹时、餐后30分钟、60分钟、120分钟、180分钟。 Typically, a "five-point" blood sugar, which means blood glucose measurement point five times, five time points include: fasting, postprandial 30 minutes, 60 minutes, 120 minutes, 180 minutes. 正常人的"五点"血糖是逐渐升高的,如果是糖尿病早期,血糖的变化则是不规则的,一般是空腹时和餐后120分钟时血糖正常,而餐后30分钟、60分钟血糖偏高,或者出现餐后120分钟与餐后180分钟血糖偏低的情况。 Normal "five-point" blood glucose is gradually increased, if the change is early diabetes, blood sugar is irregular, generally normal fasting and postprandial blood glucose 120 minutes, and 30 minutes after a meal, the blood sugar 60 minutes high, meal or meal 180 minutes and 120 minutes of low glucose situation. 如果当前收集到糖尿病早期患者空腹时血糖偏高,则继续收集其餐后30分钟、60分钟、120 分钟与180分钟的血糖数据后再判断是否需要触发报警,若监测到餐后30分钟与60分钟的血糖偏高,或者出现餐后120分钟与餐后180分钟血糖偏低,说明该用户的血糖不正常时,则触发第三报警单元产生第四报警数据。 If the current is collected early diabetic fasting blood glucose is high, then continuing to collect their meal 30 minutes, 60 minutes, 120 minutes and 180 minutes if the blood glucose is determined after the data needed to trigger an alarm, if the monitor 60 and 30 minutes postprandial high blood glucose minutes, and 120 minutes postprandial or 180 minutes postprandial blood glucose is low, indicating that user is not normal blood sugar, an alarm is triggered the third unit generates a fourth alarm data.

[0142] 在本发明实施例中,不同的报警数据还可以依据不同的关联度发送至不同的远程终端,如第一报警数据只发送给最高关联度的远程终端;而第二报警数据则发送给所有指定的远程终端等;此外,在具体实现中,本发明所采用的无线通信网络发送的方式可以为短消息方式或GPRS(General Packet Radio Service)通用分组无线服务技术等;本发明对此不作限制。 [0142] In an embodiment of the present invention, different alarm data may be transmitted according to different further relevance to a different remote terminal, such as a first alarm data is sent only to the highest degree of association of the remote terminal; and the second alarm data is transmitted all assigned to the remote terminal; in addition, in the specific implementation, a wireless communication network used in the present invention may be a general packet radio transmission technology, short message service or GPRS (General packet radio service) and the like; this invention no restrictions.

[0143] 作为另一实施例,还可以在所述用户端装置上设置GPS信号接收模块并相应配置专用按键,同时在所述数据处理平台上设置用户定位系统,使用户在突发危险或意外时,可以直接通过所述专用按键发起呼叫,此时通信模块会将所述呼叫请求发至数据处理平台, 数据处理平台依据该呼叫请求进行用户定位,同时触发报警模块将用户的紧急呼叫发至其指定的远程终端,以对用户日常应用中可能出现意外的情形第一时间作出响应和处理。 [0143] As another example, may also be provided on the user terminal device GPS signal receiving module and configures a dedicated key, while a user is provided a positioning system in the data processing platforms to burst danger or accident when the call can be initiated directly by the dedicated key, the communication module at this time will send the call request to the data processing platforms, the data processing platform call request according to the user location and triggers the emergency call alarm module is sent to the user its designated remote terminal to unexpected situations may arise in everyday applications to users the first time to respond to and deal with.

[0144] 本发明在具体应用中,可在用户的生理数据正常时储存用户的生理数据,并定期向用户及其指定的亲友提供反馈;当用户的生理数据出现异常时,会立即向用户及其指定的亲友提供反馈进行通知,从而可以在第一时间排除医疗隐患,提升医疗安全性;再者,本发明所反馈给用户及其亲友的报警数据是与生理数据匹配的非专业术语文本,简明易懂, 从而提高了日常适应性和大范围推广应用的可能性;此外,由于用户端装置的便携性和无线通信技术的采用,可以对病情进行全天候24小时不间断地监控,并且病人无需住院,全面提升了监护的自由程度,从而降低了监护成本。 [0144] In particular applications of the present invention, the physiological data may be stored in user data of the user's normal physiological and regularly provide feedback to the user and its designated relatives; physiological data of the user when the abnormality occurs, the user will immediately and designated to provide feedback notification relatives, medical hazard can be excluded at the first time, to enhance the medical safety; Furthermore, the present invention is the feedback to the user and their relatives alarm data is matched with the physiological data of the non-technical terms of text, straightforward, thereby enhancing the adaptability and the daily application of a wide range of possibilities; Furthermore, since the portable wireless communication technology and end user devices, the disease can be monitored 24 hours a day, and the patient need not hospitalizations, enhance the level of free care, thereby reducing the cost of care. 而且,数据处理平台长期采集的生理数据对用户本人的医疗具有极大的辅助意义。 Moreover, the long-term physiological data acquisition data processing platform of great significance to assist the user's own medical care. 因为异常信号具有不可预见性(难以在诊所测量),而且有些病需长期观察信号(以天,月,或季度计),同时大量数据可以建立准确的统计或数学模型帮助医生做更准确的诊断。 Because the abnormal signal unpredictability (difficult to measure in the clinic), but some patients need long-term observation of signals (in days, months, quarters or dollars), while the large amount of data can create accurate statistical or mathematical models to help doctors make more accurate diagnoses .

[0145] 在上述实施例中,对各个实施例的描述都各有侧重,某个实施例中没有详述的部分,可以参见其他实施例的相关描述。 [0145] In the above embodiment, the description of the various embodiments have different emphases, certain embodiments not detailed in part, be related descriptions in other embodiments. 并且,本领域技术人员易于想到的是:上述实施例2 -实施例4任意组合应用都是可行的,故上述实施例2-实施例4之间的任意组合都是本发明的实施方案,但是由于篇幅限制,本说明书在此就不一一详述了。 Further, those skilled in the art will readily occur: said Example 2 - Application of any combination of the embodiment 4 embodiment are possible, so that any combination of the above-described Example 2 Example 4 between the embodiment of the present invention are embodiments, but due to space limitations, the present specification, this is not reproduced here.

[0146] 参考图5,示出了本发明的一种生理数据监测方法实施例的流程图,具体可以包括以下步骤: [0146] Referring to Figure 5, illustrates a method of monitoring physiological data flow diagram of the invention embodiment may specifically include the following steps:

[0147] 步骤501、通过佩戴在用户身上的用户端装置采集用户的生理数据; [0147] Step 501, the user's physiological data acquired by wearing on the user's client device;

[0148] 步骤502、将所采集的生理数据经无线通信网络发送到数据处理平台; [0148] Step 502, the physiological data acquired to the data processing platform via a wireless communication network;

[0149] 步骤503、数据处理平台对所收集的该用户的生理数据进行分析处理,并在满足预设条件时产生报警数据; [0149] Step 503, the data processing platform to the user's physiological data collected by analyzing and processing the data and generate an alarm when the predetermined condition is satisfied;

[0150] 步骤504、将所述报警数据经无线通信网络发送至该用户指定的远程终端上。 [0150] Step 504, the alarm data transmitted via the wireless communication network to the remote terminal designated by the user.

[0151] 在本发明一种优选实施例中,所述报警数据可以为由用户端装置通过与正常生理数据的对比触发生成的第一报警数据,即在这种情况下,本实施例还可以包括以下步骤: [0151] In a preferred embodiment of the present invention, the alarm data may be triggered by a client device generating a first alarm data by comparing the normal physiological data, i.e. in this case, the present embodiment may comprising the steps of:

[0152] 在采集到用户的生理数据超出正常范围时,在用户端装置发起报警,并即时将生理数据异常信息经无线通信网络发送至数据处理平台; [0152] When the user's physiological data collected outside the normal range, an alarm initiated at the UE device, the physiological data and immediately transmits the abnormality information to the data processing platform via a wireless communication network;

[0153] 所述数据处理平台依据所述生理异常信息生成第一报警数据发送至所述该用户指定的远程终端。 [0153] The data processing platform, according to the abnormality information to generate a first alarm physiological data to the remote terminal designated by the user.

[0154] 更为优选的,所述报警数据还可以为确认上述第一报警数据是否为可靠报警数据的第二报警数据,即在这种情况下,本实施例还可以包括以下步骤: [0154] More preferably, the alarm data may also be confirmed whether or not the first alarm to the second alarm data of the alarm data, reliable data, i.e. in this case, the present embodiment may further comprise the step of:

[0155] 所述用户端装置在发起报警的同时,开始连续采集一段时间的生理数据,所述生理数据包括第一生理数据和第二生理数据; [0155] The client device while initiating the alarm, start the continuous acquisition of physiological data over time, the physiological data comprises a first physiological data and the second physiological data;

[0156] 对所采集的第一生理数据和/或第二生理数据进行分析,获得所述第一报警数据是否为可靠报警数据的分析结果; [0156] The collected physiological data of the first and / or second physiological data analysis, whether the alarm data to obtain the first reliable results for the analysis of the alarm data;

[0157] 在所述分析结果为第一报警数据为可靠报警数据时产生第二报警数据。 [0157] generating a second alarm when the analysis result data is a first alarm data of the alarm data reliably.

[0158] 在本发明另一种优选实施例中,所述报警数据还可以为由数据处理平台通过将所收集的生理数据与其存储的用户个性化生理参数进行对比而触发的第三报警数据,即在这种情况下,本实施例还可以包括以下步骤: The third alarm data [0158] In another preferred embodiment of the present invention, the alarm data may also be processed by the internet data by comparing the physiological parameter of individual users of the collected physiological data stored in its triggered, namely, in this case, the present embodiment may further comprise the step of:

[0159] 判断所收集的该用户的某项生理数据是否超出预置监测参数的范围,若是,则触发产生第三报警数据。 Whether a physiological data to the user [0159] Analyzing the collected monitored parameter exceeds a preset range, and if yes, generating a third alarm data trigger.

[0160] 更为优选的,所述报警数据还可以为在第三报警数据产生时,提取多项和/或不同时间的生理数据进行分析后获得的第四报警数据,即在这种情况下,本实施例还可以包括以下步骤: A fourth alarm data [0160] More preferably, when the warning data may also be generated in a third alarm data, a number of extraction and / or physiological data obtained were analyzed at different times, i.e. in this case , the present embodiment may further comprise the step of:

[0161] 在所收集的该用户的某项生理数据超出所述监测参数的范围时,提取该用户一段时间内的多项生理数据,和/或,不同时间内该项生理数据的多个值进行分析,以依据这些生理数据综合判断是否需要触发产生第四报警数据。 When [0161] departing from the scope of the monitored parameter in a particular physiological data collected by the user, extracting physiological data within the number of users for some time, and / or a plurality of different time values ​​of the physiological data It was analyzed to produce a fourth alarm data based on comprehensive judgment whether these physiological data needs to be triggered.

[0162] 优选的,用户的个性化生理数据监测参数可以依据该用户一段时期的历史生理数据定期更新;所述报警数据可以为与一项或者多项生理数据的数值匹配的报警文本信息。 [0162] Preferably, the personalized user data monitoring physiological parameters may be updated periodically based on historical data of the physiological period of the user; the warning alarm text message data may be matched with the values ​​of one or more of the physiological data.

[0163] 在本发明实施例中,所述用户端装置可以包括生理数据采集设备和远程终端,其中,生理数据采集设备可以通过通用的无线接口(如蓝牙、红外)将采集的数据传到远程终端,远程终端可以采用短消息的方式将数据传送到数据处理平台,数据处理平台同样以可以采用短消息、语音通话的方式将数据反馈到用户指定的远程终端上。 [0163] In an embodiment of the present invention, the client device may include a data physiological data acquisition device and a remote terminal, wherein the physiological data acquisition device via a common radio interface (such as Bluetooth, infrared) to pass to a remote collection terminal, a remote terminal using a short message may be a way to transfer data to the data processing platforms, the data processing platform may be employed in the same short message, voice call way data back to the remote terminal designated by the user.

[0164] 对于方法实施例而言,由于其与系统实施例基本相似,所以描述的比较简单,相关之处参见系统实施例的部分说明即可。 [0164] Example embodiments for the method, since they are substantially similar to the embodiment of the system, it is relatively simple description, see the relevant place system of some embodiments to be described. 并且,对于方法实施例,为了简单描述,故将其都表述为一系列的动作组合,但是本领域技术人员应该知悉,本发明并不受所描述的动作顺序的限制,因为依据本发明,某些步骤可以采用其他顺序或者同时进行。 And, for Example, for ease of description, it is described as a series combination of actions, those skilled in the art should understand that the present invention is not limited by the order of acts described, since according to the present invention, a these steps may be performed in other sequences or simultaneously. 其次,本领域技术人员也应该知悉,说明书中所描述的实施例均属于优选实施例,所涉及的动作和模块并不一定是本发明所必须的。 Secondly, those skilled in the art should also understand that the embodiments are described in the specification are exemplary embodiments, actions and modules involved are not necessarily required by the present invention.

[0165] 本发明可以在由计算机执行的计算机可执行指令的一般上下文中描述,例如程序模块。 [0165] The present invention may be described in the general context of computer-executable instructions, executed by a computer, such as program modules. 一般地,程序模块包括执行特定任务或实现特定抽象数据类型的例程、程序、对象、 组件、数据结构等等。 Generally, program modules include performing particular tasks or implement particular abstract data types routines, programs, objects, components, data structures, and the like. 也可以在分布式计算环境中实践本发明,在这些分布式计算环境中, 由通过通信网络而被连接的远程处理设备来执行任务。 The present invention may also be practiced in a distributed computing environment, the distributed computing environments, where tasks are performed by remote processing devices that are linked through a communications network. 在分布式计算环境中,程序模块可以位于包括存储设备在内的本地和远程计算机存储介质中。 In a distributed computing environment, program modules may be located in both local and remote computer storage media including memory storage devices in.

[0166] 以上对本发明所提供的一种生理数据监测系统和方法,进行了详细介绍,本文中应用了具体个例对本发明的原理及实施方式进行了阐述,以上实施例的说明只是用于帮助理解本发明的方法及其核心思想;同时,对于本领域的一般技术人员,依据本发明的思想, 在具体实施方式及应用范围上均会有改变之处,综上所述,本说明书内容不应理解为对本发明的限制。 [0166] or more of a physiological The present invention provides a data monitoring systems and methods, described in detail herein through specific examples of the principles and embodiments of the present invention have been set forth in the above description of embodiments merely used to help understanding of the method and core ideas of the present invention; while those of ordinary skill in the art, according to the ideas of the present invention, there are modifications to the specific embodiments and application scope of the specification content is not It should be construed as limiting the present invention.

Claims (7)

1. 一种生理数据监测系统,其特征在于,包括: 用户端装置,包括采集模块,用于通过佩戴在用户身上采集用户的生理数据; 本地报警及触发模块,用于在采集到用户的生理数据超出正常范围时,在用户端装置发起报警;控制模块,用于依据所述本地报警及触发模块的报警,控制所述采集模块连续采集一段时间的生理数据,所采集的生理数据包括第一生理数据和第二生理数据; 通信模块,用于将所采集的生理数据经无线通信网络发送到数据处理平台;还用于即时将生理数据异常信息经无线通信网络发送至数据处理平台;还用于将所述第一生理数据和第二生理数据经无线通信网络实时发送至数据处理平台; 数据处理平台,包括以下模块: 维护模块,用于记录所述用户指定的至少一个远程终端的信息; 分析处理模块,用于对所收集的该用户的生理 A data monitoring system comprising: a client device, comprising acquisition means for acquiring physiological data by the user on the user worn; triggering a local alarm and means for the user to collect physiological when the data is outside the normal range, an alarm initiated at the client device; and a control module configured according to the local alarm and an alarm trigger module, said control module continuously acquiring physiological data acquisition period, the acquired physiological data comprises a first a second physiological data and physiological data; a communication module for transmitting physiological data collected over a wireless communication network to a data processing platform; instantly for further information to the abnormal physiological data processing platform via the wireless data communication network; with further the physiological data to the first and second physiological data transmitted in real time via the radio communication network to a data processing platform; data processing platform, comprising the following modules: maintenance module, for recording information at least one remote terminal designated by the user; evaluation means for the user to physiological collected 据进行分析处理;所述分析处理模块包括: 第一分析处理单元,用于对所采集的第一生理数据和/或第二生理数据进行分析,获得第一报警数据是否为可靠报警数据的分析结果,所述第一报警数据由第一报警单元产生的; 监测参数记录单元,用于记录该用户的生理数据监测参数; 第二分析处理单元,用于判断所收集的该用户的某项生理数据是否超出所述监测参数的范围,若是,则触发报警模块; 监测参数调整单元,用于定期依据该用户一段时期的历史生理数据调整该用户的生理数据监测参数; 第三分析处理单元,用于在所收集的该用户的某项生理数据超出所述监测参数的范围时,提取该用户一段时间内的多项生理数据,和/或,不同时间内该项生理数据的多个值进行分析,以依据这些生理数据综合判断是否需要触发报警模块; 报警模块,用于在 According to the analysis process; the evaluation module comprises: a first evaluation unit for the acquired first physiological data and / or the second physiological data analyzed to obtain a first alarm if the alarm data is reliable analysis of the data as a result, the first data by a first warning alarm generating unit; monitoring the parameter recording unit, data monitoring physiological parameters of the user for recording; second analysis processing unit for determining a particular physiological collected the user whether the data of the monitored parameter is out of range, and if yes, trigger the alarm module; monitoring parameter adjustment means for periodically adjusting the physiological parameters of the user data monitoring physiological data of the user based on historical period of time; and a third evaluation unit, with when out of range to the monitored parameter in a particular physiological data collected by the user, extracting physiological data within the number of users for some time, and / or a plurality of different time values ​​of the physiological data analysis , depending on whether the physiological data to an overall judgment needs to trigger an alarm module; alarm module, configured to 满足预设条件时产生报警数据;所述报警模块包括第一报警单元、 第二报警单元和第三报警单元;所述第一报警单元,用于依据所述生理数据异常信息产生第一报警数据;所述第二报警单元,用于在所述分析结果为第一报警数据为可靠报警数据时产生第二报警数据;所述第三报警单元,用于依据所述第二分析处理单元的触发产生第三报警数据;所述第三报警单元还用于依据所述第三分析处理单元的触发产生第四报警数据; 通知模块,用于将所述报警数据经无线通信网络发送至该用户指定的远程终端上;所述用户指定的远程终端具有关联度信息;所述通知模块包括:关联度通知单元,用于将所述报警数据经无线通信网络发送至具有最高关联度的远程终端上,并等待该最高关联度远程终端的反馈;若在预设时间内无反馈,则将所述报警数据经无线通 Generating alarm data when the predetermined condition is satisfied; the alarm module comprises a first alarm unit, the second unit and the third warning alarm unit; the first alarm unit, based on the physiological data to generate a first abnormality information alarm data ; said second alarm means for the analysis as a first alarm data to generate a second alarm data is reliable alarm data; said third alarm unit for triggering according to the second analysis processing unit generating a third alarm data; and the third unit is further configured to trigger an alarm based on the analysis of the third processing unit generating a fourth alarm data; notification module, configured to the alert data designated by the user is transmitted to the wireless communication network on the remote terminal; the user-specified level information associated with the remote terminal; a notification module comprising: correlation notification means for sending said alarm data via the radio communication network to the remote terminal having a highest correlation degree, and waits for the highest relevance feedback remote terminal; if no feedback within the preset time, then the alarm data via wireless communication 网络发送至具有次高关联度的远程终端上。 Network is transmitted to the remote terminal having the second highest degree of relevance.
2. 如权利要求1所述的系统,其特征在于,所述通信模块为当前用户的远程终端;所述用户端装置还包括: 预处理模块,用于依据所述通信模块的传输接口及可识别的数据格式,将所述生理数据进行格式转换并传输至通信模块。 2. The system according to claim 1, wherein the communication module is a current remote user terminal; said client apparatus further comprising: a preprocessing module, according to the communication module for transmission interface and can be identified data format, the physiological data format conversion and transmission to the communication module.
3. 如权利要求2所述的系统,其特征在于,所述数据处理平台的分析处理模块包括: 解析单元,用于解析所接收的生理数据; 加密存储单元,用于对所接收的生理数据进行加密后并存储至数据库中。 3. The system according to claim 2, wherein said data processing platform evaluation module comprising: a parsing unit for parsing the received physiological data; encrypting a storage unit for the received physiological data after the encrypted and stored in a database.
4. 如权利要求3所述的系统,其特征在于,所述数据处理平台还包括: 定期汇报模块,用于定期向所述用户指定的远程终端反馈该用户的健康指导信息,所述健康指导信息与用户相应时段的生理数据统计结果相匹配。 4. The system according to claim 3, wherein said data processing platform further comprising: a periodic reporting module for periodically assigned to the remote terminal user feedback information of the user's health guide, the health guidance physiological period corresponding to the statistical results of user information matches.
5. 如权利要求1所述的系统,其特征在于,所述经无线通信网络发送的方式为采用短消息的方式发送;所述报警数据为与一项或者多项生理数据的数值匹配的报警文本信息。 The alarm data is a numerical match one or more of the physiological data, alarms; 5. The system of claim 1, wherein, via said wireless communication network is transmitted using short message transmission mode text information.
6. 如权利要求1所述的系统,其特征在于,所述用户指定的远程终端还包括急救中心通信终端,所述第一分析处理单元还用于对所采集的第一生理数据和/或第二生理数据进行分析,获得所收集的生理数据是否达到预置紧急情况参考值的分析结果,所述数据处理平台还包括: 用户定位模块,用于定位用户所在的地理位置; 急救中心呼叫模块,用于在所收集的生理数据达到预置紧急情况参考值时,依据用户的定位信息通知附近的急救中心。 6. The system according to claim 1, wherein said user specified remote terminal further comprises emergency center communication terminal, the first analysis processing unit is further configured to first physiological data collected and / or the second physiological data analyzed to obtain physiological data collected whether the analysis result reaches the preset reference value of an emergency, the data processing platform further comprises: a user positioning module for locating geographic location of a user; emergency center call module when, for achieving the physiological data collected emergency preset reference value, based on notification emergency center near the user's location information.
7. -种生理数据监测方法,其特征在于,包括: 通过佩戴在用户身上的用户端装置采集用户的生理数据; 将所采集的生理数据经无线通信网络发送到数据处理平台;所述将所采集的生理数据经无线通信网络发送到数据处理平台包括:在采集到用户的生理数据超出正常范围时,在用户端装置发起报警,并即时将生理数据异常信息经无线通信网络发送至数据处理平台; 数据处理平台对所收集的该用户的生理数据进行分析处理,并在满足预设条件时产生报警数据; 其中,在数据处理平台对所收集的该用户的生理数据进行分析处理时包括: 采用监测参数记录单元记录该用户的生理数据监测参数; 采用第二分析处理单元判断所收集的该用户的某项生理数据是否超出所述监测参数的范围,若是,则触发报警模块; 采用监测参数调整单元定期依据该用户一段 7. - kind of data monitoring method, comprising: by a physiological data acquisition client device worn by the user in the user's body; the collected physiological data transmitted via the wireless communication network to a data processing platform; The said acquired physiological data transmitted via the wireless communication network to the data processing platforms comprising: when collecting physiological data of the user outside the normal range, initiating an alarm at the client device, and real time physiological data error information to the data processing platform via a wireless communication network ; data processing platform to the user's physiological data collected by analyzing and processing the data and generate an alarm when the predetermined condition is satisfied; wherein, when the data processing platform to the user's physiological data collected analyzing process comprises: using monitoring parameter data recording unit records physiological parameters of the user's monitor; whether a user physiological data using the second analysis processing unit determines the collected departing from the scope of the monitored parameter, if yes, trigger the alarm module; monitoring parameter adjustment using unit on a regular basis according to the user for some 期的历史生理数据调整该用户的生理数据监测参数; 采用第三分析处理单元在所收集的该用户的某项生理数据超出所述监测参数的范围时,提取该用户一段时间内的多项生理数据,和/或,不同时间内该项生理数据的多个值进行分析,以依据这些生理数据综合判断是否需要触发报警模块; 所述报警数据包括第一报警数据、第二报警数据、第三报警数据和第四报警数据,所述满足预设条件时产生报警数据包括: 由所述数据处理平台依据所述生理异常信息生成第一报警数据; 依据所述第一报警数据,控制所述用户端装置连续采集一段时间的生理数据,所述生理数据包括第一生理数据和第二生理数据; 对所采集的第一生理数据和/或第二生理数据进行分析,获得所述第一报警数据是否为可靠报警数据的分析结果; 在所述分析结果为第一报警数据为可靠 Historical physiological data of the adjustment data monitoring parameters of the user; with a third range of an evaluation unit in the collected physiological data of the user exceeds the monitored parameter, to extract a number of physiological period of time within which the user data, and / or a plurality of values ​​of the physiological data analysis at different times, according to the physiological data needed to trigger an alarm if an overall judgment module; said data comprises a first warning alarm data, alarm data second, third generating a fourth alarm warning alarm data and data, the data satisfies the preset condition comprises: by the data processing platform, according to the physiological abnormality alarm information generating first data; data according to the first alarm, the user control end of the apparatus for continuously acquiring physiological data over time, the physiological data comprises a first physiological data and the second physiological data; of the acquired first physiological data and / or the second physiological data analyzed to obtain the data first alarm whether the analysis result is reliable alarm data; in the analysis result data to the first alarm to be reliable 警数据时产生第二报警数据; 采用报警模块中的第三报警单元,依据所述第二分析处理单元的触发产生第三报警数据;依据所述第三分析处理单元的触发产生第四报警数据; 将所述报警数据经无线通信网络发送至该用户指定的远程终端上; 其中,所述用户指定的远程终端具有关联度信息;进一步的,所述将所述报警数据经无线通信网络发送至该用户指定的远程终端上包括:将所述报警数据经无线通信网络发送至具有最高关联度的远程终端上,并等待该最高关联度远程终端的反馈;若在预设时间内无反馈,则将所述报警数据经无线通信网络发送至具有次高关联度的远程终端上。 Generating a second warning alert data transactions; alarm module using a third warning unit for generating a third alarm triggers based on the second data analysis processing unit; generating a fourth alarm triggers based on the third data processing unit analyzing ; alarm data transmitted over the radio communication network to the remote terminal designated by the user; wherein the remote terminal having a user-specified degree of association information; further, the alarm data is transmitted over the radio communication network to including the user-specified remote terminal: said alarm data is transmitted over the radio communication network to the remote terminal having the highest degree of relevance, and waiting for the feedback of the highest degree of association of the remote terminal; if no feedback within the preset time, then said alarm data is transmitted over the radio communication network to the remote terminal having the second highest degree of relevance.
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