CN103876711B - Wearable electronic devices and health monitoring and management system - Google Patents

Wearable electronic devices and health monitoring and management system Download PDF

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CN103876711B
CN103876711B CN 201410120432 CN201410120432A CN103876711B CN 103876711 B CN103876711 B CN 103876711B CN 201410120432 CN201410120432 CN 201410120432 CN 201410120432 A CN201410120432 A CN 201410120432A CN 103876711 B CN103876711 B CN 103876711B
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health
user
data
unit
motion
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CN103876711A (en )
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马永
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北京圣博亚科技有限公司
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Abstract

本申请公开了一种可穿戴电子设备,包括:第一传感器、第二传感器、能够存储数据的本地存储器以及无线单元;其中,所述第一传感器配置为能够检测用户的运动,所述第二传感器配置为能够检测用户的生理特征;本申请还公开了一种人体健康监测管理系统,包括:上述可穿戴电子设备,以及能够通过无线方式与所述可穿戴设备连接的便携式终端和后端云服务器;其中,所述可穿戴设备配置有用于连接到所述便携式终端的无线单元;所述便携式终端包括数据存储单元、数据分析计算单元和网络通信单元。 The present application discloses a wearable electronic device, comprising: a first sensor, a second sensor, a local memory capable of storing data and a wireless unit; wherein the first sensor is configured to be capable of detecting the movement of the user, the second sensor is configured to be able to detect a user's physiological characteristic; the present application also discloses a health monitoring and management system, comprising: a wearable electronic device described above, and can be wearable and portable terminal equipment connected to the rear end of the cloud through the wireless manner server; wherein the wearable device arranged for connection to the wireless unit of the portable terminal; said portable terminal includes a data storage unit, a data evaluation unit and the network communication unit. 所述人体健康监测管理系统将加速度传感器采集和血氧传感器二者采集的数据相结合后进行分析计算,为用户提供全面的健康监测以及健康管理措施。 The health monitoring and management system for analysis and calculation of the acceleration sensor after both the data collection and the collected blood oxygen sensor in combination, to provide comprehensive health monitoring as well as health management measures for the users.

Description

可穿戴电子设备以及人体健康监测管理系统 Wearable electronic devices and health monitoring and management system

技术领域 FIELD

[0001]本申请涉及智能终端技术领域,具体涉及一种可穿戴电子设备。 [0001] The present application relates to a technical field of intelligent terminals, in particular to a wearable electronic device. 本申请同时涉及一种人体健康监测管理系统。 The present application relates to a human at the same time health monitoring and management systems.

背景技术 Background technique

[0002]随着信息技术的快速发展,越来越多的电子设备被应用到生活的各个领域,可穿戴设备也从原来的概念设计逐步走进了现实生活。 [0002] With the rapid development of information technology, more and more electronic devices are applied to all areas of life, wearable device is also designed to gradually into real life from the original concept. 目前,可穿戴设备已经成为市场的一大热点,并且种类日益增多,出现了如智能手表、智能眼镜以及智能手环等各种可穿戴设备。 Currently, wearable devices have become a hot market, and the increasing number of species, such as the emergence of a variety of smart watches, smart glasses and smart wristbands and other wearable devices. 可穿戴设备不但较以往电子产品更加方便随身携带,还为人们提供了日益丰富的实用功能,它的出现极大地改变了现代人的生活方式、运动方式和休闲方式。 The wearable device not only more convenient than ever to carry electronic products, but also provide people with increasingly rich practical function, its appearance has greatly changed the modern way of life, leisure and sport mode. 同时,由于物质生活水平的不断提高,人们开始越来越关注自己的健康状态,尤其是通过各种各样的仪器设备对自身的身体健康数据进行采集和分析,致使测量仪器和设备开始大规模推广,智能手环也因为便携性以及外观的多样化受到用户的青睐。 At the same time, due to the continuous improvement of living standards, people started getting concerned about their health status, especially the collection and analysis of data for their own health through a variety of instruments, measuring instruments and equipment resulting in a large scale promotion, smart bracelet also because of the diversity of portability and appearance favored by the users.

[0003] 现有的智能手环的代表有三星公司的GearFit、耐克公司的Nike+FuelBand和Fitbit公司的同名产品Fitbit。 [0003] Existing smart bracelet behalf of Samsung's GearFit, Nike's Nike + FuelBand and Fitbit company's namesake product Fitbit.

[0004] Gear Fit支持蓝牙4.0无线连接,同时具备IP67级别的防水防尘性能;此外,GearFit也具备加速度感应和陀螺仪,能够实现运动轨迹跟踪功能;Gear Fit还具有提醒功能,其中包括用户的来电、邮件、短信、闹钟和第三方应用的通知推送等;Gear Fit的核心功能是能够借助内置的心率传感器对用户的心脏活动进行跟踪,确保用户在进行运动时对自己的心率有一个比较直观的了解。 [0004] Gear Fit 4.0 Bluetooth wireless connections, along with IP67 waterproof and dustproof performance level; in addition, GearFit also includes an acceleration sensor and a gyroscope can be realized trajectory tracking; Gear Fit also has a reminder function, including the user's calls, e-mail, text messaging, alarm clock and third-party applications such as push notification; core functionality Gear Fit is the ability for users to keep track of heart activity by means of a built-in heart rate sensor, ensure that the user during exercise on their heart rate has a more intuitive understanding.

[0005] Nike+FuelBand支持数据同步功能,进行数据同步后可以查看当天、本周、本月或者本年度的运动量变化趋势;Nike+FuelBand还能够记录心情;除此之外,Nike+FuelBand还支持心率、脉搏监控及蓝牙4.0等众多功能。 [0005] Nike + FuelBand support data synchronization, data synchronization can be viewed after day, week, month, or the amount of exercise trend this year; Nike + FuelBand also be able to record their feelings; In addition, Nike + FuelBand also supports heart rate , pulse control and Bluetooth 4.0, and many other functions.

[0006] Fitbit的一个作用是对于用户睡眠的检测和管理,Fitbit可以记录上床时间、入睡时间、实际睡眠时间等,可以分析记录用户的睡眠时间和睡眠质量,并且能具有振动唤醒功能;此外,Fitbit可以追踪用户步数、消耗的卡路里、运动距离以及运动时间,Fitbit表面的指示灯用来提示用户当天的健身目标完成情况。 [0006] One effect Fitbit is for detecting and managing a user to sleep, Fitbit can record bedtime, sleep latency, actual sleep time, etc., can be analyzed recorded sleep time and sleep quality of the user, and can have a vibration wakeup function; In addition, Fitbit user can track the number of steps, calories, distance, and movement exercise time consumption, Fitbit indicator surface to prompt the user to the completion of the day's fitness goals.

[0007]上述现有技术提供的智能手环存在一定的缺陷。 [0007] The above-described prior art provides intelligent hand ring certain defects. 主要是,现有的智能手环对用户的监测具有片面性,无法提供系统全面的健康监测和管理;现有的智能手环获取用户的多项数据时,无法将所述多项数据进行结合,形成对用户的全面的健康监控和健康管理。 Primarily, existing smart bracelet has one-sidedness of the user's monitor, can not provide comprehensive health monitoring and management system; existing smart bracelet acquire a number of user data, the number of data can not be combined, forming a comprehensive health monitoring and health management of the user.

发明内容 SUMMARY

[0008]本申请提供一种可穿戴电子设备,以解决现有技术存在的问题。 [0008] The present application provides a wearable electronic device, in order to solve the problems in the prior art. 本申请另外提供一种人体健康监测管理系统。 The present application further provides a health monitoring and management systems.

[0009]本申请提供的一种可穿戴电子设备,包括: [0009] The present application provides a wearable electronic device, comprising:

[0010] 第一传感器和第二传感器;[0011 ]能够存储数据的本地存储器;以及 [0010] The first and second sensors; [0011] a local memory capable of storing data;

[0012]无线单元; [0012] The wireless unit;

[0013]其中,所述第一传感器配置为能够检测用户的运动,所述第二传感器配置为能够检测用户的生理特征。 [0013] wherein the first sensor is configured to be capable of detecting the movement of the user, the second sensor configured to be capable of detecting a physiological characteristic of the user.

[0014] 可选的,所述第一传感器包括加速度传感器; [0014] Optionally, the first sensor includes an acceleration sensor;

[0015]所述加速度传感器能够实时采集与用户运动相关的运动传感器数据。 [0015] The acceleration sensor can collect data related to the motion sensor and the user's motion in real time.

[0016]可选的,所述第二传感器包括血氧传感器; [0016] Optionally, the second sensor comprises a blood oxygen sensor;

[0017]所述血氧传感器能够实时采集与用户血氧指标相关的生理传感器数据。 [0017] The oxygen sensor is capable of collecting sensor data associated with the user physiological oxygen index in real time.

[0018]本申请还提供一种人体健康监测管理系统,包括:上述的可穿戴设备;以及 [0018] The present application further provides a health monitoring and management system, comprising: a wearable device described above; and

[0019]能够通过无线方式与所述可穿戴设备连接的便携式终端和后端云服务器; [0019] wireless manner through the wearable portable terminal and a server apparatus connected to the rear end of the cloud;

[0020]其中,所述可穿戴设备配置有用于连接到所述便携式终端的无线单元; [0020] wherein the wearable device arranged for connection to the wireless unit of the portable terminal;

[0021]所述便携式终端包括数据存储单元、数据分析计算单元和网络通信单元; [0021] The portable terminal includes a data storage unit, a data evaluation unit and a network communication unit;

[0022]所述存储单元用于接收所述可穿戴设备上传的数据;所述分析计算单元用于对所述可穿戴设备上传的数据进行分析计算并形成用户数据;所述网络通信单元用于将所述便携式终端连接到云服务器; [0022] The storage unit for receiving the wearable device to upload data; the evaluation unit for the data of the wearable computing device and analyzed uploaded data form the user; for the network communication unit the portable terminal is connected to the cloud server;

[0023]所述云服务器用于接收所述便携式终端上传的运动传感器数据和生理传感器数据,并将所述传感器数据经分析计算后形成用户数据;以及接收便携式终端获取标准数据的请求并向所述便携式终端发送标准数据。 [0023] The cloud server for physiological motion sensor data and the sensor data of the portable terminal receiving the upload and the sensor is formed by the user data analysis and calculation data; and the portable terminal receiving the acquisition request data to the standard the portable terminal transmitting said standard data.

[0024]所述用户数据包括:用户运动数据和用户生理数据; [0024] The user data includes: the user motion data and the user physiological data;

[0025]其中,用户运动数据包括:用户的运动状态、运动时间、和/或运动强度; [0025] wherein the user data comprises motion: motion state of the user, exercise time, and / or motion intensity;

[0026]用户生理数据包括用户的心率、血氧饱和度、缺氧程度指数、血液循环指数、心率不齐指数、心肺指数、呼吸频率和/或呼吸速率。 [0026] user physiological data includes a user's heart rate, oxygen saturation, the degree of hypoxia index, blood circulation index, index arrhythmia, heart and lung index, respiratory rate and / or respiration rate.

[0027]可选的,包括健康监测管理单元,用于实时接收当前用户的用户运动数据与用户生理数据,并将所述用户运动数据与用户生理数据相结合或者相对应,与所述用户数据相比对,进行分析判断后对所述用户当前的健康状态进行监测管理。 [0027] Optionally, comprising monitoring health management unit, for receiving real-time data of the current user and the user physiological motion data, the motion data and the user data in combination with physiological or user corresponds to the user data for monitoring and management of the user compared to current state of health for analysis is determined.

[0028]可选的,所述健康监测管理单元设置于所述便携式终端或者所述云服务器;或者 [0028] Optionally, the health monitoring management unit provided in the portable terminal or the cloud server; or

[0029]所述健康监测管理单元设置于所述便携式终端并同时设置于所述云服务器;或者 The [0029] Health monitoring management unit provided in the portable terminal and also provided in the cloud server; or

[0030]所述健康监测管理单元其中一部分设置于所述便携式终端,剩余部分设置于所述云服务器。 The [0030] Health monitoring management unit wherein a portion disposed in said portable terminal, provided on the remaining portion of the cloud server.

[0031 ] 可选的,所述健康监测管理单元包括身体健康监测管理子单元; [0031] Optionally, the health monitoring management unit comprises monitoring health management subunit;

[0032]所述身体健康监测管理子单元包括:身体健康基准获取子单元、身体健康监测子单元和身体健康预警子单元; [0032] Monitoring the health management sub-unit comprises: a reference acquisition sub-unit's health, physical health, and physical health monitoring subunit warning subunit;

[0033]身体健康基准获取子单元,用于通过所述云服务器获取身体健康标准数据,并结合所述用户数据,将所述身体健康标准调整为适于当前用户的身体健康基准; [0033] reference health obtaining subunit, configured to obtain the health standard data server through the cloud, and in conjunction with the user data, the health standard adjustment is adapted to reference the current user's health;

[0034]身体健康监测子单元,用于实时接收所述当前用户的用户运动数据和用户生理数据,并将所述用户运动数据和用户生理数据与所述身体健康基准进行比对分析,获得所述当前用户的身体健康监测结果并输出; [0034] The health monitor sub-unit, for receiving real-time motion of the current user's physiological data and user data, and motion data of the user and the user physiological data with the reference to compare the health of the analysis, the obtained said user's health and output current monitoring results;

[0035]身体健康预警子单元,用于接收所述身体健康监测子单元输出的身体健康监测结果,并在健康监测结果为不正常或者接近不正常状态时,通过所述便携式终端向用户发出健康提醒;或者,接收所述身体健康监测子单元输出的身体健康监测结果后,该单元还通过所述云服务器或者通过网络检索,获取能够改善当前用户身体健康状况的有益措施,将该有益措施通过所述便携式终端告知当前用户。 When the [0035] sub-health warning unit for receiving the result of monitoring the health of the health monitoring sub-unit output, and health monitoring result is not normal or near normal state is not issued to the user by the health said portable terminal reminded; Alternatively, after receiving the results of monitoring the health of the health monitoring output sub-unit, the unit further through the cloud server or retrieved over the network, obtaining advantageous measures the current user can be improved health condition, by the advantageous measures the portable terminal informed of the current user.

[0036]可选的,所述身体健康监测管理子单元包括: [0036] Optionally, the health management sub-monitoring unit comprises:

[0037]紧急处置子单元,用于接收所述身体健康监测子单元输出的身体健康监测结果,并根据监测结果判定身体是否出现紧急情况,若是,则自动连接并启动到所述便携式终端拨打紧急联系人电话或者拨打急救电话程序;上述判定身体是否出现紧急情况的标准,结合医学数据以及通过所述人体健康监测管理系统长期积累的用户数据获得;以及 [0037] emergency treatment sub-unit, configured to receive the health monitoring health monitoring result output sub-unit, and determines whether the body of an emergency according to monitoring results, and if yes, starts automatically connected to the portable terminal and an emergency call contact phone or make an emergency call program; the judging criteria whether the body is an emergency situation, combined with medical data and health monitoring and management by the system long-term accumulation of user data obtained; and

[0038]疾病预警子单元,用于接收所述身体健康监测子单元输出的健康监测结果,并向所述当前用户发出就医提醒。 [0038] Diseases sub-unit warning, health monitoring result for the received health monitoring output sub-unit, the current user to alert medical issue.

[0039] 可选的,所述健康监测管理单元包括运动健康监测管理子单元,该运动健康监测管理子单元包括:运动健康基准信息收集子单元、运动健康分析子单元和运动健康方案匹配子单元; [0039] Optionally, the health management unit includes a motion monitoring management subunit health monitoring, health monitoring of the movement management sub-unit comprises: a reference motion information collection subunit health, exercise and health analysis subunit health programs matching motion subunit ;

[0040]运动健康基准信息收集子单元,用于通过所述云服务器获取运动健康标准数据,并结合所述用户数据,将所述运动健康标准调整为适于当前用户的运动健康基准; [0040] The motion reference health information collecting subunit, configured to obtain motion through the cloud server health standard data along with the user data, the motion is adapted to adjust the health standards of the current health of the user's movement reference;

[0041]运动健康分析子单元,用于接收所述第一传感器实时采集的用户运动数据与所述运动健康基准进行比对分析,获得当前用户的运动健康状态并输出; [0041] The sub-motion health analysis unit for receiving real-time collection of the first sensor and the user motion data for comparison reference health motion analysis, movement of the user to obtain the current state of health and outputs;

[0042]运动健康方案匹配子单元,用于接收所述运动健康分析子单元输出的所述当前用户的运动健康状态,根据该运动健康状态分析获得与当前用户实时的运动健康状态相匹配的运动方案,并通过所述便携式终端向当前用户提供该运动方案。 [0042] The motion health programs matching sub-unit, a motion output health analysis sub-unit receives the user's current movement state of health, the health state based on the motion analysis to obtain real-time motion of the current user matches the motion state of health program, and providing the motion to the current program via the portable user terminal.

[0043]与现有技术相比,本申请具有以下优点: [0043] Compared with the prior art, the present application has the following advantages:

[0044]本申请提供的可穿戴电子设备以及人体健康监测管理系统解决了现有技术存在的对用户监测单一性的问题。 [0044] The present application provides wearable electronic devices and health monitoring and management system to solve the problem for the user to monitor the presence of the unity of the prior art.

[0045]现有技术提供的智能手环存在对用户进行监测管理时,一般是获取用户的运动数据,对所述运动数据进行分析处理,根据分析处理的结果给出合理的运动锻炼计划;或者获取用户的一项生理数据,对该项生理特征数据进行分析,并对应该项生理特征数据给出合理化建议。 [0045] The prior art intelligent hand there is provided a ring for the user to monitor management, general user data is to obtain motion, the motion data analysis and processing, given a reasonable exercise plan based on the results of the analysis process; or obtain a user's physiological data on the physiological characteristics data for analysis, and physiological characteristics of the data item should be given reasonable suggestions. 随着智能手环功能越来越复杂和多样化,一旦智能手环采集到的用户的多项生理数据之间联系很紧密并且和用户运动状态相互影响时,现有技术提供的智能手环对用户的生理特征数据的分析很可能出现偏差甚至出现错误,此时,现有技术提供的智能手环向用户提供的建议很可能导致严重的后果。 When Smart bracelet with increasingly complex and diverse functions, the link between a number of physiological data collected once the smart bracelet is very close to the user and the user motion and influence each other, prior art provides intelligent hand RINGS analysis of the physiological characteristics of the user's data is likely to occur even deviation error, this time, it is recommended to provide intelligent bracelet of the prior art provided to the user is likely to lead to serious consequences.

[0046]本申请提供的包括可穿戴电子设备和人体健康监测管理系统。 [0046] include wearable electronic devices and health monitoring and management system provided herein. 其中,所述可穿戴电子设备包括:第一传感器和第二传感器;能够存储数据的本地存储器;以及无线单元;其中,所述第一传感器配置为能够检测用户的运动,所述第二传感器配置为能够检测用户的生理特征。 Wherein the wearable electronic device comprising: a first sensor and a second sensor; a local memory capable of storing data; and a wireless unit; wherein the first sensor is configured to be capable of detecting the movement of the user, the second sensor configuration capable of detecting a physiological characteristic of the user.

[0047]该可穿戴电子设备能够同时监测用户的运动和用户的生理特征,并且以可穿戴方式与人体结合,使其便于实现对用户的实时监控和对用户数据的长时间积累,为进一步进行用户的健康管理提供了可能。 [0047] The wearable electronic device is capable of simultaneously monitoring the physiological characteristics of the user and the motion of the user, and in combination with the human body wearable way as to facilitate real-time monitoring of the user's time and the accumulation of user data is further user's health management possible.

[0048]所述人体健康监测管理系统包括上述可穿戴电子设备以及能够通过无线方式与所述可穿戴设备连接的便携式终端;以及能够通过无线方式与所述可穿戴设备连接的便携式终和后端云服务器;其中,所述可穿戴设备配置有用于连接到所述便携式终端的无线单元;所述便携式终端包括数据存储单元、数据分析计算单元和网络通信单元;所述存储单元用于接收所述可穿戴设备上传的数据;所述分析计算单元用于对所述可穿戴设备上传的数据进行分析计算并形成用户数据;所述网络通信单元用于将所述便携式终端连接到云服务器;所述云服务器用于接收所述便携式终端上传的运动传感器数据和生理传感器数据,并将所述传感器数据经分析计算后形成用户数据;以及接收便携式终端获取标准数据的请求并向所述便携式终端发送标准数据。 [0048] Monitoring the health management system includes a wearable electronic device described above can be wearable and portable terminal device connected via the wireless manner; and a wearable device capable of wirelessly connecting the portable and a rear end cloud server; wherein the wearable device arranged for connection to the wireless unit of the portable terminal; said portable terminal includes a data storage unit, a data evaluation unit and a network communication unit; a storing unit for receiving the data uploaded wearable device; the data of the evaluation unit for the wearable device are calculated and analyzed uploaded data form the user; the network communication unit for connecting the portable terminal to the cloud server; the the cloud server for receiving the motion sensor data and the physiological sensor data uploaded to the portable terminal, and the sensor data form the user data after analysis and calculation; requesting and receiving the portable terminal acquires and transmits the standard data of the portable terminal standard data.

[0049]所述人体健康监测管理系统的分析计算单元将所述加速度传感器采集的运动传感器数据和血氧传感器采集的生理传感器数据经分析计算转化为用户运动数据和用户生理数据,通过用户运动数据和用户生理数据的结合以及分析,为用户提供全面的健康监测以及健康管理措施;包括以下几个方面:首先,通过用户运动数据和用户生理数据的结合以及分析,可以让用户理解用户在不同的运动状态下身体的生理特征数据,为用户的身体健康进行监测管理;其次,通过用户运动数据和用户生理数据的结合以及分析,可以让用户了解一定时间段(天、周、月)内用户在各种生活或者工作事件当中不同的紧张压力(stress)状态,并且根据所述生活以及工作当中的状态有效地安排工作或者休闲;最后,通过用户运动数据和用户生理数据的结合以及分析,可以让用户清楚的 [0049] The evaluation unit of the health monitoring and management system of the motion sensor and the oxygen sensor data collected by the sensor of the acceleration sensor data collected physiological Analysis calculated by the user into the user physiological data and motion data, the motion data by user and combined with the user's physiological data and analysis, to provide users with comprehensive health monitoring and health management practices; it includes the following aspects: first, through a combination of user data movement and user physiological data and analysis, allowing users to understand the user in different the body's physiological characteristics data, monitoring and management for the user's health while in motion; secondly, through a combination of user motion data and user physiological data and analysis, allowing users to understand certain period of time within (day, week, month) users various events live or work tensions among different pressure (stress) state, and effective organization of work and leisure based on the life and work among the state; and finally, through a combination of user data movement and user physiological data and analysis, allowing user clear 了解自身的运动锻炼状况,并且结合自身的健康状况进行改善身体素质的运动锻炼活动。 Understand their exercise status, and combined with their own health to improve physical fitness exercise activities.

附图说明 BRIEF DESCRIPTION

[0050]图1是本申请提供的一种可穿戴电子设备的框图; [0050] FIG. 1 is a block diagram of a wearable electronic device provided herein;

[0051 ]图2是本申请提供的人体健康监测管理系统结构框图; [0051] FIG. 2 is a block diagram health monitoring and management system provided herein;

[0052]图3是本申请提供的一种人体健康监测管理系统健康监测管理单元240的框图; [0052] FIG. 3 is a block diagram of a health management system health monitoring and management monitoring unit 240 provided herein;

[0053]图4是本申请提供的人体健康监测管理系统工作流程图。 [0053] FIG. 4 is a flowchart of monitoring health management system provided herein.

具体实施方式 detailed description

[0054]在下面的描述中阐述了很多具体细节以便于充分理解本发明。 [0054] numerous specific details are set forth in the following description in order to provide a thorough understanding of the present invention. 但是本发明能够以很多不同于在此描述的其它方式来实施,本领域技术人员可以在不违背本发明内涵的情况下做类似推广,因此本发明不受下面公开的具体实施的限制。 However, the present invention can be in many other ways than to the embodiments described herein, those skilled in the art can make similar extensions without departing from the intension of the present invention, the present invention is not limited so particular embodiments disclosed below.

[0055]本申请中提供了一种可穿戴电子设备;除此之外,本申请另外提供一种人体健康监测管理系统。 [0055] The present application provides for a wearable electronic device; In addition, the present application further provides a health monitoring system management.

[0056]可穿戴电子设备对应的实施例如下: [0056] The wearable electronic device corresponding to the embodiment are as follows:

[0057]参照图1,其示出了本实施例提供的一种可穿戴电子设备示意图。 [0057] Referring to FIG. 1, which shows an embodiment of the present embodiment provides a schematic view of a wearable electronic device.

[0058] 所述可穿戴电子设备100包括第一传感器110、第二传感器120、本地存储器130以及无线单元140。 [0058] The wearable electronic device 100 includes a first sensor 110, second sensor 120, a local memory 130 and a wireless unit 140.

[0059]本实施例中,所述第一传感器110优选采用能够实时检测用户运动的加速度传感器。 [0059] In this embodiment, the first sensor 110 preferably uses the acceleration sensor can be detected in real time movement of the user.

[0060]加速度传感器是一种惯性传感器,能测量加速度并将该加速度转换成可用输出信号。 [0060] The acceleration sensor is an inertial sensor, which can measure an acceleration and an acceleration into usable output signal. 当用户穿戴有包含加速度传感器的可穿戴电子设备并发生运动时,所述加速度传感器当中的敏感元件因为用户的运动而导致形变,此时,测量所述敏感元件的形变量并将所述形变量通过电路转换为电压输出,就得到用户发生运动的加速度信号。 When a user wearing the wearable acceleration sensor comprising an electronic device and movement occurs, the acceleration sensor which is sensitive element because of deformation caused by the user's movement, this time measuring the deformation of the sensitive element and the deformation converted into a voltage by an output circuit, the acceleration signal is obtained user movement takes place.

[0061]加速度传感器被广泛用于航空航天、武器系统、汽车、消费电子等。 [0061] acceleration sensors are widely used in aerospace, weapons systems, automotive, consumer electronics and so on. 加速度传感器应用范围广泛,一般来讲它有六种检测感应功能:倾斜度检测、运动检测、定位检测、震动检测、振动检测和自由落下检测。 The acceleration sensor wide range of applications, in general it has six sensing Detection: inclination detection, motion detection, location detection, vibration detection, vibration detection, and detection of free fall. 本实施例中,所述加速度传感器被用作运动检测装置。 In this embodiment, the acceleration sensor is used as the motion detecting means. 加速度传感器在进行运动检测时,首先获取人体运动时加速度的频率和幅度,其次,计算出位移。 When carrying out an acceleration sensor detects motion, the first acquisition frequency and amplitude of acceleration when the body motion, and secondly to calculate the displacement. 位移的计算是根据加速度计算获得,将加速度进行二重积分便可获得位移。 Calculates the displacement is obtained by calculation according to the acceleration, the acceleration can be obtained double integral displacement. 利用加速度传感器的运动检测功能,加速度传感器可应用于运动控制、计步器和基本运动检测等。 Acceleration sensor motion detection, motion control can be applied to an acceleration sensor, a pedometer and basic motion detection.

[0062]本实施例中,所述加速度传感器实时采集与用户运动相关的运动传感器数据,并将检测到的运动传感器数据存储至本地存储器130或者上传。 [0062] In this embodiment, the acceleration sensor in real time motion capture sensor data associated with the user's movement, the motion sensor and the detected data is stored in the local memory 130 or upload.

[0063]除了上述加速度传感器外,该第一传感器110还可以包括其他运动传感器。 [0063] In addition to the acceleration sensor, the first sensor 110 may further include other motion sensors. 例如,速度传感器、陀螺仪、地磁传感器或者说电子罗盘传感器、大气压传感器(通过测量大气压力可以计算出海拔高度)等。 For example, a speed sensor, a gyroscope, a geomagnetic sensor or an electronic compass sensor, an atmospheric pressure sensor (Altitude can be calculated by measuring atmospheric pressure) and the like.

[0064]所述第二传感器120优选采用能够实时检测用户的生理特征的血氧传感器。 The [0064] Preferably, the second sensor 120 can be detected in real time using the oxygen sensor physiological characteristics of the user.

[0065]血氧(简称SP02H)是指血液中的氧气,是人体呼吸循环系统的一项重要生理参数,通过测量血液中血氧的浓度(即:血氧饱和度)来判断人体的健康程度。 [0065] Oxygen (abbreviation SP02H) refers to oxygen in the blood, is an important physiological parameters of the respiratory and circulatory system, through the blood oxygen concentration (i.e.: oxygen saturation) measurements to determine the health of the human body . 血氧传感器是一种用来测量人体血氧饱和度的仪器,利用红外光技术,通过测量透过皮肤和肌肉骨骼组织后(或者经反射后)的光频率偏移,从而精确检测人体的血氧饱和度。 Oxygen sensor is an instrument for measuring blood oxygen saturation using infrared technology, (or after reflected) light through the frequency offset and the skin by measuring the musculoskeletal tissue, thereby accurately detect the human blood oxygen saturation. 通过测量人体的血氧饱和度,将所述血氧饱和度进行分析以及计算,可得出其它的人体生理参数,包括:心率、缺氧程度指数、血液循环指数、心率不齐指数、心肺指数以及呼吸频率。 By measuring the oxygen saturation of the human body, the oxygen saturation analysis and calculation can be derived other physiological parameters, including: heart rate, index of the degree of hypoxia, blood circulation index, index arrhythmia, heart and lung index and respiratory rate.

[0066]本实施例中,所述血氧传感器实时采集用户血氧指标相关的生理传感器数据,并将检测到的生理传感器数据存储至本地存储器130或者上传。 [0066] In this embodiment, the oxygen sensor acquiring physiological sensor data in real time metrics related to user oxygen, the physiological sensor and the detected data is stored in the local memory 130 or upload.

[0067]除了上述加速度传感器外,该第二传感器120还可以采用其他生理传感器。 [0067] In addition to the acceleration sensor, the second sensor 120 may also use other physiological sensors. 如:血糖传感器、血压传感器、心电传感器、肌电传感器、体温传感器、脑电波传感器。 Such as: blood glucose sensor, a blood pressure sensor, an ECG sensor, a myoelectric sensor, a temperature sensor, a brain wave sensor.

[0068]所述本地存储器130用于接收并存储所述第一传感器110实时采集的运动传感器数据和所述第二传感器120实时采集的生理传感器数据。 [0068] The local memory 130 for receiving and storing the sensor data of the first motion sensor 110 and the real-time acquisition of the second physiological sensor 120 sensor data collected in real time.

[0069]所述无线单元140用于将所述本地存储器130存储的第一传感器110实时采集的运动传感器数据和所述第二传感器120实时采集的生理传感器数据上传。 [0069] The wireless unit 140 for the motion sensor a first sensor data 130 stored in the local storage 110 and the real-time acquisition of the real-time acquisition of the second physiological sensor 120 sensor data upload.

[0070]需要说明的是,本实施例中,所述可穿戴电子设备100是指腕带式穿戴电子设备或者智能手环,除此之外,还可以采用智能手表等其它可穿戴电子设备,在此不作限定。 [0070] Incidentally, in the present embodiment, the wearable electronic device 100 refers to a wearable wrist-mounted electronic device or a smart bracelet, in addition, it may also be used like other smart watch wearable electronic device, this is not limited.

[0071 ]人体健康监测管理系统对应的实施例如下: [0071] Human health monitoring and management system corresponding to the embodiment are as follows:

[0072]参照图2—图4,其示出了本实施例提供的人体健康监测管理系统的示意图。 [0072] Referring to FIGS. 2-4, there is shown a schematic view of health monitoring and management system according to this embodiment. 包括: include:

[0073]图2是本实施例提供的人体健康监测管理系统结构框图,图3是本实施例提供的人体健康监测管理系统健康监测管理单元240的框图,图4是本实施例提供的人体健康监测管理系统工作流程图。 [0073] FIG. 2 is a block diagram monitoring and management system health provided in the present embodiment, FIG. 3 is a block diagram 240 of health monitoring and management system health monitoring management unit according to this embodiment, FIG. 4 is a health according to this embodiment monitoring and management system work flow chart.

[0074]参照图2,其示出了本实施例提供的人体健康监测管理系统结构框图。 [0074] Referring to Figure 2, which shows a block diagram of monitoring health management system provided in this embodiment.

[0075]所述人体健康监测管理系统包括:可穿戴电子设备100、便携式终端200和云服务器300。 [0075] Monitoring the health management system comprising: a wearable electronic device 100, the portable terminal 200 and the cloud server 300.

[0076] I)所述可穿戴电子设备100包括第一传感器110、第二传感器120、本地存储器130和无线单元140。 [0076] I) the wearable electronic device 100 includes a first sensor 110, second sensor 120, the local memory 130 and radio unit 140.

[0077] 其中,所述第一传感器110、第二传感器120和本地存储器130参照上述可穿戴电子设备100对应的实施例。 [0077] wherein the first sensor 110, second sensor 120 and 130 referring to the local memory 100 corresponding to the wearable electronic device embodiment.

[0078]本实施例中,所述无线单元140用于将所述本地存储器130存储的第一传感器110实时采集的运动传感器数据和所述第二传感器120实时采集的生理传感器数据通过无线连接的方式上传至便携式终端200。 [0078] In this embodiment, the wireless unit 140 for connecting a first sensor of the motion sensor data 130 stored in the local memory 110 and the real-time acquisition of the second physiological sensor data collected by the sensor 120 in real time wireless upload to portable terminal 200.

[0079]需要说明的是,所述可穿戴电子设备100还可以将所述第一传感器110实时采集的运动传感器数据以及所述第二传感器120实时采集的生理传感器数据在本地经分析计算并转化为用户数据,所述用户数据经无线单元140上传至便携式终端200;其中,所述运动传感器数据经分析计算并转化为用户运动数据,所述生理传感器数据分析计算并转化为用户生理数据;所述用户运动数据包括:用户的运动状态、运动时间、和/或运动强度;所述用户生理数据包括用户的心率、血氧饱和度、缺氧程度指数、血液循环指数、心率不齐指数、心肺指数、呼吸频率和/或呼吸速率。 [0079] It should be noted that the wearable motion sensor data of the electronic device 100 may also be real-time acquisition of the first sensor 110 and second sensor data of the physiological sensor 120 in the local real-time acquisition and conversion calculated by analysis user data, the user uploads the data via the wireless unit 140 to the portable terminal 200; wherein the motion sensor data is analyzed and converted into a user computing motion data, data analysis and calculation of the physiological sensor and converted into a user physiological data; the moving said user data includes: the user's motion, the motion time, and / or motion intensity; the user physiological data includes a user's heart rate, oxygen saturation, the degree of hypoxia index, blood circulation index, index arrhythmia, cardiopulmonary index, respiratory rate and / or respiration rate.

[0080] 2)所述便携式终端200包括数据存储单元210、数据分析计算单元220、网络通信单元230和健康监测管理单元240。 [0080] 2) The portable terminal 200 includes a data storage unit 210, a data evaluation unit 220, communication unit 230 and network health monitoring and management unit 240.

[0081]⑴所述存储单元210用于接收并存储所述可穿戴设备100上传的运动传感器数据和生理传感器数据; [0081] ⑴ the storage unit 210 for receiving and storing the wearable motion sensor data and the physiological sensor apparatus 100 to upload data;

[0082]⑵所述分析计算单元220用于将所述可穿戴设备100上传的运动传感器数据进行分析计算并形成用户运动数据,以及将所述可穿戴设备100上传的生理传感器数据进行分析计算并形成用户生理数据; [0082] ⑵ the evaluation unit 220 for the wearable motion sensor apparatus 100 uploaded data is analyzed and calculated data form the user motion, and the wearable physiological sensor 100 uploads data analysis and calculation device and physiological data form the user;

[0083] ⑶所述网络通信单元230用于将所述便携式终端200连接到云服务器300; [0083] ⑶ the network communication unit 230 for the portable terminal 200 is connected to the cloud server 300;

[0084]⑷所述健康监测管理单元240用于接收当前用户的用户运动数据与用户生理数据,并将所述用户运动数据与用户生理数据相结合或者相对应进行分析判断后对所述当前用户进行健康监测管理。 [0084] ⑷ monitoring the health management unit 240 for receiving a current user data and user physiological motion data and motion data of the user with the user physiological data corresponding to the combined analysis or after determination of the current user health monitoring and management.

[0085]需要说明的是,所述健康监测管理单元240可以设置与所述便携式终端200或者所述云服务器300;或者所述健康监测管理单元240可以设置与所述便携式终端200和所述云服务器300;或者所述健康监测管理单元240的其中一部分设置与所述便携式终端200,剩余部分设置与所述服务器300,在此不作限定,本实施例中,所述健康监测管理单元240设置于所述便携式终端200。 [0085] It should be noted that the health monitoring management unit 240 may be provided with the portable terminal 200 or the cloud server 300; or monitoring the health management unit 240 may be provided with the portable terminal 200 and the cloud server 300; or wherein the health monitoring management unit is provided with a portion of the portable terminal 200, the remaining portion 300 is provided with the server 240, which is not limited in the present embodiment, the health monitoring management unit 240 is provided in the portable terminal 200.

[0086]参照图3,其示出了本实施例提供的人体健康监测管理系统健康监测管理单元240的框图。 [0086] Referring to Figure 3, which shows a block diagram of the present health monitoring system health monitoring and management provided by the management unit 240 of the embodiment.

[0087] 所述健康监测管理单元240包括:身体健康监测管理子单元10、情绪健康监测管理子单元20和运动健康监测管理子单元30。 The [0087] Health monitoring management unit 240 comprises: monitoring the health management sub-unit 10, emotional health monitoring and management unit 20 and the sub-motion monitoring health management subunit 30.

[0088] a、所述身体健康监测管理子单元10包括:身体健康基准获取子单元11、身体健康监测子单元12、身体健康预警子单元13、紧急处置子单元14和疾病预警子单元15。 [0088] a, monitoring the health management sub-unit 10 comprises: a reference health obtaining subunit 11, the health monitoring sub-unit 12, the subunit 13 health warning, and emergency handling subunit 14 sub disease early warning unit 15.

[0089]所述身体健康基准获取子单元11,用于连接到所述云服务器300发出身体健康的医学标准数据的获取请求,并获取到所述医学标准数据;接收所述可穿戴电子设备100上传的当前用户的用户数据,并同时将所述医学标准数据与所述用户数据相结合,获得适于当前用户的身体健康基准。 [0089] The reference health obtaining subunit 11, adapted to obtain the connection request to the cloud server 300 issues a medical health standard data, and the acquired data of the medical standards; receiving the wearable electronic device 100 Upload the current user data, while the standard of medical data and the user data combined to obtain health standard suitable for the current user.

[0090]所述身体健康监测子单元12,用于接收所述可穿戴电子设备100上传的当前用户的用户运动数据和用户生理数据以及所述身体健康基准获取子单元11获取的身体健康基准,并将所述用户运动数据和用户生理数据与所述身体健康基准进行比对分析,获得所述当前用户的身体健康监测结果并输出该身体健康监测结果。 [0090] The health monitoring sub-unit 12, for receiving a current user of the wearable electronic device 100 uploads the motion data and the user data and the user physiological health of the health of the reference acquisition sub-unit 11 obtains a reference, and and motion data of the user and the user physiological data with the reference to compare the health analysis, obtaining the user's current health monitoring result and outputs the result of the health monitoring.

[0091]身体健康预警子单元13,用于接收所述身体健康监测子单元12输出的身体健康监测结果,并在健康监测结果为不正常或者接近不正常状态时,通过所述便携式终端200向用户发出健康提醒;或者,接收所述身体健康监测子单元12输出的身体健康监测结果后,该单元还通过所述云服务器300或者通过网络检索,获取能够改善当前用户身体健康状况的有益措施,将该有益措施通过所述便携式终端200告知当前用户。 When the [0091] sub-health warning unit 13 for receiving the health of the health monitoring sub-unit 12 outputs a result of the monitoring, and health monitoring result is not normal or near normal state is not, through the portable terminal 200 to health alert issued by the user; alternatively, after receiving the results of monitoring the health of the health monitoring output sub-unit 12, the unit 300 through the cloud server or retrieved over the network, obtaining beneficial measures that improve the health status of the current user, advantageous measures by the portable terminal 200 to inform the current user.

[0092]紧急处置子单元14,用于接收所述身体健康监测子单元12输出的当前用户的身体健康监测结果,将所述身体健康监测结果与身体健康危急判定标准进行比对,若所述身体健康监测结果超出所述身体健康危急判定标准的界限值,则判定所述当前用户的身体出现危急情况,则自动连接并启动到所述便携式终端200拨打紧急联系人电话或者拨打急救电话程序;所述身体健康危急判定标准来自于从所述云服务器300获取的医学数据以及所述当前用户长期的用户运动数据和用户生理数据的结合。 [0092] The emergency handling sub-unit 14, for receiving the results of monitoring the health of the user's current health monitor sub-unit 12 outputs the results of monitoring the health and physical health critical criteria for comparison, if the health monitoring result exceeds the critical health criteria limit value, it is determined that the current user's body necessity arise, and automatically starts the connection to the portable telephone terminal 200 contacts or make an emergency call for help program; the health of critical criteria from the combination of medical data from the cloud server 300 to obtain the long-term as well as the current user's user data movement and user physiological data.

[0093]疾病预警子单元15,用于接收所述身体健康监测子单元12输出的健康监测结果,对所述健康监测结果进行分析判断,若所述健康监测结果对应的结果表明所当前用户的身体健康状况很差,或者出现的异常严重,则通过所述便携式终端200向用户发出就医提醒。 [0093] The sub disease early warning unit 15 for receiving the body of the health monitoring result output health monitoring sub-unit 12, the determination results were analyzed health monitoring, health monitoring if the results show that the results corresponding to the current user poor physical health status, or severe abnormalities occur, the portable terminal 200 is issued by a doctor to remind the user.

[0094]所述人体健康监测管理系统身体健康监测管理子单元10实现的功能可用于以下情况: [0094] Monitoring the health management system health monitoring and management sub-unit 10 may be used to implement the following functions:

[0095] I)可用于提供用户身体健康状况的判断依据。 [0095] I) can be used to provide user judgment based on health status.

[0096]对于身体健康的用户,所述人体健康监测管理系统对用户的生理数据进行长期的监测之后,生成监测数据可用于判断该用户的身体素质变化情况; After [0096] For user's health, the health management system for monitoring physiological data of the user for long-term monitoring, generating monitoring data for determining the user's physical changes;

[0097]对于患有疾病的用户,所述人体健康监测管理系统对用户的生理数据进行长期的监测之后生成监测数据,该监测数据可用于在医生对该用户进行病情诊断时提供准确的依据。 Monitoring data generated after the [0097] For users suffering from the disease, the health management system for monitoring physiological data users for long-term monitoring, the monitoring data can be used to provide an accurate basis for the user when doctors diagnose the condition.

[0098] 2)可用于一些特殊情况的预警监测或者应急处置。 [0098] 2) can be used in some special cases of early-warning monitoring or emergency.

[0099]对于养老院的老人、留守老人以及医院的病人,可通过统一穿戴上述的可穿戴电子设备,所述可穿戴电子设备当中传感器采集的数据通过手机等便携式终端上传至服务器,由医护人员或者管理人员将所述服务器作为统一的管理端对众多的用户进行统一的健康监测和健康管理。 [0099] nursing homes for the elderly, hospital patients and the elderly left behind, may be wearable by the above-described uniform worn electronic device, the wearable electronic device among the data acquired by the sensor uploaded to the server via mobile phones and other portable terminals, by health care professionals or the management server as a unified management of a large number of end users unified health monitoring and health management.

[0100]当上述养老院的老人或者留守老人当中任意一个用户通过传感器采集的数据出现异常时,服务器发出异常提示,由医护人员或者管理人员对该用户进行诊断分析; When [0100] When the above-described among elderly nursing home or elderly left behind by any user abnormality occurs data collected by the sensor, an abnormal server prompts the user for diagnostic analysis by the medical staff or management;

[0101]此外,可通过一段时间内对医院的病人进行实时监测获得该病人的监测数据,由医护人员依照所述监测数据分析该病人的疾病康复状况或者疾病恶化状况。 [0101] Further, a period of time may be performed by hospital patient monitoring data is obtained real-time monitoring of the patient, the analysis of the patient's disease or condition worsening the disease condition recovered in accordance with the monitoring data from the medical staff.

[0102] b、所述情绪健康监测管理子单元20包括:情绪基准信息收集子单元21、情绪判断子单元22和情绪提醒管理子单元23; [0102] b, the emotional health monitoring and management sub-unit 20 comprises: a reference information collecting emotional subunit 21, mood and emotion determination sub-unit 22 to alert the manager subunit 23;

[0103]所述情绪基准信息收集子单元21,用于向所述当前用户发出获取实时情绪状态的提示并接收该当前用户输入的实时情绪状态;其次,分析所述当前用户的运动状态、情绪状态和用户生理数据,并建立三者实施对应关系的情绪基准信息表; [0103] The emotion information collecting sub-unit 21 reference, issued to the current user to obtain real-time emotional state prompts and receives the real-time current emotional state input by a user; secondly, analysis of the current state of the user motion, emotion physiological status and user data, and to establish reference emotion information table of correspondence relationship between the three embodiments;

[0104]情绪判断子单元22,用于接收所述可穿戴电子设备100上传的第一传感器110实时采集的用户运动数据和第二传感器120实时采集的用户生理数据,并同时判断出所述当前用户的实时运动状态,将所述用户的运动状态和用户生理数据与所述情绪基准信息表相比对,判定所述当前用户的实时情绪状态。 [0104] mood determination sub-unit 22, for receiving the wearable user data of the first motion sensor 110 of the electronic device 100 to upload real-time acquisition and the user physiological data collected by a second sensor 120 in real time, and simultaneously it is determined that the current real-time motion state of the user, the user's motion state and physiological data to the user information table, compared emotion reference pair is determined that the current emotional state of the user in real time.

[0105]情绪提醒管理子单元23,用于根据所述情绪判断子单元22判定的当前用户的实时情绪状态做出实时的提醒处理动作;所述提醒处理动作包括:通过所述便携式终端播200放适于舒缓心情或者缓减压力的歌曲和/或语言作品,或者发出情绪异常报警,或者向外界发出求救信息。 [0105] Emotion alert management sub-unit 23, to make real-time alert processing operation according to the current emotional state of the user in real-time determination of the emotion determination sub-unit 22; a processing operation of the reminder comprises: multicast by said portable terminal 200 put pressure suitable for soothing mood or mitigation songs and / or language works, mood disorders or issue an alarm, or send a distress message to the outside world.

[ΟΊΟό] C、所述运动健康监测管理子单元30包括:运动健康基准获取子单元31、运动健康分析子单元32和运动健康方案匹配子单元33; [ΟΊΟό] C, the motion monitoring health management subunit 30 comprises: a reference motion healthy obtaining subunit 31, a motion health analysis sub-unit 32 and the motion health programs matching sub-unit 33;

[0107]运动健康基准获取子单元31,用于通过所述云服务器300获取运动健康标准数据,并结合当前用户的运动时间和运动强度将所述运动健康标准数据调整为适于当前用户的运动健康基准。 [0107] obtaining a reference motion healthy subunit 31, configured to obtain motion data by the health standards cloud server 300, combined with the current exercise time and exercise intensity the motion of the user data is adjusted to health standards adapted to the current motion of the user health benchmarks.

[0108]运动健康分析子单元32,用于接收所述第一传感器110实时采集的用户运动数据和所述运动健康基准信息收集子单元31获取的运动健康基准,并将所述用户运动数据与所述运动健康基准进行比对分析,获得当前用户的运动健康状态并将该运动健康状态输出。 [0108] movement of the Healthy sub-unit 32, for receiving the first reference motion healthy real-time acquisition sensor 110 and the user motion data reference motion health information collecting sub-unit 31 acquires, and the user motion data the motion analysis of healthy reference for comparison, to obtain the current health status of the user's motion and the motion output health.

[0109]运动健康方案匹配子单元33,用于接收所述运动健康分析子单元32输出的所述当前用户的运动健康状态,根据该运动健康状态分析并获得与当前用户实时的运动健康状态相匹配的运动方案,并通过所述便携式终端200向当前用户提供该运动方案。 [0109] Movement health programs matching sub-unit 33, for receiving the output of the 32 healthy motion analysis sub-unit of the current health status of the user's movement, analysis and real-time motion of the current health status of the user based on the relative motion health matching exercise program, and the portable terminal 200 by providing the motion program to the current user.

[0110]需要说明的是,本实施例中,所述便携式终端200是指手机,除此之外,还可以采用平板电脑等其它便携式终端,在此不作限定。 [0110] Incidentally, in the present embodiment, the portable terminal 200 refers to mobile phones, in addition, other portable tablet computer terminal may also be employed, this is not limited.

[0111] 3)所述云服务器300用于接收所述便携式终端200上传的运动传感器数据和生理传感器数据,并将所述数据经分析计算后形成用户数据;以及接收便携式终端200获取标准数据的请求并同时向所述便携式终端200发送标准数据。 [0111] 3) the server cloud 300 a motion sensor for receiving the sensor data and physiological data of the portable terminal 200 to upload and data forming the user data after analysis and calculation; and the portable terminal 200 receives the data access standards standard and simultaneously transmits the request data to the portable terminal 200.

[0112]需要说明的是,所述云服务器300也可以采用其它具有服务器功能的设备代替,本实施例中,采用的是实施效果最佳的云服务器。 [0112] Incidentally, the cloud server 300 may be used in place of other apparatus having a server function, the present embodiment is used in the best embodiment of the cloud server.

[0113]参照图4,其示出了本实施例提供的人体健康监测管理系统工作流程图。 [0113] Referring to Figure 4, which shows a flow chart of health monitoring and management system of the present embodiment is provided.

[0114] SlOl;所述第一传感器110和第二传感器120采集运动传感器数据和生理传感器数据。 [0114] SlOl; the first sensor 110 and second sensor 120 and the sensor data collected physiological motion sensor data.

[0115]所述第一传感器110实时采集与当前用户的运动相关的运动传感器数据以及所述第二传感器120实时采集与当前用户血氧指标相关的生理传感器数据,并同时将所述运动传感器数据和生理传感器数据传输至所述本地存储器130。 [0115] The first motion sensor 110 acquired in real time sensor data associated with the current user's motion sensor 120 and a real-time acquisition of the second physiological sensor data associated with the current user oxygen index, while the motion sensor data and a physiological sensor data to the local memory 130.

[0116] S102;所述本地存储器130接收并存储所述运动传感器数据和生理传感器数据。 [0116] S102; the local memory 130 receives and stores the motion sensor data and the physiological sensor data.

[0117] 所述本地存储器130接收到所述第一传感器110和第二传感器传输的运动传感器数据和生理传感器数据,并将该运动传感器数据和生理传感器数据在本地存储。 [0117] The local memory 130 receives the first sensor 110 and second sensor data transmitted motion sensor data and the physiological sensor, and the motion sensor data and the physiological sensor data stored locally.

[0118] S103;所述无线单元140将所述运动传感器数据和生理传感器数据发送至便携式终端200。 [0118] S103; the wireless unit 140 the motion sensor data and the physiological sensor data to the portable terminal 200.

[0119]所述无线单元140读取所述本地存储器130当中存储的运动传感器数据和生理传感器数据,并将该运动传感器数据和生理传感器数据通过无线网络连接发送至便携式终端200。 [0119] The motion sensor data and the physiological sensor 130 among the data stored in the wireless unit 140 reads the local memory, and transmits to portable terminal 200 the motion sensor data and the physiological sensor data connection via a wireless network.

[0120] S104;所述便携式终端200接收并存储所述运动传感器数据和生理传感器数据。 [0120] S104; the portable terminal 200 receives and stores the motion sensor data and the physiological sensor data.

[0121]所述便携式终端200接收到所述无线单元140发送的所述运动传感器数据和生理传感器数据后,将该运动传感器数据和生理传感器数据存储到自身的存储器当中。 After the motion sensor data and the data of the physiological sensor [0121] The portable terminal 200 receives the wireless transmission unit 140, the motion sensor data and the physiological sensor data into the memory which itself.

[0122] S105;所述便携式终端200将所述运动传感器数据和生理传感器数据经分析计算分别转化为用户运动数据和用户生理数据。 [0122] S105; the motion sensor 200 to the sensor data and the physiological data via Analysis calculated for each portable terminal user into the user physiological data and motion data.

[0123]所述便携式终端200从自身的从存储器当中读取到所述运动传感器数据和生理传感器数据之后,经过分析计算,将所述运动传感器数据转化为当前用户的用户运动数据,以及将所述生理传感器数据转化为用户生理数据。 [0123] The portable terminal after the motion sensor data and the physiological sensor of the data itself read from the memory from which to, through analysis and calculation, the motion sensor data into the current user's user motion data 200, and The said physiological sensor data into the user physiological data.

[0124] S106;所述便携式终端200连接到所述云服务器300或者通过网络检索获取到人体健康的医学标准数据并结合当前用户的用户数据进行分析得到适于当前用户的健康基准。 [0124] S106; the portable terminal 200 is connected to the server cloud 300 or the standard medical health data acquired through the network and retrieve the user data of the user with the current analysis is adapted to obtain the reference current user's health.

[0125]所述便携式终端200通过连接到云服务器300发出获取医学标准数据的请求,并同时获得人体健康的医学标准数据,将所述人体健康的医学标准数据结合当前用户的用户运动数据和用户生理数据进行分析,得到适于当前用户的健康基准;或者通过所述便携式终端200连接到网络进行网络检索并同时获得所述人体健康的医学标准数据,将所述人体健康的医学标准数据结合当前用户的用户运动数据和用户生理数据进行分析,得到适于当前用户的健康基准。 [0125] The portable terminal 200 requesting data acquired by medical standards to connect to the server cloud 300, a standard medical data and access to health, while the health standards of medical data with the current user's user data and user motion physiological data analysis, adapted to obtain the reference current health of the user; or the portable terminal 200 is connected via a network to a network to retrieve and simultaneously obtaining the medical health standard data, the health data with the current standard of medical user motion data and user data of the user physiological analysis, adapted to obtain the reference current user's health.

[0126] S107;所述便携式终端200将所述用户运动数据和用户生理数据相结合或者相对应并参照所述健康基准对当前用户的健康状况进行分析判断,得出当前用户的健康状态结果提供实时提醒。 [0126] S107; 200 combines the user data and the motion data of the portable terminal user physiological or referring to the corresponding reference current health condition of the user's health analysis to determine the current state of health obtained result of the user to provide real-time alerts.

[0127]所述当前用户的健康状态包括身体健康状态、情绪健康状态和运动健康状态; [0127] The health status of the user's current health status including physical, emotional health and exercise state of health;

[0128]其中,所述身体健康状态的实时提醒包括:通过所述便携式终端200相当前用户告知能够改善当前用户身体健康状况的有益措施,自动连接并启动到所述便携式终端200拨打紧急联系人电话或者拨打急救电话程序,通过所述便携式终端200向用户发出就医提醒; [0128] wherein the health status of real-time alerts include: portable terminal 200 through the phase of the current user can be informed of useful measures to improve the current health status of the user, automatically connect and start to make an emergency contact 200 of the portable terminal phone or make an emergency call program, medical alert issued by the portable terminal 200 to a user;

[0129]所述情绪健康状态的实时提醒包括:过所述便携式终端播200放适于舒缓心情或者缓减压力的歌曲和/或语言作品,或者发出情绪异常报警,或者向外界发出求救信息。 [0129] The real-time alerts emotional health status include: Over 200 of the portable terminal broadcast put pressure suitable for soothing mood or mitigation songs and / or language works, mood disorders or issue an alarm, or send a distress message to the outside world.

[0130]所述运动健康状态的实时提醒包括:通过所述便携式终端200提供与当前用户实时状态匹配的运动方案。 [0130] The real-time alerts health of motion comprising: a motion program by the portable terminal 200 provides the user with the current status of the real-time matching.

[0131]本发明虽然以较佳实施例公开如上,但其并不是用来限定本发明,任何本领域技术人员在不脱离本发明的精神和范围内,都可以做出可能的变动和修改,因此本发明的保护范围应当以本发明权利要求所界定的范围为准。 [0131] Although the preferred embodiments of the present invention disclosed in the above embodiments, but not intended to limit the present invention, anyone skilled in the art without departing from the spirit and scope of the invention, can be made possible variations and modifications, Therefore, the scope of the invention as claimed in the present invention should be defined by the scope of the subject claims.

Claims (6)

  1. 1.一种人体健康监测管理系统,其特征在于,包括: 可穿戴电子设备,能够通过无线方式与所述可穿戴电子设备连接的便携式终端,以及后端云服务器; 其中,所述可穿戴电子设备包括第一传感器、第二传感器、能够存储数据的本地存储器和无线单元; 所述第一传感器配置为能够检测用户的运动,所述第二传感器配置为能够检测用户的生理特征,所述无线单元配置为用于连接到所述便携式终端; 所述便携式终端包括数据存储单元、数据分析计算单元、网络通信单元和健康监测管理单元; 所述数据存储单元用于接收所述可穿戴电子设备上传的数据,所述分析计算单元用于对所述可穿戴电子设备上传的数据进行分析计算并形成用户数据,所述网络通信单元用于将所述便携式终端连接到所述云服务器; 所述云服务器用于接收所述便携式终端上传的运动 A health monitoring and management system, characterized by comprising: a wearable electronic device, capable of wirelessly with the wearable electronic device connected to the portable terminal, and the rear cloud server; wherein the wearable electronic apparatus comprises a first sensor, a second sensor, a local memory capable of storing data and a wireless unit; a first sensor configured to be capable of detecting the movement of the user, the second sensor is configured to be able to detect a user physiological characteristics, the wireless unit is configured for connection to the portable terminal; said portable terminal includes a data storage unit, a data evaluation unit, and health monitoring network communication unit management unit; said data storage means for receiving the wearable electronic device uploads data, the evaluation unit for the data of the wearable electronic device to calculate and analyze the uploaded data form the user, the network communication unit for the portable terminal is connected to the server cloud; the cloud the game server for receiving the uploading of the portable terminal 感器数据和生理传感器数据,并将所述传感器数据经分析计算后形成用户数据,以及接收所述便携式终端获取标准数据的请求并向所述便携式终端发送标准数据; 所述分析计算单元以及所述云服务器分析计算形成的所述用户数据各自包括:用户运动数据和用户生理数据; 所述用户运动数据包括:用户的运动状态、运动时间和/或运动强度; 所述用户生理数据包括:用户的心率、血氧饱和度、缺氧程度指数、血液循环指数、心率不齐指数、心肺指数、呼吸频率和/或呼吸速率; 所述健康监测管理单元,用于实时接收当前用户的用户运动数据与用户生理数据,并将所述用户运动数据与用户生理数据相结合或者相对应,与身体健康基准相比对,进行分析判断后对当前用户的健康状态进行监测管理; 所述健康监测管理单元具体包括身体健康监测管理子单元; Physiological sensor data and sensor data and the sensor data is formed Analysis calculated after the user data, and the portable terminal receiving the acquisition request for the standard data of the portable terminal to the data transmission standards; as well as the evaluation unit said cloud computing server analyzes the user data is formed each comprising: a user motion data and the user physiological data; motion data of the user comprising: a motion state of the user, exercise time and / or motion intensity; the user physiological data comprising: a user heart rate, oxygen saturation, the degree of hypoxia index, blood circulation index, index arrhythmia, heart and lung index, respiratory rate and / or respiration rate; monitoring the health management unit, for receiving real-time data of the current user motion physiological data to the user, and the user motion data or user physiological data corresponding to the combination, compared with the healthy reference to, analysis and judgment for monitoring and management of the user's current health status; monitoring the health management unit specifically including health monitoring and management sub-unit; 所述身体健康监测管理子单元包括:身体健康基准获取子单元、身体健康监测子单元和身体健康预警子单元; 所述身体健康基准获取子单元,用于通过所述云服务器获取身体健康标准数据,并结合所述可穿戴电子设备上传的当前用户的用户数据,将所述身体健康标准调整为适于当前用户的身体健康基准; 所述身体健康监测子单元,用于实时接收当前用户的用户运动数据和用户生理数据,并将所述用户运动数据和用户生理数据与所述身体健康基准进行比对分析,获得所述当前用户的身体健康监测结果并输出; 所述身体健康预警子单元,用于接收所述身体健康监测子单元输出的身体健康监测结果,并在健康监测结果为不正常或者接近不正常状态时,通过所述便携式终端向当前用户发出健康提醒;或者,接收所述身体健康监测子单元输出的身体健康监测 Monitoring the health management sub-unit comprises: a reference acquisition sub-unit's health, physical health, and physical health monitoring subunit warning subunit; the healthy reference acquisition sub-unit, configured to obtain the health standard data through the cloud server and combining the user data of the current user of the wearable electronic device uploaded, the health of the health of the reference standard adjustment adapted to the current user; monitoring the health sub-unit, for receiving in real time the current user physiological motion data and user data, and motion data of the user and the user physiological data with the reference to compare the health analysis, obtaining the user's current health and outputting monitoring results; subunit of the health warning, when a result of receiving the health monitoring health monitoring output sub-unit, and health monitoring result is not normal or near normal state is not issued by a user of the portable terminal to the current health alert; or receive the body health monitoring health monitoring sub-unit output 果后,该单元还通过所述云服务器或者通过网络检索,获取能够改善当前用户身体健康状况的有益措施,将该有益措施通过所述便携式终端告知当前用户。 After the fruit, the unit through the cloud server or retrieved over the network, obtaining beneficial measures that improve the health status of the current user, the current user is informed by the beneficial action of the portable terminal.
  2. 2.根据权利要求1所述的人体健康监测管理系统,其特征在于,所述第一传感器包括加速度传感器; 所述加速度传感器能够实时采集与用户运动相关的运动传感器数据。 The health monitoring and management system according to claim 1, wherein the first sensor comprises an acceleration sensor; said acceleration sensor capable of collecting data related to the motion sensor and the user's motion in real time.
  3. 3.根据权利要求1所述的人体健康监测管理系统,其特征在于,所述第二传感器包括血氧传感器; 所述血氧传感器能够实时采集与用户血氧指标相关的生理传感器数据。 The health monitoring and management system according to claim 1, wherein said second sensor comprises an oximeter sensor; the oxygen sensor is capable of acquiring physiological sensor data associated with the user in real time oxygen index.
  4. 4.根据权利要求1所述的人体健康监测管理系统,其特征在于,所述健康监测管理单元设置于所述便携式终端或者所述云服务器;或者所述健康监测管理单元设置于所述便携式终端并同时设置于所述云服务器;或者所述健康监测管理单元其中一部分设置于所述便携式终端,剩余部分设置于所述云服务器。 4. The health monitoring and management system according to claim 1, characterized in that the health monitoring management unit provided in the portable terminal or the cloud server; or monitoring the health management unit provided in the portable terminal and also provided in the cloud server; or wherein the health monitoring management unit provided in the portable terminal portion, provided on the remaining portion of the cloud server.
  5. 5.根据权利要求1所述一种人体健康监测管理系统,其特征在于,所述身体健康监测管理子单元包括: 紧急处置子单元,用于接收所述身体健康监测子单元输出的身体健康监测结果,并根据监测结果判定身体是否出现紧急情况,若是,则自动连接并启动到所述便携式终端拨打紧急联系人电话或者拨打急救电话程序;上述判定身体是否出现紧急情况的标准,结合医学数据以及通过所述人体健康监测管理系统长期积累的用户数据获得;以及疾病预警子单元,用于接收所述身体健康监测子单元输出的健康监测结果,并向所述当前用户发出就医提醒。 The 5.1 A personal health monitoring and management system according to claim, wherein said monitoring health management subunit comprising: a subunit emergency treatment, for monitoring the health of the health monitoring receiving sub-unit output As a result, and it determines whether the body of an emergency according to monitoring results, and if yes, and automatically connect to the portable terminal starts to dial the emergency contact phone program or the emergency telephone call; it is determined whether the above-described physical criteria emergency, and medical data binding long-term accumulation of user data obtained by monitoring the health management systems; subunits and disease early warning, monitoring results for the health of the body to receive health monitoring sub-unit output, and the current user sends reminders for medical treatment.
  6. 6.根据权利要求1所述的人体健康监测管理系统,其特征在于,所述健康监测管理单元包括运动健康监测管理子单元,该运动健康监测管理子单元包括:运动健康基准信息收集子单元、运动健康分析子单元和运动健康方案匹配子单元; 运动健康基准信息收集子单元,用于通过所述云服务器获取运动健康标准数据,并结合所述可穿戴电子设备上传的当前用户的用户数据,将所述运动健康标准调整为适于当前用户的运动健康基准; 运动健康分析子单元,用于接收所述第一传感器实时采集的用户运动数据与所述运动健康基准进行比对分析,获得当前用户的运动健康状态并输出; 运动健康方案匹配子单元,用于接收所述运动健康分析子单元输出的所述当前用户的运动健康状态,根据该运动健康状态分析获得与当前用户实时的运动健康状态相匹配的运动方案, 6. A health monitoring and management system according to claim 1, wherein the management unit includes a motion monitoring health monitoring health management sub-unit, the management subunit health monitoring movement comprises: a reference motion health information collecting sub-unit, exercise and health analysis subunit health programs matching motion subunit; reference motion health information collecting sub-unit, configured to obtain motion through the cloud server health standard data along with current user data of the wearable electronic device user to upload, the sports and health standard adjustment movement is adapted to the current user's health reference; health analysis subunit motion, user motion data for the motion sensor to receive the first reference health collected in real time for comparison analysis, to obtain the current the health status of the user and outputting motion; the motion health programs matching sub-unit, a motion output health analysis sub-unit receives the user's current health status of motion, real-time analysis of the current user to obtain a motion according to the motion state of health of a healthy exercise program that matches the status, 并通过所述便携式终端向当前用户提供该运动方案。 And providing the motion to the current program via the portable user terminal.
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