技术领域technical field
本发明涉及人体健康监测设备和无线通信网络技术领域，特别是涉及一种基于智能手机的人体信息监测终端及其相应的监测方法。 The invention relates to the technical fields of human health monitoring equipment and wireless communication networks, in particular to a smart phone-based human body information monitoring terminal and a corresponding monitoring method. the
背景技术Background technique
健康话题已经成为各行各业都关注的焦点，尤其是在预防慢性病方面，及时不断地监测人体的生理信息就显得格外重要，心电、脉率、心率、血压、体温、血氧饱和度使机体内在活动的客观反映，是判断机体健康状态的基本依据和指标，临床称之为生命体征。目前，对这些生命体征的测量多数靠不同设备测量，国内也普遍使用带有CRT或LCD显示屏的便携式监护仪，但体积庞大，不便于被检测人员的携带。无线通信网络现在几乎覆盖全球的每个角落，同时手机也是几乎人手一部，甚至一人多部手机。目前手机几乎是每个人无论在什么场合都要随身携带的必备品，随着手机的不断发展，手机的功能也变得越来越强大，特别是智能手机的出现，让手机融入人体信息健康监测成为可能。 Health topics have become the focus of attention from all walks of life, especially in the prevention of chronic diseases, timely and continuous monitoring of the physiological information of the human body is particularly important. ECG, pulse rate, heart rate, blood pressure, body temperature, and blood oxygen saturation make the body The objective reflection of internal activities is the basic basis and indicator for judging the health status of the body, which is clinically called vital signs. At present, most of these vital signs are measured by different equipment. Portable monitors with CRT or LCD displays are also commonly used in China, but they are bulky and inconvenient to carry. Wireless communication networks now cover almost every corner of the world, and at the same time, almost everyone has one mobile phone, or even more than one mobile phone per person. At present, mobile phones are a must-have for almost everyone no matter what the occasion. With the continuous development of mobile phones, the functions of mobile phones have become more and more powerful, especially the emergence of smart phones, allowing mobile phones to integrate into human health information monitoring is possible. the
目前人体生理信息监测设备存在以下问题，尽管随着科学技术的发展，检测人体生理信号的监护设备的监护参数不断增多，由过去单参数逐步发展成为多参数，包括心电、心率、血压、体温、血氧饱和度等等，但是这些仪器大多价格昂贵、体积庞大、不便携带，使用起来也需要很多专业知识，而且这些设备也仅在医院里使用。操作比较繁琐。当前对心率的采集大部分利用腕部桡动脉的方式，这种方式存在脉搏信号微弱和检测位置容易偏移的问题，极易影响心率检测的准确性。对血压的监测大多数采用上肘部或手腕等上卷绕环带，通 过向环带中送入空气而压迫手腕等来阻止血液循环后，缓慢地降低环带的压力，以血压流出时的血压值为最高血压，然后继续降低环带的压力，再听不到血流的声音时为最低血压。这种测量方法存在被测量者要卷环带的麻烦和因环带产生的空气压造成的痛苦明显的问题，操作比较麻烦，不利于被测试者单独测量，不具备数据的实时和长期的跟踪。现在的大多数检测设备只是局限于简单的单一测量，并不能对人体的生理健康状况作出长期的跟踪。 At present, the human physiological information monitoring equipment has the following problems. Although with the development of science and technology, the monitoring parameters of the monitoring equipment for detecting human physiological signals continue to increase, and gradually develop from a single parameter in the past to multiple parameters, including ECG, heart rate, blood pressure, and body temperature. , blood oxygen saturation, etc., but most of these instruments are expensive, bulky, inconvenient to carry, and require a lot of professional knowledge to use, and these equipment are only used in hospitals. The operation is more cumbersome. At present, most of the collection of heart rate uses the radial artery of the wrist. This method has the problems of weak pulse signal and easy deviation of the detection position, which can easily affect the accuracy of heart rate detection. Most of the monitoring of blood pressure uses the upper elbow or wrist to wind the ring belt. After sending air into the ring belt to compress the wrist to prevent blood circulation, slowly reduce the pressure of the ring belt, and when the blood pressure flows out The blood pressure value is the highest blood pressure, and then continue to reduce the pressure of the ring, and the lowest blood pressure is when the sound of blood flow can no longer be heard. This measurement method has the trouble of the measured person to roll the ring belt and the obvious pain caused by the air pressure generated by the ring belt. The operation is more troublesome, which is not conducive to the individual measurement of the tested person, and does not have real-time and long-term data tracking. . Most of the current detection equipment is limited to a simple single measurement, and cannot track the physiological health of the human body for a long time. the
发明内容Contents of the invention
本发明要解决的技术问题是：弥补现有手机缺乏实时监测人体生理信息的功能，满足人们对自身健康状况的关注和一种基于智能手机的人体信息监测设备的市场需求，提供一种能够检测人体生理信息的智能健康手机，这种手机不仅可以作为通信工具，而且可以作为使用者的健康管理助手，将手机设计成能够监测人体生理信号的多功能健康手机，从而为人体跟踪自身身体健康状况提供依据。 The technical problem to be solved by the present invention is: to make up for the lack of real-time monitoring of human physiological information in existing mobile phones, to meet people's concerns about their own health conditions and the market demand for a smart phone-based human body information monitoring device, and to provide a device that can detect Smart health mobile phone with human physiological information, this kind of mobile phone can not only be used as a communication tool, but also can be used as a health management assistant for users. The mobile phone is designed as a multifunctional health mobile phone that can monitor human physiological signals, so as to track the health status of the human body Provide evidence. the
为解决上述技术问题，本发明提供了一种基于智能手机的人体信息监测终端，包括智能手机，还包括：人体生理数据采集装置，用于通过接触智能手机使用者的特定部位，测量并采集多种生理信号，并将采集到的多种生理信号传送至智能手机；人体生理数据处理装置，用于处理所述采集到的多种生理信号；以及，生理数据分析及显示系统，用于分析并显示所述采集到的多种生理信号。 In order to solve the above technical problems, the present invention provides a smart phone-based human body information monitoring terminal, including the smart phone, and also includes: a human body physiological data collection device, which is used to measure and collect multiple data by touching specific parts of the smart phone user. a physiological signal, and transmit the collected various physiological signals to the smart phone; a human physiological data processing device for processing the collected various physiological signals; and a physiological data analysis and display system for analyzing and Display the various physiological signals collected. the
更进一步的，所述人体生理数据采集装置包括血压传感器、心电信号传感器、体温传感器、室内温度传感器、血氧及脉搏反射式光电传感器，用于采集人体心电、心率、脉率、体温、血压、血氧数据和相应的室内温度；所述人体生理数据处理装置，包括血氧及脉搏信号滤波电路、血氧及脉搏信号放大电路、核心控制芯片、心电图及心率数字处理电路、心电信号放大电路；所述人体生 理数据采集装置将采集到的上述生理信息数据通过蓝牙传送到该核心控制芯片，该核心控制芯片对上述生理信息数据进行处理，并将处理后的生理信息数据传送到所述生理数据分析及显示系统；所述生理数据分析与显示系统，包括数据处理模块、数据存储模块、3G通信模块、蓝牙通信模块和手机界面，其中蓝牙通信模块用来辅助实现采集的人体生理信息数据到核心控制芯片的传输，数据处理模块辅助核心控制芯片对人体生理信息数据进行处理分析并将人体生理信息通过数据存储模块存储在手机上，同时通过手机界面进行显示。 Furthermore, the human physiological data acquisition device includes a blood pressure sensor, an electrocardiographic signal sensor, a body temperature sensor, a room temperature sensor, a blood oxygen and a pulse reflective photoelectric sensor, and is used to collect human body electrocardiogram, heart rate, pulse rate, body temperature, Blood pressure, blood oxygen data and corresponding indoor temperature; the human body physiological data processing device includes blood oxygen and pulse signal filter circuit, blood oxygen and pulse signal amplification circuit, core control chip, electrocardiogram and heart rate digital processing circuit, electrocardiographic signal Amplifying circuit; the human body physiological data acquisition device transmits the above-mentioned physiological information data collected to the core control chip through bluetooth, and the core control chip processes the above-mentioned physiological information data, and transmits the processed physiological information data to The physiological data analysis and display system; the physiological data analysis and display system includes a data processing module, a data storage module, a 3G communication module, a bluetooth communication module and a mobile phone interface, wherein the bluetooth communication module is used to assist in realizing the collected human physiological The transmission of information data to the core control chip, the data processing module assists the core control chip to process and analyze the human physiological information data and store the human physiological information on the mobile phone through the data storage module, and display it through the mobile phone interface. the
更进一步的，所述生理数据分析与显示系统通过上述3G通信模块将生理信息数据上传到远程监测分析平台，远程监测分析平台对上述生理信息数据进行分析和存储，并将分析结果反馈给智能手机，并通过生理数据分析与显示系统进行显示。 Furthermore, the physiological data analysis and display system uploads the physiological information data to the remote monitoring and analysis platform through the above-mentioned 3G communication module, and the remote monitoring and analysis platform analyzes and stores the above-mentioned physiological information data, and feeds back the analysis results to the smart phone , and display it through the physiological data analysis and display system. the
更进一步的，所述人体生理数据处理装置设置在手机电路板上；所述人体生理数据采集装置设置在手机外壳或者手机专用耳机上。 Further, the human body physiological data processing device is set on the circuit board of the mobile phone; the human body physiological data collection device is set on the shell of the mobile phone or the earphone dedicated to the mobile phone. the
本发明还提供了一种人体信息监测系统，包括上述的基于智能手机的人体信息监测终端，其特征在于：人体信息监测系统还包括远程监测分析平台；所述人体信息监测终端通过3G通信模块将生理信息数据上传到该远程监测分析平台，该远程监测分析平台通过建立专用的网站，对人体生理信息进行长期测量保存并终生分析，同时对生理信息的变化情况及时作出防治措施和改进方案，并将对人体生理信息的分析结果反馈给智能手机。 The present invention also provides a human body information monitoring system, including the above-mentioned human body information monitoring terminal based on a smart phone, characterized in that: the human body information monitoring system also includes a remote monitoring and analysis platform; the human body information monitoring terminal uses a 3G communication module to Physiological information data is uploaded to the remote monitoring and analysis platform, and the remote monitoring and analysis platform conducts long-term measurement, storage and life-long analysis of human physiological information through the establishment of a dedicated website, and at the same time makes timely prevention and control measures and improvement plans for changes in physiological information, and The results of the analysis of human physiological information are fed back to the smartphone. the
本发明还提供了一种利用基于智能手机的人体信息监测终端进行人体信息监测的方法，该方法包括以下步骤： The present invention also provides a method for monitoring human body information using a smart phone-based human body information monitoring terminal, the method comprising the following steps:
S1，将基于智能手机的人体信息监测终端放置在使用者的预定部位以采集人体生理数据，人体生理数据采集装置通过蓝牙模块将采集到的信息传输到智 能手机内的人体生理数据处理装置； S1, placing the human body information monitoring terminal based on the smart phone at the predetermined position of the user to collect human physiological data, and the human physiological data collection device transmits the collected information to the human body physiological data processing device in the smart phone through the Bluetooth module;
S2，人体生理数据处理装置内部的核心控制芯片对上述生理信息数据进行处理，并将处理后的生理信息数据传送到智能手机的生理数据分析及显示系统，生理数据分析及显示系统处理、显示.并存储人体生理信息数据，再通过3G通信模块将人体生理信息数据上传到远程监测分析平台； S2, the core control chip inside the human physiological data processing device processes the above physiological information data, and transmits the processed physiological information data to the physiological data analysis and display system of the smart phone, and the physiological data analysis and display system processes and displays. And store the human physiological information data, and then upload the human physiological information data to the remote monitoring and analysis platform through the 3G communication module;
S3，远程监测分析平台对接收到人体生理信息数据进行分析，并将分析之后得到的结果数据反馈到智能手机，所述对接收到的人体生理信息数据进行分析包括根据接收到的人体生理信息数据进行健康状况的评估； S3. The remote monitoring and analysis platform analyzes the received human physiological information data, and feeds back the result data obtained after the analysis to the smart phone. The analysis of the received human physiological information data includes conduct a health assessment;
S4，智能手机接收远程监测分析平台反馈的结果数据，并进行显示，实现人机交互。 S4, the smartphone receives and displays the result data fed back by the remote monitoring and analysis platform to realize human-computer interaction. the
更进一步的，所述人体生理数据采集装置设置在手机外壳或者手机专用耳机上，通过将手机外壳或者手机专用耳机放置在使用者的预定部位来采集人体生理数据。 Furthermore, the human physiological data collection device is set on the mobile phone case or the earphone dedicated to the mobile phone, and collects the physiological data of the human body by placing the mobile phone case or the earphone dedicated to the mobile phone on a predetermined position of the user. the
本发明通过将智能手机与人体信息监测系统的集成，利用智能手机功能的扩充性和人体信息监测系统的便利性，快速准确的监测到人体心电、心率、脉率、体温、血压、血氧六大生命体征的变化情况，从而能够及时准确的判断出当前人体生命健康状况，克服了现有的监测设备在及时性、便携性、简单性等方面存在的缺陷，同时无论在何种场合，基于智能健康手机的信息监测都能够准确的测量出人体的健康状况，表现出独具特色的优势。本发明不仅能给人们测量人体生理参数保障健康有很大的帮助，还能提高人们的生活带来很大的便利性，人们不用局限于在医院监测人体的生命体征的健康状况，从而全面保障人们的健康生活。 By integrating the smart phone with the human body information monitoring system, the present invention can quickly and accurately monitor the human body's ECG, heart rate, pulse rate, body temperature, blood pressure, blood oxygen, etc. Changes of the six vital signs, so that the current human life and health status can be accurately judged in a timely manner, which overcomes the shortcomings of existing monitoring equipment in terms of timeliness, portability, and simplicity. Information monitoring based on smart health phones can accurately measure the health status of the human body, showing unique advantages. The invention not only helps people to measure the physiological parameters of the human body to ensure their health, but also improves people's life and brings great convenience. people's healthy life. the
附图说明Description of drawings
图1为本发明实施的系统架构图； Fig. 1 is a system architecture diagram implemented by the present invention;
图2为本发明的人体信息监测装置的结构示意图； Fig. 2 is the structural representation of human body information monitoring device of the present invention;
图3为生理数据分析及显示系统的示意图； Fig. 3 is the schematic diagram of physiological data analysis and display system;
具体实施方式Detailed ways
下面结合附图和具体实施例对本发明作进一步详细的说明，并不是把本发明的实施范围局限于此。 The present invention will be described in further detail below in conjunction with the accompanying drawings and specific embodiments, and the implementation scope of the present invention is not limited thereto. the
如图1所示，生理数据采集装置通过接触手机使用者特定的测量部位获得多种生理信号后，生理数据采集装置将生理数据通过智能手机的蓝牙模块实时上传到手机终端，智能手机通过安装在手机电路板上的生理数据处理装置，以及生理数据分析及显示系统进行分析处理和展示，这样智能手机的使用者就能够检测其生理状态，同时智能手机还通过3G无线通信网络技术将检测到的人体生理数据上传到远程数据分析平台。 As shown in Figure 1, after the physiological data acquisition device obtains a variety of physiological signals by contacting the specific measurement site of the mobile phone user, the physiological data acquisition device uploads the physiological data to the mobile terminal in real time through the Bluetooth module of the smart phone, and the smart phone is installed on the The physiological data processing device on the circuit board of the mobile phone, as well as the physiological data analysis and display system perform analysis, processing and display, so that the user of the smart phone can detect its physiological state, and the smart phone also transmits the detected data through the 3G wireless communication network technology. Human physiological data is uploaded to the remote data analysis platform. the
如图2所示，本发明所涉及的一种基于智能手机的人体信息监测终端，包括设置在手机外壳或者手机专用耳机上的生理数据采集装置、生理数据处理装置、以及生理数据分析及显示系统。 As shown in Figure 2, a smart phone-based human body information monitoring terminal involved in the present invention includes a physiological data acquisition device, a physiological data processing device, and a physiological data analysis and display system arranged on the mobile phone shell or a dedicated earphone for the mobile phone . the
其中生理数据采集装置主要通过传感器技术将人体生理信息的各种数据进行采集，生理数据采集装置包括血压传感器、心电信号传感器、体温传感器、室内温度传感器、血氧及脉搏反射式光电传感器。 Among them, the physiological data acquisition device mainly collects various data of human physiological information through sensor technology. The physiological data acquisition device includes blood pressure sensor, ECG signal sensor, body temperature sensor, indoor temperature sensor, blood oxygen and pulse reflective photoelectric sensor. the
生理数据处理装置包括血氧及脉搏信号滤波电路、血氧及脉搏信号放大电路、核心控制芯片、心电图及心率数字处理电路、心电信号放大电路等电路部件，生理数据采集装置采集到的人体生理信息的数据通过蓝牙传送到核心控制芯片，核心控制芯片经过处理分析将生理数据传送到手机内部的生理数据分析及显示系统，经过生理数据分析及显示系统的分析将数据及时通过手机的显示 模块进行显现，也可以通过3G网络通信技术将生理信息的数据上传到远程监测分析平台，远程监测分析平台通过建立专用的网站，实行会员制，对金牌会员采取人体生理信息的长期测量保存、终生分析，并对生理信息的变化情况及时作出防治措施和改进方法。 The physiological data processing device includes blood oxygen and pulse signal filter circuit, blood oxygen and pulse signal amplification circuit, core control chip, electrocardiogram and heart rate digital processing circuit, ECG signal amplification circuit and other circuit components. The data of the information is transmitted to the core control chip through Bluetooth, and the core control chip transmits the physiological data to the internal physiological data analysis and display system of the mobile phone after processing and analysis. It shows that the data of physiological information can also be uploaded to the remote monitoring and analysis platform through 3G network communication technology. The remote monitoring and analysis platform establishes a dedicated website and implements a membership system. For gold members, long-term measurement and storage of human physiological information and life-long analysis are adopted. And take preventive measures and improvement methods in time for changes in physiological information. the
如图3所示，生理数据分析与显示系统，包括数据处理模块、数据存储模块、3G通信模块、蓝牙通信模块和手机界面，其中蓝牙通信模块用来实现外部传感器数据（即人体生理信息）到核心控制芯片的传输，数据处理模块对数据进行处理分析并将人体生理信息通过数据存储模块存储在手机系统上，再通过3G通信模块传送到远程监测分析平台。该生理数据分析与显示系统可以是软件系统。 As shown in Figure 3, the physiological data analysis and display system includes a data processing module, a data storage module, a 3G communication module, a Bluetooth communication module and a mobile phone interface. The core controls the transmission of the chip, and the data processing module processes and analyzes the data and stores the physiological information of the human body on the mobile phone system through the data storage module, and then transmits it to the remote monitoring and analysis platform through the 3G communication module. The physiological data analysis and display system may be a software system. the
以上实施方式仅用于说明本发明，而并非对本发明的限制，有关技术领域的技术人员，在不脱离本发明方法与范围的情况下，还可以做出各种变化，因此所有等同的技术方案也属于本发明的范畴，本发明的专利保护范围应有权利要求限定。 The above embodiments are only used to illustrate the present invention, but not to limit the present invention. Those skilled in the relevant technical fields can also make various changes without departing from the method and scope of the present invention. Therefore, all equivalent technical solutions It also belongs to the category of the present invention, and the patent protection scope of the present invention should be limited by claims. the
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| CN201310394030.0ACN103462598B (en) | 2013-09-03 | 2013-09-03 | Human body information monitoring terminal and method based on smart phone |
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| CN201310394030.0ACN103462598B (en) | 2013-09-03 | 2013-09-03 | Human body information monitoring terminal and method based on smart phone |
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