CN202477682U - Non-contact intelligent electrocardiogram monitoring system - Google Patents

Non-contact intelligent electrocardiogram monitoring system Download PDF

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CN202477682U
CN202477682U CN 201120527642 CN201120527642U CN202477682U CN 202477682 U CN202477682 U CN 202477682U CN 201120527642 CN201120527642 CN 201120527642 CN 201120527642 U CN201120527642 U CN 201120527642U CN 202477682 U CN202477682 U CN 202477682U
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ecg
front end
sensor
monitoring system
wireless transmission
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CN 201120527642
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麦志华
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雍远舜
麦志华
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Abstract

The utility model discloses a non-contact intelligent electrocardiogram monitoring system which comprises an electrocardiogram detection front end, an electrocardiosignal processing terminal which is internally provided with an electrocardiosignal processing front end chip and externally provided with a data interface and a user terminal which is connected with the data interface, wherein the electrocardiogram detection front end comprises a sensor, a wireless transmitter module, a micro vibration device and a power module which form a circuit through wires which are wrapped by plastic bandages and are connected into a waist strap; and one side of the sensor is close to the skin or is contacted with the skin. The non-contact intelligent electrocardiogram monitoring system can be carried on the waist, data transmitting is realized in a wireless transmission mode, and the electrocardio level and other data can be obtained at the user terminal.

Description

非接触式智能心电监护系统 Contactless Smart ECG Monitoring System

技术领域: FIELD:

[0001] 本实用新型涉及心电领域,具体涉及一种非接触式智能心电监护系统。 [0001] The present invention relates to the field of ECG, particularly relates to a non-contact smart ECG monitoring system.

背景技术: Background technique:

[0002] 随着现代社会的发展以及人类生活方式的变化,世界各国患上冠心病等心血管疾病的人群持续增长,传统的心电监护仪器用导联线进行测量,远远不能满足现有病患的要求,为了对这些疾病进行有效的防治,缓解医院的压力,便携式心电监护仪器成为了心电监护仪器的趋势。 [0002] With the development of modern society and the way we live, people around the world suffer from coronary heart disease and other cardiovascular diseases continues to grow, the traditional ECG measurement instrument with the lead wires, can not meet the existing requirements patients, for effective prevention and treatment of these diseases, relieve stress hospitals, portable ECG monitoring equipment became the trend ECG monitoring instrument.

[0003] 而在目前3G互联网时代下,若能结合现有移动平台一基于安卓系统的手机和平板电脑,其使用成本低,并采用革命性的新一代采集心电信号的传感器,这样的设计能大大减少用户端的成本。 [0003] In the current 3G Internet age, if combined a conventional internet-based mobile phones and Android tablet, low cost, and a revolutionary new generation of sensors ECG acquisition, this design It can greatly reduce the cost of end users.

实用新型内容: SUMMARY:

[0004] 本实用新型的目的是提供一种非接触式智能心电监护系统摒弃了用导联线进行测量的方法,可方便携带在手腕上,使患者感受到自在、舒适,通过无线传输就完成常规的医学检测,方便简单地得到监护水平的心电图、心率数据。 [0004] The object of the present invention is to provide a non-contact smart ECG monitoring system measuring method abandoned by lead wires can be easily carried on the wrist, so that patients feel comfortable, comfortable, through wireless transmission to the completion of routine medical tests, convenient and simple to get the level of care ECG, heart rate data.

[0005] 本实用新型是通过以下技术方案予以实现的:非接触式智能心电监护系统,包括心电检测前端、内置心电信号处理前端芯片且外置数据接口的心电信号处理终端、与数据接口连接的用户终端, [0005] The present invention is to be implemented by the following technical solution: a non-contact smart ECG monitoring system, comprising detecting ECG front end, the front end processing chip built-in ECG and external data interface ECG processing terminal, and a user terminal connected to the data interface,

[0006] 心电检测前端,其功能是采集人体心电信号并通过无线方式发送到心电信号处理终端; [0006] ECG front end detection, which function is to collect the body to the ECG signal and send ECG processing terminal by wireless;

[0007] 将心电检测前端戴在左手手腕处,可获得更理想的心电信号; [0007] The ECG front end detection worn on the left wrist, a more desirable ECG;

[0008] 心电信号处理终端,其功能包括,通过无线方式连续接收来自心电检测前端发来的实时信号;其内有集成度极高,仅为一片的心电信号处理前端芯片,能够快速有效地对心电信号进行滤波、放大和A/D转换;可以运行自动心律分析算法的飞思卡尔32位低功耗微处理器把输入的心电数字信号进行分析,提供非常精确的QRS (Q波形、R波形和S波形)检测和特征提取、心跳分类、间歇测量和心律解释。 [0008] ECG processing terminal which includes a function to receive from the ECG front end detection signal is sent to the wireless real-time continuous manner; integrated within a high degree, only an ECG front end processing chip, fast effectively ECG signal filtering, amplification and a / D conversion; rhythm analysis algorithm can automatically run the 32-bit low-power microprocessor Freescale the ECG analyzes the input digital signal, the QRS provide very accurate ( Q wave, R wave, and S wave) detection and feature extraction, beat classification, interval measurement and rhythm interpretation. 最后,通过一个USB接口或者一个与某种手机类型对应的Micro USB接口将以上的ECG(心电图)数据传送到用户终端。 Finally, a USB interface, or a certain type of phone corresponding to the Micro USB interface transmitting the ECG above (ECG) data to the user terminal.

[0009] 用户终端,可以是用户自己的平板电脑、PC机或者手机(用户终端的接口要与心电信号处理终端的数据接口对应),经过心律分析算法分析后,用户健康状况的信息将通过应用软件显示于用户的PC机、手机或平板电脑上,用户可以通过应用软件实时查看自己的心脏健康状况,并得到一些简单的改善建议。 [0009] The user terminal may be the user's own Tablet PC, PC machine or mobile phone (user terminal interface to the data interface corresponds to the ECG signal processing terminal), after rhythm analysis algorithm analysis, information on health conditions will be through application software displayed on the user's PC, phone or tablet, users can view the status of their heart health through the application of software in real time, and get some simple suggestions for improvement.

[0010] 所述心电检测前端包括均外裹塑胶体且对称放置的两传感器、无线发送模块、微型震动装置及电源模块,四者通过外裹塑胶绷带的电线构成一电回路并连成一腕带状,所述传感器的一面靠近皮肤或者与皮肤接触。 [0010] The electrocardiographic distal comprises both an outer wrap of the plastic body and symmetrically placed two sensors, a wireless transmission module, a micro-vibration device and the power module, the four usually coated plastic bandage wire constituting an electric circuit and connected to a wrist strip, one side of the sensor close to the skin, or skin contact.

[0011] 所述传感器为EPIC传感器,它能够在30〜40cm之内可以非接触地检测到人体心电信号;EPIC传感器的功耗很小,其典型功耗在6mW左右,所以非常适用于在便携式设备上。 [0011] The sensor is a sensor EPIC, it is possible to detect the non-contact of a human body within 30~40cm ECG; EPIC power sensor is small, typically about 6mW power consumption, it is very suitable for portable devices.

[0012] 所述心电信号处理前端芯片包括可运行KineticTM算法的飞思卡尔32位低功耗微处理器,飞思卡尔32位ColdFire®器件MCF51MM256/128具有超低功耗、USB连接、图形显示器支持和无与匹敌的测量精度等特点,全部功能都集成在一个单独的32位微处理器中,允许器件设计者以较低成本制造出更加完整功能的产品。 [0012] The front-end chip comprises ECG processing algorithms may be run KineticTM Freescale 32-bit low-power microprocessor, Freescale 32 ColdFire® device MCF51MM256 / 128 with ultra-low power consumption, USB connectivity, graphics and non-support display measuring accuracy and other characteristics match, all functions are integrated in a single 32-bit microprocessor, allows the device designer to produce a lower cost more complete functionality. 另外MCF51MM256/128微控制器(MCU)上可以运行自动心律分析算法软件。 On the other MCF51MM256 / 128 microcontroller (MCU) may run automatic rhythm analysis algorithm software. Monebo技术开发的Kinetic™心电图算法,从而使信号处理和解释心电图波形。 Kinetic ™ technology developed Monebo ECG algorithm, so that the signal processing and interpretation of the ECG waveform. 该算法提供高度精确的QRS(Q波,R波和S波)检测和特征提取,节律分类,测量时间间隔和节奏解释捕获高达16导心电图数据信息。 The algorithm provides highly accurate QRS (Q-wave, R-wave and S-wave) detection and feature extraction, classification of the rhythm, tempo, and measuring the time interval up to 16-lead ECG interpretation capture data information. 该算法能够为捕获到的最多16个导联的ECG数据提供非常精确的QRS (Q波形、R波形和S波形)检测和特征提取、心跳分类、间歇测量和心律解释。 The algorithm can capture up to 16 ECG data leads provide very accurate QRS (Q wave, R wave, and S wave) detection and feature extraction, beat classification, interval measurement and rhythm interpretation. Monebo的Kinetic软件运行在各种飞思卡尔微处理器(MPU)和微控制器(MCU)上。 Kinetic Monebo of software running on a variety of Freescale microprocessor (MPU) and a microcontroller (MCU) on. 这些处理平台选项使开发人员能够根据他们的性能、操作功率、集成和系统成本需求,自由选择ECG应用。 These processing platform options enables developers based on their performance, operating power, integration and system cost requirements, the freedom to choose ECG applications.

[0013] 所述心电信号处理前端芯片还包括用于ECG模拟前端的ADS1298,ADS1298是集成了心电图(ECG)前端的8路24位精度如1七&-^81^(八Σ )模/数转换器,具有同时取样和内置的可编增益放大器(PGA),基准电压和振荡器,包含了医疗心电图(ECG)和脑电图(EEG)所有的功能。 [0013] The ECG signal processing chip further comprises a front end for ECG analog front end ADS1298, ADS1298 8 is an integrated 24-bit precision electrocardiogram (ECG) front end as a seven & - ^ 81 ^ (h [Sigma) A / digital converter, and sampled at the same time having a built-in programmable gain amplifiers (PGA), and the reference voltage oscillator, comprising medical electrocardiogram (ECG) and electroencephalogram all functions (EEG). 与分立实施相比,ADS1298缩减了组件数并降低了高达95%的功耗,每通道仅需ImW的功效,同时客户还可获得最高级别的诊断准确度。 Compared with discrete implementation, ADS1298 reduced component count and reduces up to 95% less power per channel only effect ImW, while customers can obtain the highest level of diagnostic accuracy.

[0014] 所述无线发送模块为低功耗ZigBee无线传输集成模块,ZigBee是嵌入式的,提供更便利的使用方式,目前系统只应用了ZigBee无线传输的点对点双向通信功能,因此,对于未来家庭保健平台,ZigBee能够最大限度地发挥它的优势。 [0014] The low-power wireless transmitter is integrated ZigBee wireless transmission module, ZigBee is embedded, to provide more convenient use, only the current applied to the system point bi-directional transmission of ZigBee wireless communication function, therefore, for the future of the family health platform, ZigBee can maximize its advantages.

[0015] 家庭保健平台采用无缝连接和数据聚合,以便提供远程访问并且改善医疗保健管理。 [0015] Home Health Care platform seamless connectivity and data aggregation to provide remote access and improved healthcare management. 它可以提供多种连接选项,从商用有线和无线医疗设备(例如血压计、脉动血氧计、体重计、血糖仪)中获得数据。 It can provide a variety of connectivity options, data obtained from the commercial wired and wireless medical device (e.g. blood pressure monitor, a pulse oximeter, body weight, blood glucose meter) of.

[0016] 除了从医疗设备采集数据的连接功能以外,平台也能提供连接,通过带有显示器的远程智能设备例如平板电脑、个人计算机或智能手机或者云环境共享数据,对采集的数据采取措施。 [0016] In addition to the connectivity of data collection from medical devices, the platform also provides connectivity, tablet computers, personal computers or smart phones to share data or cloud environment, take measures such as data collected by remote intelligent devices with a display. 这种连接能力为被监测者和看护人员(包括家人、朋友和医生)提供了跟踪和监测健康状态的方式,还可以发出警报和用药提醒。 This connectivity is monitored persons and caregivers (including family, friends and doctors) provide a tracking and monitoring the health status of the way, but also alert and medication reminders. 最为重要的是,该界面可以为看护人员提供实时连接功能,为他们减轻压力,确保被监测者的安全。 Most importantly, this interface provides real-time connectivity to caregivers, as they reduce the pressure to ensure the safety of those being monitored.

[0017] 所述微型震动装置为微型震动马达,能提供危险警报,当用户出现心律失常、心肌缺血或心肌梗塞导致心率高于或者低于针对不用年龄阶段的患者预先设定的阈值时,将发出报警——心电检测腕带震动,在设定为开机启动的应用软件的界面上显示警报提示和播放语音提示(对于移动平台的手机和平板电脑增加震动和闪屏报警提示),同时系统自动连接预设的接点(亲属、护理人员或急救机构),通过SMS文本信息或电话信息求救。 The [0017] device is a micro-miniature shock vibration motor, providing hazard warning, when the user arrhythmia, myocardial ischemia or myocardial infarction results in a heart rate is above or below a threshold value for the patient without age set in advance, the alarm - ECG detection wristband shock, alarm display prompts and play the voice prompts (platform for mobile phones and tablet PCs increased vibration and flash screen alarm) on the set of application software startup interface, while the system contacts (relatives, caregivers or emergency agency) connect automatically preset for help via SMS text message or phone call information.

[0018] 所述电源模块内置两纽扣电池,为整个检测装置提供+6v电源。 [0018] The power supply module is built two button batteries, to provide power throughout the + 6v detecting means.

[0019] 本实用新型的传感器、无线发送模块、微型震动装置、电源模块,以上设备集成于一个腕表中,以上设备将会集成于一个便携、美观的腕表中,能对用户健康情况进行实时监护,这样的设计主要是为了方便用户可以更自由地、舒适地活动,为用户带来更人性化的检测体验。 [0019] The sensor of the present invention, a wireless transmission module, a micro-vibration device, a power module, integrated in a watch above apparatus, the above apparatus will be integrated in a portable, beautiful watch, the user can perform health real-time monitoring, which is designed primarily for the convenience of users can more freely and comfortably activity, in order to bring more human testing experience. 附图说明: BRIEF DESCRIPTION OF:

[0020] 图I是本实用新型的结构示意图; [0020] Figure I is a novel structural diagram of the present invention;

[0021] 图2是本实用新型的心电检测前端的结构示意图; [0021] FIG. 2 is a schematic view of the present invention novel electrocardiographic front end structure;

[0022] 图3是本实用新型的工作流程图; [0022] FIG. 3 is a flow chart of the present invention;

[0023] 图4是使用EPIC的心电图; [0023] FIG. 4 is used EPIC ECG;

[0024] 图5是传统湿法电极的心电图。 [0024] FIG. 5 is a conventional wet electrocardiogram electrodes.

[0025] 其中,I、心电检测前端;2、心电信号处理终端;21、数据接口;3、用户终端;11、传感器;12、无线发送模块;13、微型震动装置;14、电源模块;15、电线。 [0025] wherein, I, ECG front end detection; 2, ECG processing terminal; 21, data interface; 3, the user terminal; 11, sensors; 12, wireless transmitter; 13, micro-vibration means; 14, power supply module ; 15, the electric wire. 具体实施方式: detailed description:

[0026] 以下是对本实用新型的进一步说明,而不是对本实用新型的限制。 [0026] The following is the present invention is further illustrated, but not limit the present invention novel.

[0027] 实施例I : [0027] Example I:

[0028] 如图I所示,本实用新型的非接触式智能心电监护系统,心电检测前端I、内置心电信号处理前端芯片且外置数据接口21的心电信号处理终端2、与数据接口21连接的用户终端3 ; [0028] As shown in FIG I, of the present invention the non-contact smart ECG monitoring system, detecting ECG front end I, the built-in ECG front end processing chip and the external data interface 21 of the ECG processing terminal 2, and data interface 21 connected to user terminal 3;

[0029] 如图2所示,心电检测前端I包括对称放置的两EPIC心电检测传感器11,两EPIC心电检测传感器11的侧面外裹塑胶胶圈,且两EPIC心电检测传感器11的其中一面与左手手腕贴合或左手手袖贴合;内置无线发送模块12及微型震动装置13的塑胶体一,无线发送模块12内含低功耗ZigBee无线传输集成模块,微型震动装置13内含低功耗的微型震动马达,能提供无线传送模式和震动报警; [0029] 2, ECG detector comprises two front I EPIC electrocardiographic detection sensor 11 disposed symmetrically, two EPIC ECG sensor detects the outer surface 11 of wrap plastic apron, and two EPIC electrocardiographic sensor 11 wherein one side of the wrist with the left hand or the left hand sleeve bonded bonded; 13 contains built-in wireless transmission module 12 and micro-vibration apparatus 13 is a plastic body, a wireless transmission module 12 contains a low power ZigBee wireless transmission module integration, micro-vibration device low power micro vibration motor can provide a wireless transmission mode and a vibration alarm;

[0030] 外裹塑胶体二的电源模块14内置两(可更换)纽扣电池,为整个检测前端提供+6V电源; [0030] outer wrap of the plastic body 14 of the two power modules built two (replaceable) button batteries, to provide power for the entire + 6V distal detection;

[0031] 两传感器11、无线发送模块12、微型震动装置13及电源模块14通过外裹塑胶绷带的电线15构成一电回路,塑胶绷带内为有绝缘材料和屏蔽材料包裹的连接整个检测前端的金属导线; [0031] The two sensors 11, a wireless transmission module 12, micro-vibration device 13 and the power module 14 through the outer wrap plastic bandage wires 15 constituting an electrical circuit, the plastic bandage as parcel insulating material and the shielding material connecting the entire detector front end metal wire;

[0032] 包裹两传感器11的塑胶胶圈、内含低功耗ZigBee无线传输集成模块及微型震动马达的塑胶体一、内置两纽扣电池的塑胶体二,通过塑胶绷带构成心电检测前端I的支架,成腕表带状,这样便可以佩戴到左手手腕上。 Plastic apron [0032] The sensor package 11 of the two, the plastic contains low-power integrated ZigBee wireless transmission module and a micro vibration motor body, two button batteries built two plastic body constituting the front end of electrocardiographic I by plastic bandage bracket, to watch the strip, so it can be worn on the left wrist.

[0033] 如图3所示,本实用新型工作过程如下,传感器11采集人体心电信号并通过无线方式发送,低功耗检测端无线收发的人体心电信号经由低功耗处理端外置的接收器传送到信号处理端,经由信号处理端处理后的数据通过USB接口传输到PC机、手机或平板电脑,通过开发的基于安卓平台、Java、Android和Windows系统的应用软件和底层控制硬件的脚本文件的的应用软件进行显示、预警等操作。 [0033] As shown in FIG. 3, the present invention operates as follows, the sensor 11 and collection of human ECG wirelessly transmitted, the detection of human ECG low-power wireless transceiver terminal via a low-power external processing ends the receiver signal transmitted to the processing terminal via the data signal processing end processing through the USB interface to a PC, mobile phone or tablet computer, through the development of applications based on Android platform, Java, Android and Windows systems and the underlying control hardware application software script file operation display, warning and so on. 同时,用户的手机、PC机、平板电脑将经由应用软件与家庭其他成员或医院医疗人员的手机、PC机、平板电脑通过网络连接,一旦用户心脏出现问题,通过互联网终端的SMS信息发送功能、GPRS网络信息传输功能,用户家人或医疗人员将第一时间得到警报,并迅速做出应急措施。 At the same time, the user's mobile phone, PC, tablets will, PC, tablet computer over a network connection via the application software and handset other family members or hospital medical staff, once the user has heart problems, through the Internet terminal SMS message sending function, GPRS network information transfer capabilities, user family or medical personnel will be the first time the alert, and quickly make emergency measures.

[0034] 除此之外,还提供了以下三个方面的功能 [0034] In addition, it also provides the following three functions

[0035] I、健康情况显示[0036] 经过心律分析算法分析后,用户健康状况的信息将通过我们开发的应用软件显示于用户的PC机、手机或平板电脑上,用户可以通过应用软件实时查看自己的心脏健康状况,并得到一些简单的改善建议。 [0035] I, the health of the [0036] After a rhythm analysis algorithm analysis, information on health conditions of the application software we develop is displayed on the user's PC, phone or tablet, users can view real-time application software their heart health, and get some simple suggestions for improvement.

[0037] 2、危险警报 [0037] 2, hazard warning

[0038] 当用户出现心律失常、心肌缺血或心肌梗塞导致心率高于或者低于针对不用年龄阶段的患者预先设定的阈值时将发出报警——心电检测腕带震动,在设定为开机启动的应用软件的界面上显示警报提示和播放语音提示(对于移动平台的手机和平板电脑增加震动和闪屏报警提示),同时系统自动连接预设的接点(亲属、护理人员或急救机构),通过SMS文本信息或电话信息求救。 [0038] When the user arrhythmia, myocardial ischemia or myocardial infarction results in a heart rate is above or below a threshold value for the age of patients without the preset alarm - electrocardiographic wristband vibration, set at display prompt alert and play voice prompts on start-up application software interface (platform for mobile phones and tablet PCs increased vibration and flash screen alarm), and preset automatic connection system contacts (relatives, caregivers or emergency agency) , for help via SMS text message or phone call information.

[0039] 3、数据存储 [0039] 3, the data storage

[0040] 应用软件会将系统测得的心脏健康状况的数据存储在PC机的硬盘,手机或平板电脑储存卡上,之后发给医护人员,也可以将心电数据发送到设定的服务器上。 [0040] Application software systems will be measured heart health data stored on the hard disk, mobile phone or tablet PC, memory card, and then sent to the medical staff, the ECG data can also be sent to the server set . 这样就可以方便医生或医疗人员查看原始数据和患者病史,对用户健康情况进行有针对性的分析,并对症下药,给予医疗建议。 This doctor or medical personnel can easily view the raw data and patient medical history, health conditions for the user to analyze targeted, and the right medicine for medical advice.

[0041] 如图4、5所示,显示了使用EPIC和使用传统的湿法电极的结果之间的比较,EPIC比传统电极的传感器提供了多种优势,节约资金,加快采取读数。 [0041] As shown in FIG 4 and 5 show the comparison between the results using the conventional wet EPIC and use electrodes, EPIC ratio sensor provided several advantages of conventional electrodes, to save money, to accelerate the reading taken. 首先,EPIC传感器是干接点,凝胶或类似的液体,所以没有需要进行接触。 First, the EPIC sensor is a dry contact, of a liquid gel or the like, so there is no need to make contact. 其次,该传感器可以简单地清洗之后使用,不像常规心电图传感器,必须每次使用一套2美元的一次性电极。 Secondly, the sensor can be easily cleaned after use, unlike the conventional ECG sensors, each must use disposable electrode set $ 2. 第三,对传感器使用要求简单,不同于目前的做法,需要7个或更多的要慎重选择适用于身体的具体位置,而且在对病人的活动有限制。 Third, the use requiring a simple sensor, unlike current practice, require seven or more to carefully select suitable for the specific location of the body, but also in the event the patient is limited.

[0042] 当EPIC的传感器被放置在(或接近)病人,心电信号可以被采集。 [0042] When the sensor is placed in the EPIC (or close to) the patient, ECG signal may be acquired. 该EPIC心电检测传感器能够既用于简单的“监护级”心电图也可以用于更严格的临床诊断测量。 The EPIC ECG sensor capable of detecting both for simple "care level" ECG may also be used for more rigorous clinical diagnostic measurements. 它可以被用来作为替代传统12导联心电图。 It can be used as an alternative to the traditional 12-lead ECG.

Claims (2)

  1. 1.非接触式智能心电监护系统,其特征在于,包括心电检测前端(I)、内置心电信号处理前端芯片且外置数据接口(21)的心电信号处理终端(2)、与数据接口(21)连接的用户终端(3),所述心电检测前端(I)包括传感器(11)、无线发送模块(12)及微型震动装置(13),电源模块(14),四者通过外裹塑胶绷带的电线(15)构成一电路并连成一腕带状。 1. Contactless Smart ECG monitoring system, characterized by comprising detecting ECG front end (the I), the built-in ECG front end processing chip and the external data interface (21) of the ECG signal processing terminal (2), and data interface (21) connected to the user terminal (3), detecting the ECG front end (I) comprises a sensor (11), a wireless transmission module (12) and micro-vibration device (13), the power module (14), the four bandage wrapped by plastic wire (15) constituting a circuit and connected to a wrist band shape.
  2. 2.根据权利要求I所述的非接触式智能心电监护系统,其特征在于,所述传感器(11)为EPIC心电检测传感器,所述传感器(11)的其中一面靠近皮肤或者与皮肤接触,所述心电信号处理前端芯片包括可运行Kinetic™算法的飞思卡尔32位低功耗微处理器及用于ECG模拟前端的ADS1298,所述无线发送模块(12)为ZigBee无线传输集成模块,所述微型震动装置(13)为微型震动马达,所述电源模块(14)内置有两纽扣电池。 The contactless smart ECG monitoring system of claim I, wherein the sensor (11) detecting EPIC ECG sensor, the sensor (11) close to one side of the skin or in contact with the skin the ECG front end processing chip capable of running Kinetic ™ algorithm Freescale 32 and the ADS1298 low-power microprocessor, a wireless transmission module (12) for ECG analog front end is integrated ZigBee wireless transmission module the micro-vibration means (13) for micro-vibration motor, the power module (14) has two built-in button batteries.
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Cited By (10)

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Publication number Priority date Publication date Assignee Title
CN103610459A (en) * 2013-10-25 2014-03-05 西安华旗电子技术有限公司 Dynamic electrocardiogram real-time display system
CN104665816A (en) * 2013-11-29 2015-06-03 长春华讯信息科技有限公司 Portable data acquisition device
CN104665813A (en) * 2013-11-29 2015-06-03 长春华讯信息科技有限公司 Portable intelligent dynamic ECG monitoring device system
CN104665809A (en) * 2013-11-29 2015-06-03 长春华讯信息科技有限公司 Intelligent dynamic ECG (electrocardiogram) monitoring system
CN104665810A (en) * 2013-11-29 2015-06-03 长春华讯信息科技有限公司 Intelligent ECG (electrocardiogram) monitor
CN104665815A (en) * 2013-11-29 2015-06-03 长春华讯信息科技有限公司 Five-lead electrocardiogram data acquisition system
CN104665818A (en) * 2013-11-29 2015-06-03 长春华讯信息科技有限公司 Data collection system
CN105011928A (en) * 2015-05-13 2015-11-04 东华大学 Wearable heart disease pre-warning system by adoption of non-contact electrode
CN105184111A (en) * 2015-11-06 2015-12-23 李良 Fault identification system for direct current transmission line
CN105426667A (en) * 2015-11-06 2016-03-23 李良 Use method for fault identification system used for direct current transmission line

Cited By (13)

* Cited by examiner, † Cited by third party
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CN103610459B (en) * 2013-10-25 2017-03-15 西安华旗电子技术有限公司 Holter real-time display system
CN103610459A (en) * 2013-10-25 2014-03-05 西安华旗电子技术有限公司 Dynamic electrocardiogram real-time display system
CN104665816A (en) * 2013-11-29 2015-06-03 长春华讯信息科技有限公司 Portable data acquisition device
CN104665813A (en) * 2013-11-29 2015-06-03 长春华讯信息科技有限公司 Portable intelligent dynamic ECG monitoring device system
CN104665809A (en) * 2013-11-29 2015-06-03 长春华讯信息科技有限公司 Intelligent dynamic ECG (electrocardiogram) monitoring system
CN104665810A (en) * 2013-11-29 2015-06-03 长春华讯信息科技有限公司 Intelligent ECG (electrocardiogram) monitor
CN104665815A (en) * 2013-11-29 2015-06-03 长春华讯信息科技有限公司 Five-lead electrocardiogram data acquisition system
CN104665818A (en) * 2013-11-29 2015-06-03 长春华讯信息科技有限公司 Data collection system
CN105011928A (en) * 2015-05-13 2015-11-04 东华大学 Wearable heart disease pre-warning system by adoption of non-contact electrode
CN105184111A (en) * 2015-11-06 2015-12-23 李良 Fault identification system for direct current transmission line
CN105426667A (en) * 2015-11-06 2016-03-23 李良 Use method for fault identification system used for direct current transmission line
WO2017076105A1 (en) * 2015-11-06 2017-05-11 李淑兰 Fault identification system for use in direct current transmission line
CN105426667B (en) * 2015-11-06 2017-06-06 泉州市明盛通讯技术有限公司 A system for personnel identification system results in failure of the DC transmission line

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