CN102599899B - Heart-rate monitoring method based on mobile phone - Google Patents

Heart-rate monitoring method based on mobile phone Download PDF

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CN102599899B
CN102599899B CN 201210070301 CN201210070301A CN102599899B CN 102599899 B CN102599899 B CN 102599899B CN 201210070301 CN201210070301 CN 201210070301 CN 201210070301 A CN201210070301 A CN 201210070301A CN 102599899 B CN102599899 B CN 102599899B
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heart rate
signal
step
module
mobile phone
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CN102599899A (en
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姚国康
陈幸数
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姚国康
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Abstract

本发明公开了基于手机的心率监测方法,包括以下步骤:步骤一:心率测量装置监测心率信号,并将监测到的心率信号传送到手机介面装置;步骤二:手机介面装置对接收到的心率信号进行转换,并将转换后的心率信号通过耳机接口传送到手机;步骤三:安装于手机的监测系统对接收到的心率信号进行处理。 The present invention discloses a mobile phone based on heart rate monitoring method, comprising the following steps: Step one: a heart rate measuring device for monitoring the heart rate signal, and transmits the monitored heart rate signal to the phone interface device; Step two: the heart rate signal received phone interface device conversion, and converts the heartbeat signal transmitted to the mobile phone via headphone jack; step three: mobile phone attached to the heart rate monitoring system signal received for processing. 本发明的基于手机的心率监测方法可以随时随地对人体心率进行监测,并将监测结果直接在手机上运算并显示,系统成本低,克服了地域限制,操作简单容易上手。 Phone-based heart rate monitoring method of the present invention can be anywhere on the human heart rate is monitored, and the monitoring result of the operation and display directly on the phone, the system is low cost, to overcome the geographical restrictions, simple and easy to use.

Description

基于手机的心率监测方法 Heart rate monitor phone-based method

技术领域 FIELD

[0001] 本发明涉及心率监测技术领域,具体涉及一种基于手机的心率监测方法。 [0001] The present invention relates to a heart rate monitoring technology, and in particular relates to a mobile phone based on heart rate monitoring method.

背景技术 Background technique

[0002] 人体的心率是否正常能直接体现人身现时的健康状况,时常了解人体自身的心率变化,通过调节饮食、运动等生活习惯可使身体保持健康状态。 [0002] the body's heart rate is normal person can directly reflect the current state of health, often to understand the body's own heart rate by adjusting diet, exercise and other habits can keep the body healthy.

[0003] 现有的便携式心率监测装置功能单一,使用这种监测装置的心率监测方法只能监测心率值,不能对心率值长期保存和进行统计分析。 [0003] Existing single-function portable heart rate monitoring devices, heart rate monitoring device using this method can only monitor heart rate monitor, not long-term preservation and statistical analysis of heart rate. 而多功能型的人体生理参数监测装置,虽然能对心率值进行长期保存和统计分析,但需要借助PC机来进行运算和显示,设备较庞大且笨重,不便携带和实时监测,存在耗电量大,成本高等问题,所以基于这种装置的心率监测方法比较复杂。 The multi-functional physiological parameter monitoring device, though capable of long-term preservation and statistical analysis of heart rate values, but need to use a PC to display and operation, equipment is relatively bulky and heavy, and inconvenient to carry real-time monitoring, there is power consumption large, high cost, so this method the heartbeat monitoring device more complex.

发明内容[0004] 为了解决上述问题,本发明提供一种基于手机的心率监测方法。 [0004] In order to solve the above problems, the present invention provides a method of monitoring heart rate based on the phone.

[0005] 基于手机的自行车测速及心率监测方法,包括以下步骤: [0005] bicycle speed and heart rate monitoring method based on the mobile phone, comprising the steps of:

[0006] 步骤一:心率测量装置监测心率信号,并将监测到的心率信号传送到手机介面装置; [0006] Step a: a heart rate measuring device for monitoring the heart rate signal, and transmits the monitored heart rate signal to the phone interface device;

[0007] 步骤二:手机介面装置对接收到的心率信号进行转换,并将转换后的心率信号通过耳机接口传送到手机; [0007] Step Two: heart rate signal received phone interface device converts, heart rate and the converted signal is transmitted to the mobile phone through the headphone jack;

[0008] 步骤三:安装于手机的监测系统对接收到的心率信号进行处理,处理步骤如下: [0008] Step Three: attached to the heart rate signal received mobile monitoring system for processing, the following processing steps:

[0009] 步骤31:数据采集模块采集手机介面装置传送的心率信号; [0009] Step 31: the data acquisition module interface means for transmitting the heart rate signal of phones;

[0010] 步骤32:滤波模块对采集到的心率信号进行过滤,除去杂波; [0010] Step 32: the collected filter module heart rate signal is filtered to remove the clutter;

[0011] 步骤33:心率计算模块对过滤后的心率信号进行计算; [0011] Step 33: heart rate, heart rate calculation module calculates the filtered signal;

[0012] 步骤34:心率曲线绘制模块绘制心率曲线;心率曲线:时间为X轴,心率值为Y轴。 [0012] Step 34: heart rate, heart rate curves plotted curve drawing module; Heart rate curve: time of the X-axis, Y-axis value of the heart rate.

[0013] 进一步地,所述步骤32具体包括以下步骤: [0013] Further, the step 32 comprises the steps of:

[0014] a、将采集到的心率信号S平方得到N ; [0014] a, the collected squares of the heart rate signal S N;

[0015] b、计算10个相邻的N的平均值,得到G ; [0015] b, 10 adjacent to calculate an average value of N to obtain G;

[0016] C、比较G 与常量η,η 为100000000 ; [0016] C, G and Comparative constant η, η is 100000000;

[0017] 当G≥η时,将对应的心率信号设为I ; [0017] When G≥η, the heart rate signal corresponding to the I;

[0018] 当G〈 η时,将对应的心率信号设为O ; [0018] When G <η, the heart rate signal corresponding to O;

[0019] d、当心率信号连续出现480个I时,此信号为心率信号;否则,此信号为杂信号。 [0019] d, when the 480 I consecutive heart rate signal, this signal is a heartbeat signal; otherwise, this signal is a signal heteroaryl.

[0020] 进一步地,所述步骤33具体包括以下步骤: [0020] Further, the step 33 comprises the steps of:

[0021] e、两个相邻的心率信号之间的时间长度为T,心率值HR为: [0021] e, the length of time between two adjacent heart rate signal is T, and HR is heart rate value:

[0022] HR=I 分钟/(T+60ms); [0022] HR = I min / (T + 60ms);

[0023] 若该HR值在40— 240之间,则保留该HR值;否则,舍弃该HR值。 [0023] If the HR value between 40-240, the HR value is retained; otherwise, discard the HR value.

[0024] 进一步地,所述步骤三还包括保存数据和查阅历史数据;具体为:[0025] 步骤35:保存数据,保存模块将心率计算模块处理过的数据保存于手机磁盘; [0024] Further, the three further comprising the step of saving data and access historical data; specifically: [0025] Step 35: data storage, the heart rate calculation module storing module processed data stored in the magnetic disk phone;

[0026] 步骤36:查阅历史数据,查阅模块读取保存模块保存的数据,心率曲线绘制模块将这些数据绘制成心率曲线。 [0026] Step 36: Now history data, access module reads the saved data storage module, the rendering module to a heart rate curve data plotted as a graph of heart rate.

[0027] 进一步地,所述步骤三还包括管理步骤35保存的数据;具体为: [0027] Further, the managing step further comprises the step of three saved data 35; specifically:

[0028] 步骤37:管理步骤35保存的数据,管理模块对保存数据进行增加、删除或者修改操作。 [0028] Step 37: the management data stored in step 35, the data management module to save add, delete or modify operation.

[0029] 进一步地,所述步骤一和步骤二之间还包括:安装于手机的监测系统的供电模块通过耳机接口给手机介面装置供电。 [0029] Further, the steps and a step between the two further comprising: a monitoring system installed in the mobile phone handset interface module powered by power supply means to the headphone jack.

[0030] 进一步地,所述步骤一具体包括以下步骤: [0030] Further, the step a comprises the steps of:

[0031] 步骤11:心率测量装置的心率感应探头检测人体心率信号,并传送到心率测量装置的心率信号放大整形模块; [0031] Step 11: heart rate sensor for detecting heartbeat measurement device probe human heart rate signal, and transmitted to the heart rate measuring device heart rate signal amplification shaping module;

[0032] 步骤12:心率信号放大整形模块将接收到的心率信号进行处理,并将处理过的信号传送到心率测量装置的无线发送模块; [0032] Step 12: heart rate signal amplification shaping module receives the heart rate signal is processed, and transmits the processed signal to the wireless transmitter heart rate measuring device;

[0033] 步骤13:无线发送模块将接收到的信号通过无线方式发送到手机介面装置。 [0033] Step 13: the received wireless transmitter transmits a signal to a mobile phone interface device wirelessly.

[0034] 进一步地,所述步骤二具体包括以下步骤: [0034] Further, the two step comprises the steps of:

[0035] 步骤21:手机介面装置的无线接收模块接收无线发送模块发送的信号,并将该信号传送到手机介面装置的信号处理模块; [0035] Step 21: a wireless receiving module receiving a wireless phone interface device transmits the signal transmission module, and transmits the signal to the signal processing module of the mobile phone interface device;

[0036] 步骤22:信号处理模块对接收的信号进行转换处理,并将处理过的信号传送到手机介面装置的数据传送模块; [0036] Step 22: The signal processing module converts the received signal processing, and transmits the processed signal to the transmitting module of the mobile phone interface device;

[0037] 步骤23:数据传送模块通过手机的耳机接口将收到的信号传送到手机。 [0037] Step 23: The transmitting module receives a signal transmitted by mobile phone to the headphone jack.

[0038] 本发明的有益效果是:基于手机的心率监测方法可以随时随地对人体心率进行监测,并将监测结果直接在手机上运算并显示,系统成本低,克服了地域限制,操作简单容易上手。 [0038] Advantageous effects of the present invention is that: can be anywhere on the human heart rate monitoring method for monitoring a heart rate based on the phone, and the operation monitoring result directly on the phone and display, low system cost, overcomes the geographical restrictions, simple and easy to use .

附图说明 BRIEF DESCRIPTION

[0039] 图1为本发明的基于手机的心率监测方法的流程图。 Mobile monitoring method based on the heart rate of a flow diagram [0039] Figure 1 of the present invention.

[0040] 图2为使用本发明方法的系统的结构示意图。 [0040] FIG. 2 is a method of using the system of the present invention, the structure of FIG.

[0041] 图3为安装于手机的监测系统的结构示意图。 Is a schematic structural diagram of the monitoring system installed in the mobile phone [0041] FIG.

[0042] 附图标记说明如下: [0042] reference numerals as follows:

[0043] 10一手机,11—耳机接口,Ila—接地端子,Ilb一左声道端子, [0043] 10 a handset, 11 headphone jack, Ila- ground terminal, a left channel Ilb terminals,

[0044] IIc一右声道端子,IId—麦克风端子,12—监测系统, [0044] IIc a right channel terminals, IId- microphone terminal, 12 monitoring system,

[0045] 20—手机介面装置,121—主控制模块,122—供电模块, [0045] 20 phone interface device, the main control module 121-, 122- power supply module,

[0046] 123一数据米集模块,124一滤波模块,125一心率计算模块, [0046] The meter 123 sets a data module, a filter module 124, a heart rate calculation module 125,

[0047] 126—心率曲线绘制模块,127—保存模块,128—查阅模块, [0047] The heart rate curve drawing module 126-, 127- saving module 128- Now module,

[0048] 129—管理模块,21—无线接收模块,22—信号处理模块, [0048] 129- management module, a wireless receiver module 21, 22 signal processing module,

[0049] 23—数据传送模块,30—心率测量装置,31—心率感应探头, [0049] The data transmission module 23-, 30- heartbeat measurement device, 31- heart rate sensing probe,

[0050] 32—心率信号放大整形模块,33—无线发送模块,34—电源模块。 [0050] 32- rate signal amplification shaping module, a wireless transmission module 33, power module 34-.

具体实施方式[0051] 为了使发明的目的、技术方案及优点更加清楚明白,以下结合附图及实施例,对本发明进行进一步详细说明。 DETAILED DESCRIPTION [0051] To make the objectives, technical solutions and advantages of the invention will become more apparent hereinafter in conjunction with the accompanying drawings and embodiments of the present invention will be further described in detail.

[0052] 参见图1至图3,基于手机的心率监测装置,包括心率测量装置30、与手机10电连接的手机介面装置20,以及安装于手机10的监测系统12 ;心率测量装置30包括心率感应探头31、心率信号放大整形模块32、无线发送模块33和电源模块34,电源模块34为心率测量装置30提供电源,心率感应探头31将监测到的心率信号传送至心率信号放大整形模块32进行处理,再经过无线发送模块33无线发射;手机介面装置20包括无线接收模块21、信号处理模块22和数据传送模块23,无线接收模块21接收无线发送模块33发送的信号,信号处理模块22接收来自于无线接收模块21的信号并对接收到的信号进行处理,数据传送模块23将处理过的信号传送到监测系统12 ;监测系统12包括给手机介面装置20供电的供电模块122、数据采集模块123、滤波模块124、心率计算模块125、保存模块127、心率曲线绘 [0052] Referring to FIG. 1 to FIG. 3, the heartbeat monitoring device handset comprising a heart rate measuring device 30, and mobile phone interface device 10 is electrically connected phone 20, and is attached to the monitoring system 12 handset 10; heartbeat measurement device 30 including heart rate sensing probe 31, the heart rate signal amplification shaping module 32, a wireless transmission module 33 and power module 34, power module 34 heart rate measuring device 30 supplies power to, the heart rate sensor probe 31 transmits the monitored heart rate signal to a heart rate signal amplification shaping module 32 processing, through the wireless transmitter 33 a wireless transmitter; phone interface device 20 includes a wireless receiver module 21, the signal processing module 22 and a data transfer module 23, receives the wireless transmitter signal 33 transmitted from the wireless receiving module 21, the signal processing module 22 receives from signal to the wireless receiving module 21 and the received signal is processed, the data transmission module 23 transmits the processed signals to the monitoring system 12; power monitoring system 12 includes a mobile phone interface device 20 to the power supply module 122, data acquisition module 123 , filtering module 124, a heart rate calculation module 125, storage module 127, the heart rate curve plotted 制模块126、查阅模块128、管理保存的数据信号的管理模块129,以及控制整个监测系统12的主控制模块121。 System module 126, access module 128, a data management module 129 managing stored signal, and controls the entire main control module 121 monitoring system 12.

[0053] 其中,手机10为智能手机,耳机接口11包括接地端子11a、左声道端子lib、右声道端子Ilc和麦克风端子lld,供电模块122通过耳机接口11的左声道端子Ilb和右声道端子Ilc给手机介面装置20供电。 [0053] wherein, smart phone handset 10, ground terminal 11 includes a headphone jack 11a, lib terminal left channel, the right channel and microphone terminal LLD Ilc terminal, the power supply module 122 through the left and right channel headphone jack terminals Ilb 11 channel interface to the mobile phone terminal apparatus 20 Ilc power. 供电模块122不间断地输出一个采样频率为64K的正弦波信号,向手机介面装置20提供约2.5V电压和约IOOuA的电流。 Uninterrupted power supply module 122 outputs a sine wave signal sampling frequency of 64K, the handset 20 provides current voltage of about 2.5V and about IOOuA interface device. 手机介面装置20与手机10的耳机接口11的声道端子电连接,将手机10的声道输出的正弦波信号经整流滤波后作为电源,无需外加电源,从而降低使用成本。 Phone interface device 20 and the mobile phone terminal of the channel 10 is connected to the headphone jack 11, the sine wave signal output from the channel 10 by the mobile phone as a power rectifier filter, no external power supply, thereby reducing the cost.

[0054] 其中,数据采集模块123是通过手机10的麦克风端子Ild读入数据传送模块23发送的脉冲信号。 [0054] wherein the data acquisition module 123 reads a pulse signal 23 is transmitted via a data transmission module 10 of the mobile phone microphone terminal Ild. 采集过程就是把这个脉冲信号当成音频信号进行录音的过程。 The acquisition process is to pulse signal as an audio signal recording process. 录音采用了LPCM (即线性脉冲编码调制)技术,是一种非压缩音频数字化技术。 Recording using the LPCM (Linear Pulse Code Modulation i.e.) technique, is a non-compressed digital audio technology. 采用此技术采集到的每一个信号是一个非压缩的有正负号的心率信号。 This technique uses each signal is collected in a non-compressed signal with a sign of the heart rate. 因为录音时把采样频率设为8K、单声道、心率信号占2byte大小,所以两个心率信号之间的时间长度为(1/8K) *1秒=0.000125秒。 Since the sampling frequency during recording is set to 8K, mono, 2byte rate signal representing the size, the length of time between the two signals of the heart rate (1 / 8K) * 1 second = 0.000125 seconds. 滤波模块124的功能就是滤掉杂波并找出真正的心率信号。 Filter module 124 function is to filter out the clutter and find the true heart rate signal. 当脉冲信号中带有一个长度约为60ms的心率信号时,此时的心率信号就会波动很大,总是向它的极值(最大32767和最小-32768)波动,反之波动就很小。 When pulse signals having a length of about 60ms signal heart rate, heart rate signal at this time will be volatile, always to its extreme value fluctuation (maximum and minimum 32767 -32768), whereas very small fluctuations. 正是利用这个特点可以把杂波去掉,找出心跳信号。 You can use this feature to remove the clutter to find the heartbeat.

[0055] 基于手机的心率监测方法,包括以下步骤: [0055] The method of the mobile phone based on a heart rate monitor, comprising the steps of:

[0056] 步骤一:心率测量装置30监测心率信号,并将监测到的心率信号传送到手机介面装置20 ; [0056] Step a: a heart rate measuring means 30 monitors the heart rate signal, and transmits the monitored heart rate signal to the phone interface device 20;

[0057] 步骤二:手机介面装置20对接收到的心率信号进行转换,并将转换后的心率信号通过耳机接口11传送到手机10 ; [0057] Step Two: heart rate signal 20 received phone interface device converts, heart rate and the converted signal is transmitted to the mobile phone 10 through the headphone jack 11;

[0058] 步骤三:安装于手机10的监测系统12对接收到的心率信号进行处理,处理步骤如下: [0058] Step Three: 12 attached to a heart rate signal received phone monitoring system 10 for processing, the following processing steps:

[0059] 步骤31:数据采集模块123采集手机介面装置20传送的心率信号; [0059] Step 31: the data acquisition module 123 interface to capture the mobile phone device 20 transmits the heart rate signal;

[0060] 步骤32:滤波模块124对采集到的心率信号进行过滤,除去杂波; [0060] Step 32: the collected filter module 124 is the heart rate signal is filtered to remove the clutter;

[0061] 步骤33:心率计算模块125对过滤后的心率信号进行计算; [0061] Step 33: heart rate, heart rate calculation module 125 calculates the filtered signal;

[0062] 步骤34:心率曲线绘制模块126绘制心率曲线;心率曲线:时间为X轴,心率值为Y轴。 [0062] Step 34: heart rate, heart rate curve plotted curve drawing module 126; HR curve: time of the X-axis, Y-axis value of the heart rate. [0063] 进一步地,所述步骤32具体包括以下步骤: [0063] Further, the step 32 comprises the steps of:

[0064] a、将采集到的心率信号S平方得到N ; [0064] a, the collected squares of the heart rate signal S N;

[0065] b、计算10个相邻的N的平均值,得到G ; [0065] b, 10 adjacent to calculate an average value of N to obtain G;

[0066] C、比较G 与常量η,η 为100000000 ; [0066] C, G and Comparative constant η, η is 100000000;

[0067] 当G≥η时,将对应的心率信号设为I ; [0067] When G≥η, the heart rate signal corresponding to the I;

[0068] 当G〈 η时,将对应的心率信号设为O ; [0068] When G <η, the heart rate signal corresponding to O;

[0069] d、当心率信号连续出现480个I时,此信号为心率信号;否则,此信号为杂信号。 [0069] d, when the 480 I consecutive heart rate signal, this signal is a heartbeat signal; otherwise, this signal is a signal heteroaryl.

[0070] 录音时采样频率为8K并且心率信号长度约为60ms,所以当心率信号连续出现约480 (8000*0.06)个I时,此信号为心率信号;否则小于480或大于480个都为杂信号。 [0070] When the recording sampling frequency of 8K length of about 60ms and the heart rate signal, when the about 480 (8000 * 0.06) of I consecutive heart rate signal, this signal is a heartbeat signal; otherwise, less than 480 or greater than 480 are heteroatoms signal. 这样就可以得到一个真正的心率信号脉冲了。 So that you can get a real pulse of the heart rate signal.

[0071] 进一步地,所述步骤33具体包括以下步骤: [0071] Further, the step 33 comprises the steps of:

[0072] e、两个相邻的心率信号之间的时间长度为T,心率值HR为: [0072] e, the length of time between two adjacent heart rate signal is T, and HR is heart rate value:

[0073] HR=I 分钟/(T+60ms); [0073] HR = I min / (T + 60ms);

[0074] 若该HR值在40— 240之间,则保留该HR值;否则,舍弃该HR值。 [0074] If the HR value between 40-240, the HR value is retained; otherwise, discard the HR value. HR的单位为次 HR units of time

/分钟。 /minute.

[0075] 进一步地,所述步骤三还包括保存数据和查阅历史数据;具体为: [0075] Further, the three further comprising the step of saving data and access historical data; specifically:

[0076] 步骤35:保存数据,保存模块127将心率计算模块125处理过的数据保存于手机10磁盘; [0076] Step 35: Save the data, save the heart rate calculation module 127 module 125 the processed data stored in the magnetic disk phone 10;

[0077] 步骤36:查阅历史数据,查阅模块128读取保存模块127保存的数据,心率曲线绘制模块126将这些数据绘制成心率曲线和速度曲线。 [0077] Step 36: Now history data, access module 128 reads the saved data storage module 127, drawing module 126 heart rate curve data plotted as a graph of heart rate and speed profile.

[0078] 进一步地,所述步骤三还包括管理步骤35保存的数据;具体为: [0078] Further, the managing step further comprises the step of three saved data 35; specifically:

[0079] 步骤37:管理步骤35保存的数据,管理模块129对保存数据进行增加、删除或者修改操作。 [0079] Step 37: Step 35 saved data management, data management module 129 the preservation add, delete or modify operation.

[0080] 进一步地,所述步骤一和步骤二之间还包括:安装于手机10的监测系统12的供电模块122通过耳机接口11给手机介面装置20供电。 [0080] Further, the steps and a step between the two further comprising: a monitoring system is attached to the phone module 122 10 supply 12 via the interface 11 to the handset earphone device interface 20 supply.

[0081] 进一步地,所述步骤一具体包括以下步骤: [0081] Further, the step a comprises the steps of:

[0082] 步骤11:心率测量装置30的心率感应探头31检测人体心率信号,并传送到心率测量装置30的心率信号放大整形模块32 ; [0082] Step 11: heart rate measurement signal 31 detects human heart rate Heart rate sensing probe apparatus 30, and transmitted to the heart rate measuring the heart rate signal amplification shaping module 30 of the apparatus 32;

[0083] 步骤12:心率信号放大整形模块32将接收到的心率信号进行处理,并将处理过的信号传送到心率测量装置30的无线发送模块33 ; [0083] Step 12: the heart rate signal amplification shaping module 32 receives the heart rate signal is processed, and transmits the processed signal to the heartbeat measurement device 30 of the wireless transmitter 33;

[0084] 步骤13:无线发送模块33将接收到的信号通过无线方式发送到手机介面装置20。 [0084] Step 13: The wireless transmitter 33 transmits a signal received by wireless interface device 20 to the handset.

[0085] 进一步地,所述步骤二具体包括以下步骤: [0085] Further, the two step comprises the steps of:

[0086] 步骤21:手机介面装置20的无线接收模块21接收无线发送模块33发送的信号,并将该信号传送到手机介面装置20的信号处理模块22 ; [0086] Step 21: the mobile phone interface device receives a radio signal transmission module 33 transmits a radio receiver 21 of module 20, and transmits the signal to the mobile phone interface device 22 signal processing module 20;

[0087] 步骤22:信号处理模块22对接收的信号进行转换处理,并将处理过的信号传送到手机介面装置20的数据传送模块23 ; [0087] Step 22: The signal processing module 22 conversion process on the received signal, and the treated device is transmitted to the mobile phone interface 20 of the data transmission module 23;

[0088] 步骤23:数据传送模块23通过手机10的耳机接口11将收到的信号传送到手机10。 [0088] Step 23: the data transfer module 23 via the signal 10 is transmitted to the mobile phone handset 10 of the headphone jack 11 will receive.

[0089] 使用本发明的方法的系统基于手机10平台,小巧玲珑、携带方便。 System [0089] The method of the present invention is based on the use of the mobile phone platform 10, small and easy to carry. 硬件部分分为心率测量装置30和手机介面装置20。 Heartbeat measurement device is divided into a hardware part 30 and the mobile phone interface device 20. 心率测量装置30是一条胸带,可折叠缩放;手机介面装置20是与手机10相连的部分,体积只有48cm * 18cm *lcm的大小。 Heart rate measuring means 30 is a chest strap, foldable scale; phone interface device 20 is a portion 10 connected to the phone, only the volume of 48cm * 18cm * lcm size. 两个部分采用了无线连接。 Two portions using a wireless connection.

[0090] 本系统除了成本更加低廉之外,操作也非常简单,即使第一次使用也能轻松上手。 [0090] The present system in addition to the lower cost, the operation is very simple, even for the first time can easily get started. 只要带好装置轻击手机软件开始按键即可。 As long as the device with a good tap the phone button to start the software. 软件就可以实时、直观地显示心率图谱,可以对心率图谱缩放、左右移动操作。 Software in real time, visually displayed map of the heart rate, heart rate pattern can zoom and move around the operation. 结果可以保存、查阅和删除。 The results can be saved, access and delete.

[0091] 另外,本系统可随时随地实时监测,耗电量低、成本低。 [0091] Further, the present system can be monitored in real time from anywhere, low power consumption, and low cost. 克服了地域限制,手机10用户众多,可以得到很好地推广;直接使用手机10耳麦的MIC接口来通信,耗电量小、即插即用、成本低,不需要复杂的设置,上手容易、操作简单。 Overcome geographical restrictions, many mobile phone users 10, you can get a good promotion; directly using the phone headset MIC 10 interfaces for communication, power consumption, plug and play, low cost, no complicated settings, easy to get started, easy to use.

[0092] 以上内容仅为本发明的较佳实施例,对于本领域的普通技术人员,依据本发明的思想,在具体实施方式及应用范围上均会有改变之处,本说明书内容不应理解为对本发明的限制。 [0092] The above is only preferred embodiments of the present invention, those of ordinary skill in the art, according to the ideas of the present invention, may make modifications at specific embodiments and application scope, the present specification shall not be as limiting the present invention.

Claims (7)

1.基于手机的心率监测方法,其特征在于:包括以下步骤: 步骤一:心率测量装置监测心率信号,并将监测到的心率信号传送到手机介面装置;步骤二:手机介面装置对接收到的心率信号进行转换,并将转换后的心率信号通过耳机接口传送到手机; 步骤三:安装于手机的监测系统对接收到的心率信号进行处理,处理步骤如下: 步骤31:数据采集模块采集手机介面装置传送的心率信号; 步骤32:滤波模块对采集到的心率信号进行过滤,除去杂波;具体包括以下步骤: a、将采集到的心率信号S平方得到N ; b、计算10个相邻的N的平均值,得到G ; C、比较G与常量η,η为100000000 ; 当G > η时,将对应的心率信号设为I ; 当G〈 η时,将对应的心率信号设为O ; d、当心率信号连续出现480个I时,此信号为心率信号;否则,此信号为杂信号; 步骤33:心率计算模块对过滤后的心率 1. Method heart rate monitor based phone, characterized by: comprising the following steps: Step one: a heart rate measuring device for monitoring the heart rate signal, and transmits the monitored heart rate signal to the phone interface device; Step two: the received phone interface device heart rate signal conversion, and the heart rate converted signal is transmitted to the mobile phone through the headphone jack; step three: the heart rate signal is attached to the phone system of the received monitoring process, the following processing steps: step 31: Mobile data acquisition module interface heart rate signal transmitting means; step 32: the collected filter module heart rate signal was filtered to remove the clutter; includes the following steps: a, the collected squares of the heart rate signal S N; b, 10 adjacent to calculate the average value of N to obtain G; C, G and Comparative constant η, η is 100000000; when G> η, heart rate signal corresponding to the I; when G <η, the heart rate signal corresponding to O; d, when the 480 I consecutive heart rate signal, this signal is a heartbeat signal; otherwise, this signal is a signal heteroaryl; step 33: heart rate, heart rate calculation module filtered 信号进行计算; 步骤34:心率曲线绘制模块绘制心率曲线;心率曲线:时间为X轴,心率值为Y轴。 Calculating signal; Step 34: heart rate, heart rate curves plotted curve drawing module; Heart rate curve: time of the X-axis, Y-axis value of the heart rate.
2.根据权利要求1所述的基于手机的心率监测方法,其特征在于:所述步骤33具体包括以下步骤: e、两个相邻的心率信号之间的时间长度为T,心率值HR为: HR=I 分钟/(T+60ms); 若该HR值在40— 240之间,则保留该HR值;否则,舍弃该HR值。 The heart rate monitoring method based on the mobile phone according to claim 1, wherein: said step 33 comprises the following steps: the length of time between the E, two adjacent heart rate signal is T, HR is the heart rate value : HR = I min / (T + 60ms); if the value is between 40-240 HR, the HR value is retained; otherwise, discard the HR value.
3.根据权利要求2所述的基于手机的心率监测方法,其特征在于:所述步骤三还包括保存数据和查阅历史数据;具体为: 步骤35:保存数据,保存模块将心率计算模块处理过的数据保存于手机磁盘; 步骤36:查阅历史数据,查阅模块读取保存模块保存的数据,心率曲线绘制模块将这些数据绘制成心率曲线。 3. The method of phones based on a heart rate monitor, characterized in that said according to claim 2: further comprising the step of saving data and three Now historical data; specifically includes: Step 35: data storage, the heart rate calculation module storing module processed the data stored in the mobile phone disk; step 36: access to historical data, access module reads the saved data stored module, heart rate curve drawing module data plotted as heart rate curve.
4.根据权利要求3所述的基于手机的心率监测方法,其特征在于:所述步骤三还包括管理步骤35保存的数据;具体为: 步骤37:管理步骤35保存的数据,管理模块对保存数据进行增加、删除或者修改操作。 4. The method of phones based on a heart rate monitor, characterized in that said according to claim 3: said managing step further comprises the step of three saved data 35; specifically includes: Step 37: the management data stored in step 35, the management module to save data add, delete or modify operation.
5.根据权利要求1所述的基于手机的心率监测方法,其特征在于:所述步骤一和步骤二之间还包括:安装于手机的监测系统的供电模块通过耳机接口给手机介面装置供电。 The heart rate monitoring method based on the mobile phone according to claim 1, wherein: between said steps one and two further comprising: power supply means mounted on a mobile phone interface monitoring system via the phone's power supply module to the headphone jack.
6.根据权利要求1所述的基于手机的心率监测方法,其特征在于:所述步骤一具体包括以下步骤: 步骤11:心率测量装置的心率感应探头检测人体心率信号,并传送到心率测量装置的心率信号放大整形模块; 步骤12:心率信号放大整形模块将接收到的心率信号进行处理,并将处理过的信号传送到心率测量装置的无线发送模块; 步骤13:无线发送模块将接收到的信号通过无线方式发送到手机介面装置。 6. A method of monitoring heart rate based phone according to claim 1, wherein: said step a comprises the following steps: Step 11: heart rate sensor for detecting heartbeat measurement device probe human heart rate signal, and transmitted to the heart rate measuring means heart rate signal amplification shaping module; step 12: heart rate signal amplification shaping module receives the heart rate signal is processed, and transmits the processed signal to the wireless transmitter heart rate measuring device; step 13: wireless transmitter received signal is transmitted to a mobile phone interface device wirelessly.
7.根据权利要求1所述的基于手机的心率监测方法,其特征在于:所述步骤二具体包括以下步骤:步骤21:手机介面装置的无线接收模块接收无线发送模块发送的信号,并将该信号传送到手机介面装置的信号处理模块; 步骤22:信号处理模块对接收的信号进行转换处理,并将处理过的信号传送到手机介面装置的数据传送模块; 步骤23:数据传送模块通过手机的耳机接口将收到的信号传送到手机。 The heart rate monitoring method based on the mobile phone according to claim 1, wherein: said step comprises the following two steps: Step 21: receiving the radio handset module interface means receiving a signal transmitted from a wireless transmitter, and the signal is transmitted to the signal processing module of the mobile phone interface device; step 22: the signal processing module converts the received signal processing, and transmits the processed signal to the transmitting module of the mobile phone interface device; step 23: transmitting data through the phone module headphone jack the received signal is transmitted to the phone.
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