CN103892815A - Method and system for monitoring human physiological indexes - Google Patents

Abstract

Translated fromChinese

本发明公开了一种人体生理指标监测方法及系统。所述系统包括移动终端、以及嵌入所述移动终端的人体生理指标数据获取模块(100)。所述人体生理指标数据获取模块(100)用于检测由所述移动终端与人体触碰所产生的触发信号，并将该触发信号发送到所述移动终端。所述移动终端用于接收到该触发信号时，控制所述人体生理数据获取模块(100)执行人体生理指标数据采集工作，并接收所述人体生理指标数据获取模块(100)采集的人体生理指标数据。所述移动终端还用于将该人体生理指标数据与其预存的人体生理指标健康基准数据进行比较，并根据比较结果执行相应操作。本发明不仅极大地降低了用户使用成本，还能提高移动终端的附加价值及操作乐趣。

The invention discloses a method and system for monitoring human physiological indicators. The system includes a mobile terminal, and a human body physiological index data acquisition module (100) embedded in the mobile terminal. The human physiological index data acquisition module (100) is used to detect a trigger signal generated by the touch between the mobile terminal and the human body, and send the trigger signal to the mobile terminal. The mobile terminal is configured to, when receiving the trigger signal, control the human body physiological data acquisition module (100) to execute the human body physiological index data collection work, and receive the human body physiological index collected by the human body physiological index data acquisition module (100) data. The mobile terminal is also used to compare the human physiological index data with the pre-stored human physiological index health reference data, and perform corresponding operations according to the comparison result. The invention not only greatly reduces the use cost of the user, but also improves the added value and operating pleasure of the mobile terminal.

Description

A kind of Human Physiology Monitoring Indexes method and monitoring system

Technical field

The present invention relates to Human Physiology Monitoring Indexes technical field, more particularly, relate to a kind of Human Physiology Monitoring Indexes method and monitoring system.

Background technology

Along with the development of electronic technology, all big enterprises have released one after another a feast for the eyes for monitoring the electronic product of every Human Physiology achievement data on market, such as intelligent watch, intelligent bracelet, intelligent running shoe etc.But there are following three major defects in this electronic product.One, this electronic product, as wearing gadget, must keep in touch and could normally work with user's body, once this electronic product departs from user's body, it will lose Human Physiology achievement data acquisition function.Two, this electronic product is owing to emerging soon, and price is often higher, is difficult to popularize in the short time, and user's the cost of having a taste of a delicacy is higher; Three, this electronic product is as fashionable electronic product, only can meet that individual character is made widely known, the minorityization user's request of fashion fashion.

Therefore, how to develop a Human Physiology Monitoring Indexes method and system with low cost, easy to use, that also can meet popular user's request and become problem demanding prompt solution.

Summary of the invention

The technical problem to be solved in the present invention is, for the above-mentioned defect of prior art, provides a kind of Human Physiology Monitoring Indexes method and monitoring system.

The technical solution adopted for the present invention to solve the technical problems is: construct a kind of Human Physiology Monitoring Indexes method, comprise the steps:

S1) touch as detected by mobile terminal and human body the triggering signal being produced, open Human Physiology Monitoring Indexes program, carry out human body data of physiological index collecting work;

S2) the every Human Physiology index collecting and the healthy reference value of Human Physiology index for weighing Human Physiology health status are compared, carry out corresponding operating according to comparative result.

In the above-mentioned Human Physiology Monitoring Indexes of the present invention method, before described step S1, also comprise the steps:

S0) the healthy datum line of Human Physiology index is set, and with respect to normal fluctuation range and the dangerous fluctuation range of the every physical signs of human body of the healthy datum line of this Human Physiology index; Be provided for judging whether to close the very first time threshold value T1 of Human Physiology Monitoring Indexes program and for judging whether to stop the second time threshold T2 of Human Physiology index sampling operation.

In the above-mentioned Human Physiology Monitoring Indexes of the present invention method, described step S1 also comprises: touch as do not detected by mobile terminal and human body the triggering signal being produced in very first time threshold value T1, stop the operation of backstage Human Physiology Monitoring Indexes program.

In the above-mentioned Human Physiology Monitoring Indexes of the present invention method, described step S1 also comprises: as the triggering signal that touching produced by the specific part of mobile terminal and human body detected, start the Human Physiology achievement data collecting work relevant to this specific part.

In the above-mentioned Human Physiology Monitoring Indexes of the present invention method, described in described step S2 by the every Human Physiology index collecting with also comprise for weighing the step that the Human Physiology index benchmark data of Human Physiology health status compares:

S21) be extracted in peak and the minimum of the every Human Physiology index collecting in the second time threshold T2;

S22) search the corresponding reference value of every Human Physiology index on the healthy datum line of Human Physiology index;

S23) peak of each Human Physiology index and minimum and this Human Physiology index corresponding reference value on the healthy datum line of this Human Physiology is compared.

In the above-mentioned Human Physiology Monitoring Indexes of the present invention method, after described step S23, also comprise the steps:

S24) as judged, the maximum of difference of the peak of a certain Human Physiology index in the second time threshold T2 and minimum and the reference value of this Human Physiology index in this Human Physiology index basis reference line is positioned at the normal fluctuation range of this Human Physiology index, this Human Physiology achievement data based on collecting in this second time threshold T2 generates one for reflecting the change curve of this Human Physiology index along time shaft, and stores this for reflecting the change curve of this Human Physiology index along time shaft;

As the maximum that judges the difference of the peak of a certain Human Physiology index in the second time threshold T2 and minimum and this Human Physiology index reference value in the healthy datum line of this Human Physiology index exceedes the normal fluctuation range of this Human Physiology index, this Human Physiology achievement data based on collecting in this second time threshold T2 generates one for reflecting the change curve of this Human Physiology index along time shaft, and on display screen, eject this curve, send the early warning signal for representing Human Physiology Indexes Abnormality simultaneously.

In the above-mentioned Human Physiology Monitoring Indexes of the present invention method, after described step S24, also comprise the steps:

S25) judge whether the maximum in the difference of the peak of this Human Physiology index in the second time threshold T2 and minimum and this Human Physiology index reference value on the healthy datum line of this Human Physiology index exceedes the dangerous fluctuation range of this Human Physiology index.

In the above-mentioned Human Physiology Monitoring Indexes of the present invention method, as when the maximum in the difference of the peak of this Human Physiology index in the second time threshold T2 and minimum and the reference value of this Human Physiology index on the healthy datum line of this Human Physiology index exceedes the dangerous fluctuation range of this Human Physiology index in step S25 as described in judging, continue to send described early warning signal and carry out following steps:

S26) operation map program, opens electronic chart;

S27) obtain the current location information of mobile terminal;

S28) the relevant information for hospital using the current location information of this Human Physiology index and this mobile terminal as keyword search;

S29) from all hospitals that search, filter out the nearer a number of hospitals of current location of distance moving terminal, and on electronic chart, indicate the more specific location information of the hospital of screening.

The present invention also constructs a kind of Human Physiology index monitoring system, comprises mobile terminal and embeds the Human Physiology achievement data acquisition module of described mobile terminal;

Described Human Physiology achievement data acquisition module is for detection of touching by described mobile terminal and human body the triggering signal producing, and this triggering signal is sent to described mobile terminal;

When described mobile terminal is used for receiving this triggering signal, send Human Physiology achievement data acquisition instructions to described Human Physiology achievement data acquisition module;

Described Human Physiology achievement data acquisition module is also carried out the collecting work of human body data of physiological index for the Human Physiology achievement data acquisition instructions according to receiving, and the Human Physiology achievement data of collection is transferred to described mobile terminal.

Described mobile terminal also compares for the healthy benchmark data of Human Physiology index for weighing Human Physiology health status that the every Human Physiology achievement data receiving is prestored with it, carries out corresponding operating according to comparative result.

In the above-mentioned Human Physiology index monitoring system of the present invention, described Human Physiology achievement data acquisition module comprises touching sensing unit and Human Physiology index collection unit; Memory module, Human Physiology Indexes Abnormality warning module, GPS module that described mobile terminal comprises Human Physiology Monitoring Indexes module, be electrically connected respectively with described Human Physiology Monitoring Indexes module, search module and display screen;

Described touching sensing unit is for detection of touching by mobile terminal and human body the triggering signal producing, and this triggering signal is sent to described mobile terminal;

Described Human Physiology index collection unit is for receiving the Human Physiology achievement data acquisition instructions of being sent by the described Human Physiology Monitoring Indexes module of described mobile terminal, carry out human body data of physiological index collecting work, and the every Human Physiology achievement data collecting is input to described mobile terminal;

Described memory module is used for storing the healthy benchmark data of described Human Physiology index;

Described Human Physiology Monitoring Indexes module is also for receiving the every Human Physiology achievement data by described Human Physiology achievement data acquisition module input, the every Human Physiology achievement data receiving and the healthy benchmark data of described Human Physiology index are compared, determine that according to comparative result wherein one or more Human Physiology index exists when abnormal, generate Human Physiology index alarm command or hospital's query statement;

Described Human Physiology Indexes Abnormality warning module when receiving the Human Physiology index alarm command from described Human Physiology Monitoring Indexes module, sends early warning voice and produces vibration;

Described GPS module, for receiving the positioning instruction of described Human Physiology Monitoring Indexes module, is obtained the positional information of mobile terminal, and is searched module described in the positional information of the mobile terminal getting is sent to;

The described module of searching is when receiving the hospital query statement of described Human Physiology Monitoring Indexes module, using the positional information of mobile terminal and abnormal Human Physiology index as the relevant information for hospital of keyword search;

Described display screen is used for showing electronic chart, and searches the relevant information for hospital that module searches described in indicating on this electronic chart.

Because human body physical signs monitoring method of the present invention and system have adopted integrated various Human Physiology index sensors and be encapsulated in same IC chip, and this IC chip is embedded into the shell on the back of mobile terminal or the technical scheme of bezel locations based on IOS system or Android system, can only for example, by electronic equipment (the intelligent hands ring directly contacting with human body skin in prior art so overcome, intelligent watch) monitor and show Human Physiology achievement data, increase customer using cost, cause the little defect of audient colony, realize saving customer using cost, improve the beneficial effect of surcharge and the operation enjoyment of mobile terminal.

Accompanying drawing explanation

Below in conjunction with drawings and Examples, the invention will be further described, in accompanying drawing:

Fig. 1 is the structured flowchart of the Human Physiology index monitoring system that provides of preferred embodiment of the present invention;

Fig. 2 is the structured flowchart of the Human Physiology index selection module that comprises of the Human Physiology index monitoring system shown in Fig. 1;

Fig. 3 is the structured flowchart of the Human Physiology Indexes Abnormality Human Physiology Indexes Abnormality warning module that comprises of the Human Physiology index monitoring system shown in Fig. 1;

Fig. 4 is the structured flowchart of the Human Physiology index collection module that comprises of the Human Physiology index monitoring system shown in Fig. 1;

Fig. 5 is the flow chart of the Human Physiology Monitoring Indexes method that provides of preferred embodiments of the present invention.

The specific embodiment

In order to solve can only for example, monitoring and show Human Physiology achievement data by the extra electronic equipment (intelligent bracelet) directly contacting with human body skin of existing in prior art, cause customer using cost to increase, the defect that audient colony is little, main innovate point of the present invention is: 1) by integrated various Human Physiology index sensors and be encapsulated in same IC chip, and this IC chip is embedded into shell on the back or the bezel locations of the mobile terminal based on IOS system or Android system, to reduce hardware and software development cost, shorten the construction cycle; 2) interactive mode between user and mobile terminal is versatile and flexible, has increased the recreational of mobile terminal; 3) mobile terminal can be according to the every Human Physiology index collecting the situation that departs from respect to the reference value of this Human Physiology index, on display screen 600, eject the change curve of this abnormal Human Physiology index along time shaft, and send early warning signal, or take this abnormal Human Physiology index as the nearer relevant information for hospital of keyword search distance users current location, and on the electronic chart of display screen 600, identify this information for hospital and suggestion route.

Because the present invention has adopted integrated various Human Physiology index sensors and be encapsulated into in an IC chip, and this IC chip is embedded into the shell on the back of mobile terminal or the design of bezel locations based on IOS or Android operating system, so solved in prior art and can only obtain Human Physiology achievement data by the extra electronic equipment directly contacting with human body skin, increase customer using cost, and cause the little technical problem of audient colony, realized various Human Physiology index sensors by embedding mobile terminal shell on the back or bezel locations monitors the various data of physiological index of human body in the time that mobile terminal and human body skin come in contact, according to Human Physiology Monitoring Indexes result, the health status of mobile phone users is carried out to tentative diagnosis, on display screen 600, eject the abnormal Human Physiology index change curve of countershaft at any time, and provide coherent reference suggestion (for example medical hospital's positional information or medicine) according to user's body health status, improve the surcharge of mobile terminal and the object of operation enjoyment thereby reach.

In order to make object of the present invention clearer, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein, only in order to explain the present invention, is not intended to limit the present invention.

As shown in Figure 1, human body physiologic index monitoring system of the present invention comprises mobile terminal and embeds the Human Physiology index selection module of this mobile terminal.Human Physiology IndexesAbnormality warning module 500 that this mobile terminal further comprises Human Physiology Monitoring Indexes module 300, be electrically connected respectively with this Human Physiology Monitoring Indexes module 300,search module 200, memory module 400, GPS module 700 and display screen 600.Wherein, this Human Physiologyindex selection module 100 can be based on I²the agreement such as C or SPI or MIPI and mobile terminal communicate.In preferred embodiments of the present invention, Human Physiologyindex selection module 100 is passed through I with mobile terminal²c bus communicates.

This Human Physiologyindex selection module 100 is for detection of when contacting produced triggering signal by mobile terminal with human body, the triggering signal sensing is sent to Human Physiology Monitoring Indexes module 300, and receive the Human Physiology index collection instruction that generated by this Human Physiology Monitoring Indexes module 300, to carry out human body data of physiological index sampling work, and the Human Physiology achievement data collecting is input to this Human Physiology Monitoring Indexes module 300 in the second time threshold T2.

This memory module 400 is for storing the Human Physiology index benchmark data of weighing Human Physiology index health status.

The Human Physiology achievement data that this Human Physiology Monitoring Indexes module 300 also receives for basis generates one for reflecting the change curve of Human Physiology index along time shaft, and stores this into memory module 400 for reflecting Human Physiology index along the change curve of time shaft.

This Human Physiology Monitoring Indexes module 300 is also for extracting maximum and the minima of each Human Physiology achievement data, and calculates the difference of this maximum and minima and the corresponding Human Physiology index of this Human Physiology index benchmark data.

As judging the maximum in above-mentioned difference, this Human Physiology Monitoring Indexes module 300 is no more than the normal domain of walker of this Human Physiology index, this Human Physiology Monitoring Indexes module 300 obtains all normal conclusions of the every physical signs of user, does not carry out any operation.

As judging the maximum in above-mentioned difference, this Human Physiology Monitoring Indexes module 300 is positioned at the dangerous domain of walker of this Human Physiology index, this Human Physiology Monitoring Indexes module 300 reads Human Physiology index in memory module 400 change curve along time shaft, and this Human Physiology index is sent to display screen 600 along the change curve of time shaft show, early warning signal from Human Physiology Indexes Abnormality to Human Physiology Indexes Abnormality Human Physiology IndexesAbnormality warning module 500 simultaneously that send for representing, make this Human Physiology Indexes Abnormality Human Physiology IndexesAbnormality warning module 500 send early warning voice and produce vibration, so that user is reminded.

As judging the maximum in above-mentioned difference, this Human Physiology Monitoring Indexes module 300 exceeds normal domain of walker and the dangerous domain of walker of this Human Physiology index simultaneously, this Human Physiology Monitoring Indexes module 300 is controlled GPS module 700 mobile terminal is positioned, and obtains the positional information of mobile terminal.This Human Physiology Monitoring Indexes module 300 is also for the positional information of the mobile terminal from GPS module 700 and abnormal Human Physiology index are input to andsearch module 200, and sends hospital's query statement to searchingmodule 200.

Thissearch module 200 for using the positional information of the mobile terminal receiving and abnormal Human Physiology index as keyword by the internet hunt information for hospital of being correlated with, and the information for hospital finding is transferred back to this Human Physiology Monitoring Indexes module 300.

This Human Physiology Monitoring Indexes module 300 is also for filter out the nearest hospital of distance users current location from the hospital receiving, and on the electronic chart of display screen 600, indicates the more specific location information of this hospital.

Wherein, this Human Physiology index selection module can be integrated and be encapsulated in the various Human Physiology index sensors in same IC chip.This mobile terminal can be mobile phone or the panel computer based on IOS system or Android system.This Human Physiology Monitoring Indexes module 300 and this are searched the CPU thatmodule 200 can be mobile phone or panel computer.

As shown in Figure 2, Human Physiology index selection module comprises touchingsensing unit 101, the Human Physiologyindex collection unit 102 being electrically connected with this touching sensing unit 101.This touchingsensing unit 101 is for surveying the triggering signal being produced by the touching of mobile terminal and human body.This Human Physiologyindex collection unit 102 for activating and carry out human body data of physiological index collecting work in the time that this touchingsensing unit 101 detects above-mentioned triggering signal.

As shown in Figure 3, Human Physiology Indexes Abnormality Human Physiology IndexesAbnormality warning module 500 comprises theloudspeaker unit 501 of the early warning voice for sending expression Human Physiology Indexes Abnormality and thevibration unit 502 for generation of vibration.Thisloudspeaker unit 501 can be the loudspeaker of mobile phone or panel computer, and thisvibration unit 502 can be the vibrating motor of mobile phone or panel computer.

As shown in Figure 4, this Human Physiology index collection module comprise theheart rate sensor 201 of the heart rate for measuring user, for measuring thepressure transducer 202 of user's blood pressure and for measuring thetemperature sensor 203 of user's body temperature.

To, take preferred embodiments of the present invention as example, human body physical signs monitoring method of the present invention be described below:

As shown in Figure 5, in step S101, user opens the Human Physiology setup measures option of mobile terminal, the healthy benchmark data of every Human Physiology index of selecting the system default in these setting options to arrange, and the every physical signs of human body normally stir scope and scope is stirred in danger, or as required value, normal fluctuation range and the dangerous fluctuation range of the healthy benchmark data of above-mentioned every Human Physiology index are suitably adjusted, made it more meet individual subscriber situation.User exits after above-mentioned setting, again open the setting options of mobile terminal, and in these setting options, be provided for respectively judging whether to close the very first time threshold value T1 of Human Physiology Monitoring Indexes program and for judging whether to stop the second time threshold T2 of Human Physiology index sampling operation.In preferred embodiments of the present invention, this very first time, threshold value T1 was 2 minutes, and this second time threshold T2 is 10 seconds.

In step S102, touchingsensing unit 101 detects by mobile terminal and human body touches the triggering signal producing, and sends the instruction of Human Physiology Monitoring Indexes to mobile terminal.Mobile terminal receives after this Human Physiology Monitoring Indexes instruction, carries out human body physical signs monitoring facilities, carries out human body data of physiological index collecting work by Human Physiologyindex collection unit 102.

In the present invention, astouch sensing unit 101 and detect that for example, this touchingsensing unit 101 only sends the physical signs Monitoring instruction of human body specific part to mobile terminal by the triggering signal that touching produced of the specific part (wrist) of mobile terminal and human body.Mobile terminal is received after this instruction, carries out human body physical signs monitoring facilities, gathers Human Physiology achievement data (the correspond to human heart rate data) collecting work relevant to this human body specific part by Human Physiologyindex collection unit 102.

Start after Human Physiology Monitoring Indexes program at mobile terminal, astouch sensing unit 101 and in very first time threshold value T1, do not detect yet by mobile terminal and human body and touch the triggering signal being produced, send and stop the instruction of Human Physiology Monitoring Indexes to mobile terminal, make mobile terminal stop the Human Physiology Monitoring Indexes program of running background, to reduce system power dissipation, prolongs standby time.

In step S103, Human Physiology Monitoring Indexes module 300 receives the every Human Physiology achievement data being collected in Human Physiology achievement data acquisition time T2 by Human Physiologyindex collection unit 102, and generate one based on this every Human Physiology achievement data receiving and represent the change curve of every Human Physiology index along time shaft, and store this Human Physiology index into memory module 400 along the change curve of time shaft.

In step S104, Human Physiology Monitoring Indexes module 300 is first extracted maximum and the minima of every Human Physiology index in Human Physiology achievement data acquisition time T2, read again the reference value of every Human Physiology index on the healthy datum curve of Human Physiology index, finally calculate the difference of the maximum of every Human Physiology index and the reference value of minima and this Human Physiology index, and choose the maximum in gained difference.

In step S105, as judging the maximum of the difference of a certain Human Physiology index and its reference value, Human Physiology Monitoring Indexes module 300 do not exceed the normal fluctuation range of this Human Physiology index, return to step S102.

In step S105, as judging the maximum of the difference of a certain Human Physiology index and its reference value, Human Physiology Monitoring Indexes module 300 exceeds the normal fluctuation range of this Human Physiology index, jump to next step S106.

In step S106, Human Physiology Monitoring Indexes module 300 judges that the maximum of the difference of this Human Physiology index and its reference value does not exceed the dangerous fluctuation range of this Human Physiology index.

In step S107, Human Physiology Monitoring Indexes module 300 is searched this abnormal Human Physiology index of storage in memory module 400 along the variation curve of time shaft, and this curve is sent to display screen 600 show, send Human Physiology Indexes Abnormality early warning signal to Human Physiology Indexes Abnormality Human Physiology IndexesAbnormality warning module 500 simultaneously.Human Physiology Indexes Abnormality Human Physiology IndexesAbnormality warning module 500 receives after Human Physiology Indexes Abnormality early warning signal, plays early warning voice by loudspeaker module, and produces vibration byvibration unit 502.

In step S106, Human Physiology Monitoring Indexes module 300 judges that the maximum of the difference of this Human Physiology index and its reference value has exceeded the dangerous fluctuation range of this Human Physiology index.

In step S108, Human Physiology Monitoring Indexes module 300 is moved map program, on display screen 600, shows electronic chart, and sends mobile terminal positioning instruction to GPS module 700.GPS module 700 is received after this instruction, obtains the positional information of mobile terminal, and the positional information of the mobile terminal getting is returned to Human Physiology Monitoring Indexes module 300.Human Physiology Monitoring Indexes module 300 is input to the positional information of the mobile terminal receiving and abnormal Human Physiology index to search module 200.Search module 200 is associated the positional information of the mobile terminal receiving and abnormal Human Physiology index by internet hunt as keyword information for hospital with this keyword, from all hospitals that search, filter out the hospital nearer apart from the positional information of this mobile terminal, and further search the suggestion route from the current location of mobile terminal to this objective hospital.

In step S109,search module 200 positional information of the hospital of screening and suggestion route are transferred back to Human Physiology Monitoring Indexes module 300.The positional information of the hospital receiving and suggestion route are sent to display screen 600 by Human Physiology Monitoring Indexes module, makes display screen 600 on electronic chart, identify more specific location information and the suggestion route of this hospital.

In the present invention, user also can adopt and mobile terminal and health are carried out to the interactive mode that of short duration contact (needing to guarantee to be more than or equal to the second time threshold T2 this time of contact 10 seconds) carry out slight wobble to mobile phone afterwards send Human Physiology index query statement to mobile terminal.Mobile terminal gathers every Human Physiology achievement data by above-mentioned steps of the present invention, and generate the change curve of a Human Physiology index along time shaft based on the Human Physiology achievement data collecting in this second time threshold T2, and on display screen 600, eject this Human Physiology index and check for user along the change curve of time shaft.

The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, all any modifications of doing within the spirit and principles in the present invention, be equal to and replace and improvement etc., within all should being included in protection scope of the present invention.

Claims (10)

Translated fromChinese

1.一种人体生理指标监测方法，其特征在于，包括如下步骤：1. A human body physiological index monitoring method, is characterized in that, comprises the steps:S1)移动终端在接收到其与人体触碰所产生的触发信号时，启动人体生理指标监测程序，并向人体生理指标获取模块(100)发出人体生理指标数据采集指令；S1) When the mobile terminal receives the trigger signal generated by its contact with the human body, it starts the human physiological index monitoring program, and sends a human physiological index data collection instruction to the human physiological index acquisition module (100);S2)人体生理指标获取模块(100)根据接收到的人体生理指标数据采集指令执行人体生理指标数据采集工作，并将采集的人体生理指标数据发送到移动终端；S2) The human physiological index acquisition module (100) executes the human physiological index data collection work according to the received human physiological index data collection instruction, and sends the collected human physiological index data to the mobile terminal;S3)移动终端将接收到的人体生理指标数据中的各项人体生理指标与用于衡量人体生理健康状况的人体生理指标健康基准值进行比较，根据比较结果执行相应操作。S3) The mobile terminal compares various human physiological indicators in the received human physiological indicator data with the health reference value of the human physiological indicators used to measure the human physiological health status, and performs corresponding operations according to the comparison results.2.根据权利要求1所述的人体生理指标监测方法，其特征在于，在所述步骤S1之前还包括如下步骤：2. The human body physiological index monitoring method according to claim 1, is characterized in that, before described step S1, also comprises the following steps:S0)设置人体生理指标健康基准线，以及相对于该条人体生理指标健康基准线的人体各项生理指标的正常波动范围及危险波动范围；S0) Set the healthy baseline of human physiological indicators, and the normal fluctuation range and dangerous fluctuation range of various physiological indicators of the human body relative to the healthy baseline of human physiological indicators;设置用于判断是否关闭人体生理指标监测程序的第一时间阈值T1、以及用于判断是否停止人体生理指标采样操作的第二时间阈值T2。Set the first time threshold T1 for judging whether to close the human physiological index monitoring program, and the second time threshold T2 for judging whether to stop the human physiological index sampling operation.3.根据权利要求2所述的人体生理指标监测方法，其特征在于，所述步骤S1还包括：如在第一时间阈值T1内未检测到由移动终端与人体触碰所产生的触发信号，则停止后台的人体生理指标监测程序的运行。3. The method for monitoring human physiological indicators according to claim 2, wherein the step S1 further comprises: if no trigger signal generated by the touch between the mobile terminal and the human body is detected within the first time threshold T1, Then stop the operation of the human physiological index monitoring program in the background.4.根据权利要求1所述的人体生理指标监测方法，其特征在于，所述步骤S1还包括：如检测到由移动终端与人体特定部位的触碰所产生的触发信号，则向人体生理指标获取模块(100)发出该人体特定部位的人体生理指标数据采集指令。4. The method for monitoring human physiological indicators according to claim 1, characterized in that, said step S1 further comprises: if a trigger signal generated by the touch between the mobile terminal and a specific part of the human body is detected, sending a report to the human physiological indicators The acquisition module (100) issues an instruction for collecting data of human physiological indicators of the specific part of the human body.5.根据权利要求2所述的人体生理指标监测方法，其特征在于，所述步骤S3中所述将采集到的各项人体生理指标与用于衡量人体生理健康状况的人体生理指标基准数据进行比较的步骤还包括：5. the human body physiological index monitoring method according to claim 2, is characterized in that, each human body physiological index that will collect described in the described step S3 is carried out with the human body physiological index reference data that is used to measure human body physiological health condition The comparison steps also include:S31)提取在第二时间阈值T2内采集到的各项人体生理指标的最高值与最低值；S31) Extracting the highest and lowest values of various human physiological indicators collected within the second time threshold T2;S32)查找各项人体生理指标在人体生理指标健康基准线上的对应的基准值；S32) Find the corresponding reference value of each human physiological index on the healthy baseline of the human physiological index;S33)将每一项人体生理指标的最高值及最低值与该项人体生理指标在该人体生理健康基准线上对应的基准值进行比较。S33) Comparing the highest value and the lowest value of each human physiological index with the corresponding reference value of the human physiological index on the human physiological health baseline.6.根据权利要求5所述的人体生理指标监测方法，其特征在于，在所述步骤S33之后还包括如下步骤：6. The human body physiological index monitoring method according to claim 5, is characterized in that, after described step S33, also comprises the following steps:S34)如判断某项人体生理指标在第二时间阈值T2内的最高值及最低值与该项人体生理指标在该条人体生理指标参考基准线中的基准值的差值的最大值位于该项人体生理指标的正常波动范围内，则基于该第二时间阈值T2内所采集到的该项人体生理指标数据生成一条用于反映该项人体生理指标沿时间轴的变化曲线，并存储该条用于反映该项人体生理指标沿时间轴的变化曲线；S34) If it is judged that the maximum value of the difference between the highest value and the lowest value of a certain human physiological index within the second time threshold T2 and the reference value of the human physiological index in the reference baseline of the human physiological index is located in the item Within the normal fluctuation range of the human physiological index, a curve for reflecting the change of the human physiological index along the time axis is generated based on the data of the human physiological index collected within the second time threshold T2, and the bar is stored for To reflect the change curve of the physiological index of the human body along the time axis;如判断某项人体生理指标在第二时间阈值T2内的最高值及最低值与该项人体生理指标在该条人体生理指标健康基准线中的基准值的差值的最大值超过该项人体生理指标的正常波动范围，则基于该第二时间阈值T2内所采集到的该项人体生理指标数据生成一条用于反映该项人体生理指标沿时间轴的变化曲线，并在显示屏(600)上弹出该条曲线，同时发出用于表示人体生理指标异常的预警信号。If it is judged that the maximum value of the difference between the highest value and the lowest value of a certain human physiological index within the second time threshold T2 and the reference value of the human physiological index in the health baseline of the human physiological index exceeds the maximum value of the human physiological index For the normal fluctuation range of the index, a curve for reflecting the change curve of the human physiological index along the time axis is generated based on the data of the physiological index of the human body collected within the second time threshold T2, and displayed on the display screen (600) The curve pops up, and at the same time, an early warning signal indicating abnormalities in human physiological indicators is issued.7.根据权利要求6所述的人体生理指标监测方法，其特征在于，在所述步骤S34之后还包括如下步骤：7. The human body physiological index monitoring method according to claim 6, is characterized in that, after described step S34, also comprises the following steps:S35)判断该项人体生理指标在第二时间阈值T2内的最高值及最低值与该项人体生理指标在该条人体生理指标健康基准线上的基准值的差值中的最大值是否超过该项人体生理指标的危险波动范围。S35) Judging whether the maximum value of the difference between the highest value and the lowest value of the human physiological index within the second time threshold T2 and the reference value of the human physiological index on the health baseline of the human physiological index exceeds the maximum value The dangerous fluctuation range of the physiological indicators of the human body.8.根据权利要求7所述的人体生理指标监测方法，其特征在于，如判断所述步骤S35中该项人体生理指标在第二时间阈值T2内的最高值及最低值与该项人体生理指标在该条人体生理指标健康基准线上的基准值的差值中的最大值超过该项人体生理指标的危险波动范围时，则继续发出所述预警信号并执行以下步骤：8. The human physiological index monitoring method according to claim 7, characterized in that, as judging the highest value and the lowest value of the physiological index of the human body in the second time threshold T2 in the step S35 and the physiological index of the human body When the maximum value of the difference between the reference values on the health baseline of the human physiological index exceeds the dangerous fluctuation range of the human physiological index, continue to issue the warning signal and perform the following steps:S36)运行地图程序，打开电子地图；S36) Run the map program to open the electronic map;S37)获取移动终端的当前位置信息；S37) Acquiring the current location information of the mobile terminal;S38)将该项人体生理指标及该移动终端的当前位置信息作为关键字搜索相关医院信息；S38) using the item of human physiological index and the current location information of the mobile terminal as keywords to search for relevant hospital information;S39)从搜索到的所有医院中筛选出距离移动终端的当前位置较近的若干家医院，并在电子地图上标示出筛选的医院的具体位置信息。S39) Screen out several hospitals that are closer to the current location of the mobile terminal from all the searched hospitals, and mark the specific location information of the screened hospitals on the electronic map.9.一种人体生理指标监测系统，其特征在于，包括移动终端、以及嵌入所述移动终端的人体生理指标数据获取模块(100)；9. A human physiological index monitoring system, characterized in that it includes a mobile terminal and a human physiological index data acquisition module (100) embedded in the mobile terminal;所述人体生理指标数据获取模块(100)用于检测由所述移动终端与人体触碰所产生的触发信号，并将该触发信号发送到所述移动终端；The human physiological index data acquisition module (100) is used to detect a trigger signal generated by the touch between the mobile terminal and the human body, and send the trigger signal to the mobile terminal;所述移动终端用于接收到该触发信号时，向所述人体生理指标数据获取模块(100)发出人体生理指标数据采集指令；The mobile terminal is configured to send a human physiological index data collection instruction to the human physiological index data acquisition module (100) when receiving the trigger signal;所述人体生理指标数据获取模块(100)还用于依照接收到的人体生理指标数据采集指令执行人体生理指标数据的采集工作，并将采集的人体生理指标数据传输到所述移动终端；The human physiological index data acquisition module (100) is also used to execute the collection of human physiological index data according to the received human physiological index data collection instruction, and transmit the collected human physiological index data to the mobile terminal;所述移动终端还用于将接收到的各项人体生理指标数据与其预存的用于衡量人体生理健康状况的人体生理指标健康基准数据进行比较，根据比较结果执行相应操作。The mobile terminal is also used to compare the received human physiological index data with the pre-stored human physiological index health reference data for measuring the physiological health of the human body, and perform corresponding operations according to the comparison results.10.根据权利要求9所述的人体生理指标监测系统，其特征在于，所述人体生理指标数据获取模块(100)包括触碰感应单元(101)及人体生理指标采集单元(102)；所述移动终端包括人体生理指标监测模块(300)、与所述人体生理指标监测模块(300)分别电连接的存储模块(400)、人体生理指标异常预警模块(500)、GPS模块(700)、查找模块(200)及显示屏(600)；10. The human physiological index monitoring system according to claim 9, characterized in that, the human physiological index data acquisition module (100) includes a touch sensing unit (101) and a human physiological index acquisition unit (102); The mobile terminal includes a human body physiological index monitoring module (300), a storage module (400) electrically connected to the human body physiological index monitoring module (300), an abnormal human body physiological index early warning module (500), a GPS module (700), a search Module (200) and display screen (600);所述触碰感应单元(101)用于检测由移动终端与人体触碰所产生的触发信号，并将该触发信号发送到所述人体生理指标监测模块(300)；The touch sensing unit (101) is used to detect a trigger signal generated by the touch between the mobile terminal and the human body, and send the trigger signal to the human body physiological index monitoring module (300);所述人体生理指标采集单元(102)用于接收由所述人体生理指标监测模块(300)发出的人体生理指标数据采集指令，执行人体生理指标数据采集工作，并将采集到的人体生理指标数据输入到所述人体生理指标监测模块(300)；The human physiological index collection unit (102) is used to receive the human physiological index data collection instruction issued by the human physiological index monitoring module (300), execute the human physiological index data collection work, and collect the collected human physiological index data input to the human physiological index monitoring module (300);所述存储模块(400)用于存储所述人体生理指标健康基准数据；The storage module (400) is used for storing the health reference data of the human physiological indicators;所述人体生理指标监测模块(300)用于将由所述人体生理指标采集单元(102)输入的人体生理指标数据与所述人体生理指标健康基准数据进行比较，根据比较结果确定其中一项或多项人体生理指标存在异常时，生成人体生理指标预警指令或医院查询指令；The human physiological index monitoring module (300) is used to compare the human physiological index data input by the human physiological index acquisition unit (102) with the human physiological index health reference data, and determine one or more of them according to the comparison result. When an item of human physiological indicators is abnormal, a human physiological indicator warning command or a hospital query command is generated;所述人体生理指标异常预警模块(500)用于接收到来自所述人体生理指标监测模块(300)的人体生理指标预警指令时，发出预警语音并产生振动；The abnormal human physiological index early warning module (500) is used to send out early warning voice and generate vibration when receiving the human physiological index early warning instruction from the human physiological index monitoring module (300);所述GPS模块(700)用于接收所述人体生理指标监测模块(300)的定位指令，获取移动终端的位置信息，并将获取到的移动终端的位置信息发送到所述查找模块(200)；The GPS module (700) is configured to receive a positioning instruction from the human physiological index monitoring module (300), obtain the location information of the mobile terminal, and send the obtained location information of the mobile terminal to the search module (200) ;所述查找模块(200)用于接收到所述人体生理指标监测模块(300)的医院查询指令时，将移动终端的位置信息及异常人体生理指标作为关键字搜索相关医院信息；The search module (200) is used to search for relevant hospital information using the location information of the mobile terminal and abnormal human physiological indicators as keywords when receiving the hospital query instruction from the human physiological index monitoring module (300);所述显示屏(600)用于显示电子地图，并在该电子地图上标示出所述查找模块(200)所搜索到的相关医院信息。The display screen (600) is used for displaying an electronic map, and marking relevant hospital information searched by the searching module (200) on the electronic map.

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