CN105078437A - Wearable human abnormity monitoring and alarming system and working method thereof - Google Patents
Wearable human abnormity monitoring and alarming system and working method thereof Download PDFInfo
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Abstract
The invention provides a wearable human abnormity monitoring and alarming system and a working method thereof; the wearable human abnormity monitoring and alarming system comprises a wearable device which is used for acquiring real-time activities and heart rate conditions of a wearer and for judging whether alarming is implemented or not, wherein the wearable device is provided with a three-axis acceleration sensor, a heart rate sensor, a clock module, a vibrator, a help button, a storage battery module, a first wireless signal receiving and transmitting module and a control module; the wearable device is also provided with an application gateway which is used for storing data acquired by the wearable device and for achieving information interaction with related mobile terminals, wherein the application gateway is provided with a second wireless signal receiving and transmitting module, a data storage module, a processing and control module and a mobile or wired communication module. The wearable device can be used for judging whether the problem of sudden consciousness loss with the symptom of abnormal heart rate occurs or not through heart rate when the wearer is continuously immovable, and can be used for transmitting alarming and help information to related mobile terminal users through the application gateway, so as to rescue timely.
Description
Technical field
The present invention relates to Real-Time Monitoring and the alarm field of sign exception.Be specifically related to a kind of by Wearable device monitoring human body physical sign unusual condition and the in time alarm system and method for seeking help.
Background technology
In recent years, along with the enhancing of health of people consciousness, the device requirement that market is tested for portable-type life sign is explosive growth, as sphygomanometer, blood glucose meter, BOLD contrast etc.The aging speed of Chinese society is quickly simultaneously, and according to public data, the old people in more than 60 years old, the whole nation about has 200,000,000 now, and to the year two thousand twenty, these digital nearly 2.5 hundred million people of riseing.Except except the specialization monitoring of medical associated mechanisms, greatly can promote the utilization ratio of medical resource to the real-time characteristic monitoring system that also alarm is in time sought help of population at risk, save the life of patient in time.For the monitoring of real-time sign and alarm, typical equipment is comprehensive monitoring instrument.This equipment real-time continuous can measure heart rate, blood oxygen, respiratory frequency, electrocardiogram, blood pressure etc., and when key index exceedes pre-determined threshold, equipment can initiatively send a warning message to monitor center, reminds medical personnel to process in time.This functions of the equipments are fairly perfect, but volume ratio is comparatively large, and it is not too convenient to use, and is generally used for the monitoring of critical patient in hospital.Except comprehensive monitor system, the test instrunment of some portable specific functions is widely used in recent years.Such as a large amount of families have purchased portable sphygomanometer and blood glucose meter.
On the other hand, along with the develop rapidly of sensing, electronics and software engineering, some are with the portable of sign control functions, and even Wearable commercially obtains certain application.Main application is in movement monitoring field, as heart rate band, heart rate monitor, BOLD contrast etc., can provide crucial sign information timely for athlete or sports fan, and lifter motion effect also reduces the risk of hyperkinesia.Portable intelligent device based on MEMS motion sensor can provide the information of basic exercise situation easily, as various motion bracelet and pedometer etc.Further by portable, even wearable intelligent equipment, the functions such as the collection that before organic interaction of cloud and smart mobile phone can realize, some complex device or system just can complete, analyzing and processing, notice and feedback.Present wearable intelligent device (as intelligent watch) can integrated multiple sensors, Dian Xingru: accelerometer, temperature, humidity, pulse frequency etc., and by with high in the clouds or/and the information interaction of smart mobile phone etc. realizes complicated function.
Notification number is the innovation and creation that the Chinese invention patent of CN104055518A discloses " a kind of fall detection watch and fall detection method " by name.This watch for fall detection comprises acceleration transducer, gyro sensor, magnetometer sensor, baroceptor etc., the accekeration of user can be detected by these sensors, the inclination angle of user in its direction of motion and the vertical position variable quantity of user, when user falls, when watch detects that accekeration, inclination angle value and vertical position variable quantity all exceed threshold value, main control unit judges that user falls.In preferred scheme, also comprise a heart rate sensor in watch, after judging that user falls, then detect the heart rate value of three minutes, if exception and user initiatively do not seek help, then watch initiatively sends help information by wireless signal.
This invention is just carried out detecting and reporting to the police for this specific situation of falling, and by the collection analysis of multisensor to the process of falling, Measures compare is complicated, and the risk producing erroneous judgement is very high.And heart rate measurement is just as the supplementary means judging whether to need alarm after determining to fall.
In actual environment, user occurs that the factor of falling in a swoon suddenly is very many, even if fall after dizzy, detects (acceleration, inclination angle and vertical position change) and is also difficult to identify, cause and seriously fail to report by the motion of wrist.According to medical information, loss of consciousness person majority can occur abnormal in HRV index etc., directly carries out risk judgment can reduce because of the complicated differentiation difficulty caused of process factors of falling from the crucial physical sign parameters change after loss of consciousness.
Summary of the invention
Main purpose of the present invention be to provide a kind of based on human body real-time activity state and heart rate judge wearer whether be in heart rate exception stupor, faint and the critical condition such as sudden cardiac arrest Wearable device and initiatively send the system of alarm and help information.
Another object of the present invention is to provide a kind of time, active state and heart rate data combination gathered by Wearable device and judges whether wearer is in the loss of consciousness state of heart rate exception and the active alarm method of seeking help.
For realizing main purpose of the present invention, alarm help-asking system provided by the invention comprises Wearable device, for obtaining wearer's real time kinematics state and heart rate situation, wherein be provided with the acceleration transducer of monitoring wearer active state, monitor heart rate situation heart rate sensor, there is provided the clock module of time clock feature, the battery module of power supply, the first wireless signal transceiver module communicated with application gateway and the controller module coordinating above-mentioned module work.System is also provided with application gateway, for storing, wearer's sign information of obtaining of analyzing and processing Wearable device result can be sent to the intelligent mobile terminal of specific user by public telecommunication network.The the second wireless signal transceiver module communicated with Wearable device is provided with in application gateway, the memory module of the data that storage object wearing device gathers and application gateway and mobile terminal interactive information, carry out process and the control module of Data Analysis Services, and send movement or the wire communication module of information to intelligent mobile terminal by public telecommunication network.Whether the heartbeat signal determination equipment that application gateway is sent by Wearable device is at net.
From such scheme, wearable human exception monitoring warning system is by the active state of acceleration transducer Real-Time Monitoring wearer, if acceleration signal continues to be less than a threshold value, then infer that wearer remains static, now start the real-time heart rate that heart rate sensor obtains wearer, and binding time and the common basic data of wearer compare, if exceed threshold value, among can judging that wearer's possibility is in the hole, alarm help signal is wirelessly sent to application gateway by Wearable, mobile radio communication or fixed broadband net is passed through again by application gateway, the intelligent mobile terminal of recipient is passed to (as flat board in the mode such as note or information pushing, smart mobile phone etc.) on.Can intervene in time after recipient receives help signal, reduce the security risk of wearer.
A preferred scheme is, Wearable device is made into wrist-watch form and wears to facilitate, and accordingly, acceleration transducer can select the three axis accelerometer of MEMS technology.Heart rate sensor is electro-optical pickoff, and wrist can reliably be measured the heart rate of wearer.Clock module can provide the clocking capability of wrist-watch on the one hand, and the time coordinate being used as data is on the other hand convenient to the analysis of data.Application gateway is used for the terminal of data record, process and externally communication as an independent equipment.According to application scenarios, it both can merge with Wearable device, and adopted mobile communication module and PERCOM peripheral communication; Also independently can exist, become multi-purpose and collect mouth, and by movement/wire communication module and PERCOM peripheral communication.
Another preferred version is, vibrator reminder feature is set in Wearable device and button of seeking help, when Wearable device detects abnormal, first early warning mechanism is started, namely trigger vibrator and remind wearer, if wearer does not initiatively close vibration, then alarm distress signals are sent on the intelligent terminal of user by application gateway by Wearable device.Alarm by mistake can be reduced like this, the accuracy of elevator system.When wearer wants help and when having disposal ability, this button can be used to obtain relief.
Another preferred version is in application gateway, arrange special locating module, if without such locating module, system is the position being judged roughly wearer by movement/wire communication module that application gateway is built-in.If built-in wired communication module, then wearer is in the effective communication distance of the wireless communication module be in Wearable device.Such as: application gateway is arranged at wearer family, then whether known wearer is at home.If built-in mobile communication module, then can be known by inference the approximate location of wearer equally by the position of application gateway.Now the position of application gateway can adopt the LBS service of mobile operator to obtain.After arranging special locating module, especially when wearer leaves home, can realize locating fast and accurately by GPS location and LBS bit combination, the salvaging after facilitating alarm to cry for help.
For realizing another above-mentioned object, the method of work of wearable human exception monitoring warning system provided by the invention comprises the acceleration signal of wearer's activity, heart rate signal and time, wirelessly application gateway is sent to by the alarm help signal produced after above-mentioned information analysis, gateway records log information, and alarm help signal is sent on the mobile terminal of recipient by mobile or cable network by application gateway.
From such scheme, the active state of wearer is detected by acceleration sensor, the real-time heart rate that heart rate sensor detects wearer is opened when wearer is motionless, if center value exceedes the threshold value (excessive or too small) of setting, then alarm distress signals are given specific recipient by application gateway by wearable device, by the timely intervention of recipient, reduce the security risk of wearer.First detect wearer by acceleration transducer and whether be in active state, open the method that heart rate sensor detects the real-time heart rate of wearer again, the electric quantity consumption of Wearable device can be reduced, extend the charging interval of Wearable device, simultaneously also reduce unnecessary measurement data, can the efficiency of effective elevator system operation on the basis ensureing the effect that alarm is sought help.
Preferred scheme is, the time that event occurs can be known by time module, the daily rule of life of wearer can be related to thus, as wearer in a sleep state, heart rate detection is triggered than being easier to, system by the contrast with daily reference data, can judge that whether wearer is abnormal more accurately.The both-way communication mechanism of simultaneity factor to can be implemented under particular case by recipient by the motion of intelligent terminal's active obtaining wearer and heart rate situation.Visible, the method will realize judging accurately comprehensively to analyze physical activity, heart rate, time point and wearer's reference data.
Further scheme is, it is alert that Wearable device first carries out advance notice before sending alarm distress signal, namely Vibration on Start-up parts remind whether wearer is wrong report, if do not cancel pre-alarm in the time range of setting, then send alarm distress signal, and the positional information provided by the locating module (GPS and architecture LBS) in application gateway is also provided in signal.Visible, the method effectively can reduce the frequency of alarm by mistake, and the overall performance of elevator system, the positional information simultaneously determined can conveniently be succoured.
Further scheme is, Wearable device is provided with button of seeking help, and wearer initiatively asks for help by this button.Visible, the method can the function of more sophisticated systems, facilitates wearer to have occurring discomfort to want help during certain behavioral competence and uses.
Accompanying drawing explanation
Fig. 1 is the structured flowchart of wearable human exception monitoring warning system embodiment of the present invention.
Fig. 2 is the flow chart in wearable human exception monitoring alarm method embodiment of the present invention.
Fig. 3 is heart rate threshold acquisition flow chart in this bright wearable human exception monitoring alarm method embodiment.
Below in conjunction with drawings and Examples, the invention will be further described.
Detailed description of the invention
Wearable human exception monitoring warning system of the present invention is sought help for helping wearer's active alarm when having the loss of consciousness problem of heart rate exception, also can provide the information such as some basic activities of wearer and heart rate situation simultaneously.Its alarm method is that wearable human exception monitoring warning system passes through to monitor human body active state, static heart rate and time point in real time, judges the method that the whether abnormal also active alarm of wearer is sought help by analysis after process.
See Fig. 1, wearable human exception monitoring warning system of the present invention has Wearable device 10, application gateway 20 and intelligent mobile terminal 30.Wearable device 10 is fixed on the body of wearer, and typical way is worn in the wrist of wearer with the form of wrist-watch.
Wearable device 10 has acceleration transducer 11, heart rate sensor 12, clock module 13, controller 14, wireless signal transceiver module 15, accumulator 16, vibrator 17 and button 18 of seeking help, acceleration transducer 11 is for detecting the acceleration of motion signal of the active state judging wearer, when the output of sensor is less than the threshold value of setting, can judge that wearer is in the resting state caused by specific reasons, heart rate sensor 12 is for detecting the real-time heart rate signal of wearer, clock module 13 is for providing system time, accumulator 16 provides electric power for Wearable device, wireless signal transceiver module 15 is for transmitting and receive data to application gateway and sending alarm distress signals, controller 14 is for the work of Coordination Treatment aforementioned parts, as the sequencing of acceleration transducer and heart rate sensor work, according to heart rate data, time and threshold decision whether trigger alerts distress signal, transmitting order to lower levels start sensor according to application gateway carries out work etc., whether vibrator 17 there is false alarm for reminding wearer, if alarm signal can be cancelled at normal condition by user, seek help button 18 for want help as wearer but also capax negotii time press transmission help information.
Application gateway 20 has memory module 21, process and control module 22, wireless signal transceiver module 23, movement/wire communication module 24 and locating module 25.Wherein memory module 21 is for all acceleration, heart rate and the time data that store Wearable device and send out and the result data after process and control module 22 analyzing and processing.Process and control module 22, for coordinating the work of an application gateway functional module, can also arrange alarm or prompting in the state according to Wearable formula device 10 on application gateway 20 or intelligent mobile terminal 30.This module can also particular moment (as agreement time point or Wearable device 10 information upload after a special time window in, such mechanism can reduce the electric quantity consumption of wearable device greatly) initiatively issue operational order to Wearable device 10, as fed back wearer's kinestate, heart rate, electricity and time etc., such order also may derive from intelligent mobile terminal 30.Wireless signal transceiver module 23 is for the information interaction between application gateway 20 and Wearable device 10, radio communication (as 433MHz) technology can be adopted to realize, and movement/wire communication module 24 is for carrying out information interaction by public communication network between application gateway 20 and the intelligent mobile terminal 30 of specific user.As the critical alarm distress signals that send from application gateway 20 or the order etc. of acquisition particular data sent from intelligent mobile terminal.Typical mobile communication communication module has the standards such as GSM, 3G and LTE.Typical wire communication module has the fixed network such as ADSL and optical fiber Wideband module.Locating module 25 has LBS and GPS positioning function, the more specific location information containing wearer in warning help information, the enforcement of convenient relief.
Application gateway 20 can adopt mode flexibly in physics realization, during as wherein adopted mobile communication module, can merge with Wearable device 10, and now communication between the two does not just need wireless module.Merging one can be more flexible in use, but causes object wearing device size bigger than normal and power consumption is difficult to effective control, and the working time is too short.The mode that both split better can solve a difficult problem for size and power consumption, but as the distance between Wearable device 10 and application gateway 20 exceedes the operating distance of wireless signal transceiver module (short distance communication pattern), alarm distress signal cannot be delivered to intelligent mobile terminal by system.The mode split is adapted at family and uses.
In addition, application gateway 20 functionally can be expanded very well, be combined with a greater variety of sensor and executor, become the maincenter of intelligence system, result can be sent to intelligent mobile terminal by application gateway 20 by the sensor with wireless signal transceiver module, and control command can be sent on the device of band wireless signal transceiver module by application gateway 20 by intelligent mobile terminal, as the common air-conditioning work etc. being controlled far-end by mobile phone.
Intelligent mobile terminal 30 is devices that user obtains alarm distress signals, and alternatively, also initiatively can send particular command or information to application gateway 20, typical intelligent mobile terminal has smart mobile phone and panel computer etc.Communication mode between intelligent mobile terminal 30 and application gateway 20 has short message, information pushing and order to issue.
Preferably, wearable device 10 is Wristwatch type, can use as basic wrist-watch, monitor wearer by built-in acceleration transducer 11 and whether be in active state, resting state in this way, Wearable device 10 starts the real-time heart rate of built-in photo-electric heart rate sensor through the skin measurement wearer of wrist, and result and wearer are compared at the heart rate threshold of particular moment, as exceeded standard, enter pre-alarm status, vibrator produces vibrating alert wearer, if wearer does not initiatively cancel, then alarm distress signal is by sending by gateway.If when wearer oneself needs initiatively to seek help in addition, the button of seeking help can pressed on wrist-watch sends help signal.
The workflow of wearable human exception monitoring and warning system is described below in conjunction with Fig. 2 and Fig. 3.Wherein Fig. 2 is the workflow diagram of whole system, and Fig. 3 is the flow process gathering wearer's heart rate threshold, and it is performed when initiating switchup Wearable device or is performed by after the rule transmission instruction of setting by application gateway or application gateway self by intelligent terminal.
After Wearable device electrifying startup, first perform step S1, namely whether judgment device is initiating switchup, if initiating switchup, then equipment can jump to heart rate threshold collecting flowchart automatically, as shown in Figure 3.This is because the basal heart rate of each wearer has larger difference, some people heart rate when tranquility only has about 60 times, some people but reaches about 80 times, and everyone basal heart rate when sleeping and tranquility basal heart rate after reviving daytime have some difference, and the present invention announce system be for each wearer self at times and the basic value of state for reference, avoid because threshold value arranges the unreasonable many erroneous judgements brought.
If equipment is not initiating switchup, then had effective heart rate threshold value in equipment, equipment enters step S2 automatically, i.e. the time clock feature of starting device, and current time can be obtained by wearable device and the mutual rear of application gateway.Simultaneously also starting loop sensor, acceleration transducer constantly gathers the action message of wearer, and these data of analytic record can understand the activity situation of wearer.
Next enter step S3, whether equipment Inspection button of seeking help is pressed, if press, then performs step S10.If seek help, button is not pressed, then enter step S4, and equipment is constantly analyzed acceleration and whether is less than threshold value.If accekeration is greater than threshold value, then continue gather acceleration information and perform step S4.
If acceleration is less than threshold value, then perform step S5.Time delay specific interval, as 1 ~ 3 minute, if accekeration is still less than threshold value, then system judges that wearer enters resting state.
Equipment automatically performs step S6, records the current time and starts heart rate sensor and measure wearer's heart rate at that time.Writing time is for the ease of the heart rate threshold matching ratio with the corresponding time period comparatively.
Next, equipment performs step S7, and the real-time heart rate obtained by heart rate sensor and the heart rate threshold of corresponding period compare, if within normal range, then flow process auto-returned S3, namely system judges that dangerous situation does not appear in wearer, belongs to normal and has a rest or sleep state.These data also can be used for the work and rest state of record analysis wearer in addition, indirectly understand the daily daily life rule of wearer.
If the paranormal thresholding of heart rate (too high or too low) in real time, equipment enters step S8, and system enters alert status, the vibration type reminding device that starting device is built-in.
Next in step s 9, if wearer cancels vibration early warning in the time range of setting, show that wearer does not occur emergency, equipment returns step S3.
If wearer does not cancel vibrating alert in the time range of setting, then there is emergency in system presumption wearer, then perform step S10, alarm distress signals (containing wearer position) are sent to application gateway by built-in wireless communication module by object wearing device, by wireless or cable network, alarm help signal are being sent to intelligent terminal by application gateway.
After the user of intelligent terminal receives alarm distress signals, system performs step S11, and intelligent terminal sends the confirmation that receives to application gateway to cancel the alarm of this locality.
Finally, system enters step S12, and Wearable device records log information, and is synchronized to application gateway and preserves for a long time.Execute S12, system completes a complete cycle, and wearable device returns S3, starts new abnormal monitoring cycle.
Heart rate threshold collection affects the abnormal key factor judged of human body, and its flow process as shown in Figure 3.Heart rate threshold collection or refreshing both automatically can start after starting shooting first, also can send instruction by intelligent terminal and start to application gateway or application gateway active transmitting order to lower levels to wearable device.
The first step is S13, and start clock and acceleration transducer, sensor constantly reads acceleration information, judges whether wearer remains static, i.e. step S14.
When the output of acceleration transducer is less than threshold value, object wearing device remains static, and performs step S15, starts the real-time heart rate that heart rate sensor measures wearer.
Next step S16, the numerical value of wearable device writing time and real-time heart rate.
Then enter step S17, exceed 24 hours when the time of the heart rate data of Ce Lianging, namely covered the work-rest cycle that wearer one is basic, can step S18 have been performed.
In step S18, wearable device by this wearer of data analysis rational heart rate range when resting state of record, and is distinguished by the period, as the morning, noon and afternoon, or analyze the work and rest rule inferring wearer, and distinguish the heart rate threshold under different conditions with this.When the data deficiencies obtained is to generate threshold value table, system automatically prolongs and obtains the time of threshold value.
Last in step S19, the data such as corresponding threshold value are sent to application gateway by radio receiving transmitting module and file, and intelligent terminal can obtain these data by specific order.
Certainly, above-described embodiment is only the present invention's preferably embodiment, can also have a lot of changes during practical application, and such as, the communication between wearable device and application gateway can adopt a lot of wireless protocols, as bluetooth 4.0, low-power consumption WiFi etc.On other occasions, application gateway can be integrated in wearable device, more convenient to use like this, but in power consumption, waterproof, size etc., have many imperfection parts due to current industry technical merit, not preferably embodiment.Wearable transposition both can occur with the form of watch in addition, also may be other forms such as foot ring.These changes also can realize object of the present invention.
Finally it is emphasized that and the invention is not restricted to above-mentioned embodiment, all amendments done within the scope of the present invention, equivalent to replace or improvement etc., all should be included in scope that the present invention protects.
Claims (10)
1. wearable human exception monitoring warning system, comprising:
Mobile terminal (as mobile phone etc.), for receiving alarm help signal and can transmit operation order;
It is characterized in that:
Wearable device, has:
3-axis acceleration sensor, for judging that whether wearer is static;
Heart rate sensor, for measuring real-time heart rate when wearer is in static;
Clock module, for providing time reference;
Battery module, for powering for Wearable device;
Controller, starts heart rate sensor measure the real-time heart rate of wearer according to the output of acceleration transducer after continuing to be less than threshold value, and the heart rate threshold scope suitable according to selection of time, after heart rate continues to exceed threshold range, controller sends alarm help information;
First wireless signal transceiver module, is connected with controller, sends the data and alarm help information sent from controller, receives the data and the information that are sent to Wearable device;
Application gateway, for storing, analyzing and processing Wearable device obtain wearer's information and result and alarm help information are sent to the mobile terminal of specific user by public telecommunication network, have:
Second wireless signal transceiver module, for communicating with described first wireless signal transceiver module;
Memory module, for storing the data and application gateway and mobile terminal interactive information that object wearing device gathers;
Control module, carries out Data Analysis Services and Control on Communication;
Mobile or wire communication module, for alarm to be sought help etc., information sends mobile terminal to by public telecommunication network, and receives the information from mobile terminal.
2. wearable human exception monitoring warning system according to claim 1, is characterized in that:
Also there is vibrator in described Wearable device, after described controller judges that wearer's heart rate exceeds threshold value, first wearer reminded by Vibration on Start-up device, if wearer does not close vibrator in setting-up time, described controller sends alarm help signal by described first wireless signal transceiver module;
Also there is locating module in described application gateway, described process and control module start the particular location that locating module obtains wearer by GPS or LBS service (mobile communication pattern) or wire communication module position (wire communication pattern) after receiving the alarm help information that described Wearable device sends, comprise described positional information in the alarm help signal that application gateway is sent.
3. wearable human exception monitoring warning system according to claim 1, is characterized in that:
Described Wearable device also has button of seeking help, and does not rely on the information of described acceleration transducer, heart rate sensor and clock module, uses this button can directly send alarm help signal.
4. the wearable human exception monitoring warning system according to claim 1 or 2 or 3, is characterized in that:
Described first wireless signal transceiver module and the second wireless signal transceiver module adopt near radio radio circuit or WiFi circuit or Bluetooth circuit.
5. the wearable human exception monitoring warning system according to claim 1 or 2 or 3, is characterized in that:
Described Wearable device and described application gateway can be splits, also can cancel the first and second wireless signal transceiver modules, the Wearable device of combining together.
6. the method for work of wearable human exception monitoring warning system.Described wearable human exception monitoring warning system has Wearable device, application gateway and mobile terminal, it is characterized in that:
The method comprises:
3-axis acceleration sensor in Wearable device exported and be less than threshold value within the certain predetermined time, controller judges that wearer remains static, namely start heart rate sensor measure the real-time heart rate of wearer and record current time, if its heart rate exceeds threshold value (excessive or too small), then described Wearable transposition sends alarm help information by the first wireless signal transceiver module to application gateway;
Application gateway is received after the alarm help information that described Wearable device sends by the mobile or wire communication module alarm help information to the mobile terminal transmit band home position information of user by the second wireless signal transceiver module, described terminal sends confirmation to application gateway, described application gateway cleared alarm state, and by all log information recordings in memory module.
7. the method for work of wearable human exception monitoring warning system according to claim 6, is characterized in that:
The heart rate threshold of described wearable human exception monitoring warning system is obtained by special gatherer process, and can start under main command in start first or mobile terminal order or application gateway, step is:
Start the acceleration transducer in Wearable device, when its output is less than threshold value in Preset Time, record current time also starts heart rate sensor measurement wearer Current heart rate;
Continue this process more than 24 hours;
Statistical analysis wearer at the basal heart rate of day part, and sets the threshold value (high and low thresholds) of day part heart rate thus;
Data and threshold value are sent to application gateway to preserve.
8. the method for work of wearable human exception monitoring warning system according to claim 6 and 7, is characterized in that:
There is in described Wearable device vibrator early warning prompting function, after heart rate exceedes threshold value, whether its first Vibration on Start-up device reminds wearer to be alarm by mistake, if wearer does not cancel vibrating alert in setting-up time, described Wearable device just sends alarm help information to application gateway;
Also there is positioning function in described application gateway, by mobile base station location LBS service GPS or at wire communication interface position by the positional information obtaining application gateway.
9. the method for work of wearable human exception monitoring warning system according to claim 6 and 7 or 8, is characterized in that:
Described wearable human exception monitoring warning system sends help information by the button of seeking help in Wearable device directly to the user of specific mobile terminal when wearer's capax negotii but wants help.
10. the method for work of wearable human exception monitoring warning system according to claim 6 and 7 or 8, is characterized in that:
The communication modes adopted between described Wearable device and application gateway is: near radio radio communication or WiFi or bluetooth.
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