CN103876711A - Wearable electronic device and human body health monitoring and managing system - Google Patents

Wearable electronic device and human body health monitoring and managing system Download PDF

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CN103876711A
CN103876711A CN201410120432.6A CN201410120432A CN103876711A CN 103876711 A CN103876711 A CN 103876711A CN 201410120432 A CN201410120432 A CN 201410120432A CN 103876711 A CN103876711 A CN 103876711A
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user
data
health
subelement
portable terminal
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CN103876711B (en
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马永
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Beijing Fanxiang Health Technology Co ltd
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BEIJING MASLINX TECHNOLOGIES Co
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Abstract

The invention discloses a wearable electronic device comprising a first sensor, a second sensor, a local storage device capable of storing data and a wireless unit. The first sensor is arranged to be capable of detecting motion of a user, and the second sensor is arranged to be capable of detecting physiological features of the user. The invention further discloses a human body health monitoring management system. The human body health monitoring management system comprises the wearable electronic device, a portable terminal and a rear-end cloud server, wherein the portable terminal and the rear-end cloud server are connected with the wearable electronic device in a wireless mode. The wearable electronic device is provided with a wireless unit connected to the portable terminal. The portable terminal comprises a data storage unit, a data analyzing calculating unit and a network communication unit. The human body health monitoring management system combines data collected by an acceleration sensor and data collected by a blood oxygen sensor and then analyzes and calculates the data, and comprehensive health monitoring and health management procedures are provided for the user.

Description

Wearable electronic and measuring of human health management system
Technical field
The application relates to intelligent terminal's technical field, is specifically related to a kind of wearable electronic.The application relates to a kind of measuring of human health management system simultaneously.
Background technology
Along with the fast development of information technology, increasing electronic equipment is applied to the every field of life, and wearable device has also progressively been come into actual life from original conceptual design.At present, wearable device has become a large focus in market, and kind is increasing, has occurred as various wearable devices such as intelligent watch, intelligent glasses and intelligent bracelets.Not only electronic product was convenient more in the past carries for wearable device, and also for people provide the utilitarian function becoming increasingly abundant, its appearance has greatly changed modern's life style, motion mode and leisure way.Simultaneously, due to improving constantly of living standard, people start more and more to pay close attention to the health status of oneself, especially by various instrument and equipments, the healthy data of self are gathered and analyzed, cause gauge and equipment to start large-scale promotion, intelligent bracelet is also because the variation of portability and outward appearance is subject to user's favor.
The representative of existing intelligent bracelet has GearFit, the Nike+FuelBand of Nike and the product F itbit of the same name of Fitbit company of Samsung.
Gear Fit supports bluetooth 4.0 wireless connections, possesses the water proof and dust proof performance of IP67 rank simultaneously; In addition, Gear Fit also possesses acceleration induction and gyroscope, can realize tracing of the movement function; Gear Fit also has prompting function, the notice propelling movement of applying comprising user's incoming call, mail, note, alarm clock and third party etc.; The Core Feature of Gear Fit is to follow the tracks of user's cardiomotility by built-in heart rate sensor, guarantees that user has one relatively to get information about to the heart rate of oneself in the time moving.
Nike+FuelBand supported data synchronizing function, carries out data and can check after synchronous the quantity of motion variation tendency in the same day, this week, this month or the current year; Nike+FuelBand can also record mood; In addition, Nike+FuelBand also supports numerous functions such as heart rate, pulse monitoring and bluetooth 4.0.
An effect of Fitbit is detection and the management for user sleep, and Fitbit can record bedtime, time for falling asleep, the actual length of one's sleep etc., the length of one's sleep and sleep quality that can analytic record user, and can there is vibration arousal function; In addition, Fitbit can track user step number, calorie, move distance and the movement time of consumption, and the display lamp on Fitbit surface is used for pointing out user's body-building target performance on the same day.
There is certain defect in the intelligent bracelet that above-mentioned prior art provides.Mainly, existing intelligent bracelet has one-sidedness to user's monitoring, and the comprehensive health monitoring of system and management cannot be provided; When existing intelligent bracelet obtains user's multinomial data, described multinomial data cannot be carried out to combination, form comprehensive health monitoring and health control to user.
Summary of the invention
The application provides a kind of wearable electronic, the problem existing to solve prior art.The application provides a kind of measuring of human health management system in addition.
A kind of wearable electronic that the application provides, comprising:
First sensor and the second sensor;
Data-storable local storage; And
Radio-cell;
Wherein, described first sensor is configured to detect user's motion, and described the second sensor configuration is to detect user's physiological feature.
Optionally, described first sensor comprises acceleration transducer;
Described acceleration transducer can the Real-time Collection motion sensor data relevant to user movement.
Optionally, described the second sensor comprises blood oxygen transducer;
Described blood oxygen transducer can the Real-time Collection biosensor data relevant to user's blood oxygen index.
The application also provides a kind of measuring of human health management system, comprising: above-mentioned wearable device; And
Portable terminal and the rear end Cloud Server that can be connected with described wearable device by wireless mode;
Wherein, described wearable device disposes the radio-cell for being connected to described portable terminal;
Described portable terminal comprises data storage cell, data analysis computing unit and network communication unit;
Described memory element is for receiving the data that described wearable device is uploaded; Described analytical calculation unit calculates and forms user data for the data analysis that described wearable device is uploaded; Described network communication unit is for being connected to Cloud Server by described portable terminal;
Described Cloud Server is used for receiving motion sensor data and the biosensor data that described portable terminal is uploaded, and described sensing data is calculated to rear formation user data by analysis; And reception portable terminal obtains the request of normal data and sends normal data to described portable terminal.
Described user data comprises: user movement data and user's physiological data;
Wherein, user movement data comprise: user's kinestate, movement time and/or exercise intensity;
User's physiological data comprises user's heart rate, blood oxygen saturation, degree of oxygen deficiency index, blood circulation index, arrhythmia index, cardiopulmonary index, respiratory frequency and/or breathing rate.
Optionally, comprise health monitoring administrative unit, for receiving in real time active user's user movement data and user's physiological data, and described user movement data are combined with user's physiological data or corresponding, compare with described user data, analyze judgement after the current health status of described user is carried out to monitoring management.
Optionally, described health monitoring administrative unit is arranged at described portable terminal or described Cloud Server; Or
Described health monitoring administrative unit is arranged at described portable terminal and is arranged at described Cloud Server simultaneously; Or
A described health monitoring administrative unit wherein part is arranged at described portable terminal, and remainder is arranged at described Cloud Server.
Optionally, described health monitoring administrative unit comprises healthy monitoring management subelement;
Described healthy monitoring management subelement comprises: healthy benchmark obtains subelement, healthy monitoring subelement and healthy early warning subelement;
Healthy benchmark obtains subelement, for obtaining healthy normal data by described Cloud Server, and in conjunction with described user data, described healthy standard is adjusted into the healthy benchmark that is suitable for active user;
Healthy monitoring subelement, for receiving in real time described active user's user movement data and user's physiological data, and described user movement data and user's physiological data and described healthy benchmark are compared, obtain described active user's healthy monitoring result output;
Healthy early warning subelement, for receiving the healthy monitoring result of described healthy monitoring subelement output, and in the time that health monitoring result is undesired or approaches abnormal state, sends healthalert by described portable terminal to user; Or, receive after the healthy monitoring result of described healthy monitoring subelement output, this unit is also by described Cloud Server or pass through network retrieval, obtain the useful measure that can improve active user's physical condition, this useful measure is informed to active user by described portable terminal.
Optionally, described healthy monitoring management subelement comprises:
Emergency action subelement, for receiving the healthy monitoring result of described healthy monitoring subelement output, and judge according to monitoring result whether health is in an emergency, if so, dial programmed emergency phone or dial emergency call program from being dynamically connected and starting to described portable terminal; The standard whether above-mentioned judgement health is in an emergency, integrative medicine data and the user data by the long-term accumulation of described measuring of human health management system obtain; And
Disease Warning Mechanism subelement, for receiving the health monitoring result of described healthy monitoring subelement output, and sends to described active user the prompting of seeking medical advice.
Optionally, described health monitoring administrative unit comprises sport health monitoring management subelement, and this sport health monitoring management subelement comprises: sport health reference information is collected subelement, sport health is analyzed subelement and sport health scheme coupling subelement;
Sport health reference information is collected subelement, for obtaining sport health normal data by described Cloud Server, and in conjunction with described user data, described sport health standard is adjusted into the sport health benchmark that is suitable for active user;
Sport health is analyzed subelement, compares for the user movement data and the described sport health benchmark that receive described first sensor Real-time Collection, obtains active user's sport health state output;
Sport health scheme coupling subelement, analyze the described active user's of subelement output sport health state for receiving described sport health, obtain according to this sport health state analysis the motion scheme that the sport health state real-time with active user matches, and provide this motion scheme by described portable terminal to active user.
Compared with prior art, the application has the following advantages:
What the wearable electronic that the application provides and measuring of human health management system had solved that prior art exists monitors monistic problem to user.
The intelligent bracelet that prior art provides exists when user is carried out to monitoring management, is generally the exercise data that obtains user, and described exercise data is carried out to analyzing and processing, provides rational motion exercise plan according to the result of analyzing and processing; Or obtain user's a physiological data, this physiological characteristic data is analyzed, and to should a physiological characteristic data providing conductive suggestion.Along with intelligent bracelet function becomes increasingly complex and variation, between the user's who collects once intelligent bracelet multinomial physiological data, contact very closely and with user movement state influences each other, the analysis of the physiological characteristic data of the intelligent bracelet that prior art provides to user probably occurs that mistake even appears in deviation, now, the suggestion that the intelligent bracelet that prior art provides provides to user probably causes serious consequence.
What the application provided comprises wearable electronic and measuring of human health management system.Wherein, described wearable electronic comprises: first sensor and the second sensor; Data-storable local storage; And radio-cell; Wherein, described first sensor is configured to detect user's motion, and described the second sensor configuration is to detect user's physiological feature.
The motion of monitor user ' simultaneously of this wearable electronic and user's physiological feature, and be combined with human body in wearable mode, make it easy to realize real-time monitoring to user and the long time integration to user data, may for further carrying out that user's health control provides.
Described measuring of human health management system comprises above-mentioned wearable electronic and the portable terminal that can be connected with described wearable device by wireless mode; And portable terminal and the rear end Cloud Server that can be connected with described wearable device by wireless mode; Wherein, described wearable device disposes the radio-cell for being connected to described portable terminal; Described portable terminal comprises data storage cell, data analysis computing unit and network communication unit; Described memory element is for receiving the data that described wearable device is uploaded; Described analytical calculation unit calculates and forms user data for the data analysis that described wearable device is uploaded; Described network communication unit is for being connected to Cloud Server by described portable terminal; Described Cloud Server is used for receiving motion sensor data and the biosensor data that described portable terminal is uploaded, and described sensing data is calculated to rear formation user data by analysis; And reception portable terminal obtains the request of normal data and sends normal data to described portable terminal.
The analytical calculation unit of described measuring of human health management system calculates the biosensor data of the motion sensor data of described acceleration transducer collection and blood oxygen transducer collection by analysis and is converted into user movement data and user's physiological data, by combination and the analysis of user movement data and user's physiological data, for user provides comprehensive health monitoring and health control measure; Comprise the following aspects: first, by combination and the analysis of user movement data and user's physiological data, can allow user understand the physiological characteristic data of user's health under different kinestates, be user's the healthy monitoring management that carries out; Secondly, by combination and the analysis of user movement data and user's physiological data, can allow user understand interior the user of certain hour section (my god, week, month) different tension pressure (stress) state in the middle of various lives or work event, and effectively arrange work or lie fallow according to described life and the central state of work; Finally, by combination and the analysis of user movement data and user's physiological data, can allow user clearly understand the motion exercise situation of self, and improve the motion exercise activity of body constitution in conjunction with the health status of self.
Accompanying drawing explanation
Fig. 1 is the block diagram of a kind of wearable electronic of providing of the application;
Fig. 2 is the measuring of human health management system structured flowchart that the application provides;
Fig. 3 is the block diagram of a kind of measuring of human health management system health monitoring administrative unit 240 of providing of the application;
Fig. 4 is the measuring of human health management system workflow diagram that the application provides.
The specific embodiment
A lot of details are set forth in the following description so that fully understand the present invention.But the present invention can implement to be much different from alternate manner described here, and those skilled in the art can do similar popularization without prejudice to intension of the present invention in the situation that, and therefore the present invention is not subject to the restriction of following public concrete enforcement.
A kind of wearable electronic is provided in the application; In addition, the application provides a kind of measuring of human health management system in addition.
Embodiment corresponding to wearable electronic is as follows:
With reference to Fig. 1, it shows a kind of wearable electronic schematic diagram that the present embodiment provides.
Described wearable electronic 100 comprises first sensor 110, the second sensor 120, local storage 130 and radio-cell 140.
In the present embodiment, the preferred employing of described first sensor 110 can detect the acceleration transducer of user movement in real time.
Acceleration transducer is a kind of inertial sensor, can also convert this acceleration to usable output signal by acceleration measurement.In the time that user's wearing has the wearable electronic that comprises acceleration transducer and moves, sensing element in the middle of described acceleration transducer causes deformation because of user's motion, now, measure the deformation quantity of described sensing element and be Voltage-output by described deformation quantity by circuit conversion, just obtain the acceleration signal that user moves.
Acceleration transducer is widely used in Aero-Space, armament systems, automobile, consumer electronics etc.Acceleration transducer has wide range of applications, and it has six kinds to detect inducing functions in general: gradient detection, motion detection, detection and localization, shock detection, vibration detection and freely fall detection.In the present embodiment, described acceleration transducer is used as motion detection apparatus.Acceleration transducer, in the time carrying out motion detection, first obtains frequency and the amplitude of human motion brief acceleration, secondly, calculates displacement.The calculating of displacement is to obtain according to acceleration calculation, and degree of will speed up carries out double integral just can obtain displacement.Utilize the motion detection function of acceleration transducer, acceleration transducer can be applicable to motor control, pedometer and basic exercise detection etc.
In the present embodiment, the described acceleration transducer Real-time Collection motion sensor data relevant to user movement, and the motion sensor data detecting is stored to local storage 130 or uploads.
Except above-mentioned acceleration transducer, this first sensor 110 can also comprise other motion sensors.For example, velocity sensor, gyroscope, geomagnetic sensor electronic compass sensor, atmosphere pressure sensor (can calculate height above sea level by measuring atmospheric pressure) etc. in other words.
The preferred employing of described the second sensor 120 can detect the blood oxygen transducer of user's physiological feature in real time.
Blood oxygen (being called for short SPO2H) refers to the oxygen in blood, is an important physiological parameter of human body respiration blood circulation, judges the health degree of human body by measuring the concentration (that is: blood oxygen saturation) of blood oxygen in blood.Blood oxygen transducer is a kind of instrument that is used for measuring human body blood oxygen saturation, utilizes infrared light technology, sees through the optical frequency offset of (or after reflection) after skin and musculoskeletal tissue by measurement, thus the blood oxygen saturation of accurate human body.By measuring the blood oxygen saturation of human body, described blood oxygen saturation is analyzed and calculated, can draw other human body physiological parameter, comprising: heart rate, degree of oxygen deficiency index, blood circulation index, arrhythmia index, cardiopulmonary index and respiratory frequency.
In the present embodiment, the relevant biosensor data of described blood oxygen transducer Real-time Collection user blood oxygen index, and the biosensor data that detect are stored to local storage 130 or upload.
Except above-mentioned acceleration transducer, this second sensor 120 can also adopt other biosensors.As: blood glucose sensor, pressure transducer, EGC sensor, myoelectric sensor, body temperature trans, brain wave sensor.
Described local storage 130 is for receiving and store the motion sensor data of described first sensor 110 Real-time Collections and the biosensor data of described the second sensor 120 Real-time Collections.
The motion sensor data of first sensor 110 Real-time Collections and the biosensor data upload of described second sensor 120 Real-time Collections of described radio-cell 140 for described local storage 130 is stored.
It should be noted that, in the present embodiment, described wearable electronic 100 refers to wrist carried wearing electronic equipment or intelligent bracelet, in addition, can also adopt other wearable electronic such as intelligent watch, in this no limit.
Embodiment corresponding to measuring of human health management system is as follows:
With reference to Fig. 2--Fig. 4, it shows the schematic diagram of the measuring of human health management system that the present embodiment provides.Comprise:
Fig. 2 is the measuring of human health management system structured flowchart that the present embodiment provides, Fig. 3 is the block diagram of the measuring of human health management system health monitoring administrative unit 240 that provides of the present embodiment, and Fig. 4 is the measuring of human health management system workflow diagram that the present embodiment provides.
With reference to Fig. 2, it shows the measuring of human health management system structured flowchart that the present embodiment provides.
Described measuring of human health management system comprises: wearable electronic 100, portable terminal 200 and Cloud Server 300.
1) described wearable electronic 100 comprises first sensor 110, the second sensor 120, local storage 130 and radio-cell 140.
Wherein, described first sensor 110, the second sensor 120 and local storage 130 are with reference to the embodiment of above-mentioned wearable electronic 100 correspondences.
In the present embodiment, described radio-cell 140 is uploaded to portable terminal 200 for the motion sensor data of first sensor 110 Real-time Collections and the biosensor data of described the second sensor 120 Real-time Collections that described local storage 130 is stored by the mode of wireless connections.
It should be noted that, described wearable electronic 100 can also calculate and be converted into user data by analysis by the biosensor data of the motion sensor data of described first sensor 110 Real-time Collections and described the second sensor 120 Real-time Collections in this locality, described user data is uploaded to portable terminal 200 through radio-cell 140; Wherein, user movement data are calculated and be converted into described motion sensor data by analysis, and described biosensor data analysis calculates and be converted into user's physiological data; Described user movement data comprise: user's kinestate, movement time and/or exercise intensity; Described user's physiological data comprises user's heart rate, blood oxygen saturation, degree of oxygen deficiency index, blood circulation index, arrhythmia index, cardiopulmonary index, respiratory frequency and/or breathing rate.
2) described portable terminal 200 comprises data storage cell 210, data analysis computing unit 220, network communication unit 230 and health monitoring administrative unit 240.
(1) described memory element 210 is uploaded for receiving and store described wearable device 100 motion sensor data and biosensor data;
(2) described analytical calculation unit 220 carries out analytical calculation and forms user movement data for the motion sensor data that described wearable device 100 is uploaded, and the biosensor data analysis that described wearable device 100 is uploaded calculates and form user's physiological data;
(3) described network communication unit 230 is for being connected to Cloud Server 300 by described portable terminal 200;
(4) described health monitoring administrative unit 240 is for receiving active user's user movement data and user's physiological data, and described user movement data combined with user's physiological data or correspondingly described active user is carried out to health monitoring management after analyzing judgement.
It should be noted that, described health monitoring administrative unit 240 can arrange and described portable terminal 200 or described Cloud Server 300; Or described health monitoring administrative unit 240 can arrange and described portable terminal 200 and described Cloud Server 300; Or a wherein part for described health monitoring administrative unit 240 arranges and described portable terminal 200, remainder arranges and described server 300, in this no limit, in the present embodiment, described health monitoring administrative unit 240 is arranged at described portable terminal 200.
With reference to Fig. 3, it shows the block diagram of the measuring of human health management system health monitoring administrative unit 240 that the present embodiment provides.
Described health monitoring administrative unit 240 comprises: healthy monitoring management subelement 10, emotional health monitoring management subelement 20 and sport health monitoring management subelement 30.
A, described healthy monitoring management subelement 10 comprise: healthy benchmark obtains subelement 11, healthy monitoring subelement 12, healthy early warning subelement 13, emergency action subelement 14 and Disease Warning Mechanism subelement 15.
Described healthy benchmark obtains subelement 11, sends the request of obtaining of healthy medical science normal data for being connected to described Cloud Server 300, and gets described medical science normal data; Receive the active user's that described wearable electronic 100 uploads user data, and described medical science normal data is combined with described user data simultaneously, obtain the healthy benchmark that is suitable for active user.
Described healthy monitoring subelement 12, obtain for receiving the active user's that described wearable electronic 100 uploads user movement data and user's physiological data and described healthy benchmark the healthy benchmark that subelement 11 obtains, and described user movement data and user's physiological data and described healthy benchmark are compared, obtain described active user's healthy monitoring result and export this healthy monitoring result.
Healthy early warning subelement 13, for receiving the healthy monitoring result that described healthy monitoring subelement 12 is exported, and in the time that health monitoring result is undesired or approaches abnormal state, send healthalert by described portable terminal 200 to user; Or, receive after the healthy monitoring result that described healthy monitoring subelement 12 exports, this unit is also by described Cloud Server 300 or pass through network retrieval, obtain the useful measure that can improve active user's physical condition, this useful measure is informed to active user by described portable terminal 200.
Emergency action subelement 14, for receiving the active user's that described healthy monitoring subelement 12 exports healthy monitoring result, described healthy monitoring result and healthy critical criterion are compared, if described healthy monitoring result exceeds the boundary value of described healthy critical criterion, there is emergency situation in the health of judging described active user, dials programmed emergency phone or dial emergency call program from being dynamically connected and starting to described portable terminal 200; Described healthy critical criterion comes from the medical data that obtains from described Cloud Server 300 and the long-term user movement data of described active user and the combination of user's physiological data.
Disease Warning Mechanism subelement 15, for receiving the health monitoring result that described healthy monitoring subelement 12 is exported, described health monitoring result is analyzed to judgement, if result corresponding to described health monitoring result shows that the active user's of institute physical condition is very poor, or what occur is abnormal serious, sends to user the prompting of seeking medical advice by described portable terminal 200.
The function that the healthy monitoring management subelement 10 of described measuring of human health management system is realized can be used for following situation:
1) can be used for providing the basis for estimation of user's body health status.
For healthy user, after described measuring of human health management system is carried out long-term monitoring to user's physiological data, generate the body constitution situation of change that Monitoring Data can be used for judging this user;
For the user who suffers from disease, described measuring of human health management system carries out generating after long-term monitoring Monitoring Data to user's physiological data, and this Monitoring Data is used in foundation is accurately provided when doctor carries out state of an illness diagnosis to this user.
2) can be used for early warning and monitoring or the emergency disposal of some special circumstances.
For the patient of old man, empty nestor and the hospital of nursing house, can dress above-mentioned wearable electronic by unification, in the middle of described wearable electronic, the data of sensor acquisition upload onto the server by portable terminals such as mobile phones, by medical personnel or management personnel, described server are carried out to unified health monitoring and health control as unified management end to numerous users.
In the middle of the old man of above-mentioned nursing house or empty nestor, any one user occurs that by the data of sensor acquisition when abnormal, server sends abnormal prompt, by medical personnel or management personnel, this user is carried out to diagnostic analysis;
In addition, can be by the patient of hospital being carried out Real-Time Monitoring and is obtained in a period of time this patient's Monitoring Data, rehabilitation situation or disease progression situation by medical personnel according to described this patient of Analysis on monitoring data.
B, described emotional health monitoring management subelement 20 comprise: emotion reference information is collected subelement 21, emotion judgment subelement 22 and emotion and reminded management subelement 23;
Described emotion reference information is collected subelement 21, for send the real-time emotional state that obtains the prompting of real-time emotional state and receive this active user's input to described active user; Secondly, analyze described active user's kinestate, emotional state and user's physiological data, and set up three and implement the emotion reference information table of corresponding relation;
Emotion judgment subelement 22, for receiving the user movement data of first sensor 110 Real-time Collections and the user's physiological data of the second sensor 120 Real-time Collections that described wearable electronic 100 is uploaded, and judge described active user's real time kinematics state simultaneously, described user's kinestate and user's physiological data and described emotion reference information table are compared, judge described active user's real-time emotional state.
Emotion is reminded management subelement 23, makes real-time prompting process action for the active user's that judges according to described emotion judgment subelement 22 real-time emotional state; Described prompting is processed action and is comprised: broadcast 200 by described portable terminal and put the mood or extenuate song and/or the language works of pressure of being suitable for releiving, or send mood disorders and report to the police, or send distress signals to the external world.
C, described sport health monitoring management subelement 30 comprise: sport health benchmark obtains subelement 31, sport health is analyzed subelement 32 and sport health scheme coupling subelement 33;
Sport health benchmark obtains subelement 31, for obtaining sport health normal data by described Cloud Server 300, and described sport health normal data is adjusted into the sport health benchmark that is suitable for active user in conjunction with active user's movement time and exercise intensity.
Sport health is analyzed subelement 32, collect for the user movement data and the described sport health reference information that receive described first sensor 110 Real-time Collections the sport health benchmark that subelement 31 obtains, and described user movement data and described sport health benchmark are compared, obtain active user's sport health state also by this sport health State-output.
Sport health scheme coupling subelement 33, analyze the described active user's that subelement 32 exports sport health state for receiving described sport health, also obtain according to this sport health state analysis the motion scheme that the sport health state real-time with active user matches, and provide this motion scheme by described portable terminal 200 to active user.
It should be noted that, in the present embodiment, described portable terminal 200 refers to mobile phone, in addition, can also adopt other portable terminals such as panel computer, in this no limit.
3) described Cloud Server 300 is uploaded for receiving described portable terminal 200 motion sensor data and biosensor data, and described data are calculated to rear formation user data by analysis; And reception portable terminal 200 obtains the request of normal data and sends normal data to described portable terminal 200 simultaneously.
It should be noted that, described Cloud Server 300 also can adopt equipment that other has server capability to replace, in the present embodiment, employing be the Cloud Server of implementation result the best.
With reference to Fig. 4, it shows the measuring of human health management system workflow diagram that the present embodiment provides.
S101; Described first sensor 110 and the second sensor 120 gather motion sensor data and biosensor data.
The motion sensor data that described first sensor 110 Real-time Collections are relevant to active user's motion and described the second sensor 120 Real-time Collections biosensor data relevant with active user's blood oxygen index, and simultaneously by described motion sensor data and extremely described local storage 130 of biosensor transfer of data.
S102; Described local storage 130 receives and stores described motion sensor data and biosensor data.
Described local storage 130 receives motion sensor data and the biosensor data of described first sensor 110 and the second sensor transmissions, and this motion sensor data and biosensor data are stored in this locality.
S103; Described motion sensor data and biosensor data are sent to portable terminal 200 by described radio-cell 140.
Described radio-cell 140 reads motion sensor data and the biosensor data of in the middle of described local storage 130, storing, and this motion sensor data is connected and is sent to portable terminal 200 by wireless network with biosensor data.
S104; Described portable terminal 200 receives and stores described motion sensor data and biosensor data.
Described portable terminal 200 receives after the described motion sensor data and biosensor data that described radio-cell 140 sends, and this motion sensor data and biosensor data are stored in the middle of the memorizer of self.
S105; Described portable terminal 200 calculates described motion sensor data and biosensor data by analysis and is separately converted to user movement data and user's physiological data.
Described portable terminal 200 from self in the middle of memorizer, read described motion sensor data and biosensor data after, calculate by analysis, described motion sensor data is converted into active user's user movement data, and described biosensor data are converted into user's physiological data.
S106; Described portable terminal 200 is connected to described Cloud Server 300 or is got the medical science normal data of health and obtained being suitable for active user's healthy benchmark in conjunction with active user's user data analysis by network retrieval.
Described portable terminal 200 sends the request of obtaining medical science normal data by being connected to Cloud Server 300, and obtain the medical science normal data of health simultaneously, the medical science normal data of described health is analyzed in conjunction with active user's user movement data and user's physiological data, obtained being suitable for active user's healthy benchmark; Or be connected to by described portable terminal 200 the medical science normal data that network carries out network retrieval and obtains described health simultaneously, the medical science normal data of described health is analyzed in conjunction with active user's user movement data and user's physiological data, obtained being suitable for active user's healthy benchmark.
S107; Described portable terminal 200 combines described user movement data and user's physiological data or is corresponding and with reference to described healthy benchmark, active user's health status is analyzed to judgement, show that active user's health status result provides real-time reminding.
Described active user's health status comprises health states, emotional health state and sport health state;
Wherein, the real-time reminding of described health states comprises: inform the useful measure that can improve active user's physical condition by described portable terminal 200 phase active users, dial programmed emergency phone or dial emergency call program from being dynamically connected and starting to described portable terminal 200, send to user the prompting of seeking medical advice by described portable terminal 200;
The real-time reminding of described emotional health state comprises: cross described portable terminal and broadcast 200 and put the mood or extenuate song and/or the language works of pressure of being suitable for releiving, or send mood disorders and report to the police, or send distress signals to the external world.
The real-time reminding of described sport health state comprises: provide by described portable terminal 200 motion scheme mating with active user's real-time status.
Although the present invention with preferred embodiment openly as above; but it is not for limiting the present invention; any those skilled in the art without departing from the spirit and scope of the present invention; can make possible variation and modification, therefore protection scope of the present invention should be as the criterion with the scope that the claims in the present invention were defined.

Claims (10)

1. a wearable electronic, is characterized in that, comprising:
First sensor and the second sensor;
Data-storable local storage; And
Radio-cell;
Wherein, described first sensor is configured to detect user's motion, and described the second sensor configuration is to detect user's physiological feature.
2. wearable electronic according to claim 1, is characterized in that, described first sensor comprises acceleration transducer;
Described acceleration transducer can the Real-time Collection motion sensor data relevant to user movement.
3. wearable electronic according to claim 1, is characterized in that, described the second sensor comprises blood oxygen transducer;
Described blood oxygen transducer can the Real-time Collection biosensor data relevant to user's blood oxygen index.
4. a measuring of human health management system, is characterized in that, comprising: the wearable device described in the claims 1-3 any one; And
Portable terminal and the rear end Cloud Server that can be connected with described wearable device by wireless mode;
Wherein, described wearable device disposes the radio-cell for being connected to described portable terminal;
Described portable terminal comprises data storage cell, data analysis computing unit and network communication unit;
Described memory element is for receiving the data that described wearable device is uploaded; Described analytical calculation unit calculates and forms user data for the data analysis that described wearable device is uploaded; Described network communication unit is for being connected to Cloud Server by described portable terminal;
Described Cloud Server is used for receiving motion sensor data and the biosensor data that described portable terminal is uploaded, and described sensing data is calculated to rear formation user data by analysis; And reception portable terminal obtains the request of normal data and sends normal data to described portable terminal.
5. measuring of human health management system according to claim 4, is characterized in that, described user data comprises: user movement data and user's physiological data;
Wherein, user movement data comprise: user's kinestate, movement time and/or exercise intensity;
User's physiological data comprises user's heart rate, blood oxygen saturation, degree of oxygen deficiency index, blood circulation index, arrhythmia index, cardiopulmonary index, respiratory frequency and/or breathing rate.
6. measuring of human health management system according to claim 5, it is characterized in that, comprise health monitoring administrative unit, for receiving in real time active user's user movement data and user's physiological data, and described user movement data are combined with user's physiological data or corresponding, compare with described user data, analyze judgement after the current health status of described user is carried out to monitoring management.
7. measuring of human health management system according to claim 6, is characterized in that, described health monitoring administrative unit is arranged at described portable terminal or described Cloud Server; Or
Described health monitoring administrative unit is arranged at described portable terminal and is arranged at described Cloud Server simultaneously; Or
A described health monitoring administrative unit wherein part is arranged at described portable terminal, and remainder is arranged at described Cloud Server.
8. measuring of human health management system according to claim 6, is characterized in that, described health monitoring administrative unit comprises healthy monitoring management subelement;
Described healthy monitoring management subelement comprises: healthy benchmark obtains subelement, healthy monitoring subelement and healthy early warning subelement;
Healthy benchmark obtains subelement, for obtaining healthy normal data by described Cloud Server, and in conjunction with described user data, described healthy standard is adjusted into the healthy benchmark that is suitable for active user;
Healthy monitoring subelement, for receiving in real time described active user's user movement data and user's physiological data, and described user movement data and user's physiological data and described healthy benchmark are compared, obtain described active user's healthy monitoring result output;
Healthy early warning subelement, for receiving the healthy monitoring result of described healthy monitoring subelement output, and in the time that health monitoring result is undesired or approaches abnormal state, sends healthalert by described portable terminal to user; Or, receive after the healthy monitoring result of described healthy monitoring subelement output, this unit is also by described Cloud Server or pass through network retrieval, obtain the useful measure that can improve active user's physical condition, this useful measure is informed to active user by described portable terminal.
9. a kind of measuring of human health management system according to claim 8, is characterized in that, described healthy monitoring management subelement comprises:
Emergency action subelement, for receiving the healthy monitoring result of described healthy monitoring subelement output, and judge according to monitoring result whether health is in an emergency, if so, dial programmed emergency phone or dial emergency call program from being dynamically connected and starting to described portable terminal; The standard whether above-mentioned judgement health is in an emergency, integrative medicine data and the user data by the long-term accumulation of described measuring of human health management system obtain; And
Disease Warning Mechanism subelement, for receiving the health monitoring result of described healthy monitoring subelement output, and sends to described active user the prompting of seeking medical advice.
10. measuring of human health management system according to claim 6, it is characterized in that, described health monitoring administrative unit comprises sport health monitoring management subelement, and this sport health monitoring management subelement comprises: sport health reference information is collected subelement, sport health is analyzed subelement and sport health scheme coupling subelement;
Sport health reference information is collected subelement, for obtaining sport health normal data by described Cloud Server, and in conjunction with described user data, described sport health standard is adjusted into the sport health benchmark that is suitable for active user;
Sport health is analyzed subelement, compares for the user movement data and the described sport health benchmark that receive described first sensor Real-time Collection, obtains active user's sport health state output;
Sport health scheme coupling subelement, analyze the described active user's of subelement output sport health state for receiving described sport health, obtain according to this sport health state analysis the motion scheme that the sport health state real-time with active user matches, and provide this motion scheme by described portable terminal to active user.
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