CN105212909A - Based on the healthy and safe system of intelligent wearable device of Internet of Things, cloud computing and large data analysis - Google Patents
Based on the healthy and safe system of intelligent wearable device of Internet of Things, cloud computing and large data analysis Download PDFInfo
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Abstract
The invention discloses a kind of healthy and safe system of intelligent wearable device based on Internet of Things, cloud computing and large data analysis, comprise Cloud Server, guardian's smart mobile phone, wearable device terminal; Wearable device terminal comprises wireless communication unit, memory cell, display unit, controller unit, GPS positioning unit, lithium cells; First pressure transducer, the second pressure transducer, heart rate sensor, optical sensor, carbon monoxide transducer, body temperature trans, gyro sensor; Memory cell, display unit, GPS positioning unit are electrically connected with controller unit respectively; Controller unit is communicated with Cloud Server by wireless communication unit; Lithium cells is that modules unit is powered; The present invention can notify health status and the personal safety situation of children under guardianship in real time to guardian.
Description
Technical field
The present invention relates to intelligent wearable device, particularly a kind of healthy and safe system of intelligent wearable device based on Internet of Things, cloud computing and large data analysis.
Background technology
Intelligence wearable device is that the existing high-tech technology of application is carried out intelligentized design to daily wearing, developed the general name of the equipment that can dress, as Google's glasses, Semen setariae bracelet, Fructus Mali pumilae intelligent watch etc.Existing intelligent wearable device is often only absorbed in a certain class application function, need and miscellaneous equipment as smart mobile phone with the use of, carry out the Intelligent bracelet of sign monitoring, intelligent jewelry etc. as all kinds of.Along with the progress of technology and the transition of user's request, the form of wearable smart machine and application focus are also in continuous change.
Wearable technology all receives much concern at international computer academia and industrial quarters always, and only because cost is high and technical sophistication, a lot of relevant device only rests on concept domains.Along with the release etc. of the development of mobile Internet, technological progress and high-performance low-power-consumption process chip, part Wearable moves towards commercialization from conceptualization, new-type Wearable constantly spreads out of, and Google, Fructus Mali pumilae, Microsoft, Semen setariae, many scientific & technical corporation such as 360 all start to further investigate in this brand-new field.
Internet of Things is the important component part of generation information technology, and Internet of Things is exactly the Internet that thing thing is connected.Internet of Things, by the communication such as Intellisense, sensor recognition technology cognition technology, is widely used in the fusion of network.Wearable device based on technology of Internet of things is the trend of following wearable device development, and such as 360 child's bracelets just have by locating, safe early warning is connected three functions with call, have ensured children outside safety.360 child's bracelets are a typically based on the intelligent wearable device of technology of Internet of things.
Large data are inseparable just as the positive and negative of one piece of coin with the relation of cloud computing, and large data must process with the computer of separate unit, must adopt distributed structure/architecture.Its characteristic is to carry out distributed data digging to mass data, but it must rely on, and the distributed treatment of cloud computing, distributed data base and cloud store, Intel Virtualization Technology.
The intelligent wearable device of large data analysis is adopted to be following development trend, based on historical data analysis, people realize the collection of data in the process of dressing intelligent wearable device, far-end Cloud Server can provide prompting to the health status of a people completely by the collection analysis of a period of time data, far-end server is by drawing the health indicator comparable data of all age group people to the health data analysis of multiple people, long-term a large amount of demographic data analysis is added by GPS positioning function, the health status data of each regional people can be provided, so also be convenient to government and do medical treatment & health statistical analysis.
Child and old man are the disadvantaged group of society; need whole society's love and protection; wearable device based on Internet of Things can understand their health status and position residing at present in time; can guardian be notified when occurring unexpected in time or report to the police, thus ensure that children under guardianship can be rescued timely and effectively.
Based on Internet of Things, cloud computing and large aggregation of data analysis, health data analysis can be carried out in real time, the intelligent wearable device of safe condition of Real-Time Monitoring children under guardianship not yet occurs at present.
Summary of the invention
The object of the present invention is to provide the healthy and safe system of intelligent wearable device providing based on Internet of Things, cloud computing and large data analysis, the Real-Time Monitoring of children under guardianship's health status, the Real-Time Monitoring of personal safety can be realized, once children under guardianship personal safety occur surprisingly, guardian can be notified in time thus ensure that children under guardianship can be rescued timely and effectively; By data analysis once find that the health status of children under guardianship exists abnormal can prompting the very first time.
In order to realize above object, technical scheme of the present invention is as follows: based on the healthy and safe system of intelligent wearable device of Internet of Things, cloud computing and large data analysis, comprise Cloud Server, guardian's smart mobile phone, wearable device terminal;
Described wearable device terminal comprises wireless communication unit, memory cell, display unit, controller unit, GPS positioning unit, lithium cells; First pressure transducer, the second pressure transducer, heart rate sensor, body temperature trans, gyro sensor; Linear acceleration transducer, the first ultrasonic sensor, the second ultrasonic sensor, the 3rd ultrasonic sensor, electromagnetic shaker; Optical sensor, carbon monoxide transducer, oxygen sensor, humidity sensor, dust granules sensor;
Described memory cell, display unit, GPS positioning unit are electrically connected with controller unit respectively;
Described controller unit is communicated with Cloud Server by wireless communication unit;
Described lithium cells is that modules unit is powered;
First pressure transducer, the second pressure transducer, heart rate sensor, body temperature trans, gyro sensor, linear acceleration transducer, the first ultrasonic sensor, the second ultrasonic sensor, the 3rd ultrasonic sensor, electromagnetic shaker; Optical sensor, carbon monoxide transducer, oxygen sensor, humidity sensor, dust granules sensor are electrically connected with controller unit respectively;
The first described pressure transducer is arranged at the bottom of left shoe, second pressure transducer is arranged at the bottom of right shoe, heart rate sensor is arranged at wrist place, gyro sensor is arranged at sole place, body temperature trans is arranged at the inner surface of underwear, and optical sensor, carbon monoxide transducer are arranged at the outer surface of coat;
If the subnormal concentration values of the numerical value that oxygen sensor detects, and the intervalometer timing of controller unit was more than 2 hours, then controller unit communicates with Cloud Server, then situation too low for oxygen concentration is sent to guardian's smart mobile phone by Cloud Server, and the display unit of controller unit control simultaneously shows the too low situation of oxygen concentration and controller unit control electromagnetic shaker starts vibrations; Otherwise controller unit does not perform above operation;
When gyro sensor detects that children under guardianship are kept in motion always, if the numerical value that humidity sensor or dust granules sensor detect is higher than regime values, then controller unit communicates with Cloud Server, and then air humidity exceeds standard or the dust granules situation being not suitable for going out moving that exceeds standard sends to guardian's smart mobile phone by Cloud Server; Otherwise controller unit does not perform above operation;
Linear acceleration transducer and the second ultrasonic sensor are arranged at the front of the waist of children under guardianship, and the first ultrasonic sensor is arranged at shoe head part, and electromagnetic shaker is arranged at wrist place;
First ultrasonic sensor is for detecting the barrier on road surface, and when gyro sensor detects that children under guardianship become kinestate from resting state, now the distance of obstacle distance children under guardianship is set to h1 rice;
Second ultrasonic sensor is for detecting aerial barrier, and when gyro sensor detects that children under guardianship become kinestate from resting state, now the distance of obstacle distance children under guardianship is set to h2 rice;
When gyro sensor detects that children under guardianship become kinestate from resting state, the acceleration that children under guardianship walk is detected according to linear acceleration transducer, then namely the travel distance starting to calculate children under guardianship becomes from resting state the real-time distance that kinestate concurrence walks, and is set to X rice;
If h1-X≤3 or h2-X≤3, then controller unit control electromagnetic shaker starts vibrations, otherwise electromagnetic shaker does not shake;
3rd ultrasonic sensor is arranged at the rear of the waist of children under guardianship; 3rd ultrasonic sensor is for detecting children under guardianship's rear object, 3rd ultrasonic sensor first time detect rear object distance children under guardianship distance be set to Y1 rice, interval after 0.1 second the 3rd ultrasonic sensor second time detect rear object distance children under guardianship distance be set to Y2 rice; If Y1≤Y2, then controller unit does not calculate the movement velocity of rear object, otherwise controller unit starts the movement velocity V=(Y1-Y2)/0.1 calculating rear object;
Then controller unit estimates the time T=Y2/V that rear moving object arrives children under guardianship, if T≤5 second, then controller unit control electromagnetic shaker starts vibrations, otherwise electromagnetic shaker does not shake.
When the concentration that carbon monoxide transducer detects is greater than normal concentration numerical value, controller unit communicates with Cloud Server, then the situation of concentration over-standard is sent to guardian's smart mobile phone by Cloud Server, and controller unit controls the situation that display unit display density exceeds standard simultaneously;
When the numerical value that body temperature trans detects is greater than normal body temperature numerical value, controller unit communicates with Cloud Server, then the situation of children under guardianship's abnormal body temperature is sent to guardian's smart mobile phone by Cloud Server, and controller unit controls the situation of display unit display body temperature abnormality simultaneously;
When gyro sensor detects that children under guardianship become resting state from kinestate, controller unit stores the now numerical value that detects of the first pressure transducer, the second pressure transducer with regard to control storage unit, then controller unit reads 100 the first pressure transducer numerical value and 100 the second pressure transducer numerical value from memory cell, all numerical value is added divided by 100, is designated as the body weight G of children under guardianship;
The body weight G of the numerical value that above memory cell stores and children under guardianship is also kept on Cloud Server, the body weight G calculating in the past 10 days children under guardianship when Cloud Server successively decreased always, and at this moment Cloud Server can send to guardian's smart mobile phone the information that children under guardianship's body weight lighten gradually;
When gyro sensor detects that children under guardianship remain static, and intervalometer timing 3 second of controller unit, the numerical value that first pressure transducer detects all is less than or equal to G, but the numerical value that the second pressure transducer detects has at least when being greater than 2*G 3 times; After 3 seconds, the intervalometer of controller unit timing 3 second again, the numerical value that second pressure transducer detects all is less than or equal to G, but the numerical value that the first pressure transducer detects has at least when being greater than 2*G 3 times, at this moment controller unit sends to Cloud Server the particular location that children under guardianship are in artificial unexpected unsafe condition and children under guardianship by wireless communication unit, and then Cloud Server sends children under guardianship to guardian's smart mobile phone and is in the artificial notice of unexpected precarious position and the particular location of children under guardianship;
When gyro sensor detects that children under guardianship remain static, and intervalometer timing 80 second of controller unit, but the numerical value that heart rate sensor detects be less than for 20 80 seconds after heart rate sensor be greater than heart rate at ordinary times, at this moment controller unit sends children under guardianship by wireless communication unit to Cloud Server and is in the particular location of artificial unexpected unsafe condition and children under guardianship, and then Cloud Server sends children under guardianship to guardian's smart mobile phone and is in the notice of artificial unexpected precarious position and the concrete position of children under guardianship;
When gyro sensor detects that children under guardianship remain static, and intervalometer timing 3 minutes clocks of controller unit, the numerical value that heart rate sensor detects apparently higher than or lower than heart rate at ordinary times, at this moment controller unit sends to Cloud Server the particular location that children under guardianship are in non-artificial unexpected unsafe condition and children under guardianship by wireless communication unit, and then Cloud Server sends children under guardianship to guardian's smart mobile phone and is in the non-artificial notice of unexpected precarious position and the particular location of children under guardianship.
Further, described Cloud Server adopts Ali's Cloud Server.
Further, described guardian's smart mobile phone adopts iPhone6s.
Further, significantly higher or lower than heart rate at ordinary times refer to higher or lower than her heart rate 20%.
Compared with prior art, beneficial effect of the present invention: first, based on the healthy and safe system of intelligent wearable device of Internet of Things, cloud computing and large data analysis, by data analysis once find that the health status of children under guardianship exists abnormal can prompting the very first time, such as passing by 10 days body weight alleviates always and can remind guardian in time, second, the Real-Time Monitoring of children under guardianship's personal safety can be realized, once children under guardianship are kidnaped, guardian can be notified in time thus ensure that children under guardianship can be rescued timely and effectively, method 1, when children under guardianship are kidnaped, because children under guardianship cannot make a phone call to speak, because children under guardianship at ordinary times run or transfixion or stroll, the numerical value that first pressure transducer and the second pressure transducer detect is almost 0.5*G, and G can not be greater than, by the mode of such code word, at this time children under guardianship's left foot is motionless, right crus of diaphragm stamps ground at least 3 times continuously in 3 seconds, when the numerical value that the second pressure transducer at this time below right crus of diaphragm detects obviously can be greater than 2*G, and the numerical value that the first pressure transducer below left foot detects can be less than or equal to G, this is a kind of code word in fact, children under guardianship can tell guardian that oneself has been kidnaped easily in this way.Method 2, when children under guardianship are kidnaped time, children under guardianship can be informed by holding the breath, because heart rate of holding the breath is certain to lower than 20, but be certain to higher than heart rate at ordinary times when children under guardianship no longer hold the breath owing to being in scaring state heart rate, so can judge whether children under guardianship are kidnaped by detecting heart rate, this is also the mode that a kind of code word is expressed; 3rd, once confused fault appears in children under guardianship, the very first time guardian can be notified.
4th, by linear acceleration transducer, the first ultrasonic sensor, the second ultrasonic sensor, electromagnetic shaker and combination, once find road surface ahead or having barrier just to start the distance of real-time dyscalculia thing distance children under guardianship in the air, due to have employed in real time distance calculate can accurately disturbance in judgement thing apart from the distance value of children under guardianship, once distance value≤3 meter, just begin through electromagnetic shaker and report to the police; Children under guardianship front is reminded to have barrier, crowd's use that barrier prompting function of the present invention is more applicable to walking at night or has defective vision.
Accompanying drawing explanation
Fig. 1 is principle block diagram of the present invention.
Fig. 2 is detection of obstacles principle block flow diagram of the present invention.
Whether Fig. 3 is applicable to motion principle detection schematic diagram of going out in the present invention.
Fig. 4 is the principle block diagram that in the present invention, the 3rd ultrasonic sensor detects rear object.
Detailed description of the invention
Below in conjunction with accompanying drawing, the invention will be further described.
The kinestate of people is detected for gyro sensor, such as remain static, or kinestate, be in stroll state, still jog state, still fall down state, these can be realized in conjunction with gyro sensor by software, all belong to existing known technology, be not described in detail at this.
Embodiment: based on the healthy and safe system of intelligent wearable device of Internet of Things, cloud computing and large data analysis, comprise Cloud Server, guardian's smart mobile phone, wearable device terminal; Described wearable device terminal comprises wireless communication unit, memory cell, display unit, controller unit, GPS positioning unit, lithium cells; First pressure transducer, the second pressure transducer, heart rate sensor, body temperature trans, gyro sensor; Linear acceleration transducer, the first ultrasonic sensor, the second ultrasonic sensor, the 3rd ultrasonic sensor, electromagnetic shaker; Optical sensor, carbon monoxide transducer, oxygen sensor, humidity sensor, dust granules sensor;
Described memory cell, display unit, GPS positioning unit are electrically connected with controller unit respectively;
Described controller unit is communicated with Cloud Server by wireless communication unit;
Described lithium cells is that modules unit is powered;
First pressure transducer, the second pressure transducer, heart rate sensor, body temperature trans, gyro sensor, linear acceleration transducer, the first ultrasonic sensor, the second ultrasonic sensor, the 3rd ultrasonic sensor, electromagnetic shaker; Optical sensor, carbon monoxide transducer, oxygen sensor, humidity sensor, dust granules sensor are electrically connected with controller unit respectively;
The first described pressure transducer is arranged at the bottom of left shoe, second pressure transducer is arranged at the bottom of right shoe, heart rate sensor is arranged at wrist place, gyro sensor is arranged at sole place, body temperature trans is arranged at the inner surface of underwear, and optical sensor, carbon monoxide transducer are arranged at the outer surface of coat;
If the subnormal concentration values of the numerical value that oxygen sensor detects, and the intervalometer timing of controller unit was more than 2 hours, then controller unit communicates with Cloud Server, then situation too low for oxygen concentration is sent to guardian's smart mobile phone by Cloud Server, and the display unit of controller unit control simultaneously shows the too low situation of oxygen concentration and controller unit control electromagnetic shaker starts vibrations; Otherwise controller unit does not perform above operation;
When gyro sensor detects that children under guardianship are kept in motion always, if the numerical value that humidity sensor or dust granules sensor detect is higher than regime values, then controller unit communicates with Cloud Server, and then air humidity exceeds standard or the dust granules situation being not suitable for going out moving that exceeds standard sends to guardian's smart mobile phone by Cloud Server; Otherwise controller unit does not perform above operation;
Linear acceleration transducer and the second ultrasonic sensor are arranged at the front of the waist of children under guardianship, and the first ultrasonic sensor is arranged at shoe head part, and electromagnetic shaker is arranged at wrist place;
First ultrasonic sensor is for detecting the barrier on road surface, and when gyro sensor detects that children under guardianship become kinestate from resting state, now the distance of obstacle distance children under guardianship is set to h1 rice;
Second ultrasonic sensor is for detecting aerial barrier, and when gyro sensor detects that children under guardianship become kinestate from resting state, now the distance of obstacle distance children under guardianship is set to h2 rice;
When gyro sensor detects that children under guardianship become kinestate from resting state, the acceleration that children under guardianship walk is detected according to linear acceleration transducer, then namely the travel distance starting to calculate children under guardianship becomes from resting state the real-time distance that kinestate concurrence walks, and is set to X rice;
If h1-X≤3 or h2-X≤3, then controller unit control electromagnetic shaker starts vibrations, otherwise electromagnetic shaker does not shake;
3rd ultrasonic sensor is arranged at the rear of the waist of children under guardianship; 3rd ultrasonic sensor is for detecting children under guardianship's rear object, 3rd ultrasonic sensor first time detect rear object distance children under guardianship distance be set to Y1 rice, interval after 0.1 second the 3rd ultrasonic sensor second time detect rear object distance children under guardianship distance be set to Y2 rice; If Y1≤Y2, then controller unit does not calculate the movement velocity of rear object, otherwise controller unit starts the movement velocity V=(Y1-Y2)/0.1 calculating rear object;
Then controller unit estimates the time T=Y2/V that rear moving object arrives children under guardianship, if T≤5 second, then controller unit control electromagnetic shaker starts vibrations, otherwise electromagnetic shaker does not shake.
When the concentration that carbon monoxide transducer detects is greater than normal concentration numerical value, controller unit communicates with Cloud Server, then the situation of concentration over-standard is sent to guardian's smart mobile phone by Cloud Server, and controller unit controls the situation that display unit display density exceeds standard simultaneously;
When the numerical value that body temperature trans detects is greater than normal body temperature numerical value, controller unit communicates with Cloud Server, then the situation of children under guardianship's abnormal body temperature is sent to guardian's smart mobile phone by Cloud Server, and controller unit controls the situation of display unit display body temperature abnormality simultaneously;
When gyro sensor detects that children under guardianship become resting state from kinestate, controller unit stores the now numerical value that detects of the first pressure transducer, the second pressure transducer with regard to control storage unit, then controller unit reads 100 the first pressure transducer numerical value and 100 the second pressure transducer numerical value from memory cell, all numerical value is added divided by 100, is designated as the body weight G of children under guardianship;
The body weight G of the numerical value that above memory cell stores and children under guardianship is also kept on Cloud Server, the body weight G calculating in the past 10 days children under guardianship when Cloud Server successively decreased always, and at this moment Cloud Server can send to guardian's smart mobile phone the information that children under guardianship's body weight lighten gradually;
When gyro sensor detects that children under guardianship remain static, and intervalometer timing 3 second of controller unit, the numerical value that first pressure transducer detects all is less than or equal to G, but the numerical value that the second pressure transducer detects has at least when being greater than 2*G 3 times; After 3 seconds, the intervalometer of controller unit timing 3 second again, the numerical value that second pressure transducer detects all is less than or equal to G, but the numerical value that the first pressure transducer detects has at least when being greater than 2*G 3 times, at this moment controller unit sends to Cloud Server the particular location that children under guardianship are in artificial unexpected unsafe condition and children under guardianship by wireless communication unit, and then Cloud Server sends children under guardianship to guardian's smart mobile phone and is in the artificial notice of unexpected precarious position and the particular location of children under guardianship;
When gyro sensor detects that children under guardianship remain static, and intervalometer timing 80 second of controller unit, but the numerical value that heart rate sensor detects be less than for 20 80 seconds after heart rate sensor be greater than heart rate at ordinary times, at this moment controller unit sends children under guardianship by wireless communication unit to Cloud Server and is in the particular location of artificial unexpected unsafe condition and children under guardianship, and then Cloud Server sends children under guardianship to guardian's smart mobile phone and is in the notice of artificial unexpected precarious position and the concrete position of children under guardianship;
When gyro sensor detects that children under guardianship remain static, and intervalometer timing 3 minutes clocks of controller unit, the numerical value that heart rate sensor detects apparently higher than or lower than heart rate at ordinary times, at this moment controller unit sends to Cloud Server the particular location that children under guardianship are in non-artificial unexpected unsafe condition and children under guardianship by wireless communication unit, and then Cloud Server sends children under guardianship to guardian's smart mobile phone and is in the non-artificial notice of unexpected precarious position and the particular location of children under guardianship.
Wherein, described Cloud Server adopts Ali's Cloud Server; Guardian's smart mobile phone adopts iPhone6s.
Below operation principle of the present invention is described in detail:
First, when gyro sensor detects that children under guardianship remain static, and in intervalometer timing 3 second of controller unit, the numerical value that the first pressure transducer detects all is less than or equal to G, but the numerical value that the second pressure transducer detects has at least when being greater than 2*G 3 times; After 3 seconds, the intervalometer of controller unit timing 3 second again, the numerical value that second pressure transducer detects all is less than or equal to G, but the numerical value that the first pressure transducer detects has at least when being greater than 2*G 3 times, at this moment controller unit sends to Cloud Server the particular location that children under guardianship are in artificial unexpected unsafe condition and children under guardianship by wireless communication unit, and then Cloud Server sends children under guardianship to guardian's smart mobile phone and is in the artificial notice of unexpected precarious position and the particular location of children under guardianship;
More than when children under guardianship are kidnaped, because children under guardianship cannot make a phone call to speak, because children under guardianship at ordinary times run or transfixion or stroll, the numerical value that first pressure transducer and the second pressure transducer detect is almost 0.5*G, by the mode of such code word, at this time children under guardianship's left foot is motionless, right crus of diaphragm stamps ground at least 3 times continuously in 3 seconds, when the numerical value that the second pressure transducer at this time below right crus of diaphragm detects obviously can be greater than 2*G, and the numerical value that the first pressure transducer below left foot detects can be less than or equal to G, then right crus of diaphragm is motionless, left foot stamps ground at least 3 times, and 3 seconds completed, this is a kind of code word in fact, children under guardianship can tell guardian that oneself has been kidnaped easily in this way.
When gyro sensor detects that children under guardianship remain static, and intervalometer timing 80 second of controller unit, but the numerical value that heart rate sensor detects be less than for 20 80 seconds after heart rate sensor be greater than heart rate (heart rate at ordinary times adopts the meansigma methods of heart rate in 24 hours) at ordinary times, at this moment controller unit sends to Cloud Server the particular location that children under guardianship are in artificial unexpected unsafe condition and children under guardianship by wireless communication unit, then Cloud Server sends children under guardianship to guardian's smart mobile phone and is in the notice of artificial unexpected precarious position and the concrete position of children under guardianship.
Below be also that can inform children under guardianship by holding the breath, owing to holding the breath, heart rate is certain to lower than 20, but is certain to higher than heart rate at ordinary times owing to being in scaring state heart rate when children under guardianship no longer hold the breath when children under guardianship are kidnaped time.
The following describes the present invention and how to realize the detection of children under guardianship's health status:
When gyro sensor detects that children under guardianship become resting state from kinestate, controller unit stores the now numerical value that detects of the first pressure transducer, the second pressure transducer with regard to control storage unit, at interval of 24 hours, controller unit reads 100 the first pressure transducer numerical value and 100 the second pressure transducer numerical value from memory cell, all numerical value is added divided by 100, is designated as the body weight G of children under guardianship;
When above gyro sensor detects that children under guardianship become resting state from kinestate, at this time the numerical value sum that detects of the first pressure transducer and the second pressure transducer is also just close to the body weight of human body, in order to calculate the body weight G of human body more accurately, multiple numerical value is taked to be added the mode of averaging.
When gyro sensor detects that children under guardianship remain static, and intervalometer timing 3 minutes clocks of controller unit, the numerical value that heart rate sensor detects apparently higher than or lower than heart rate (being generally confused fault) at ordinary times, at this moment controller unit sends to Cloud Server the particular location that children under guardianship are in non-artificial unexpected unsafe condition and children under guardianship by wireless communication unit, and then Cloud Server sends children under guardianship to guardian's smart mobile phone and is in the non-artificial notice of unexpected precarious position and the particular location of children under guardianship.
Significantly higher or lower than heart rate at ordinary times refer to higher or lower than her heart rate 20%.
Above situation be all generally children under guardianship be in confused fault state just there will be HR values apparently higher than or lower than heart rate at ordinary times, and the persistent period is more of a specified duration.
Claims (4)
1., based on the healthy and safe system of intelligent wearable device of Internet of Things, cloud computing and large data analysis, it is characterized in that, comprise Cloud Server, guardian's smart mobile phone, wearable device terminal;
Described wearable device terminal comprises wireless communication unit, memory cell, display unit, controller unit, GPS positioning unit, lithium cells; First pressure transducer, the second pressure transducer, heart rate sensor, body temperature trans, gyro sensor; Linear acceleration transducer, the first ultrasonic sensor, the second ultrasonic sensor, the 3rd ultrasonic sensor, electromagnetic shaker; Optical sensor, carbon monoxide transducer, oxygen sensor, humidity sensor, dust granules sensor;
Described memory cell, display unit, GPS positioning unit are electrically connected with controller unit respectively;
Described controller unit is communicated with Cloud Server by wireless communication unit;
Described lithium cells is that modules unit is powered;
First pressure transducer, the second pressure transducer, heart rate sensor, body temperature trans, gyro sensor, linear acceleration transducer, the first ultrasonic sensor, the second ultrasonic sensor, the 3rd ultrasonic sensor, electromagnetic shaker; Optical sensor, carbon monoxide transducer, oxygen sensor, humidity sensor, dust granules sensor are electrically connected with controller unit respectively;
The first described pressure transducer is arranged at the bottom of left shoe, second pressure transducer is arranged at the bottom of right shoe, heart rate sensor is arranged at wrist place, gyro sensor is arranged at sole place, body temperature trans is arranged at the inner surface of underwear, and optical sensor, carbon monoxide transducer are arranged at the outer surface of coat;
If the subnormal concentration values of the numerical value that oxygen sensor detects, and the intervalometer timing of controller unit was more than 2 hours, then controller unit communicates with Cloud Server, then situation too low for oxygen concentration is sent to guardian's smart mobile phone by Cloud Server, and the display unit of controller unit control simultaneously shows the too low situation of oxygen concentration and controller unit control electromagnetic shaker starts vibrations; Otherwise controller unit does not perform above operation;
When gyro sensor detects that children under guardianship are kept in motion always, if the numerical value that humidity sensor or dust granules sensor detect is higher than regime values, then controller unit communicates with Cloud Server, and then air humidity exceeds standard or the dust granules situation being not suitable for going out moving that exceeds standard sends to guardian's smart mobile phone by Cloud Server; Otherwise controller unit does not perform above operation;
Linear acceleration transducer and the second ultrasonic sensor are arranged at the front of the waist of children under guardianship, and the first ultrasonic sensor is arranged at shoe head part, and electromagnetic shaker is arranged at wrist place;
First ultrasonic sensor is for detecting the barrier on road surface, and when gyro sensor detects that children under guardianship become kinestate from resting state, now the distance of obstacle distance children under guardianship is set to h1 rice;
Second ultrasonic sensor is for detecting aerial barrier, and when gyro sensor detects that children under guardianship become kinestate from resting state, now the distance of obstacle distance children under guardianship is set to h2 rice;
When gyro sensor detects that children under guardianship become kinestate from resting state, the acceleration that children under guardianship walk is detected according to linear acceleration transducer, then namely the travel distance starting to calculate children under guardianship becomes from resting state the real-time distance that kinestate concurrence walks, and is set to X rice;
If h1-X≤3 or h2-X≤3, then controller unit control electromagnetic shaker starts vibrations, otherwise electromagnetic shaker does not shake;
3rd ultrasonic sensor is arranged at the rear of the waist of children under guardianship; 3rd ultrasonic sensor is for detecting children under guardianship's rear object, 3rd ultrasonic sensor first time detect rear object distance children under guardianship distance be set to Y1 rice, interval after 0.1 second the 3rd ultrasonic sensor second time detect rear object distance children under guardianship distance be set to Y2 rice; If Y1≤Y2, then controller unit does not calculate the movement velocity of rear object, otherwise controller unit starts the movement velocity V=(Y1-Y2)/0.1 calculating rear object;
Then controller unit estimates the time T=Y2/V that rear moving object arrives children under guardianship, if T≤5 second, then controller unit control electromagnetic shaker starts vibrations, otherwise electromagnetic shaker does not shake;
When the concentration that carbon monoxide transducer detects is greater than normal concentration numerical value, controller unit communicates with Cloud Server, then the situation of concentration over-standard is sent to guardian's smart mobile phone by Cloud Server, and controller unit controls the situation that display unit display density exceeds standard simultaneously;
When the numerical value that body temperature trans detects is greater than normal body temperature numerical value, controller unit communicates with Cloud Server, then the situation of children under guardianship's abnormal body temperature is sent to guardian's smart mobile phone by Cloud Server, and controller unit controls the situation of display unit display body temperature abnormality simultaneously;
When gyro sensor detects that children under guardianship become resting state from kinestate, controller unit stores the now numerical value that detects of the first pressure transducer, the second pressure transducer with regard to control storage unit, at interval of 24 hours, controller unit reads 100 the first pressure transducer numerical value and 100 the second pressure transducer numerical value from memory cell, all numerical value is added divided by 100, is designated as the body weight G of children under guardianship; The body weight G of the numerical value that memory cell stores and children under guardianship is also kept on Cloud Server, the body weight G calculating in the past 10 days children under guardianship when Cloud Server successively decreased always, and at this moment Cloud Server can send to guardian's smart mobile phone the information that children under guardianship's body weight lighten gradually;
When gyro sensor detects that children under guardianship remain static, and intervalometer timing 3 second of controller unit, the numerical value that first pressure transducer detects all is less than or equal to G, but the numerical value that the second pressure transducer detects has at least when being greater than 2*G 3 times; After 3 seconds, the intervalometer of controller unit timing 3 second again, the numerical value that second pressure transducer detects all is less than or equal to G, but the numerical value that the first pressure transducer detects has at least when being greater than 2*G 3 times, at this moment controller unit sends to Cloud Server the particular location that children under guardianship are in artificial unexpected unsafe condition and children under guardianship by wireless communication unit, and then Cloud Server sends children under guardianship to guardian's smart mobile phone and is in the artificial notice of unexpected precarious position and the particular location of children under guardianship;
When gyro sensor detects that children under guardianship remain static, and intervalometer timing 80 second of controller unit, but the numerical value that heart rate sensor detects be less than for 20 80 seconds after heart rate sensor be greater than heart rate at ordinary times, at this moment controller unit sends children under guardianship by wireless communication unit to Cloud Server and is in the particular location of artificial unexpected unsafe condition and children under guardianship, and then Cloud Server sends children under guardianship to guardian's smart mobile phone and is in the notice of artificial unexpected precarious position and the concrete position of children under guardianship;
When gyro sensor detects that children under guardianship remain static, and intervalometer timing 3 minutes clocks of controller unit, the numerical value that heart rate sensor detects apparently higher than or lower than heart rate at ordinary times, at this moment controller unit sends to Cloud Server the particular location that children under guardianship are in non-artificial unexpected unsafe condition and children under guardianship by wireless communication unit, and then Cloud Server sends children under guardianship to guardian's smart mobile phone and is in the non-artificial notice of unexpected precarious position and the particular location of children under guardianship.
2. the healthy and safe system of intelligent wearable device based on Internet of Things, cloud computing and large data analysis according to claim 1, it is characterized in that, described Cloud Server adopts Ali's Cloud Server.
3. the healthy and safe system of intelligent wearable device based on Internet of Things, cloud computing and large data analysis according to claim 1, it is characterized in that, described guardian's smart mobile phone adopts iPhone6s.
4. the healthy and safe system of intelligent wearable device based on Internet of Things, cloud computing and large data analysis according to claim 1, is characterized in that, significantly higher or lower than heart rate at ordinary times refer to higher or lower than her heart rate 20%.
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2017148026A1 (en) * | 2016-03-02 | 2017-09-08 | 京东方科技集团股份有限公司 | Smart walking suggestion device and method |
| CN108123728A (en) * | 2017-11-14 | 2018-06-05 | 兰雨晴 | A kind of emergency rescue system and its application method based on cloud pipe end pattern |
| WO2018098961A1 (en) * | 2016-11-30 | 2018-06-07 | 深圳市酷浪云计算有限公司 | Sports and health management platform and smart sports equipment |
| CN109885010A (en) * | 2019-03-20 | 2019-06-14 | 中南大学 | The health combined based on multi-Agent and Internet of Things sees maintaining method, device and storage medium |
| CN111819832A (en) * | 2018-03-09 | 2020-10-23 | 系统21株式会社 | Information processing apparatus and information processing system |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20030018361A1 (en) * | 2001-07-17 | 2003-01-23 | Herleikson Earl C. | System and method for applying sequential low energy defibrillation pulses |
| CN201005680Y (en) * | 2007-03-20 | 2008-01-16 | 中国人民解放军军事医学科学院卫生装备研究所 | Wearable low-load physiological monitoring system |
| WO2009015552A1 (en) * | 2007-08-02 | 2009-02-05 | Jiankang Wu | Body sign dynamically monitoring system |
| CN202475487U (en) * | 2011-12-13 | 2012-10-03 | 成都智汇科技有限公司 | Elder and children safety intelligent managing and controlling system |
| CN103239216A (en) * | 2013-05-22 | 2013-08-14 | 上海交通大学 | Physical ability monitoring device and physical ability monitoring method |
| CN104382608A (en) * | 2014-09-23 | 2015-03-04 | 电子科技大学 | Human body gait information collection shoe based on foot sole pressure |
| CN204698536U (en) * | 2015-03-30 | 2015-10-14 | 深圳赛米加科技有限公司 | Wearable infant remote warding device |
-
2015
- 2015-10-31 CN CN201510734840.5A patent/CN105212909A/en active Pending
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20030018361A1 (en) * | 2001-07-17 | 2003-01-23 | Herleikson Earl C. | System and method for applying sequential low energy defibrillation pulses |
| CN201005680Y (en) * | 2007-03-20 | 2008-01-16 | 中国人民解放军军事医学科学院卫生装备研究所 | Wearable low-load physiological monitoring system |
| WO2009015552A1 (en) * | 2007-08-02 | 2009-02-05 | Jiankang Wu | Body sign dynamically monitoring system |
| CN202475487U (en) * | 2011-12-13 | 2012-10-03 | 成都智汇科技有限公司 | Elder and children safety intelligent managing and controlling system |
| CN103239216A (en) * | 2013-05-22 | 2013-08-14 | 上海交通大学 | Physical ability monitoring device and physical ability monitoring method |
| CN104382608A (en) * | 2014-09-23 | 2015-03-04 | 电子科技大学 | Human body gait information collection shoe based on foot sole pressure |
| CN204698536U (en) * | 2015-03-30 | 2015-10-14 | 深圳赛米加科技有限公司 | Wearable infant remote warding device |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2017148026A1 (en) * | 2016-03-02 | 2017-09-08 | 京东方科技集团股份有限公司 | Smart walking suggestion device and method |
| US10137329B2 (en) | 2016-03-02 | 2018-11-27 | Boe Technology Group Co., Ltd. | Smart walking recommendation apparatus and method |
| WO2018098961A1 (en) * | 2016-11-30 | 2018-06-07 | 深圳市酷浪云计算有限公司 | Sports and health management platform and smart sports equipment |
| CN108123728A (en) * | 2017-11-14 | 2018-06-05 | 兰雨晴 | A kind of emergency rescue system and its application method based on cloud pipe end pattern |
| CN111819832A (en) * | 2018-03-09 | 2020-10-23 | 系统21株式会社 | Information processing apparatus and information processing system |
| CN109885010A (en) * | 2019-03-20 | 2019-06-14 | 中南大学 | The health combined based on multi-Agent and Internet of Things sees maintaining method, device and storage medium |
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