CN101980228A - Human body information monitoring and processing system and method - Google Patents
Human body information monitoring and processing system and method Download PDFInfo
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Abstract
The invention discloses a human body information monitoring and processing system and a human body information monitoring and processing method. The system comprises a human body information monitor, a cloud computing data interaction center, a motion wristwatch and a user terminal, wherein the human body information monitor is used for monitoring physiological and unphysiological signals of moving human bodies in real time in a multi-mode and multi-channel mode and transmitting signal data to the cloud computing data interaction center; the cloud computing data interaction center is used for analyzing the received signal data and transmitting the analyzed result data to the motion wristwatch and the user terminal respectively; the motion wristwatch is used for making a motion plan according to the received result data and performing warning prompt or adjusting the made motion plan in real time; and the user terminal is used for displaying the received result data so as to realize human-machine interaction. By the system and the method, the comfort degree of motion signal monitoring equipment and the accuracy of monitoring are improved, the motion plan is made for the human bodies through the monitored physiological and unphysiological signals and network on-line expert consultation is provided for the human bodies to trace body health conditions.
Description
Technical field
The present invention relates to population health and communication network technology field, relate in particular to a kind of human body information monitoring and disposal system and method.
Background technology
Physical fitness become improve the quality of living, prophylactic main mode.Along with the enhancing of health of people consciousness, the popularizing of sports apparatus such as community, public place, gymnasium and school, the mode of body building is increasingly extensiveization and variation also.Yet, owing to the professional person that body builder itself not necessarily is engaged in motion, in the body-building process, often lack the scientific guidance of body-building, can't in time grasp individual health.The more important thing is, most body builders do not have relevant professional knowledge that fitness project, body-building intensity and fitness program are done rational assessment and expectation, cause the body builder effectively and quantitatively to grasp individual healthy change situation, can not reasonably do suitable adjustment individual's fitness program than difficulty.In addition, the long-term data of taking exercise of body builder are to seek medical advice, participate in the significant data of medical insurance, are necessary to set up body builder's individual body status data storehouse.Meanwhile, along with developing rapidly of personal radio communication network, had many and live closely bound up incident, data, image or the like of people goes to personal communication network (PCN) by traditional media, so both help the user and read, handled correlate quickly and easily, possessed workable, the portable strong characteristics such as compatibility is strong that reach again.Therefore, utilize cordless communication network to set up suitable fitness campaign data network framework and have important practical value, theoretical value and promotional value.
The fitness campaign network will be directly connected to the healthy of people, to people independently grasp individual health, adjusting and control self health, give appropriate disease early warning, obtain specialty body-building suggestion, obtain online health service or the like and have positive effect.Yet existing related techniques only is confined to the collection of body building person's physiological signal.Existing health service software only is confined to the evaluation to known type of sports, amount of exercise, fuel value of food or the like.
There is following problem in existing physiology of exercise Signal Collection Technology:
Have part technology and patent to adopt pectoral girdle formula electrode to gather heart rate signal abroad, the topmost problem of this mode is that comfort level is bad, is difficult to be adopted by most users.Thereby the promotion and application of technology have been influenced.
Domestic most of technology and patent acquisition mode are single, and acquisition precision and accuracy are low.As all being the wrist radial artery that utilizes to the domestic most of technology of the collection of heart rate and patent.There is the problem that pulse signal is faint and the detection position is offset easily in this mode, very easily influences the accuracy of heart rate detection.Especially, at the volley, faint signal tends to the bigger motion of the amplitude that is submerged in causes in the noise that kinetic noise major part is a nonstationary noise, has more aggravated the difficulty of input.Therefore, the heart rate detection during wrist radial artery acquisition mode is not suitable for moving.Cause the heart rate detection rate low, the user thinks poorly of, and especially can not be used for health prompt.
Do not possess analysis ability.Majority only is confined to obtaining of data, for the individual who does not possess professional disease, health knowledge, can't provide health prompt result directly perceived and straightaway, is unfavorable for that the popularization of system reaches universal.
Data can not be served health guidance effectively.Because existing system just is confined to input, does not have the favorable service network, make the body-building data to play and show and the effect of componental movement dangerous tip, be unfavorable for the grasp of sporter to individual health.
There is following problem in existing health guidance system:
1) majority is the unit operation system, does not have the good network support platform, does not have good update mechanism.
2) majority is set inquiry system.Existing system mainly is with the simple queries to sports events, exercise intensity, fuel value of food or the like, these data are based on the result of statistic concept, therefore the difference of often having ignored individual health, provide inappropriate data to departing from the bigger individual of average statistical probably.
3) do not possess the good data analysis ability.
4) lack real-time and long-term tracking, be unfavorable for fitness campaign is in time instructed and improved, more be unfavorable for providing accurately and timely disease early warning body building person's health data.
5) do not possess data fast, the magnanimity processing power.
6) do not possess the ability of obtaining health data conveniently, in real time.Do not make full use of cordless communication network, thus relatively poor with the real-time of user interactions.
Summary of the invention
(1) technical matters that will solve
The technical problem to be solved in the present invention first: how to improve the comfort level of motor message monitoring equipment and the accuracy of monitoring; It two is how to utilize the physiological signal and the non-physiological signal behaviour system that are monitored to decide exercise program, and provides foundation for human body tracking self physical condition.
(2) technical scheme
For solving the problems of the technologies described above, the invention provides a kind of human body information monitoring and disposal system, comprising:
The human body information monitoring instrument is connected with cloud computing data interaction center, be used for by the multi-mode much channel communication in real time monitoring human and signal data transferred to cloud computing data interaction center at the physiology and the non-physiological signal in when motion;
Cloud computing data interaction center, being used for to the received signal data analyzes, and the result data that obtain transfers to sport wrist-watch and user terminal respectively after will analyzing, and described data analysis to the received signal comprises according to physiological signal that receives and non-physiological signal carries out the injury gained in sports assessment;
Sport wrist-watch is connected with described cloud computing data interaction center, is used for formulating exercise program and carrying out alarm or the exercise program of being formulated is adjusted in real time according to the result data that receives;
User terminal is connected with described cloud computing data interaction center, is used for the result data that receives is shown.
Wherein, described user terminal is one or more in computing machine, mobile communication equipment and the mobile multimedia equipment.
Wherein, the data communication mode between described human body information monitoring instrument and cloud computing data interaction center, cloud computing data interaction center and sport wrist-watch and the user terminal is wired and/or communication.
The present invention also provides a kind of method that above-mentioned human body information monitoring and disposal system are carried out human body information monitoring and processing of using, and may further comprise the steps:
S1 is worn on body surface with described human body information monitoring instrument, and this equipment passes through multi-mode, much channel communication physiology and the non-physiological signal of monitoring human when motion in real time then, and signal data is transferred to cloud computing data interaction center;
S2, cloud computing data interaction center data is to the received signal analyzed, and the result data that obtain transfers to sport wrist-watch and user terminal respectively after will analyzing, and described data analysis to the received signal comprises according to physiological signal that receives and non-physiological signal carries out the injury gained in sports assessment;
S3, sport wrist-watch is formulated exercise program according to the result data that receives, and reports to the police in real time; Simultaneously, user terminal shows the result data that receives, thereby realizes man-machine interaction.
Wherein, in step S1, described human body information monitoring instrument is worn on human arm.
Wherein, described physiological signal comprises heart rate, blood pressure, myoelectricity, temperature and Skin Resistance etc., and described non-physiological signal mainly comprises movable information, and this movable information specifically comprises speed, acceleration, distance, attitude, pressure and the geographical location information etc. of motion.
Wherein, in step S2, cloud computing data interaction center data is to the received signal analyzed also and is comprised: one or more in historical data management, the healthy trend evaluation that moves, disease early warning, sports events analysis, run duration analysis, exercise intensity analysis, the automatic formulation of exercise program and renewal, injury gained in sports assessment, injury gained in sports suggestion and calorie consume analysis.
(3) beneficial effect
The present invention is by being worn on the human arm position with the human body information monitoring instrument, adopt the multichannel signal acquisition method of multi-mode to gather multiple physiology and non-physiological signal simultaneously, overcome the defective that existing heart rate detection device comfortable degree is low, accuracy is low, improved the accuracy of accuracy, the especially human body motion signal monitoring when motion of motor message monitoring.Carry out data analysis by the motor message that will monitor, and analysis result is shown, decide exercise program, follow the tracks of self physical condition foundation is provided for people's system.
Description of drawings
Fig. 1 is the system architecture diagram of the embodiment of the invention and uses signal;
Fig. 2 is the structural representation of human body information monitoring instrument among Fig. 1 and uses signal;
Fig. 3 is the structural representation of sport wrist-watch among Fig. 1;
Fig. 4 is the connected mode synoptic diagram of human body information monitoring instrument and sport wrist-watch among Fig. 1;
Fig. 5 shows the real heart rate (HR) in the process that people that chest records is running, and uses the heart rate that is worn in the process that people that the human body information monitoring instrument at human arm records running.
Embodiment
For making purpose of the present invention, content and advantage clearer, embodiment of the present invention is described further in detail below in conjunction with accompanying drawing.
As shown in Figure 1, the human body information monitoring of the embodiment of the invention and disposal system comprise:
Human body information monitoring instrument 1, be used for by the multi-mode much channel communication in real time monitoring human and signal data transferred to cloud computing data interaction center at the physiology and the non-physiological signal in when motion.Its structure can realize gathering the many signals of hyperchannel such as electrocardio, myoelectricity, Skin Resistance, acceleration, athletic posture, shell temperature and geographical location information and gather simultaneously as shown in Figure 2.This mode has overcome the defective that single exercise heart rate detects or single movable information detects in the prior art.By the technology that hyperchannel and many signals combine, set up the mathematical model of multi channel signals, calculate physiological signals such as heart rate and blood pressure in real time by this mathematical model.
For each signalling channel, we set up following mathematical model:
V＝Imp×[ESG+EMG+ECG]；
Wherein V is a measuring voltage, and Imp is the contact impedance between skin and the electrode, and ECG is an electrocardiosignal, and EMG is an electromyographic signal, the electric potential difference that skin surface formed when ESG was motion.Imp, ECG and EMG can measure, and ESG can think noise, and the frequency ratio of its signal is lower, can remove by filtering.We set up the variation rule curve of the track and the acceleration of arm motion according to the signal that records of acceleration transducer among Fig. 2 and attitude sensor then, pass through normalized, extract the EMG signal (can think noise, can remove) of each arm motion cycle the inside by filtering.Removed in noise signal Imp, ESG and the EMG signal afterwards, the signal to noise ratio (S/N ratio) of electrocardiosignal is just than higher, this time, we judged the crest of the R ripple of each electrocardio beat again according to cardiac electrical time domain, frequency domain, phase place and statistical property between each lead signals and difference, calculated heart rate according to the distance between the crest.
Center processing unit among Fig. 2 is used for calculating heart rate and myoelectricity according to above-mentioned mathematical model.Be responsible for simultaneously the work of each several part hardware coordination and and other unit between communication.
Cloud computing data interaction center 2, be used for the physiology and the non-physiological signal data that receive are analyzed, and the result data that obtain transfers to sport wrist-watch and user terminal respectively after will analyzing, described data analysis to the received signal comprise according to the signal that receives carry out historical data management, the healthy trend evaluation that moves, disease early warning, sports events analysis, run duration analysis, exercise intensity analysis, the automatic formulation of exercise program and renewal, injury gained in sports assessment, injury gained in sports suggestion, calorie consume analysis, healthy index assessment etc.
With injury gained in sports assessment (comprising monitoring, analysis, the prevention of injury gained in sports) is example.Injury gained in sports is because of the difference of sports events, and damage location, degree, mode are had nothing in common with each other; The main cause of injury gained in sports also comprises except that the specific (special) requirements of the dissection weakness of sporter's body part itself and Motion Technology: 1. level of training deficiency; 2. do not observe training philosophy, it is improper to protect, the warming-up exercise deficiency; 3. physiological status is not good; 4. environmental factor etc.
Native system is gathered at each user is individual, preserve physiology targetedly, non-physiology reaches historical data immediately, can be at the sports events characteristics that the user carried out, in conjunction with user's self physiology and movement characteristic (from the accumulation and the analysis of historical data, and the collection of initial user information), the injury gained in sports theoretical model of correspondence in utilization athletic physiology and the sports medical science, whether assessment and monitoring sporter observe training philosophy, whether fully finish warm-up preparation the (warm-up warm-up quantitative analysis), whether technical movements standard (data collection and analysis of sensor such as attitude sensor), whether physiological status is fit to motion, and (Skin Resistance is to the notice intensity, the monitoring of fatigue strength, the body temperature level, level of perspiration, and in the historical data at record of physiological period etc.), the whether suitable motion of surrounding enviroment (temperature height, sea level elevation, air humidity or the like), and comprehensive historical and instant data, whether analysis and assessment user's sports level reaches the target of setting.Comprehensive multiple physiology and non-physiologic information, the analysis of history data, and compare instant data to realize monitoring, to analyze, prevent injury gained in sports and athletic injury.
Sport wrist-watch 3 is used for formulating exercise program and carrying out alarm according to the result data that receives.According to sporter's motion purpose (such as fat-reducing or enhancing cardiovascular function) and run duration, the watch the inside can generate or default preliminary exercise program automatically.This preliminary exercise program can be delivered to cloud computing data interaction center and adjust according to historical data, returns results in the watch then.Before each motion, can assess the implementation status of exercise program according to historical data, then according to motion surrounding enviroment (temperature height, sea level elevation, air humidity or the like) at that time formulate or adjust when time take exercise target and intensity.The implementation status that in motion process, also can adjust exercise program and remind exercise program.Simultaneously,, can carry out alarm,, can remind increasing or reduce exercise intensity such as surpassing when heart rate or being lower than target interval by real-time monitoring parameters.If the disease omen when finding motion also can sound a warning, such as some cardiopathic omen.Its structure as shown in Figure 3, the connected mode of itself and human body information monitoring instrument 1 is as shown in Figure 4.Fig. 3 center processing unit be used for realizing functions such as warning.Thereby the host communication unit is used for setting up the physical connection Data transmission by interfaces such as serial ports, USB, miniUSB and other equipment.
User terminal 4, be used for the result data that receives is shown, thereby the realization man-machine interaction, it can comprise computing machine (comprising desktop computer, net book, notebook, workstation, server etc.), possess the mobile communication equipment of electronic reading function (comprising iPad and all kinds of associated electrical readers etc.); Mobile multimedia equipment (comprising iPod, various e-book, all kinds of multimedia player, various mobile electron game stations etc.), and various mobile communication equipment (comprising iPhone, various e-book, mobile phone and various mobile radio communication device) etc.
Similar with the connected mode of cloud computing data interaction center and sport wrist-watch, data communication mode between described human body information monitoring instrument and cloud computing data interaction center and the user terminal also can be in wired and the communication one or both, wherein optionally the wire communication mode includes but not limited to serial ports and USB etc., and communication includes but not limited to bluetooth, Zigbee, ANT (antennal interface) etc.
In the present embodiment, said system is worn on human arm with described human body information monitoring instrument in use, carries out input and processing then.Existing pectoral girdle formula electrode harvester comfortable wearing degree is bad, the defective that accuracy is not high.And utilize wrist radial pulse mensuration to obtain the device of heart rate signal in the prior art, weak output signal, wrist artery detection position are offset easily, kinetic signal drift, motion cause and be offset the lamp problem easily in noise, detection position (these are difficult points that exercise heart rate detects also to exist radial artery to fight, also be to cause the low main cause of present exercise heart rate accuracy in detection), very easily influence the accuracy of heart rate detection, the heart rate detection in especially being not suitable for moving.Can overcome above-mentioned defective and in the method for the embodiment of the invention human body information monitoring instrument is worn on arm, improve the accuracy that exercise heart rate detects.For example shown in Figure 5, horizontal ordinate is the heartbeat index, ordinate is heart rate (unit is time/minute), dotted line has been represented the real heart rate (HR) in the process that the people that chest records is running, solid line has been represented and has been used the heart rate that is worn in the process that people that the human body information monitoring instrument at human arm records running, both differ very little, and error is in positive and negative 2%.
As can be seen from the above embodiments, the present invention is by being worn on the human arm position with the human body information monitoring instrument, adopt the multichannel signal acquisition method of multi-mode to gather multiple physiology and non-physiological signal simultaneously, overcome the defective that existing rhythm of the heart device comfortable degree is low, accuracy is low, improved the accuracy of input, especially the accuracy of human body input when motion.By detected signal is carried out data analysis, and analysis result is shown, decide exercise program, follow the tracks of self physical condition foundation is provided for people's system.
Above embodiment only is used to illustrate the present invention; and be not limitation of the present invention; the those of ordinary skill in relevant technologies field; under the situation that does not break away from the spirit and scope of the present invention; can also make various variations and modification; therefore all technical schemes that are equal to also belong to category of the present invention, and scope of patent protection of the present invention should be defined by the claims.
Claims (7)
1. human body information monitoring and disposal system is characterized in that, comprising:
The human body information monitoring instrument is connected with cloud computing data interaction center, be used for by the multi-mode much channel communication in real time monitoring human and signal data transferred to cloud computing data interaction center at the physiology and the non-physiological signal in when motion;
Cloud computing data interaction center, being used for to the received signal data analyzes, and the result data that obtain transfers to sport wrist-watch and user terminal respectively after will analyzing, and described data analysis to the received signal comprises according to physiological signal that receives and non-physiological signal carries out the injury gained in sports assessment;
Sport wrist-watch is connected with described cloud computing data interaction center, is used for formulating exercise program and carrying out alarm or the exercise program of being formulated is adjusted in real time according to the result data that receives;
User terminal is connected with described cloud computing data interaction center, is used for the result data that receives is shown.
2. human body information monitoring as claimed in claim 1 and disposal system is characterized in that, described user terminal is one or more in computing machine, mobile communication equipment and the mobile multimedia equipment.
3. human body information monitoring as claimed in claim 1 and disposal system, it is characterized in that the data communication mode between described human body information monitoring instrument and cloud computing data interaction center, cloud computing data interaction center and sport wrist-watch and the user terminal is wired and/or communication.
4. the method that application rights requires 1～3 each described human body information monitoring and disposal system to carry out human body information monitoring and processing is characterized in that, may further comprise the steps:
S1 is worn on body surface with described human body information monitoring instrument, and this equipment passes through multi-mode, much channel communication physiology and the non-physiological signal of monitoring human when motion in real time then, and signal data is transferred to cloud computing data interaction center;
S2, cloud computing data interaction center data is to the received signal analyzed, and the result data that obtain transfers to sport wrist-watch and user terminal respectively after will analyzing, and described data analysis to the received signal comprises according to physiological signal that receives and non-physiological signal carries out the injury gained in sports assessment;
S3, sport wrist-watch is formulated exercise program according to the result data that receives, and reports to the police in real time; Simultaneously, user terminal shows the result data that receives, thereby realizes man-machine interaction.
5. human body information monitoring as claimed in claim 4 and disposal route is characterized in that, in step S1, described human body information monitoring instrument are worn on human arm.
6. human body information monitoring as claimed in claim 4 and disposal route, it is characterized in that, described physiological signal comprises heart rate, blood pressure, myoelectricity, temperature and Skin Resistance, described non-physiological signal comprises movable information, and described movable information comprises speed, acceleration, distance, attitude, pressure and the geographical location information of motion.
7. human body information monitoring as claimed in claim 4 and disposal route, it is characterized in that, in step S2, cloud computing data interaction center data is to the received signal analyzed also and is comprised: one or more in historical data management, the healthy trend evaluation that moves, disease early warning, sports events analysis, run duration analysis, exercise intensity analysis, the automatic formulation of exercise program and renewal, injury gained in sports assessment, injury gained in sports suggestion and calorie consume analysis.
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