CN205597905U - Individual health information monitor terminal based on positional information - Google Patents
Individual health information monitor terminal based on positional information Download PDFInfo
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- CN205597905U CN205597905U CN201620061946.3U CN201620061946U CN205597905U CN 205597905 U CN205597905 U CN 205597905U CN 201620061946 U CN201620061946 U CN 201620061946U CN 205597905 U CN205597905 U CN 205597905U
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Abstract
The utility model discloses an individual health information monitor terminal based on positional information, a serial communication port, include: first processor, orientation module, health information monitoring devices, a communication module and alarm module that mutual electricity is connected. The utility model provides an individual health information monitor terminal based on positional information relies on the real -time supervision of intelligent wearable equipment, combines the monitoring to the human motion state, increases substantially the monitoring accuracy of rhythm of the heart or pulse frequency. Build bridge between user and medical institution through network service platform simultaneously, let the performance vital sign monitoring's that wearable monitor terminal's monitoring results can be real purpose.
Description
Technical field
This utility model relates to the method being monitored for human parameters, is based particularly on the personal health information monitoring method of positional information.This monitoring method relies on the wearable device of personal equipment to carry out the Real-time Collection of the health and fitness information such as heart rate, pulse frequency, and is transferred to service platform by wireless network.When emergency occurs, service platform can send abnormal information according to positional information peritropous primary care service station or medical institutions.
This utility model further relates to perform personal health information monitoring device included in personal health information based on the positional information monitoring system of this monitoring method and this system.
Background technology
Chinese population aging ratio strengthens at present, and along with the development of medical skill, Chinese population average life has reached 75 years old.This Aging Problem the most day by day increases the weight of the social problem such as endowment, medical treatment.The especially distribution of medical resource this problem uneven, for living in the crowd of big and medium-sized cities, is also likely to for no other reason than that not obtaining suitable first aid process and finally leading to serious consequence.It is true that for the pressure alleviating industry of medical care, community medical service System Construction becomes the important component part of Payment for health care Service System Construction, plays an important role the most to a certain extent.But ask for help to periphery basic medical treatment service station in time owing to custom of seeking medical advice that people are long-term causes still having quite a few crowd can not actual recognize when health exception, thus striven for the quality time for giving treatment to further.
Such as, for old man, cardiovascular and cerebrovascular disease is high morbidity, is also the class disease having a strong impact on middle-aged and elderly people life security.Among these, for cardiac, the change of heart rate and pulse frequency is closely related with heart disease.At present, the manufacturer such as Samsung, Microsoft, Fructus Mali pumilae develops and releases various wearable device the most successively, and such as intelligent watch, Intelligent bracelet even intelligent shoe, the basic function wherein having is exactly the detection of heart rate or pulse frequency.For this detection function present stage, mainly using photoelectricity volume impulse wave (Photoplethysmography, PPG) principle to measure, its key component includes that photoemission accepts probe, signal amplifies and filtering part composition.For wearable device, owing to the needs moment wears, including people's state at the volley, and compare resting state for the measurement of the heart rate in motion and pulse frequency and have more Risk-warning meaning.But practical situation is, disclosed wearable device in prior art, although under static state, more one accurate measurement result can be obtained, but when human body is kept in motion, measurement accuracy can be greatly lowered, and loses reference value the most completely.
On the other hand, the vital sign Monitoring Data intercommunity of existing wearable device is poor, often presents or the data statistics in one period just for individual data.Although also there being this new thinking of data acquisition extending to cloud server, but the income thus brought is only high in the clouds backup or the statistical analysis of data.This does not has the real sign monitoring function making wearable device and obtains due performance, the most practical play abnormal monitoring and timely risk estimate.Along with the development of technology of Internet of things, the various services and the various platform that rely on this technology also emerge in multitude.Such as express delivery industry, food delivery industry and industry of calling a taxi, the most on traditional service infrastructure, conjugate networking technology, has createed a kind of brand-new service mode.Meanwhile, during this, consumer and businessman the most therefrom obtain the lifting experienced and in efficiency.Present inventor is just being desirable to by conjugate networking technology, make wearable device binding site service, sufferer information timely can be provided rapidly to primary care service station or medical institutions, reduce the generation because of the tragedy not having timely first aid process to be caused.
Summary of the invention
The problems referred to above existed in view of prior art, the purpose of this utility model is to provide a kind of personal health information monitoring method based on positional information, this monitoring method relies on the wearable device of personal equipment to carry out the Real-time Collection of the health and fitness information such as heart rate, pulse frequency, and is transferred to service platform by wireless network.
In order to realize said method, the personal health information monitoring method based on positional information that this utility model provides, including:
Step S100, obtains positional information and the health and fitness information of personnel in real time；
Step S200, it is judged that whether described health and fitness information exception occurs, if it is, search neighbouring medical institutions according to described positional information and send abnormal information.
As preferably, described health and fitness information includes heart rate information and pulse frequency information.
As preferably, before described step 200, also include being uploaded to described positional information, heart rate information and pulse frequency information described network service platform, then judged that described heart rate information and described pulse frequency information are whether in the range of predetermined normal level by described network service platform.
As preferably, after obtaining described heart rate information and pulse frequency information, also include judging the judgement step whether personnel are kept in motion, if it is, described heart rate information and pulse frequency information to obtaining carry out algorithm correction, be uploaded to network service platform the most again.
As preferably, after described step S200, it is judged that personnel the most actively send early warning signal, if it is, search the communication modes of neighbouring medical institutions according to described positional information and connect voice call；Otherwise service centre is analyzed for abnormal data and analysis result is transmitted to medical institutions and relevant people.
This utility model also provides for a kind of personal health information based on positional information monitoring system, and this system includes:
Monitoring terminal, for positional information and the health and fitness information of acquisition personnel in real time；
Service platform, is used for judging whether described health and fitness information exception occurs, if it is, search neighbouring medical institutions according to described positional information and send abnormal information.
As preferably, described network service platform includes:
Second communication module, for accessing the Internet and with described monitoring terminal communication to receive described abnormal information by wired or wireless mode；
User management module, for being managed the personal information corresponding to the monitoring terminal of the described network service platform of access；
Second memory module, for storing the health and fitness information that corresponding monitoring terminal is sent respectively according to personal information；
Second processor module, for being analyzed described health and fitness information, it is judged that whether described health and fitness information exception occurs.
As preferably, described second memory module also stores the predetermined normal level scope of unsoundness information, and the health and fitness information that described second processor module sends according to described monitoring terminal compares with described predetermined normal level scope makes abnormal judgement.
Personal health information based on positional information for the above-mentioned offer of this utility model monitors system, monitoring terminal therein, including: first processor, locating module, health and fitness information monitoring device, the first communication module and the alarm module being electrically connected to each other, wherein
Described locating module is for the positional information of acquisition personnel's location in real time；
Described health and fitness information monitoring device is for the health and fitness information of acquisition personnel in real time, and it includes a pulse frequency detection sensor, a heart rate detection sensor and the motion detection unit detecting personnel's kinestate；
The kinestate that described first processor obtains according to described motion detection unit carries out algorithm correction and by described first communication module by revised testing result transmission network service platform to the testing result of described pulse frequency detection sensor and described heart rate detection sensor；
Described alarm module sends early warning signal according to the active operation of personnel to preset contact person or network service platform.
As preferably, described locating module includes Big Dipper locating module and architecture module.
As preferably, described monitoring terminal is bracelet or wrist-watch.
As preferably, described first communication module is 2G, 3G or 4G communication module, and described monitoring terminal also includes GSM voice call module.
Compared with prior art, the personal health information monitoring method based on positional information that this utility model provides relies on the real-time monitoring of intelligence wearable device, in conjunction with the monitoring to human motion state, increases substantially the monitoring accuracy of heart rate or pulse frequency.Built bridge between user and medical institutions by network service platform simultaneously, allow the purpose playing vital sign monitoring that the monitoring result of wearable monitoring terminal can be real.
Accompanying drawing explanation
Fig. 1 is the general flow chart of personal health information monitoring method based on positional information of the present utility model.
Fig. 2 is another detailed description of the invention flow chart of personal health information monitoring method based on positional information of the present utility model.
Fig. 3 is the structured flowchart of personal health information based on positional information of the present utility model monitoring system.
Detailed description of the invention
Below in conjunction with accompanying drawing, the technical solution of the utility model is further described in detail.
Fig. 1 shows the general flow chart of personal health information monitoring method based on positional information of the present utility model.As described in Figure 1, for the method, specifically include that
Step S100, obtains positional information and the health and fitness information of personnel in real time；
Step S200, it is judged that whether described health and fitness information exception occurs, if it is, search neighbouring medical institutions according to described positional information and send abnormal information.
And the monitoring terminal being applied to personal health information monitoring method based on positional information of the present utility model can be the wearable device such as intelligent watch or Intelligent bracelet.Existing wearable device is mostly just capable of simple heart rate information or the detection of pulse frequency information, or data can be uploaded and backup to high in the clouds.These data can to a certain extent user be played warning and guide effect, but still cannot user real in danger time play substantial effect.The more important thing is, testing result accuracy when monitoring terminal of the prior art is kept in motion for user is poor.Hereinafter the composition of the monitoring terminal that this utility model provides first is described in detail, as described in Figure 3, in this utility model, monitoring terminal 1 includes first processor 11, locating module 13, health and fitness information monitoring device, the first communication module 16 and the alarm module 17 being electrically connected to each other, wherein
Described locating module 13 is for the positional information of acquisition personnel's location in real time；For locating module 13, while obtaining the positional information of personnel present position, it is also possible to the information such as the travel track of acquisition personnel self and direction.In this utility model, it is preferable that described locating module 13 includes Big Dipper module 131 and base station auxiliary positioning module 132.Location positioning accurately, so that when the urgent state of an illness occur in personnel, social security infrastructure service station related personnel or medical institutions can accurately reach the spot and sue and labour the very first time.
Described health and fitness information monitoring device is for the health and fitness information of acquisition personnel in real time, and it includes pulse frequency detection sensor 18, heart rate detection sensor (not shown) and the motion detection unit 15 detecting personnel's kinestate；The kinestate that described first processor 11 obtains according to described motion detection unit 15 carries out algorithm correction and by described first communication module by revised testing result transmission network service platform 2 to the testing result of described pulse frequency detection sensor 18 and described heart rate detection sensor；In this utility model, pulse rate sensor 18 is similar with wearable device of the prior art with heart rate sensor, all it is dependent on photoelectricity volume impulse wave principle to measure, mainly including that infrared, VISIBLE LIGHT EMISSION/receiving transducer, signal amplify and filtering part composition, in this utility model, also no details will be provided.But, as previously mentioned, the testing result of this detection mode is affected bigger by personnel's kinestate, therefore, in this utility model, being detected the kinestate of detected personnel by the motion detection unit 15 arranged, this motion detection unit 15 can include three-axis gyroscope and triaxial accelerometer, it is possible to achieve the detection of kinestate.And the actual kinestate referred to according to motion detection unit 15 detection of the algorithm correction of indication is artificially formulated correction factor and is preset in equipment in this utility model, thus so that the heart rate detected in Yun Dong and pulse frequency are closer to actual value.
Described alarm module 17 sends early warning signal according to the active operation of personnel to preset contact person or network service platform.Preset contact person is normally stored in the first memory module 12, when when heart rate or pulse frequency exception occur in personnel but consciousness is still in waking state, can actively pass through alarm module 17 and send emergency.This module generally may be configured as a SOS button being easier to the entity triggered.
It addition, in this utility model, described first communication module 16 is for the data communication of whole monitoring terminal with network service platform, and it has common wireless Internet function, and the most general 2G, 3G or 4G communication module all can be suitable for.And GSM voice call module 14 is also necessary, when personnel actively trigger alarm module 17, GSM voice call module 14 can be pulled to neighbouring medical service organ therewith, shortens Diagnostic Time as far as possible.
Fig. 2 shows the detail flowchart of another detailed description of the invention of personal health information monitoring method based on positional information of the present utility model, as in figure 2 it is shown,
Further, before service platform judges whether abnormal data occur (S204), also include the step (S203) that described positional information, heart rate information and pulse frequency information are uploaded to described network service platform, then judged that described heart rate information and described pulse frequency information are whether in the range of predetermined normal level by described network service platform.
But to improve accuracy before positional information, heart rate information and pulse frequency information being uploaded, then also need to after obtaining described heart rate information and pulse frequency information, also include judging the judgement step (S202) whether personnel are kept in motion, if, then described heart rate information and pulse frequency information to obtaining carry out algorithm correction (S210), are uploaded to network service platform the most again.
Further, after service platform judges the heart rate information of personnel or pulse frequency information occurs extremely, can also include judging the step (S205) that personnel the most actively send early warning signal, if it is, search the communication modes of neighbouring medical institutions according to described positional information and connect voice call (S208)；Otherwise service centre is analyzed and analysis result is transmitted to medical institutions and relevant people (S206) for abnormal data.
This utility model can realize round-the-clock long-range monitorings in 24 hours of pulse and heart rate, if it find that after occurring extremely, it is also possible to realize long-range two-way call, understand the accurate picture that sufferer is on-the-spot at any time.It addition, combine, by built-in Big Dipper locating module, auxiliary positioning module of going to the station to meet somebody, the accurate location of monitored person can be grasped in real time, maximum possible decrease the medical aid time.
Although the description about embodiment with reference to multiple explanatory embodiment.It should be understood that many other improve and embodiment it may occur to persons skilled in the art that, and fall in mentality of designing disclosed in this utility model and scope.More particularly, the disclosure, each parts of claims and drawing scope and/or theme composite construction, various modification and improvement are all possible.Except to the modification of each parts and/or structure with in addition to improving, being also apparent from it will be understood by those skilled in the art that substitute to use.
Claims (4)
1. personal health information monitoring terminal based on positional information, it is characterised in that including: first processor, locating module, health and fitness information monitoring device, the first communication module and the alarm module being electrically connected to each other, wherein,
Described locating module is for the positional information of acquisition personnel's location in real time；
Described health and fitness information monitoring device is for the health and fitness information of acquisition personnel in real time, and it includes a pulse frequency detection sensor, a heart rate detection sensor and the motion detection unit detecting personnel's kinestate；
The kinestate that described first processor obtains according to described motion detection unit carries out algorithm correction and by described first communication module by revised testing result transmission network service platform to the testing result of described pulse frequency detection sensor and described heart rate detection sensor；
Described alarm module sends early warning signal according to the active operation of personnel to preset contact person or network service platform.
2. personal health information monitoring terminal based on positional information as claimed in claim 1, it is characterised in that described locating module includes Big Dipper locating module and architecture module.
3. personal health information monitoring terminal based on positional information as claimed in claim 1, it is characterised in that described monitoring terminal is bracelet or wrist-watch.
4. personal health information monitoring terminal based on positional information as claimed in claim 1, it is characterised in that described first communication module is 2G, 3G or 4G communication module, and described monitoring terminal also includes GSM voice call module.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201620061946.3U CN205597905U (en) | 2016-01-21 | 2016-01-21 | Individual health information monitor terminal based on positional information |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201620061946.3U CN205597905U (en) | 2016-01-21 | 2016-01-21 | Individual health information monitor terminal based on positional information |
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| CN205597905U true CN205597905U (en) | 2016-09-28 |
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| CN201620061946.3U Expired - Fee Related CN205597905U (en) | 2016-01-21 | 2016-01-21 | Individual health information monitor terminal based on positional information |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112925280A (en) * | 2021-02-01 | 2021-06-08 | 四川大学 | Portable intelligent device for on-site cooperative operation and mobile command |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112925280A (en) * | 2021-02-01 | 2021-06-08 | 四川大学 | Portable intelligent device for on-site cooperative operation and mobile command |
| CN112925280B (en) * | 2021-02-01 | 2022-03-25 | 四川大学 | Portable intelligent device for on-site cooperative operation and mobile command |
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| C14 | Grant of patent or utility model | ||
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160928 Termination date: 20170121 |