CN205433665U - Health comprehensive testing platform - Google Patents
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Abstract
The application discloses health comprehensive testing platform, it includes sensor module and last one -level data processing device, sensor module includes heart electrograph sensor and pressure sensor, adopts between unified outside crystal oscillator progressive tense in step between heart electric sensor and the pressure sensor, heart electric sensor and pressure sensor respectively with the wired or wireless connection of last one -level data processing device. Owing to input electrocardiogram data and pulse pressure reeb and rhythm of the heart change number among the one -level data processing device harmonious certificate of mutually supporting for the detection data accuracy more of each sensor of this health comprehensive testing platform, the user uses convenience more, and user experience is better.
Description
Technical field
The application is specifically related to a kind of health comprehensive detection platform based on body surface.
Background technology
Health detection platform in the market mostly include blood pressure, blood glucose, brain electricity, position coordinate, temperature or environment other etc. each senser element, many occur in the way of discrete design and lack association between the data of each senser element acquisition, the product design difficulty making common health detection platform is relatively big, but detection efficiency is general.Meanwhile, use each senser element of the health detection platform of discrete design all can not accomplish fully to detect, add detection function and be separated from each other with resuming training function, easily cause user to use viscosity low, it is difficult to the problem adhered to.
Utility model content
The application provides the health comprehensive detection platform of a kind of improvement.
First aspect according to the application, the application provides a kind of health comprehensive detection platform, it includes sensor assembly and upper level data processing equipment, described sensor assembly includes electrocardiography transducer and pressure transducer, uses uniform external crystal oscillator to carry out time synchronized between described EGC sensor and described pressure transducer；
Described EGC sensor is wired or wireless with described upper level data processing equipment respectively with described pressure transducer to be connected, and collects pulse pressure with the electrocardiogram (ECG) data that EGC sensor collected and pressure transducer and involves heart rate variability data and be sent in upper level data processing equipment cooperate coordination.
In the health comprehensive detection platform of the application, also include volume pulsation wave sensor, between described volume pulsation wave sensor and described pressure transducer, use uniform external crystal oscillator to carry out time synchronized；
Described volume pulsation wave sensor is wired or wireless with described upper level data processing equipment to be connected, being sent in upper level data processing equipment so that volume pulsation wave sensor acquisition to pulse pressure to involve heart rate variability data, the electrocardiogram (ECG) data collected with described EGC sensor cooperates coordination.
In the health comprehensive detection platform of the application, also include thermal module, described thermal module respectively with described sensor assembly and described upper level data processing equipment is wired or wireless is connected.
In the health comprehensive detection platform of the application, described thermal module includes but not limited to external infrared body temperature sensor, environment temperature sensor and built-in device temperature sensor.
In the health comprehensive detection platform of the application, also include locating module, this locating module respectively with described sensor assembly and upper level data processing equipment is wired or wireless is connected.
In the health comprehensive detection platform of the application, described locating module includes but not limited to three-dimensional accelerometer, inertial gyroscope and GPS device.
In the health comprehensive detection platform of the application, also include air pressure module, described air pressure module respectively with described locating module and described upper level data processing equipment is wired or wireless is connected.
In the health comprehensive detection platform of the application, also including gas module, described gas module is wired or wireless with described upper level data processing equipment to be connected.
In the health comprehensive detection platform of the application, described gas module includes but not limited to humidity sensor, oxygen sensor, carbon dioxide sensor and carbon monoxide transducer.
In the health comprehensive detection platform of the application, also include brain wave acquisition module, described brain wave acquisition module respectively with described sensor assembly and upper level data processing equipment is wired or wireless is connected.
In the health comprehensive detection platform of the application, also include blood glucose acquisition module, described blood glucose acquisition module respectively with described sensor assembly and upper level data processing equipment is wired or wireless is connected.
In the health comprehensive detection platform of the application, also including data module of taking medicine, data module of taking medicine is wired or wireless with upper level data processing equipment is connected for this.
In the health comprehensive detection platform of the application, described upper level data processing device for storage has the prompt alarm that medical history record, medicine go through record, medication alert, drug side effect and medicine contraindication.
In the health comprehensive detection platform of the application, described higher level's data processing equipment includes for providing the human body of feed-back type to loosen and the training module of neural human body autocontrol force training, and for presenting the heart rate real-time data collection of human body, blood oxygen pulse ripple and dynamic blood oxygen test data, ambulatory blood pressure test data and the display interface of brain wave real-time testing data, described training module is electrically connected with described display interface.
In the health comprehensive detection platform of the application, also include the background server that be connected wired or wireless with higher level's data processing equipment.
In the health comprehensive detection platform of the application, described higher level's data processing equipment includes that the mobile terminal with health App, described mobile terminal include but not limited to the smart machine that smart mobile phone, flat board pad and PC/ flat board are two-in-one.
The application provides the benefit that: cooperate coordination evidence owing to the electrocardiogram (ECG) data that is input in upper level data processing equipment and pulse pressure involve changes in heart rate number, the detection data making each sensor of this health comprehensive detection platform are the most accurate, user uses enhanced convenience, and Consumer's Experience is more preferable.
Accompanying drawing explanation
Fig. 1 is the structured flowchart of the health comprehensive detection platform in an embodiment of the application；
Wherein, 1, sensor assembly；11, electrocardiography transducer；12, pressure transducer；13, volume pulsation wave sensor；2, upper level data processing equipment；21, training module；3, background server；4, thermal module；5, locating module；6, air pressure module；7, gas module；8, brain wave acquisition module；9, blood glucose acquisition module；10, take medicine data module.
Detailed description of the invention
Combine accompanying drawing below by detailed description of the invention the application is described in further detail.
As it is shown in figure 1, the health comprehensive detection platform in an embodiment of the application includes sensor assembly 1 and upper level data processing equipment 2.This sensor assembly 1 includes but not limited to electrocardiography transducer 11 and pressure transducer 12.
Electrocardiography transducer 11 gather cardiac muscle neural activity, pressure transducer 12 vascular testing position gather arteries beat cause blood volume change, through Piezoelectric detector obtain voltage change signal reflection changes in heart rate.This vascular testing position includes but not limited to radial artery etc..Uniform external crystal oscillator is used to carry out time synchronized between EGC sensor and pressure transducer 12.
EGC sensor is wired or wireless with upper level data processing equipment 2 respectively with pressure transducer 12 to be connected, and collects pulse pressure with the electrocardiogram (ECG) data that EGC sensor collected and pressure transducer 12 and involves heart rate variability data and be sent in upper level data processing equipment 2 cooperate coordination.I.e. EGC sensor is as follows with the principle of pressure transducer 12 joint-detection:
Under proper testing environment, the electrocardiogram (ECG) data that the pulse pressure wave obtained by pressure transducer 12 is obtained with EGC sensor compares, and post processing and the Eigenvalues analysis of electrocardiogram (ECG) data is instructed by heart rate variability data, again by the conduction time difference of electrocardio peak value with pulse pressure wave, carry out Data correction and the conversion of blood pressure data.
Specifically, to compare with electrocardio ripple with the pulse pressure wave of the detected part measured in real time, and utilize pulse wave peak value and the time difference of electrocardio crest value and existing blood pressure calibration data, thus extrapolate detected part and shrink pressure pressure and mean pressure pressure accordingly.Diastolic pressure and the relation shrinking pressure in view of traditional blood pressure tensammetry take from measured data, as long as shrinking pressure with mean pressure calibration accurately, diastolic pressure is also accurately derived with regard to matching.Therefore, utilize this contraction pressure and mean pressure, the diastolic pressure to the actual measurement of blood pressure tensammetry can be completed, carry out mapping and calibrate with matching, from relativeness, can accurately obtain contraction pressure, level pressure and the data of diastolic pressure.And the accuracy of the electrocardio peak-data of electrocardiogram (ECG) data is higher, can be as the benchmark data of heart rate variability data, it is provided that the guidance training of pressure pulse wave datum, calibrate extraction algorithm.
Additionally, in certain embodiments, this health comprehensive detection platform is under special screne, this special screne includes but not limited to the myoelectricity interference of electromagnetic interference environment and sharp movement state, EGC sensor can not complete normal acquisition, and the pressure transducer 12 coordinated that now cooperates with EGC sensor can provide heart rate variability data to supplement.The accuracy of the electrocardio peak-data of EGC sensor data is higher, can be as the benchmark data of changes in heart rate, it is provided that the guidance training of pressure pulse wave datum, calibrates extraction algorithm.Under including but not limited to the special screne that the myoelectricity of electromagnetic interference environment and sharp movement state disturbs, EGC sensor can not complete normal acquisition, and the most trained pressure transducer can provide heart rate variability data to supplement.
Refering to Fig. 1, the sensor module 1 also includes volume pulsation wave sensor 13, and this volume pulsation wave sensor 13 includes but not limited to projection-type blood oxygen reflection probe or reflective blood oxygen reflection probe etc..
This volume pulsation wave sensor 13 Main Function is assisted acquisition heart rate variability data.Volume pulsation wave sensor 13 vascular testing position gather arteries beat cause blood volume change, while the voltage change signal reflection blood oxygen levels change that photodetector obtains, reflection changes in heart rate, this vascular testing position includes but not limited to radial artery etc..Uniform external crystal oscillator is used to carry out time synchronized between volume pulsation wave sensor 13 and EGC sensor.
This volume pulsation wave sensor 13 is wired or wireless with above-mentioned upper level data processing equipment 2 to be connected, and collects pulse pressure with the electrocardiogram (ECG) data that EGC sensor collected and volume pulsation wave sensor 13 and involves heart rate variability data and be sent in upper level data processing equipment 2 cooperate coordination.I.e. EGC sensor 11 is as follows with the principle of pressure transducer 12 and volume pulsation wave sensor 13 joint-detection:
Under proper testing environment, the electrocardiogram (ECG) data that the pulse pressure wave obtained by pressure transducer 12 is obtained with EGC sensor compares, and post processing and the Eigenvalues analysis of electrocardiogram (ECG) data is instructed by heart rate variability data, again by the conduction time difference of electrocardio peak value with pulse pressure wave, carry out Data correction and the conversion of blood pressure data.
But it is with the difference of above-mentioned EGC sensor with pressure transducer 12 joint-detection: pressure transducer 12 is sensitive to low frequency interference and cannot shield, the interference of volume pulsation wave sensor 13 light to external world is sensitive but can give environment or shielding by rational shading design, in actual design, pressure transducer 12 and volume pulsation wave sensor 13 can complement one another.
And after introducing volume pulsation wave sensor 13, the precision of the pulse pressure wave that the ratio of precision pressure transducer 12 of the pulse pressure wave that volume pulsation wave sensor 13 obtains obtains is the most accurate, therefore, it can only obtain pulse pressure wave by volume pulsation wave sensor 13.Meanwhile, pressure transducer 12 can focus on the acquisition shrinking pressure with mean pressure, and the reckoning result for diastolic pressure more accurately provides beneficial support.
Equally, in certain embodiments, this health comprehensive detection platform is under special screne, this special screne includes but not limited to the myoelectricity interference of electromagnetic interference environment and sharp movement state, EGC sensor can not complete normal acquisition, and the volume pulsation wave sensor 13 coordinated that now cooperates with EGC sensor 11 can provide heart rate variability data to supplement.The accuracy of the electrocardio peak-data of EGC sensor data is higher, can be as the benchmark data of changes in heart rate, it is provided that the guidance training of volume pulsation wave datum, calibrates extraction algorithm.(electromagnetic interference environment is included but not limited under special screne, the myoelectricity interference of low-frequency vibration environment and sharp movement state), EGC sensor 11 includes that pressure transducer 12 can not complete normal acquisition, and the most trained volume pulsation wave sensor 13 can provide heart rate variability data to supplement.
Still further aspect, the oximetry data Processing Algorithm of volume pulsation wave sensor 13 associates each other with heart rate variability data, the accurate heart rate variability data that EGC sensor 11 provides with volume pulsation wave sensor 13 tripartite coalition detection with pressure transducer 12, can support the accurate extraction of volume pulsation wave sensor 13 oximetry data.
Additionally volume pulsation wave sensor 13 and the Combined Treatment of pressure transducer 12 can further enhance the accurate extraction of volume pulsation wave sensor 13 oximetry data.Gather and in the poster processing soft algorithm process, oximetry data is interrelated with blood vessel pulse pressure data to be supplemented, according to blood pressure tensammetry measuring principle, when test probe outer of blood vessel Pulse pressure sensor is exerted pressure suitable with blood vessel wall pressure, the amplitude of blood pressure ripple is the strongest.Being judged by the amplitude extreme value of blood pressure ripple, can select limit, as the screening criterion of blood pressure Yu the optimal acquisition point of oximetry data, two groups of data of blood oxygen and blood vessel pulse pressure are complementary to one another and associate each other.The bottleneck of traditional reflective blood oxygen test, is that test result is relevant to test position and body surface exposure level, data output instability；And by blood pressure wave-amplitude limit as assistant criteria, now blood vessel is flat and probe is stablized mensurable with the exposure level of skin, thus the parameter of blood vessel pulse pressure, the assistant criteria can screened as optimal oximetry data, consider the principle of the positive and negative transmission of mechanics and interaction, this reference criterion is applicable to the conjunction of popping one's head in of blood oxygen transducer probe described in right one and pressure transducer and sets and (include but not limited to, reflective blood oxygen probe is built in pressure transducer pressure transmission probe, the two simultaneously contact measured position；Or the built-in back side with pressure sensor housing of reflective blood oxygen probe, the finger of measured is according to reflective blood oxygen probe and face, place thereof, the peripheral vascular position being contacted sensor pressure transducer presses, pressure transducer obtain detected part blood vessel pulse pressure time, reflective blood oxygen probe from pressure finger obtain oximetry data) various forms.
Additionally the introducing of volume pulsation wave sensor 13 improves the blood pressure reckoning process described in right 1: carries out blood pressure with the EGC sensor 11 described in right 1 with pressure transducer 12 and trains the method calculated to compare, after introducing volume pulsation wave sensor 13, the extraction of pulse wave can be completed by volume pulsation wave sensor 13, its ratio of precision pressure transducer is the most accurate and can complement one another, pressure transducer can focus on the process shrinking pressure with mean pressure simultaneously, calculates that result provides beneficial support for the training of blood pressure more accurately.
Referring again to Fig. 1, this health comprehensive detection platform also includes thermal module 4, this thermal module 4 respectively with the sensor module 1 and upper level data processing equipment 2 is wired or wireless is connected.
This thermal module 4 includes but not limited to external infrared body temperature sensor, environment temperature sensor and built-in device temperature sensor.Wherein, external infrared sensor is mainly used in providing body temperature data.Environment temperature sensor is mainly used in extreme ambient temperature, and to warping apparatus temperature, abnormal body temperature carries out early warning.Built-in device temperature sensor is mainly used in providing the ambient temperature data of each sensor above-mentioned, thinks that the calibration of each sensor acquisition data above-mentioned provides reference frame.
Referring again to Fig. 1, this health comprehensive detection platform also includes locating module 5, this locating module 5 respectively with the sensor module 1 and upper level data processing equipment 2 is wired or wireless is connected.
This locating module 5 includes but not limited to three-dimensional accelerometer, inertial gyroscope and GPS device.Wherein, three-dimensional accelerometer and inertial gyroscope both can be integrated designs, it is also possible to be discrete type design.The Main Function of three-dimensional accelerometer and inertial gyroscope is to position human body attitude, and human body attitude includes but not limited to sit, crouch, lie and fall.The Main Function of GPS device is to provide outdoor location coordinate.When the position coordinates that GPS device gathers is in indoor interruption, coordinate in conjunction with the point of interruption, in the data provided with inertial gyroscope with reference to three-dimensional accelerometer, the direct of travel after the point of interruption and distance can be gone out with joint-detection, indoor location coordinate and altitude information can be supplemented thereby through three-dimensional accelerometer and inertial gyroscope with coordinating of GPS device.This indoor location coordinate is relevant with the quality of fit of GPS device and three-dimensional accelerometer, inertial gyroscope to the accuracy of altitude information.
Referring again to Fig. 1, this health comprehensive detection platform also includes air pressure module 6, this air pressure module 6 respectively with above-mentioned locating module 5 and upper level data processing equipment 2 is wired or wireless is connected.And upper level data processing equipment 2 can provide special input interface to the data of this air pressure module 6 collection.
The environmental background that the barometric information one side that this air pressure module 6 collects is healthy data provides atmospheric reference data, and extreme high-low pressure environment is carried out early warning.The change of still further aspect air pressure and height correlation, the data that baroceptor provides, after being sent to above-mentioned locating module 5, through the data calibration of GPS device, three-dimensional accelerometer and inertial gyroscope, and with reference to local pressure altitude change table, can be with corrected altitude data.
Referring again to Fig. 1, this health comprehensive detection platform also includes gas module 7, and this gas module 7 is wired or wireless with upper level data processing equipment 2 to be connected.And upper level data processing equipment 2 can provide special input interface to the data of this gas module 7 collection.
This gas module 7 includes but not limited to humidity sensor, oxygen sensor, carbon dioxide sensor, carbon monoxide transducer and other toxic and harmful sensors.The environmental background that the data one side that this gas module 7 collects is healthy data provides atmospheric reference data, and still further aspect is for provide alert to poisonous and harmful environment.Wherein, poisonous and harmful environment includes high humidity environment.
Referring again to Fig. 1, this health comprehensive detection platform also includes brain wave acquisition module 8, and this brain wave acquisition module 8 is wired or wireless with upper level data processing equipment 2 to be connected.And upper level data processing equipment 2 can provide special input interface to the data of this brain wave acquisition module 8 collection.There is tight association in the neural activity of brain and the body temperature of human body, blood oxygen, heart rate, blood pressure, this data association can carry out data aggregate detection in higher level's data processing platform (DPP).
Referring again to Fig. 1, this health comprehensive detection platform also includes blood glucose acquisition module 9, and this blood glucose acquisition module 9 is wired or wireless with upper level data processing equipment 2 to be connected.And upper level data processing equipment 2 can provide special input interface to the data of this blood glucose acquisition module 9 collection.There is tight association in blood glucose and the body temperature of human body, blood oxygen, heart rate, blood pressure, this data association can carry out data aggregate detection in higher level's data processing platform (DPP).
Referring again to Fig. 1, this health comprehensive detection platform also includes data module 10 of taking medicine, and data module 10 of taking medicine is wired or wireless with upper level data processing equipment 2 is connected for this.And upper level data processing equipment 2 can provide special input interface to these data taking medicine data module 10 collection.There is tight association in effect of taking medicine and the body temperature of human body, blood oxygen, heart rate, blood pressure, this data association can carry out data aggregate detection in higher level's data processing platform (DPP).
The data that this data module 10 of taking medicine gathers include medicine is advised the record of the demand of taking medicine, the record of pharmaceutical production information, medicining times and medication dose.It addition, upper level data processing equipment 2 can also store medical history record, the prompt alarm of record, medication alert, drug side effect and medicine contraindication gone through by medicine.
Referring again to Fig. 1, higher level's data processing equipment includes training module 21 and display interface, and this training module 21 is for providing the human body of feed-back type to loosen and neural human body autocontrol force training function.This display interface presents the heart rate real-time data collection of human body, blood oxygen pulse ripple and dynamic blood oxygen test data, ambulatory blood pressure test data and brain wave real-time testing data etc..
The training principle of this training module 21 is as follows: the change of heart rate, blood oxygen, breathing rate and brain wave is the result of brain environmental stress reaction controlling to external world and internal autonomic nervous system with respiratory exchange cooperating control, human body has suitable self-control, logical training regulated sympathetic nervous system, thus affect body performance and immune system and cranial nerve excitatory state, and the optimal physiological feedback index of human body autocontrol force, such as electrocardiogram (ECG) data and changes in heart rate etc., these can be completed by long-term training.If during detection, find arrhythmia, blood oxygen is on the low side, the phenomenon of anxiety, and repeats after a period of time, then health comprehensive detection platform can advise using this training function.This functional requirement user is during carrying out health data activity, stare heart real time figure or the blood oxygen pulse figure of above-mentioned display interface, instruct by audio frequency to adjust to breathe and instruct with muscle strength activity, breathing includes but not limited to deeply breathe and rapid breathing, and muscle strength activity includes but not limited to clench one's fists loosen and holds with a firm grip.Assist the music background close with rhythm and target heart simultaneously.Instructed with respiration direction and muscle strength activity by allegro background music, heart rate, blood pressure, blood oxygen levels and higher cranial nerve can be promoted excited, known with breathing society and muscle strength activity by the background music more releived, can reduce heart rate, blood pressure and blood oxygen levels, cranial nerve of releiving is excited.So replacing reciprocal training, user can regulate sympathetic nervous system control, thus recover normal physiological function, thus reach body pressure of releiving, improve human immune system, is the complementary eucyclic reaction type automatic control exercise system of a kind of simplicity.By realizing the fusion of test and training., abandoned conventional simple uninteresting test Passive Test mode, used the brand-new active interactive mode with tested artificial core.While increasing considerably efficiently sampling data volume and sampled data distributed points and frequency, strengthen user's viscosity and enable and adhere to for a long time.
Referring again to Fig. 1, this health comprehensive detection platform also includes the background server 3 that be connected wired or wireless with higher level's data processing equipment, it should be noted that, it is transferred to the data in higher level's data processing equipment all can be transferred to further background server 3 stores, and higher level's data processing equipment can also transfer the data in background server 3 at any time.It addition, above-mentioned upper DBMS processes the display terminal including having the mobile terminal of health App.This mobile terminal includes the smart machine etc. that smart mobile phone, flat board pad and PC/ flat board are two-in-one.This display terminal includes but not limited to that mobile terminal screen, computer screen, wearable device display screen, Projection Display and intelligent glasses show.
Above content is to combine the further description that the application is made by specific embodiment, it is impossible to assert the application be embodied as be confined to these explanations.For the application person of an ordinary skill in the technical field, on the premise of conceiving without departing from the application utility model, it is also possible to make some simple deduction or replace.
Claims (16)
1. a health comprehensive detection platform, it is characterized in that, including sensor assembly and upper level data processing equipment, described sensor assembly includes electrocardiography transducer and pressure transducer, uses uniform external crystal oscillator to carry out time synchronized between described EGC sensor and described pressure transducer；
Described EGC sensor is wired or wireless with described upper level data processing equipment respectively with described pressure transducer to be connected, and collects pulse pressure with the electrocardiogram (ECG) data that EGC sensor collected and pressure transducer and involves heart rate variability data and be sent in upper level data processing equipment cooperate coordination.
Health comprehensive detection platform the most according to claim 1, it is characterized in that, also include volume pulsation wave sensor, between described volume pulsation wave sensor and described EGC sensor and described pressure transducer, use uniform external crystal oscillator to carry out time synchronized；
Described volume pulsation wave sensor is wired or wireless with described upper level data processing equipment to be connected, the data that volume pulsation wave sensor acquisition to blood oxygen concentration and changes in heart rate are relevant to be sent in upper level data processing equipment, the electrocardiogram (ECG) data collected respectively with described EGC sensor and described pressure transducer and pulse pressure involve heart rate variability data and cooperate coordination.
Health comprehensive detection platform the most according to claim 2, it is characterised in that also include thermal module, described thermal module respectively with described sensor assembly and described upper level data processing equipment is wired or wireless is connected.
Health comprehensive detection platform the most according to claim 3, it is characterised in that described thermal module includes but not limited to external infrared body temperature sensor, environment temperature sensor and built-in device temperature sensor.
Health comprehensive detection platform the most according to claim 2, it is characterised in that also include locating module, this locating module respectively with described sensor assembly and upper level data processing equipment is wired or wireless is connected.
Health comprehensive detection platform the most according to claim 5, it is characterised in that described locating module includes but not limited to three-dimensional accelerometer, inertial gyroscope and GPS device.
Health comprehensive detection platform the most according to claim 5, it is characterised in that also include air pressure module, described air pressure module respectively with described locating module and described upper level data processing equipment is wired or wireless is connected.
Health comprehensive detection platform the most according to claim 2, it is characterised in that also include gas module, described gas module is wired or wireless with described upper level data processing equipment to be connected.
Health comprehensive detection platform the most according to claim 8, it is characterised in that described gas module includes but not limited to humidity sensor, oxygen sensor, carbon dioxide sensor and carbon monoxide transducer.
Health comprehensive detection platform the most according to claim 2, it is characterised in that also include brain wave acquisition module, described brain wave acquisition module respectively with described sensor assembly and upper level data processing equipment is wired or wireless is connected.
11. health comprehensive detection platforms according to claim 2, it is characterised in that also include blood glucose acquisition module, described blood glucose acquisition module respectively with described sensor assembly and upper level data processing equipment is wired or wireless is connected.
12. health comprehensive detection platforms according to claim 2, it is characterised in that also include data module of taking medicine, data module of taking medicine is wired or wireless with upper level data processing equipment is connected for this.
13. health comprehensive detection platforms according to claim 12, it is characterised in that described upper level data processing device for storage has the prompt alarm that medical history record, medicine go through record, medication alert, drug side effect and medicine contraindication.
14. health comprehensive detection platforms according to claim 2, it is characterized in that, described higher level's data processing equipment includes for providing the human body of feed-back type to loosen and the training module of neural human body autocontrol force training, and for presenting the heart rate real-time data collection of human body, blood oxygen pulse ripple and dynamic blood oxygen test data, ambulatory blood pressure test data and the display interface of brain wave real-time testing data, described training module is electrically connected with described display interface.
15. according to the health comprehensive detection platform described in any one of claim 1 to 14, it is characterised in that also include the background server that be connected wired or wireless with higher level's data processing equipment.
16. health comprehensive detection platforms according to claim 15, it is characterized in that, described data process the display terminal that reason device includes having the mobile terminal of health App, described mobile terminal includes the smart machine that smart mobile phone, flat board pad and PC/ flat board are two-in-one, and described display terminal includes that mobile terminal screen, computer screen, wearable device display screen, Projection Display and intelligent glasses show.
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| CN201620009537.9U CN205433665U (en) | 2016-01-04 | 2016-01-04 | Health comprehensive testing platform |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106725519A (en) * | 2016-12-28 | 2017-05-31 | 济南市儿童医院 | Percutaneous neonate's target organ therapeutic drug monitoring device |
| CN107036647A (en) * | 2016-11-18 | 2017-08-11 | 兰州大学 | Air ambient and health analysis method and system based on wireless network |
| CN114391828A (en) * | 2022-03-01 | 2022-04-26 | 郑州大学 | Active psychological nursing intervention system for stroke patient |
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2016
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107036647A (en) * | 2016-11-18 | 2017-08-11 | 兰州大学 | Air ambient and health analysis method and system based on wireless network |
| CN106725519A (en) * | 2016-12-28 | 2017-05-31 | 济南市儿童医院 | Percutaneous neonate's target organ therapeutic drug monitoring device |
| CN114391828A (en) * | 2022-03-01 | 2022-04-26 | 郑州大学 | Active psychological nursing intervention system for stroke patient |
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