CN205458631U - Multidimension physiological parameter sensor and multidimension physiological parameters detecting system - Google Patents
Multidimension physiological parameter sensor and multidimension physiological parameters detecting system Download PDFInfo
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- CN205458631U CN205458631U CN201620154405.5U CN201620154405U CN205458631U CN 205458631 U CN205458631 U CN 205458631U CN 201620154405 U CN201620154405 U CN 201620154405U CN 205458631 U CN205458631 U CN 205458631U
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Abstract
The utility model relates to a multidimension physiological parameter sensor, including be equipped with the substrate of rectangle cavity and distinguish separately independent attached in graphene films and body temperature sensing graphene films are felt in pulse sensing graphene films, electrocardio / flesh telex on the substrate, the pulse sensing graphene films cover the rectangle cavity, the utility model discloses still relate to a multidimension physiological parameters detecting system, it comprises customer end and remote server, and wherein, the multidimension physiological signal collection module that the customer end contained does multidimension physiological parameter sensor. Adoption mechanics, the sensitive high conductivity graphene materials of calorifics of this sensor novelty have designed the multidimension physiological parameter sensor who integrates, realize multiple physiological signal simultaneous measurement. This multidimension physiological parameters detecting system has small, multi -functional, low cost and has wearable nature concurrently, and the advantage of flexibility and travelling comfort can be used for the long -term developments guardianship of disease, and supplementary remote diagnosis can provide functions such as unusual warning.
Description
Technical field
This utility model relates to multidimensional physiological parameter sensors and relevant information detecting system thereof, a kind of multidimensional physiological parameter sensors and multidimensional physio-parameter detection system.
Background technology
Health always is theme of concern, and in the modern society pursuing high-quality life, people recognize the importance of health the most clear-headedly.Population accelerates aging, and medical monitoring device function is proposed new requirement.The signal kinds that large-scale custodial care facility in hospital is measured is enriched, and acquisition precision is high, online can carry out real-time monitoring, but bulky, is only applicable to the uninterrupted monitoring to inpatient；Home medical detection device, such as electrocardiogram equipment, sphygomanometer etc., the kind measuring signal is single, it is impossible to meets and carries with the requirement uninterruptedly detected.
Heart disease is the heart disease that a kind of sickness rate is the highest and the most common, has PD slow and hidden, once the morbidity feature that i.e. sb.'s sickness becomes critical, and health and the life of the mankind in serious threat.The cardiac symptoms such as the timely arrhythmia identified in daily life, take effectively to prevent and remedy measures, it is possible to largely improve the success rate saving patient vitals.Electrocardiogram is to check the generation of cardiac excitation, propagation and the objective indicator of recovery process.For acute cardiac patient, needing to do routine electrocardiogram inspection, critical patient then needs to carry out continuous dynamic ecg monitoring in the while in hospital.Portable cardiac monitoring terminal uses viscosity Ag/AgCl electrode at present, skin allergy can be caused when wearing for a long time, and owing to Electrolyte Gel knows from experience dehydration and drying, cause the contact impedance between electrode and skin to change, cause the sensitivity measuring signal and signal to noise ratio to decline.Exploitation flexible skin friendly high sensitivity EGC sensor has important clinical value.
The systolic blood pressure of heart can reflect the function status of human heart and blood vessel, is clinical diagnosis disease, observes therapeutic effect, carries out the important evidence of Index for diagnosis.Shrink regularly and diastole along with heart, drive blood at intravascular flow, produce pulse wave.Pulse wave can provide blood vessel elasticity and blood flowing speed information, can calculate blood pressure information by pulse wave velocity.Use the diaphragm type piezoelectric transducer that novel polymer material PVDF manufactures, it is possible to be attached to skin surface easily and carry out pressure detecting, it is achieved pulse wave measurement.Additionally, body temperature has reacted the metabolic result of body, it is that body carries out one of movable condition of normal function, is the important references index of human body situation.Measurement of bldy temperature is typically by critesistor, and thermocouple and infrared ray carry out temperature sensing, but three can not accomplish continuous dynamic monitoring, are not suitable for portable and bedside monitoring system.
Under normal circumstances, the physical signs of individual event is not enough to make the health status of human body judge accurately, the information fusion of the multidimensional physiological signals such as electrocardio, myoelectricity, pulse, blood pressure, body temperature, can more comprehensively reflect the health status of human body, improving the accuracy of disease detection, the daily monitoring for patient's clinical care and high-risk group is significant.Existing every kind of sensor can only detect single physiological parameter, and will detect multiple physiological parameter needs to wear polytype sensor, system complex, wire is various, further, different material is used due to various sensors, it is impossible to becoming one realizes many kinds of parameters and detect simultaneously.On the premise of not losing certainty of measurement, improve the portability of medical monitoring device, multifunctionality and stability, be the main target of the present invention.
Graphene has caused the extensive concern of whole world scientist and the huge research and development enthusiasm of international industry circle with its superior electricity, calorifics, mechanical performance.2013, Shi Ming university of Korea S Kwon etc. utilized top board structure by pressure transmission effect, it is proposed that the deflocculated graphite alkene pressure transducer of a kind of improvement.2014, Ireland scientist utilized Graphene to invent a kind of new wearing sensor, and Graphene imports enhancing electric conductivity in rubber, and designing can random variation sensor.In addition, graphene nanometer sheet film temperature sensor and capacitance type touch sensor are developed and are applied to electronic skin structure and sound detection the most in succession.
Utility model content
The purpose of this utility model is to provide a kind of integrated multidimensional physiological parameter sensors based on Graphene, the sensor of multiple function singlenesses is needed to measure various parameter respectively with the existing detection equipment of solution, system complex, wire are various, it is separate to measure, operation complexity, it is impossible to the problem realizing portability, miniaturization.
Meanwhile, this utility model additionally provides multidimensional physio-parameter detection system in order to be able to carry out round-the-clock dynamic monitor and analysis in real time, efficiently to the health status of guardianship, finds morbidity sign in time, it is provided that early warning information.
This utility model is to realize according to following technical scheme:
A kind of multidimensional physiological parameter sensors, including being provided with the substrate of rectangular enclosure and the respective pulse being attached on described substrate sensing graphene film, electrocardio/myoelectricity sensing graphene film and body temperature sensing graphene film the most independently, described pulse sensing graphene film covers described rectangular enclosure；Wherein:
Upper and lower surface at described pulse sensing graphene film is respectively equipped with the first electrode and the second electrode；It is respectively equipped with the 3rd electrode and the 4th electrode at the lower surface of described electrocardio/myoelectricity sensing graphene film and the lower surface of described body temperature sensing graphene film；Further, described in be provided with the substrate of rectangular enclosure be the flexibility or rigidity base material with insulation top layer, the upper surface at described pulse sensing graphene film is provided with the first insulating barrier, and the upper surface at described body temperature sensing graphene film is provided with the second insulating barrier.
Described multidimensional physiological parameter sensors, described pulse sensing graphene film, described electrocardio/myoelectricity sensing graphene film and described body temperature sensing graphene film are circular graphitic alkene thin film.
Described multidimensional physiological parameter sensors, described pulse sensing graphene film is circular graphitic alkene thin film, described electrocardio/myoelectricity sensing graphene film and described body temperature sensing graphene film are ring-shaped graphite alkene thin film, and described pulse sensing graphene film, described electrocardio/myoelectricity sensing graphene film and described body temperature sensing graphene film are arranged concentrically the most successively.
A kind of multidimensional physio-parameter detection system, it is made up of client and remote server；
Described client includes:
Multidimensional physiological signal collection module, connects with signal amplification/filtration module and signal processing module, is used for detecting and gather multidimensional physiological signal；Detector in described multidimensional physiological signal collection module is the multidimensional physiological parameter sensors described in claim 1, and described multidimensional physiological signal includes pulse signal, electrocardio/electromyographic signal and temperature signals；
Signal amplification/filtration module, connects with described multidimensional physiological signal collection module and signal processing module, for electrocardio/electromyographic signal and pulse signal are carried out pre-amplification and filtering, noise reduction process；
Signal processing module, connect with described multidimensional physiological signal collection module, described signal amplification/filtration module, communication module and display module, for the electrocardio/electromyographic signal after temperature signals and amplified and Filtering Processing and pulse signal are carried out data process；
Display module, connects with described signal processing module and communication module, is used for showing multidimensional physiological signal and display data analysis result；
Communication module, connects with described signal processing module, described display module and remote server, for carrying out data communication with remote server；
Described remote server includes:
Remotely bi-directional communication modules, connects with multidimensional physiological signal data storehouse, data analysis module and described communication module, for carrying out data communication with client；
Multidimensional physiological signal data storehouse, connects with described long-range bi-directional communication modules and data analysis module, for storing multidimensional physiological signal and the data results that client gathers；
Data analysis module, connects with described long-range bi-directional communication modules and described multidimensional physiological signal data storehouse, for being analyzed multidimensional physiological signal and obtaining data results everywhere.
This utility model novelty use the integrated multidimensional physiological parameter sensors of the sensitive High conductivity graphene design of material of mechanics, calorifics, realize electrocardio, myoelectricity, pulse, blood pressure, body temperature are measured simultaneously, it is easily achieved portability and miniaturization, connect data collecting system and the data handling system of remote server of client in conjunction with communication network, remote medical monitor may finally be realized.
Multidimensional physio-parameter detection system of the present utility model has volume microminiaturization, multi-functional, low cost has wearable property concurrently, flexibility, the advantage of comfortableness, have and can guard for a long time, remotely the function such as diagnosis and abnormal alarm, has extremely important social meaning and wide market application foreground.
Accompanying drawing explanation
Fig. 1 is multidimensional physio-parameter detection system structured flowchart of the present utility model.
Fig. 2 is the embodiment 1 side-looking structural representation of multidimensional physio-parameter detection sensor of the present utility model.
Fig. 3 is the plan structure schematic diagram of the multidimensional physio-parameter detection sensor in embodiment 1.
Fig. 4 is the embodiment 2 side-looking structural representation of multidimensional physio-parameter detection sensor of the present utility model.
Fig. 5 is the plan structure schematic diagram of the multidimensional physio-parameter detection sensor in embodiment 2.
In figure: 1, substrate, 2, pulse sensing graphene film, 3, electrocardio/myoelectricity sensing graphene film, 4, body temperature sensing graphene film, 5, insulation top layer, 6, rectangular enclosure, 7, the first electrode, the 8, second electrode, the 9, the 3rd electrode, 10, the 4th electrode, 11, client, 12, remote server, 13, multidimensional physiological signal collection module, 14, signal amplification/filtration module, 15, signal processing module, 16, the first oxide insulating layer, the 17, second oxide insulating layer.
Detailed description of the invention
Embodiment 1 multidimensional physiological parameter sensors
As shown in Figure 2 and Figure 3, pulse sensing graphene film 2, electrocardio/myoelectricity sensing graphene film 3 and the body temperature sensing graphene film 4 that this multidimensional physiological parameter sensors mainly by substrate 1 and is attached on substrate 1, upper and lower surface at pulse sensing graphene film 1 connects the first electrode 7 and the second electrode 8 respectively, connects the 3rd electrode 9 and the 4th electrode 10 respectively at the lower surface of electrocardio/myoelectricity sensing graphene film 3 and the lower surface of body temperature sensing graphene film 4；Wherein:
Pulse sensing graphene film 2, electrocardio/myoelectricity sensing graphene film 3 and body temperature sensing graphene film 4 are shape, in the same size and also column distribution circular graphitic alkene thin film, be provided with certain interval, each work alone between each graphene film；
Being etched with a rectangular enclosure 6 on substrate 1, this substrate 1 being etched with rectangular enclosure 6 is the silicon substrate with insulation top layer 5, and pulse sensing graphene film 2 just covers the rectangular enclosure 6 on substrate 1；Further, the upper surface at pulse sensing graphene film 2 is provided with the first insulating barrier 16, and the upper surface at described body temperature sensing graphene film is provided with the second insulating barrier 17.
Embodiment 2 multidimensional physiological parameter sensors
As shown in Figure 4, Figure 5, pulse sensing graphene film 2, electrocardio/myoelectricity sensing graphene film 3 and the body temperature sensing graphene film 4 that this multidimensional physiological parameter sensors mainly by substrate 1 and is attached on substrate 1, upper and lower surface at pulse sensing graphene film 1 connects the first electrode 7 and the second electrode 8 respectively, connects the 3rd electrode 9 and the 4th electrode 10 respectively at the lower surface of electrocardio/myoelectricity sensing graphene film 3 and the lower surface of body temperature sensing graphene film 4；Wherein:
Pulse sensing graphene film 2 is circular graphitic alkene thin film, electrocardio/myoelectricity sensing graphene film 3 and body temperature sensing graphene film 4 are ring-shaped graphite alkene thin film, pulse sensing graphene film 2, electrocardio/myoelectricity sensing graphene film 3 and body temperature sensing graphene film 4 are arranged concentrically the most successively, it is provided with certain interval between each graphene film, each works alone；
Being etched with a rectangular enclosure 6 on substrate 1, this substrate 1 being etched with rectangular enclosure 6 is the flexible polymer substrate with insulation top layer 5, and pulse sensing graphene film 2 just covers the rectangular enclosure 6 on substrate 1；Further, the upper surface at pulse sensing graphene film 2 is provided with the first insulating barrier 16, and the upper surface at described body temperature sensing graphene film is provided with the second insulating barrier 17.
Embodiment 3 multidimensional physio-parameter detection system
As it is shown in figure 1, this multidimensional physio-parameter detection system is made up of client 11 and remote server 12.
Client 11 includes multidimensional physiological signal collection module, signal amplification/filtration module 14, signal processing module 15, display module and communication module.
Multidimensional physiological signal collection module 13, connects with signal amplification/filtration module 14 and signal processing module 15；Multidimensional physiological signal collection module 13 is the multidimensional physiological parameter sensors in embodiment 1, and the multidimensional physiological signal that multidimensional physiological parameter sensors collects includes pulse signal, electrocardio/electromyographic signal and temperature signals；This first electrode the 7, second electrode 8 being used for detecting and gather the multidimensional physiological parameter sensors of multidimensional physiological signal and the 3rd electrode 9 connect signal amplification/filtration module 14, and the 4th electrode 10 connects signal processing module 15.
Signal amplification/filtration module 14, connects with multidimensional physiological signal collection module and signal processing module 15；For being amplified electrocardio/electromyographic signal and pulse signal and the signal amplification/filtration module of Filtering Processing is made up of high precision amplifier AD8232 and STM32 processor, STM32 processor includes notch filter, low pass filter；The input of AD8232 connects the first electrode, the second electrode and the 3rd electrode, and outfan connects notch filter, and the input of notch filter connects AD8232, and outfan connects low pass filter；The input of low pass filter connects notch filter, and outfan connects signal processing module 15.
Signal processing module 15, connects with multidimensional physiological signal collection module, signal amplification/filtration module 14, communication module and display module；Signal processing module 15 for processing the electrocardio/electromyographic signal after temperature signals and amplified and Filtering Processing and pulse signal is made up of onboard dsp chip, its input connects the outfan of notch filter, and outfan connects display module and communication module.
Display module, connects with signal processing module 15 and communication module, for showing that the input of the display module of multidimensional physiological signal and display data analysis result connects outfan and the outfan of communication module of the onboard dsp chip of signal processing module 15 respectively.
Communication module, connects with signal processing module 15, display module and remote server 12；Being connected the outfan of onboard dsp chip and the outfan of the long-range bi-directional communication modules of remote server 12 respectively for carrying out the input of the communication module of data communication with remote server 12, outfan connects the input of display module and the input of the long-range bi-directional communication modules of remote server 12 respectively.
Described remote server 12 includes long-range bi-directional communication modules, multidimensional physiological signal data storehouse and data analysis module.
Remotely bi-directional communication modules, connects with multidimensional physiological signal data storehouse, data analysis module and communication module；For carrying out the long-range bi-directional communication modules of data communication with client 11, its input all connects with multidimensional physiological signal data storehouse, data analysis module and communication module, and outfan is connected with multidimensional physiological signal data storehouse and communication module.
Multidimensional physiological signal data storehouse, connects with long-range bi-directional communication modules and data analysis module；Connecting long-range bi-directional communication modules and data analysis module for storing the input in the multidimensional physiological signal data storehouse of multidimensional physiological signal and data results, outfan connects long-range bi-directional communication modules and data analysis module.
Data analysis module, connects with long-range bi-directional communication modules and multidimensional physiological signal data storehouse；For being analyzed multidimensional physiological signal and showing that the input of data analysis module of data results connects multidimensional physiological signal data storehouse, outfan connects long-range bi-directional communication modules and multidimensional physiological signal data storehouse.
Multidimensional physiological parameter sensors of the present utility model, it is that each graphene film and substrate are assembled, is utilized respectively the high conductivity of graphene film, the temperature sensitive properties of resistance value and pressure sensitivity and realizes electrocardio/myoelectricity sensing, body temperature sensing and pulse wave and detect simultaneously.
Graphene film used by this utility model is to be attached in the substrates such as flexible dacron prepare by Graphene by existing conventional method.
Claims (4)
1. a multidimensional physiological parameter sensors, it is characterized in that, including being provided with the substrate of rectangular enclosure and the respective pulse being attached on described substrate sensing graphene film, electrocardio/myoelectricity sensing graphene film and body temperature sensing graphene film the most independently, described pulse sensing graphene film covers described rectangular enclosure；Wherein:
Upper and lower surface at described pulse sensing graphene film is respectively equipped with the first electrode and the second electrode；It is respectively equipped with the 3rd electrode and the 4th electrode at the lower surface of described electrocardio/myoelectricity sensing graphene film and the lower surface of described body temperature sensing graphene film；Further, described in be provided with the substrate of rectangular enclosure be the flexibility or rigidity base material with insulation top layer, the upper surface at described pulse sensing graphene film is provided with the first insulating barrier, and the upper surface at described body temperature sensing graphene film is provided with the second insulating barrier.
Multidimensional physiological parameter sensors the most according to claim 1, is characterized in that, described pulse sensing graphene film, described electrocardio/myoelectricity sensing graphene film and described body temperature sensing graphene film are circular graphitic alkene thin film.
Multidimensional physiological parameter sensors the most according to claim 1, it is characterized in that, described pulse sensing graphene film is circular graphitic alkene thin film, described electrocardio/myoelectricity sensing graphene film and described body temperature sensing graphene film are ring-shaped graphite alkene thin film, and described pulse sensing graphene film, described electrocardio/myoelectricity sensing graphene film and described body temperature sensing graphene film are arranged concentrically the most successively.
4. a multidimensional physio-parameter detection system, is characterized in that, it is made up of client and remote server；
Described client includes:
Multidimensional physiological signal collection module, connects with signal amplification/filtration module and signal processing module, is used for detecting and gather multidimensional physiological signal；Detector in described multidimensional physiological signal collection module is the multidimensional physiological parameter sensors described in claim 1, and described multidimensional physiological signal includes pulse signal, electrocardio/electromyographic signal and temperature signals；
Signal amplification/filtration module, connects with described multidimensional physiological signal collection module and signal processing module, for electrocardio/electromyographic signal and pulse signal are carried out pre-amplification and filtering, noise reduction process；
Signal processing module, connect with described multidimensional physiological signal collection module, described signal amplification/filtration module, communication module and display module, for the electrocardio/electromyographic signal after temperature signals and amplified and Filtering Processing and pulse signal are carried out data process；
Display module, connects with described signal processing module and communication module, is used for showing multidimensional physiological signal and display data analysis result；
Communication module, connects with described signal processing module, described display module and remote server, for carrying out data communication with remote server；
Described remote server includes:
Remotely bi-directional communication modules, connects with multidimensional physiological signal data storehouse, data analysis module and described communication module, for carrying out data communication with client；
Multidimensional physiological signal data storehouse, connects with described long-range bi-directional communication modules and data analysis module, for storing multidimensional physiological signal and the data results that client gathers；
Data analysis module, connects with described long-range bi-directional communication modules and described multidimensional physiological signal data storehouse, for being analyzed multidimensional physiological signal and obtaining data results everywhere.
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107495938A (en) * | 2017-07-31 | 2017-12-22 | 张秀珍 | Graphene detects feel the pulse wrist strap and its implementation |
| CN108514405A (en) * | 2018-04-12 | 2018-09-11 | 京东方科技集团股份有限公司 | A kind of body temperature patch and temperature check system |
| CN108852346A (en) * | 2018-08-17 | 2018-11-23 | 青岛光电医疗科技有限公司 | A kind of personal multi-parameter monitoring device fixed and connected by Integrated electrode/sensor |
| CN108903918A (en) * | 2018-08-17 | 2018-11-30 | 青岛光电医疗科技有限公司 | A kind of Integrated electrode/sensor and its personal monitor of connection |
| CN109009028A (en) * | 2018-08-31 | 2018-12-18 | 江苏盖睿健康科技有限公司 | A kind of wearable device reflecting fatigue level of human body |
-
2016
- 2016-03-01 CN CN201620154405.5U patent/CN205458631U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107495938A (en) * | 2017-07-31 | 2017-12-22 | 张秀珍 | Graphene detects feel the pulse wrist strap and its implementation |
| CN108514405A (en) * | 2018-04-12 | 2018-09-11 | 京东方科技集团股份有限公司 | A kind of body temperature patch and temperature check system |
| CN108852346A (en) * | 2018-08-17 | 2018-11-23 | 青岛光电医疗科技有限公司 | A kind of personal multi-parameter monitoring device fixed and connected by Integrated electrode/sensor |
| CN108903918A (en) * | 2018-08-17 | 2018-11-30 | 青岛光电医疗科技有限公司 | A kind of Integrated electrode/sensor and its personal monitor of connection |
| CN109009028A (en) * | 2018-08-31 | 2018-12-18 | 江苏盖睿健康科技有限公司 | A kind of wearable device reflecting fatigue level of human body |
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