CN106338596A - Health monitoring method, health monitoring apparatus, and electronic equipment - Google Patents
Health monitoring method, health monitoring apparatus, and electronic equipment Download PDFInfo
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- CN106338596A CN106338596A CN201610719945.8A CN201610719945A CN106338596A CN 106338596 A CN106338596 A CN 106338596A CN 201610719945 A CN201610719945 A CN 201610719945A CN 106338596 A CN106338596 A CN 106338596A
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Abstract
The present invention relates to a health monitoring method, a health monitoring apparatus, and electronic equipment. According to the health monitoring method, after a user inserts tested test paper into the electronic detection test paper inserting port on the electronic equipment, the electronic equipment can automatically acquire the monitoring index type of the tested test paper inserted into the electronic detection test paper inserting port and detect the corresponding physiological characteristic digital quantity of a sample to be detected in the tested test paper, prediction analysis is performed on the physiological characteristic digital quantity according to the monitoring index type of the tested test paper to obtain the corresponding physiological data of the sample to be detected, and the physiological data and the data on a cloud server can be synchronized. According to the present invention, the mobile terminal technology and the Internet thinking are used to integrate the physiological index data detection function onto the mobile electronic equipment to provide the convenient health monitoring system platform for the user, such that the user can conveniently and real-timely monitor the physical condition of the user; and the embodiments of the present invention further provide the automatic synchronization function of the cloud server terminal, such that the data loss can be prevented, and all the data can be acquired at any time.
Description
Technical field
The present invention relates to the Internet, mobile terminal and wisdom household technical field, more particularly, to a kind of health monitoring method,
Device and electronic equipment.
Background technology
In recent years, chronic disease is the major issue of impact modern's health, such as diabetes, hypertension, gout, insomnia etc.
Disease respectively have impact on more than one hundred million crowds.In order to accomplish to chronic disease effectively to prevent and timely diagnosis and treatment, people need Special Medical
Institute measures to the data of physiological index characterizing health, to reach the purpose of health monitoring, but traditional doctor
Treat monitoring method due to there is the limitation such as custodial care facility high cost, mobility difference, be therefore increasingly difficult to meet people couple
The demand of data of physiological index monitoring.
Based on the limitation of traditional medical monitoring method, in prior art, there is provided the portable inspectiont of some domestic
Instrument, such as blood-sugar detecting instrument, cholesterol detection instrument, lipids detection instrument etc., using above-mentioned portable detector, user can use
Above-mentioned detector, carries out alone physical signs measurement, according to measurement result, obtains every physical signs.For example, user will sample
Blood sugar test paper afterwards inserts the reagent paper interface in blood sugar monitoring instrument, and the blood sugar test module in blood sugar monitoring instrument calculates blood glucose and surveys
Have a try the blood glucose concentration value of blood on paper；The blood glucose concentration value that processor in blood sugar monitoring instrument calculates according to blood sugar test module
It is analyzed obtaining corresponding test result, then control display screen shows this test result, user passes through to read on display screen
Blood glucose value, just can know blood glucose measurement.
But, above-mentioned portable detector mostly is independent equipment, and user needs to buy different equipment to realize difference
Data of physiological index measures, and this not only brings pressure economically to user, returns user and brings in equipment storage not
Just.In addition, above-mentioned portable detector is only able to display when secondary measurement result is it is impossible to being stored to historical data and analyzing,
The requirement to big data statistical analysiss for the current people cannot be met.
Content of the invention
For overcoming problem present in correlation technique, the present invention provides a kind of health monitoring method, device and electronic equipment.
According to embodiments of the present invention in a first aspect, providing a kind of health monitoring method, setting detection on an electronic device
Test paper jack, methods described includes:
Obtain in the monitor control index type of test paper inserting described Test paper socket and described Test paper and treat
Test sample product corresponding physiological feature digital quantity；
According to the monitor control index type of described test paper, described physiological feature digital quantity is predicted analyze, obtains
The corresponding physiological data of described testing sample；
The data of described physiological data and cloud server terminal is synchronized.
Preferably, obtain in the type of test paper and the described Test paper inserting in described Test paper socket
Testing sample corresponding physiological feature digital quantity, comprising:
The resistance value of sample to be tested in test paper according to the described Test paper socket of insertion, obtains described test paper
Monitor control index type；
According to the monitor control index type of described test paper, apply corresponding voltage to described test paper, obtain described
The oxidation current of sample to be tested in Test paper；
Described oxidation current is converted into the linearly positively related voltage signal with described oxidation current；
Signal optimum processing and analog-to-digital conversion process are carried out to described voltage signal, obtains the corresponding life of described testing sample
Reason feature digital quantity.
Preferably, the monitor control index type according to described test paper, is predicted to described physiological feature digital quantity point
Analysis, comprising:
According to the monitor control index type of described test paper, from correspondence train concentration prediction model to described life
Reason feature digital quantity is predicted analyzing.
Preferably, methods described also includes:
Judge whether described physiological data exceeds physical signs threshold value；
When described physiological data exceeds physical signs threshold value, then judge between described physiological data and history physiological data
Whether difference exceeds predetermined threshold value；
When difference exceeds predetermined threshold value between described physiological data and history physiological data, then generate physiological data abnormal
Early warning information；
When difference is without departing from predetermined threshold value between described physiological data and history physiological data, then generate health indicator different
Often early warning information.
Preferably, methods described also includes:
Described physiological data is stored to corresponding electronic health record, wherein, also includes user in described electronic health record defeated
The healthy record entering.
Preferably, methods described also includes:
Judge whether to receive in predetermined period and described physiological data monitor control index type identical physiological data；
When not receiving in predetermined period with described physiological data monitor control index type identical physiological data, then generate
Corresponding health monitoring is reminded.
Second aspect according to embodiments of the present invention, also provides a kind of health monitoring device, and described device includes:
Physiological feature digital quantity sampling module: the monitoring for obtaining the test paper inserting described Test paper socket refers to
Testing sample corresponding physiological feature digital quantity in mark type and described Test paper；
Physiological data acquisition module: for the monitor control index type according to described test paper, to described physiological feature number
Word amount is predicted analyzing, and obtains the corresponding physiological data of described testing sample；
Data simultaneous module: for synchronizing the data of described physiological data and cloud server terminal.
Preferably, described physiological feature digital quantity sampling module includes:
Monitor control index type acquisition submodule: treat test sample in the test paper according to the described Test paper socket of insertion
This resistance value, obtains the monitor control index type of described test paper；
Oxidation current acquisition submodule: for described oxidation current being converted into the linear positive with described oxidation current
The voltage signal closing；
Voltage signal acquisition submodule: for the monitor control index type according to described test paper, to described test paper
Apply corresponding voltage, obtain the oxidation current of sample to be tested in described Test paper；
Physiological feature digital quantity acquisition submodule: for Signal optimum processing and analog digital conversion are carried out to described voltage signal
Process, obtain described testing sample corresponding physiological feature digital quantity.
Preferably, described device also includes:
Physical signs judge module: for judging whether described physiological data exceeds physical signs threshold value；
Predetermined threshold value judge module: for when described physiological data exceeds physical signs threshold value, then judging described physiology
Between data and history physiological data, whether difference exceeds predetermined threshold value；
Physiological data abnormity early warning module: exceed default for difference between described physiological data and history physiological data
During threshold value, then generate physiological data abnormity early warning information；
Health indicator abnormity early warning module: for difference between described physiological data and history physiological data without departing from pre-
If during threshold value, then generate health indicator abnormity early warning information.
The third aspect according to embodiments of the present invention, also provides a kind of electronic equipment, and this electronic equipment includes:
The physiological feature digital quantity detection module of Test paper socket and the communication connection of described Test paper socket and institute
State the processor of physiological feature digital quantity detection module communication connection and for storing depositing of described processor executable
Reservoir, wherein:
Described physiological feature digital quantity detection module is configured to: obtains the test paper inserting described Test paper socket
Monitor control index type and described Test paper in testing sample corresponding physiological feature digital quantity；
Described processor is configured to: according to the monitor control index type of described test paper, to described physiological feature numeral
Amount is predicted analyzing, and obtains the corresponding physiological data of described testing sample；Data by described physiological data and cloud server terminal
Synchronize.
From above technical scheme, health monitoring method provided in an embodiment of the present invention, device and electronic equipment, when with
When family arranges test paper insertion in detection of electrons test paper jack on an electronic device, electronic equipment can obtain insertion automatically
Testing sample corresponding physiological feature numeral in the monitor control index type of the test paper of Test paper socket and Test paper
Amount；Then, the monitor control index type according to test paper, is predicted to physiology characteristic number word amount analyzing, obtains testing sample
Corresponding physiological data；Meanwhile, also the data of physiological data and cloud server terminal can be synchronized.The embodiment of the present invention is using shifting
Dynamic terminal technology and the Internet thinking, data of physiological index detection function are integrated in mobile electronic device, provide the user just
The health monitoring systems platform of profit, thus facilitate user's monitor in real time health of itself；Meanwhile, the embodiment of the present invention also carries
Supplied the cloud server terminal automatic synchronizing function of physiological data, so not only can prevent physiological data exception lose or due to
The loss of data that the hardware damage such as the loss of mobile phone or storage card causes, it is timely that user can also be reached by data syn-chronization function
Obtain all data.
It should be appreciated that above general description and detailed description hereinafter are only exemplary and explanatory, not
The present invention can be limited.
Brief description
Accompanying drawing herein is merged in description and constitutes the part of this specification, shows the enforcement meeting the present invention
Example, and be used for explaining the principle of the present invention together with description.
In order to be illustrated more clearly that the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing
Have technology description in required use accompanying drawing be briefly described it should be apparent that, for those of ordinary skill in the art
Speech, without having to pay creative labor, can also obtain other accompanying drawings according to these accompanying drawings.
Fig. 1 is a kind of schematic flow sheet of health monitoring method provided in an embodiment of the present invention；
Fig. 2 is a kind of schematic flow sheet obtaining physiological feature digital quantity method provided in an embodiment of the present invention；
Fig. 3 is the schematic flow sheet of another kind health monitoring method provided in an embodiment of the present invention；
Fig. 4 is a kind of basic structure schematic diagram of health monitoring device provided in an embodiment of the present invention；
Fig. 5 is the basic structure schematic diagram of a kind of electronic equipment provided in an embodiment of the present invention.
Specific embodiment
Here will in detail exemplary embodiment be illustrated, its example is illustrated in the accompanying drawings.Explained below is related to
During accompanying drawing, unless otherwise indicated, the same numbers in different accompanying drawings represent same or analogous key element.Following exemplary embodiment
Described in embodiment do not represent all embodiments consistent with the present invention.On the contrary, they be only with such as appended
The example of the consistent apparatus and method of some aspects being described in detail in claims, the present invention.
The present embodiment utilizes android mobile terminal technology and the Internet thinking, there is provided a kind of health monitoring method, dress
Put and electronic equipment, provide the user easily health monitoring systems platform, facilitate user's real-time monitoring health of itself,
Wherein, described electronic equipment can include mobile phone, panel computer, E-book reader, mp3 (moving picture
Experts group audio layer iii, dynamic image expert's compression standard audio frequency aspect 3) player, mp4 (moving
Picture experts group audio layer iv, dynamic image expert's compression standard audio frequency aspect 4) player and knee joint
Mo(u)ld top half pocket computer etc..
Fig. 1 is a kind of schematic flow sheet of health monitoring method provided in an embodiment of the present invention.The method can be used for mobile phone,
The electronic equipments such as panel computer, wherein, this electronic equipment arrange Test paper socket.Shown in Figure 1, the method can be wrapped
Include:
S110: obtain the monitor control index type of test paper inserting described Test paper socket and described detection examination
Testing sample corresponding physiological feature digital quantity in paper.
Specifically, the physiological parameter corresponding test paper type of user's detection according to needed for self-demand selection, is carried out
After specimen sample, by test paper insert electronic equipment Test paper socket, the dependent processing unit in electronic equipment according to
The relevant parameter of test paper detects the monitor control index type of this test paper, then, according to the monitor control index class detecting
Type arranges corresponding measurement parameter, carrys out testing sample corresponding physiological feature digital quantity in this Test paper of analysis measurement.
In the present embodiment, judge step by adding monitor control index type, therefore can support that different physiological datas are examined
The detection of test paper, for example, blood sugar test paper, cholesterol reagent paper, triglyceride reagent paper and uric acid reagent paper etc., and then can meet not
Same user's request, the such as monitoring of the physiological data such as hypertension, hyperlipidemia, cerebral thrombosiss, diabetes.
S120: according to the monitor control index type of described test paper, described physiological feature digital quantity is predicted analyze,
Obtain the corresponding physiological data of described testing sample.
Specifically, after receiving physiological feature digital quantity, according to the monitor control index type of described test paper, using institute
State the corresponding concentration prediction model of monitor control index type, to described physiological feature digital quantity income Fitting Analysis, be given corresponding
Physiological data (as blood sugar concentration etc.).
Wherein, the principle of this prediction is, using suitable concentration prediction model, such as neural network algorithm model, to step
The physiological feature digital quantity that rapid s110 obtains carries out Treatment Analysis, the final acquisition corresponding physiological data of mesh testing sample, such as raw
The concentration information of reason parameter.In addition, the process of training concentration identification algorithm model includes, the sample data of acquisition is based on to train
The forecast model of a certain algorithm is so as to have predictive ability to later physiological feature digital quantity.
S130: the data of described physiological data and cloud server terminal is synchronized.
Specifically, by the data syn-chronization function of the cloud server end of electronic equipment, enter processing the physiological data generating
Row backup.By above-mentioned synchronization process, long-term data tracking analysis can be completed and back up, be easy to patient, doctor or medical science
Mechanism obtains special diagnosis and treatment or the region state of an illness.
In the present embodiment, when user arranges test paper insertion in detection of electrons test paper jack on an electronic device
When, electronic equipment can obtain in the monitor control index type of test paper and the Test paper of insertion Test paper socket automatically
Testing sample corresponding physiological feature digital quantity；Then, the monitor control index type according to test paper, to physiology characteristic number word amount
It is predicted analyzing, obtain the corresponding physiological data of testing sample；Meanwhile, also the data of physiological data and cloud server terminal can be entered
Row is synchronous.The embodiment of the present invention utilizes mobile terminal technology and the Internet thinking, and data of physiological index detection function is integrated in
Mobile electronic device, provides the user easily health monitoring systems platform, thus facilitating user's monitor in real time body of itself
Situation；Meanwhile, the embodiment of the present invention additionally provides the cloud server terminal automatic synchronizing function of physiological data, so not only can prevent
The loss of data that the exception of physiological data is lost or the hardware damage such as the loss due to mobile phone or storage card causes, user also may be used
Obtain all data to be reached by data syn-chronization function in time.
In an embodiment of the present invention, refer to Fig. 2, step s110 in embodiment illustrated in fig. 1 can include walking as follows
Rapid:
S111: the resistance value of sample to be tested in the test paper according to the described Test paper socket of insertion, obtains described survey
Have a try the monitor control index type of paper.
Specifically, after user is by test paper insertion Test paper socket, the sample to be tested region on Test paper is led
The electrode of logical Test paper socket, enters measurement pattern, by the resistance value of measurement measurement sample to be tested, to identify that electricity is had a try paper
Monitor control index type.Certainly however it is not limited to the form by detection resistance value that provided of the present embodiment, to identify reagent paper class
Type, can also detect electric current, voltage etc..
S112: according to the monitor control index type of described test paper, apply corresponding voltage to described test paper, obtain
The oxidation current of sample to be tested in described Test paper.
Specifically, it is possible to use the variable running voltage of running voltage generation circuit generation amplitude, polarity, to adapt to difference
The test paper of monitor control index type.When to test paper testing sample applied voltage after, in sample to be tested corresponding composition with
The chemical composition (as enzyme) on Test paper surface reacts, produce oxidation current, and the size of this oxidation current with to be measured
In sample, constituent concentration to be measured is directly proportional.
S113: described oxidation current is converted into the linearly positively related voltage signal with described oxidation current.
Specifically, by current/voltage converter circuit, this oxidation current can be converted to linearly positively related therewith
Voltage signal.
S114: Signal optimum processing and analog-to-digital conversion process are carried out to described voltage signal, obtains described testing sample pair
The physiological feature digital quantity answered.
Specifically, by signal processing circuit, the voltage signal that step s113 obtains can be amplified, denoising etc.
After reason, it is input to analog to digital conversion circuit, the analog voltage signal of analog to digital conversion circuit input is converted into physiological feature digital quantity, and
And this physiological feature digital quantity represents the size of oxidation current in step s112.
The present embodiment, by the identification to test paper monitor control index type, can support polytype physical signs
Monitoring；In addition, by follow-up data processing, improve the accuracy of data sampling.
In still another embodiment of the process, refer to Fig. 3, health monitoring method provided in an embodiment of the present invention, in step
After s120, also include:
S140: judge whether described physiological data exceeds physical signs threshold value.
Specifically, judge that the physiological data being obtained in step s120 is above normal physical signs threshold value, for example, inspection
Survey for blood glucose target, then judge whether the blood glucose value that test obtains is between standard fasting glucose 3.8-6.1.If exceeded
Normal physical signs threshold value, then execution step s150.
S150: judge between described physiological data and history physiological data, whether difference exceeds predetermined threshold value.
Specifically, judge whether the difference between this physiological data and the user's history physiological data storing before finds pre-
If threshold value, wherein, history physiological data can be the physiological data of the last detection of user before this physiological data, also may be used
Meansigma methodss with the physiological data of repeated detection before being.
When between described physiological data and history physiological data, difference exceeds predetermined threshold value, then execution step s160；Phase
Instead, when between described physiological data and history physiological data, difference is without departing from predetermined threshold value, then execution step s170.
S160: generate physiological data abnormity early warning information.
Because test physiological data may be affected by many factors, such as blood sugar test time etc., so the life being obtained
Reason data may have inaccurate situation, the physical signs of people rarely situation jumpy simultaneously.Therefore, work as physiological data
When difference exceeds predetermined threshold value and history physiological data between, physiological data abnormity early warning information will be generated, for example, point out to use
Family physiological data exists extremely, is given simultaneously and leads to abnormal possible situation, instructs user's resampling measurement etc..
S170: generate health indicator abnormity early warning information.
The present embodiment carries out discriminatory analysis twice to abnormal physiological data, provides corresponding early warning information, for data
Analysis and early warning more science, accurately.
In still another embodiment of the process, health monitoring method provided in an embodiment of the present invention, after step s120, also
Including:
S180: described physiological data is stored to corresponding electronic health record, wherein, also includes in described electronic health record using
The healthy record of family input.
Present invention also offers electronic health record, user can in the form of with diary the daily health of record, as
Healthy carry out original data record.
In still another embodiment of the process, health monitoring method provided in an embodiment of the present invention, after step s120, also
Including:
S190: judge whether to receive in predetermined period and described physiological data monitor control index type identical physiology number
According to.
When not receiving in predetermined period with described physiological data monitor control index type identical physiological data, then execute
Step s200.
S200: generate corresponding health monitoring and remind.
Item is reminded by setting, can prevent user from forgetting to detect, and then can carry for long-term data tracking analysis
Supply accurate initial data.
In conjunction with above-mentioned health monitoring method, the embodiment of the present invention additionally provides a kind of health monitoring device, refer to Fig. 4,
Fig. 4 is the structural representation of the first health monitoring device provided in an embodiment of the present invention, and this health monitoring device can be applied
In mobile terminal, this health monitoring device includes:
Physiological feature digital quantity sampling module 410: for obtaining the prison of the test paper inserting described Test paper socket
Testing sample corresponding physiological feature digital quantity in control pointer type and described Test paper.
Specifically, the physiological parameter corresponding test paper type of user's detection according to needed for self-demand selection, is carried out
After specimen sample, by test paper insert electronic equipment Test paper socket, the dependent processing unit in electronic equipment according to
The relevant parameter of test paper detects the monitor control index type of this test paper, then, according to the monitor control index class detecting
Type arranges corresponding measurement parameter, carrys out testing sample corresponding physiological feature digital quantity in this Test paper of analysis measurement.
In the present embodiment, judge step by adding monitor control index type, therefore can support that different physiological datas are examined
The detection of test paper, for example, blood sugar test paper, cholesterol reagent paper, triglyceride reagent paper and uric acid reagent paper etc., and then can meet not
Same user's request, the such as monitoring of the physiological data such as hypertension, hyperlipidemia, cerebral thrombosiss, diabetes.
Physiological data acquisition module 420: for the monitor control index type according to described test paper, to described physiological feature
Digital quantity is predicted analyzing, and obtains the corresponding physiological data of described testing sample.
Specifically, after receiving physiological feature digital quantity, according to the monitor control index type of described test paper, using institute
State the corresponding concentration prediction model of monitor control index type, to described physiological feature digital quantity income Fitting Analysis, be given corresponding
Physiological data (as blood sugar concentration etc.).
Wherein, the principle of this prediction is, using suitable concentration prediction model, such as neural network algorithm model, opposite
The physiological feature digital quantity that reason feature digital quantity sampling module 410 obtains carries out Treatment Analysis, final acquisition mesh testing sample pair
The physiological data answered, the such as concentration information of physiological parameter.In addition, the process of training concentration identification algorithm model includes, acquisition
Sample data is training forecast model based on a certain algorithm so as to have predictive ability to later physiological feature digital quantity.
Data simultaneous module 430: for synchronizing the data of described physiological data and cloud server terminal.
Specifically, by the data syn-chronization function of the cloud server end of electronic equipment, enter processing the physiological data generating
Row backup.By above-mentioned synchronization process, long-term data tracking analysis can be completed and back up, be easy to patient, doctor or medical science
Mechanism obtains special diagnosis and treatment or the region state of an illness.
In the present embodiment, when user arranges test paper insertion in detection of electrons test paper jack on an electronic device
When, electronic equipment can obtain in the monitor control index type of test paper and the Test paper of insertion Test paper socket automatically
Testing sample corresponding physiological feature digital quantity；Then, the monitor control index type according to test paper, to physiology characteristic number word amount
It is predicted analyzing, obtain the corresponding physiological data of testing sample；Meanwhile, also the data of physiological data and cloud server terminal can be entered
Row is synchronous.The embodiment of the present invention utilizes mobile terminal technology and the Internet thinking, and data of physiological index detection function is integrated in
Mobile electronic device, provides the user easily health monitoring systems platform, thus facilitating user's monitor in real time body of itself
Situation；Meanwhile, the embodiment of the present invention additionally provides the cloud server terminal automatic synchronizing function of physiological data, so not only can prevent
The loss of data that the exception of physiological data is lost or the hardware damage such as the loss due to mobile phone or storage card causes, user also may be used
Obtain all data to be reached by data syn-chronization function in time.
In an embodiment of the present invention, described physiological feature digital quantity sampling module 410, comprising:
Monitor control index type obtains submodule 411: for be measured in the test paper according to the described Test paper socket of insertion
The resistance value of sample, obtains the monitor control index type of described test paper.
Oxidation current acquisition submodule 412: with described oxidation current linear for being converted into described oxidation current
Positively related voltage signal；
Voltage signal acquisition submodule 413: for the monitor control index type according to described test paper, to described test examination
Paper applies corresponding voltage, obtains the oxidation current of sample to be tested in described Test paper；
Physiological feature digital quantity acquisition submodule 414: for Signal optimum processing and modulus are carried out to described voltage signal
Conversion process, obtains described testing sample corresponding physiological feature digital quantity.
In still another embodiment of the process, described device also includes:
Physical signs judge module 440: for judging whether described physiological data exceeds physical signs threshold value；
Predetermined threshold value judge module 450: for when described physiological data exceeds physical signs threshold value, then judging described life
Between reason data and history physiological data, whether difference exceeds predetermined threshold value；
Physiological data abnormity early warning module 460: exceed for difference between described physiological data and history physiological data
During predetermined threshold value, then generate physiological data abnormity early warning information；
Health indicator abnormity early warning module 470: do not surpass for difference between described physiological data and history physiological data
When going out predetermined threshold value, then generate health indicator abnormity early warning information.
Fig. 5 is the structural representation of a kind of electronic equipment according to an exemplary embodiment, and this electronic equipment is permissible
Including following one or more assemblies: the physiology of Test paper socket 510 and the communication connection of described Test paper socket 510 is special
Levy the processor 530 that digital quantity detection module 520 communicated to connect with described physiological feature digital quantity detection module and be used for
Store the memorizer 540 of described processor executable, wherein:
Test paper socket 510, can be arranged on any position of electronic equipment according to the specific configuration of electronic equipment.
Physiological feature digital quantity detection module 520, is configured to obtain the test paper inserting described Test paper socket
Monitor control index type and described Test paper in testing sample corresponding physiological feature digital quantity.
Physiological feature digital quantity detection module also includes reagent paper type identification submodule 521 and physiological feature digital data acquisition
Submodule 522, further, sheet type identifies that submodule 521 is configured to obtain the test inserting described Test paper socket
The monitor control index type of reagent paper, and testing result is sent to physiological feature digital data acquisition submodule 522 and processor 530,
Physiological feature digital data acquisition submodule 522 is configured to obtain testing sample corresponding physiological feature number in described Test paper
Word amount.
Described processor 530, is configured to the monitor control index type according to described test paper, to described physiological feature number
Word amount is predicted analyzing, and obtains the corresponding physiological data of described testing sample；Number by described physiological data and cloud server terminal
According to synchronizing.
Further, processor 530 is also configured as physiological data being sent to display, will be tested by display
Result is shown to user.It can in addition contain provide more data to support, including DATA REASONING, hand-kept, data display, number
It is investigated that the function such as inquiry, data statisticss, data analysiss early warning, data syn-chronization, data merging and data derivation.Meanwhile, also provide
Can be with electronic health record, user can record oneself daily health in the form of with diary, subsidiary electronic alarm clock prompting function,
Meanwhile, in order to ensure user's personal information, may also provide user authority management, including user's registration, login, on probation, cancellation
Etc. function.
Memorizer 540 is configured to store various types of data to support the operation in electronic equipment.These data
Example includes the instruction of any application program for operating on an electronic device or method, contact data, telephone book data,
Message, picture, video etc..Memorizer 540 can by any kind of volatibility or non-volatile memory device or they
Combination is realized, such as static RAM (sram), Electrically Erasable Read Only Memory (eeprom), erasable can
Program read-only memory (eprom), programmable read only memory (prom), read only memory (rom), magnetic memory, flash memory
Reservoir, disk or CD.
In the exemplary embodiment, this electronic equipment can be by one or more application specific integrated circuits (asic), number
Word signal processor (dsp), digital signal processing appts (dspd), PLD (pld), field programmable gate array
(fpga), controller, microcontroller, microprocessor or other electronic components are realized, for executing said method.
Those skilled in the art, after considering description and putting into practice the invention invented here, will readily occur to its of the present invention
Its embodiment.The application is intended to any modification, purposes or the adaptations of the present invention, these modifications, purposes or
Person's adaptations are followed the general principle of the present invention and are included the common knowledge in the art that the present invention does not invent
Or conventional techniques.Description and embodiments are considered only as exemplary, and true scope and spirit of the invention are by following
Claim is pointed out.
It is described above and precision architecture illustrated in the accompanying drawings it should be appreciated that the invention is not limited in, and
And various modifications and changes can carried out without departing from the scope.The scope of the present invention only to be limited by appended claim.
Claims (10)
1. it is characterised in that arranging Test paper socket on an electronic device, methods described includes a kind of health monitoring method:
Obtain in the monitor control index type of test paper inserting described Test paper socket and described Test paper and treat test sample
Product corresponding physiological feature digital quantity；
According to the monitor control index type of described test paper, described physiological feature digital quantity is predicted analyze, obtains described
The corresponding physiological data of testing sample；
The data of described physiological data and cloud server terminal is synchronized.
2. health monitoring method according to claim 1 is inserted in described Test paper socket it is characterised in that obtaining
Testing sample corresponding physiological feature digital quantity in the type of test paper and described Test paper, comprising:
The resistance value of sample to be tested in test paper according to the described Test paper socket of insertion, obtains the prison of described test paper
Control pointer type；
According to the monitor control index type of described test paper, apply corresponding voltage to described test paper, obtain described detection
The oxidation current of sample to be tested in reagent paper；
Described oxidation current is converted into the linearly positively related voltage signal with described oxidation current；
Signal optimum processing and analog-to-digital conversion process are carried out to described voltage signal, obtains the corresponding physiology of described testing sample special
Levy digital quantity.
3. health monitoring method according to claim 1 is it is characterised in that monitor control index class according to described test paper
Type, is predicted to described physiological feature digital quantity analyzing, comprising:
According to the monitor control index type of described test paper, from correspondence train concentration prediction model special to described physiology
Levy digital quantity to be predicted analyzing.
4. health monitoring method according to claim 1 is it is characterised in that methods described also includes:
Judge whether described physiological data exceeds physical signs threshold value；
When described physiological data exceeds physical signs threshold value, then judge difference between described physiological data and history physiological data
Whether exceed predetermined threshold value；
When difference exceeds predetermined threshold value between described physiological data and history physiological data, then generate physiological data abnormity early warning
Information；
When difference is without departing from predetermined threshold value between described physiological data and history physiological data, then generate health indicator abnormal pre-
Alarming information.
5. health monitoring method according to claim 1 is it is characterised in that methods described also includes:
Described physiological data is stored to corresponding electronic health record, wherein, in described electronic health record, also includes user input
Healthy record.
6. health monitoring method according to claim 1 is it is characterised in that methods described also includes:
Judge whether to receive in predetermined period and described physiological data monitor control index type identical physiological data；
When not receiving in predetermined period with described physiological data monitor control index type identical physiological data, then generate corresponding
Health monitoring remind.
7. a kind of health monitoring device is it is characterised in that include:
Physiological feature digital quantity sampling module: for obtaining the monitor control index class of the test paper inserting described Test paper socket
Testing sample corresponding physiological feature digital quantity in type and described Test paper；
Physiological data acquisition module: for the monitor control index type according to described test paper, to described physiological feature digital quantity
It is predicted analyzing, obtain the corresponding physiological data of described testing sample；
Data simultaneous module: for synchronizing the data of described physiological data and cloud server terminal.
8. health monitoring device according to claim 7 is it is characterised in that described physiological feature digital quantity sampling module bag
Include:
Monitor control index type acquisition submodule: for sample to be tested in the test paper according to the described Test paper socket of insertion
Resistance value, obtains the monitor control index type of described test paper；
Oxidation current acquisition submodule: linearly positively related with described oxidation current for being converted into described oxidation current
Voltage signal；
Voltage signal acquisition submodule: for the monitor control index type according to described test paper, apply to described test paper
Corresponding voltage, obtains the oxidation current of sample to be tested in described Test paper；
Physiological feature digital quantity acquisition submodule: for carrying out at Signal optimum processing and analog digital conversion to described voltage signal
Reason, obtains described testing sample corresponding physiological feature digital quantity.
9. health monitoring device according to claim 7 is it is characterised in that described device also includes:
Physical signs judge module: for judging whether described physiological data exceeds physical signs threshold value；
Predetermined threshold value judge module: for when described physiological data exceeds physical signs threshold value, then judging described physiological data
Whether difference exceeds predetermined threshold value and history physiological data between；
Physiological data abnormity early warning module: exceed predetermined threshold value for difference between described physiological data and history physiological data
When, then generate physiological data abnormity early warning information；
Health indicator abnormity early warning module: for difference between described physiological data and history physiological data without departing from default threshold
During value, then generate health indicator abnormity early warning information.
10. a kind of electronic equipment is it is characterised in that include:
The physiological feature digital quantity detection module of Test paper socket and the communication connection of described Test paper socket and described life
The processor of reason feature digital quantity detection module communication connection and the storage for storing described processor executable
Device, wherein:
Described physiological feature digital quantity detection module is configured to: obtains the prison of the test paper inserting described Test paper socket
Testing sample corresponding physiological feature digital quantity in control pointer type and described Test paper；
Described processor is configured to: according to the monitor control index type of described test paper, described physiological feature digital quantity is entered
Row forecast analysis, obtain the corresponding physiological data of described testing sample；The data of described physiological data and cloud server terminal is carried out
Synchronous.
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