CN108523879A

CN108523879A - A kind of electrocardiogram detection system and detection method

Info

Publication number: CN108523879A
Application number: CN201810353160.2A
Authority: CN
Inventors: 隋凌云; 杨耀辰
Original assignee: Beijing Kang Run Jiahe Medical Technology Co Ltd
Current assignee: Beijing Kang Run Jiahe Medical Technology Co Ltd
Priority date: 2018-04-19
Filing date: 2018-04-19
Publication date: 2018-09-14

Abstract

The present invention provides a kind of electrocardiogram detection system and detection method, which includes：Cloud service platform, at least one Portable electrocardiograph recording meter, at least one user's intelligent mobile terminal and at least one doctor's intelligent mobile terminal；Each Portable electrocardiograph recording meter is used to acquire the electrocardiosignal of relative users and is sent to the user's intelligent mobile terminal being connected；Each user's intelligent mobile terminal is used to the electrocardiosignal received being sent to cloud service platform, and is shown to the diagnostic result received；Cloud service platform is sent to corresponding doctor's intelligent mobile terminal for generating the corresponding electrocardiogram of each electrocardiosignal, and by electrocardiogram, and the diagnostic result that each doctor's intelligent mobile terminal is sent is sent to corresponding user's intelligent mobile terminal；Each doctor's intelligent mobile terminal generates diagnostic result and is sent to cloud service platform for being shown to the electrocardiogram received.This programme can improve the satisfaction of user.

Description

A kind of electrocardiogram detection system and detection method

Technical field

The present invention relates to field of communication technology, more particularly to a kind of electrocardiogram detection system and detection method.

Background technology

Angiocardiopathy is also known as circulation system disease, is a series of diseases for being related to the circulatory system, common angiocarpy Disease includes hypertension, angina pectoris, acute myocardial infarction AMI, coronary heart disease, heart failure, arrhythmia cordis etc..The hair of angiocardiopathy Disease be multi-pathogenesis, multistage effect complex process, the course of disease is long, medical expense is high, is difficult to cure, and angiocardiopathy has The feature of sudden breaking-out, it is therefore desirable to which disease event and risk factors to patient carry out periodic detection, pass through comprehensive assessment The life cycle for extending patient is managed with intervening.Under normal conditions, doctor can be by detecting electrocardiogram to cardiovascular patient The state of an illness carry out diagnosis and comprehensive assessment.

Currently, when cardiovascular patient feels not quite the thing or reaches the time of regular check, need hospital into Row Electrocardiography to the state of an illness of cardiovascular patient diagnose and synthesis is commented by hospital doctor according to ECG results Estimate.

For the method that current cardiovascular patient carries out Electrocardiography, cardiovascular patient electrocardiogram each time Detection is required for physically going to hospital, but is not that detection is required for being treated in hospital each time, repeatedly round-trip hospital into Row Electrocardiography influences the normal life of cardiovascular patient, causes the satisfaction of cardiovascular patient relatively low.

Invention content

An embodiment of the present invention provides a kind of electrocardiogram detection system and detection methods, can improve the satisfaction of user.

In a first aspect, an embodiment of the present invention provides a kind of electrocardiogram detection systems, including：Cloud service platform, at least one A Portable electrocardiograph recording meter, at least one user's intelligent mobile terminal and at least one doctor's intelligent mobile terminal；

Each described Portable electrocardiograph recording meter, the electrocardiosignal for acquiring relative users, and the electrocardio is believed Number it is sent to the user's intelligent mobile terminal being connected；

Each described user's intelligent mobile terminal, for the electrocardiosignal received to be sent to the cloud service Platform, and the diagnostic result from the cloud service platform is received, and the diagnostic result is shown；

The cloud service platform, for respectively to each electrocardiosignal from user's intelligent mobile terminal It is handled, obtains corresponding electrocardiogram, and according at least one user's intelligent mobile terminal being pre-created and institute The correspondence between at least one doctor's intelligent mobile terminal is stated, the electrocardiogram is sent to corresponding doctor's intelligence Energy mobile terminal, and each described diagnostic result from doctor's intelligent mobile terminal is received, and according to described right It should be related to and the diagnostic result is sent to corresponding user's intelligent mobile terminal；

Each described doctor's intelligent mobile terminal, for being shown to the electrocardiogram received, and according to External triggering generates the diagnostic result, and the diagnostic result is sent to the cloud service platform.

Optionally,

The Portable electrocardiograph recording meter includes：12 lead Aerotel electrocardiogram recording instruments.

Optionally, the Portable electrocardiograph recording meter includes：At least two electrodes, controller and transmitter；

Each described electrode is connected by cable with the controller, and the controller is connected with the transmitter It connects；

The controller, for after receiving external triggering or detecting the anomalous ecg of the user, passing through institute The electrocardiosignal of user described at least two electrode detections is stated, and the electrocardiosignal is sent to the transmitter；

The transmitter, for after receiving the electrocardiosignal from the controller, by the electrocardiosignal It is sent to the user's intelligent mobile terminal being connected by bluetooth.

Optionally, the cloud service platform includes：Data processing server and data synchronization server；

The data processing server, for for each electrocardio letter from user's intelligent mobile terminal Number, the electrocardiosignal is smoothed by following first formula, obtains corresponding target electrocardiosignal, Yi Jigen The corresponding electrocardiogram is generated according to the target electrocardiosignal, and the electrocardiogram is synchronized to the data synchronization service Device, wherein first formula includes：

Wherein, the X_iThe intensity of the i-th frame signal in the target electrocardiosignal, i=1,2 ..., m are characterized, the m is The totalframes of signal included by the electrocardiosignal；The N characterizations acquire the frequency of the electrocardiosignal, and the N is positive integer； The h_nCharacterize the nth weighting factor, the h_nIt is determined according to human body electromyography signal transformation rule, andInstitute State x_i-nCharacterize the intensity of the i-th-n frame signals in the electrocardiosignal；

The data synchronization server is used for according to the correspondence, will be from the every of the data processing server One electrocardiogram is sent to corresponding doctor's intelligent mobile terminal.

Optionally,

The cloud service platform further comprises：Chronic diseases management server；

The chronic diseases management server, the case history for storing user corresponding to each described Portable electrocardiograph recording meter Information, wherein the medical record information includes the name of the user, gender, the date of birth, familial inheritance medical history, sees a doctor every time The use that any one or more and described data synchronization servers in case history and each medical check result are got Each history electrocardiogram at family；

The data synchronization server is further used for being directed to each described heart from the data processing server Electrograph reads the medical record information of user corresponding to the electrocardiogram from the chronic diseases management server, and according to described right It should be related to, the case information read is sent to the corresponding doctor's intelligent mobile terminal of the electrocardiogram；

Each described doctor's intelligent mobile terminal is further used for being shown the medical record information received.

Optionally,

The data processing server is further used for for each the described electrocardiogram generated, by the electrocardio Figure cutting is at least two oscillograms, respectively by each described oscillogram and pre-stored at least one reference waveform figure into Row matching determines the corresponding object reference oscillogram of each described oscillogram, according to each object reference oscillogram institute Corresponding heart state, generates diagnosis report corresponding with the electrocardiogram, and by the diagnosis report and the electrocardiogram It is associated, and the diagnosis report after being associated is synchronized to the data synchronization server；

The data synchronization server, is further used for for each described diagnosis report for receiving, according to institute The source of the corresponding electrocardiosignal of the associated electrocardiogram of diagnosis report and the correspondence are stated, is examined described Disconnected report is sent to corresponding doctor's intelligent mobile terminal；

Each described doctor's intelligent mobile terminal is further used for being shown the diagnosis report received.

Optionally, which further comprises：At least one nurse's intelligent mobile terminal；

The data synchronization server, be further used for for receive each group be mutually related the electrocardiogram and The diagnosis report, user's intelligent mobile terminal corresponding to the electrocardiogram, and be pre-created it is described extremely The correspondence of few user's intelligent mobile terminal and at least one nurse's intelligent mobile terminal, by being mutually related It states electrocardiogram and the diagnosis report is sent to corresponding nurse's intelligent mobile terminal；

Each described nurse's intelligent mobile terminal, for receiving the electrocardiogram and the diagnosis report carry out Displaying.

Optionally, which further comprises：Hospital rehabilitation information terminal；

The data synchronization server, be further used for for receive each group be mutually related the electrocardiogram and The diagnosis report, will be mutually related the electrocardiogram and the diagnosis report is sent to the hospital rehabilitation information terminal；

The hospital rehabilitation information terminal, for for receive each group related associated electrocardiogram and described Diagnosis report, determines the target user described in the electrocardiogram and the diagnosis report, and by the electrocardiogram and the diagnosis In report storage to the electronic record of the target user.

Optionally, which further comprises：Electrocardiogram printing terminal；

The data synchronization server is further used for for each the described electrocardiogram received, outer receiving After the triggering in portion, the electrocardiogram is sent to the electrocardiogram printing terminal；

The electrocardiogram printing terminal generates corresponding for being printed to each the described electrocardiogram received Papery electrocardiogram.

Optionally,

The data processing server, is further used for for each generated from the electrocardiogram, according to from institute Phase, Rv5 values, Sv1 values and P/QRS/T axis values between phase, QRS are stated between the heart rate extracted in electrocardiogram, Atrial depolarization wave time limit, PR, Corresponding alarm index is calculated by following second formula, and judges whether the alarm index is more than preset report Alert coefficient threshold, if so, generating alarm command, and is synchronized to the sync data service device by the alarm command；

Second formula includes：

Wherein, the M characterizes the alarm index, a₁Characterize the heart rate extracted, a₀Characterization is set in advance Fixed heart rate criteria value, the b₁Characterize the Atrial depolarization wave time limit extracted, the b₀Preset atrium is characterized to remove Pole wave time limit standard value, the c₁Phase between the PR that characterization is extracted, the c₀Phase standard value between preset PR is characterized, The d₁Phase between the QRS that characterization is extracted, the d₀Characterize phase standard value between preset QRS, the e₁Characterization extraction The Rv5 values arrived, the e₀Characterize preset Rv5 standard values, the f₁Characterize the Sv1 values extracted, the f₀ Characterize preset Sv1 standard values, the g₁Characterize the QRS axis values in the P/QRS/T axis value extracted, the g₀Table Levy preset QRS axis standard value；

The data synchronization server is further used for according to the correspondence, will come from the data processing service Each of device alarm command is sent to corresponding doctor's intelligent mobile terminal；

Each described doctor's intelligent mobile terminal is further used for receiving from the data synchronization server After the alarm command, corresponding warning message is sent out.

Second aspect, the embodiment of the present invention additionally provide a kind of any one Electrocardiography provided based on first aspect The electrocardiogram detecting method of system, for each with including per family：

The Portable electrocardiograph recording meter dressed using the user, acquires the electrocardiosignal of the user, and by institute It states electrocardiosignal and is sent to the user's intelligent mobile terminal being connected with the Portable electrocardiograph recording meter；

Using user's intelligent mobile terminal, the electrocardiosignal is sent to the cloud service platform；

The electrocardiosignal is handled using the cloud service platform, obtains corresponding electrocardiogram；

Using the cloud service platform, according at least one user's intelligent mobile terminal being pre-created with it is described extremely It is whole to be sent to corresponding doctor's intelligent mobile by the correspondence between few doctor's intelligent mobile terminal for the electrocardiogram End；

The electrocardiogram is shown using doctor's intelligent mobile terminal, and is examined according to external triggering generation Break as a result, and the diagnostic result is sent to the cloud service platform；

Using the cloud service platform, the diagnostic result is sent to by user's intelligent sliding according to the correspondence Dynamic terminal；

Using user's intelligent mobile terminal, the diagnostic result is shown.

Optionally, when the cloud service platform includes data processing server and data synchronization server,

It is described that the electrocardiosignal is handled using the cloud service platform, corresponding electrocardiogram is obtained, including：

Using the data processing server, the electrocardiosignal is smoothed by following first formula, is obtained Corresponding target electrocardiosignal, and the corresponding electrocardiogram is generated according to the target electrocardiosignal, and by institute It states electrocardiogram and is synchronized to the data synchronization server, wherein first formula includes：

Wherein, the X_iThe intensity of the i-th frame signal in the target electrocardiosignal, i=1,2 ..., m are characterized, the m is The totalframes of signal included by the electrocardiosignal；The N characterizations acquire the frequency of the electrocardiosignal, and the N is positive integer； The h_nCharacterize the nth weighting factor, the h_nIt is determined according to human body electromyography signal transformation rule, andInstitute State x_i-nCharacterize the intensity of the i-th-n frame signals in the electrocardiosignal.

Optionally, the electrocardiosignal is handled using the cloud service platform described, obtains the corresponding heart After electrograph, further comprise：

It is at least two oscillograms by the electrocardiogram cutting, respectively by each using the data processing server The oscillogram is matched with pre-stored at least one reference waveform figure, determines the corresponding mesh of each described oscillogram Reference waveform figure is marked, according to heart state corresponding to each object reference oscillogram, is generated corresponding with the electrocardiogram Diagnosis report, it is and the diagnosis report is associated with the electrocardiogram, and the diagnosis report after being associated It is synchronized to the data synchronization server；

Using the data synchronization server, according to corresponding with the associated electrocardiogram of the diagnosis report described It is whole to be sent to corresponding doctor's intelligent mobile by the source of electrocardiosignal and the correspondence for the diagnosis report End；

Using doctor's intelligent mobile terminal, the diagnosis report is shown.

Using the data processing server, according to heart rate, Atrial depolarization wave time limit, the PR extracted from the electrocardiogram Between phase, Rv5 values, Sv1 values and P/QRS/T axis values between phase, QRS, corresponding alarm index is calculated by following second formula, with And judge whether the alarm index is more than preset alarm index threshold value, if so, alarm command is generated, and will be described Alarm command is synchronized to the sync data service device, wherein second formula includes：

The alarm command is sent to corresponding according to the correspondence using the data synchronization server Doctor's intelligent mobile terminal；

Using doctor's intelligent mobile terminal, the alarm command from the data synchronization server is being received Afterwards, corresponding warning message is sent out.

Electrocardiogram detection system provided in an embodiment of the present invention and detection method are pre-created each user and use use Correspondence between family intelligent mobile terminal and the used doctor's intelligent mobile terminal of each doctor, when a user is worn After the Portable electrocardiograph recording meter worn collects the electrocardiosignal of the user, which can will be collected Electrocardiosignal is sent to user's intelligent mobile terminal of the user, and electrocardiosignal is sent to cloud clothes by user's intelligent mobile terminal Business platform, after cloud service platform carries out the corresponding electrocardiogram of processing generation to electrocardiosignal, cloud service platform can be according to upper It states correspondence electrocardiogram is sent on doctor's intelligent mobile terminal used in the doctor of the user, and doctor's intelligent mobile Terminal can be shown the electrocardiogram received, and doctor generates diagnosis knot according to electrocardiogram triggered doctor's intelligent mobile terminal Fruit, after diagnostic result is sent to cloud service platform by doctor's intelligent mobile terminal, cloud service platform can be according to above-mentioned corresponding pass Diagnostic result is issued user's intelligent mobile terminal of the user by system, and diagnostic result is showed the use by user's intelligent mobile terminal Family.It can be seen that whole by Portable electrocardiograph recording meter, user's intelligent mobile terminal, cloud service platform and doctor's intelligent mobile Forward sequence communication between end, can make doctor see the electrocardiogram of user, flat by doctor's intelligent mobile terminal, cloud service Reverse sequence communication between platform and user's intelligent mobile terminal, the diagnosis that user can be made to see that doctor makes according to electrocardiogram As a result, to which user carries out Electrocardiography without arriving hospital in person, reduces the number of the round-trip hospital of user, use can be improved The satisfaction at family.

Description of the drawings

In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below There is attached drawing needed in technology description to be briefly described, it should be apparent that, the accompanying drawings in the following description is the present invention Some embodiments for those of ordinary skill in the art without creative efforts, can also basis These attached drawings obtain other attached drawings.

Fig. 1 is a kind of schematic diagram of electrocardiogram detection system provided by one embodiment of the present invention；

Fig. 2 is a kind of schematic diagram of Portable electrocardiograph recording meter provided by one embodiment of the present invention；

Fig. 3 is the schematic diagram of another electrocardiogram detection system provided by one embodiment of the present invention；

Fig. 4 is the schematic diagram of another electrocardiogram detection system provided by one embodiment of the present invention；

Fig. 5 is the schematic diagram of another electrocardiogram detection system provided by one embodiment of the present invention；

Fig. 6 is a kind of electrocardiogram detection system including hospital rehabilitation information terminal provided by one embodiment of the present invention Schematic diagram；

Fig. 7 is a kind of showing for electrocardiogram detection system including electrocardiogram printing terminal provided by one embodiment of the present invention It is intended to；

Fig. 8 is a kind of flow chart of electrocardiogram detecting method provided by one embodiment of the present invention；

Fig. 9 is the flow chart of another electrocardiogram detecting method provided by one embodiment of the present invention.

Specific implementation mode

In order to make the object, technical scheme and advantages of the embodiment of the invention clearer, below in conjunction with the embodiment of the present invention In attached drawing, technical scheme in the embodiment of the invention is clearly and completely described, it is clear that described embodiment is A part of the embodiment of the present invention, instead of all the embodiments, based on the embodiments of the present invention, those of ordinary skill in the art The every other embodiment obtained without making creative work, shall fall within the protection scope of the present invention.

As shown in Figure 1, an embodiment of the present invention provides a kind of electrocardiogram detection system, which may include：Cloud service Platform 10, at least one Portable electrocardiograph recording meter 20, at least one user's intelligent mobile terminal 30 and at least one doctor's intelligence It can mobile terminal 40；

Each Portable electrocardiograph recording meter 20, the electrocardiosignal for acquiring relative users, and electrocardiosignal is sent To the user's intelligent mobile terminal 30 being connected；

Each user's intelligent mobile terminal 30, for the electrocardiosignal received to be sent to cloud service platform 10, with And the diagnostic result from cloud service platform 10 is received, and diagnostic result is shown；

Cloud service platform 10, for respectively to each electrocardiosignal from user's intelligent mobile terminal 30 at Reason obtains corresponding electrocardiogram, and according at least one user's intelligent mobile terminal 30 being pre-created and at least one doctor Correspondence between raw intelligent mobile terminal 40, corresponding doctor's intelligent mobile terminal 40 is sent to by electrocardiogram, and Each diagnostic result from doctor's intelligent mobile terminal 40 is received, and is sent to diagnostic result relatively according to correspondence The user's intelligent mobile terminal 30 answered；

Each doctor's intelligent mobile terminal 40, for being shown to the electrocardiogram received, and according to external Triggering generates diagnostic result, and diagnostic result is sent to cloud service platform 10.

An embodiment of the present invention provides a kind of electrocardiogram detection system, it is pre-created the used user's intelligence of each user Correspondence between mobile terminal and the used doctor's intelligent mobile terminal of each doctor, when a user is dressed just After the formula electrocardiogram recording instrument of taking collects the electrocardiosignal of the user, which can believe collected electrocardio It number is sent to user's intelligent mobile terminal of the user, electrocardiosignal is sent to cloud service by user's intelligent mobile terminal and is put down Platform, after cloud service platform carries out the corresponding electrocardiogram of processing generation to electrocardiosignal, cloud service platform can be according to above-mentioned right It should be related to and electrocardiogram is sent on doctor's intelligent mobile terminal used in the doctor of the user, and doctor's intelligent mobile terminal The electrocardiogram received can be shown, doctor generates diagnostic result according to electrocardiogram triggered doctor's intelligent mobile terminal, After diagnostic result is sent to cloud service platform by doctor's intelligent mobile terminal, cloud service platform can be incited somebody to action according to above-mentioned correspondence Diagnostic result issues user's intelligent mobile terminal of the user, and diagnostic result is showed the user by user's intelligent mobile terminal. It can be seen that by Portable electrocardiograph recording meter, user's intelligent mobile terminal, cloud service platform and doctor's intelligent mobile terminal it Between forward sequence communication, doctor can be made to see the electrocardiogram of user, by doctor's intelligent mobile terminal, cloud service platform and Reverse sequence communication between user's intelligent mobile terminal, the diagnosis knot that user can be made to see that doctor makes according to electrocardiogram Fruit reduces the number of the round-trip hospital of user, can improve user to which user carries out Electrocardiography without arriving hospital in person Satisfaction.

Optionally, on the basis of electrocardiogram detection system shown in Fig. 1, Portable electrocardiograph recording meter can be 12 leads Aerotel electrocardiogram recording instruments.12 lead Aerotel electrocardiogram recording instruments are total 12 leads, i.e., is remembered by the electrocardiogram recording instrument When recording electrocardiogram, the electrode of the electrocardiogram recording instrument amounts in the placement location of body surface and the connection type of amplifier to be had in 12 Combining form can meet the needs of different user.12 lead Aerotel electrocardiogram recording instruments have the small spy convenient for wearing Point does not influence the normal activity of user after wearing.12 lead Aerotel electrocardiogram recording instruments using traditional button control mode and Indicator light alerting pattern, facilitates the elderly to use.12 lead Aerotel electrocardiogram recording instruments can pass through bluetooth and mobile phone, tablet Computer etc. is connected, and wireless transmission method, which facilitates, to be transmitted to cloud service platform by collected electrocardiosignal and handle.

Optionally, on the basis of electrocardiogram detection system shown in Fig. 1, as shown in Fig. 2, each portable cardiac records Instrument 20 may include at least two electrodes 201, controller 202 and transmitter 203, each electrode 201 passes through cable and control Device 202 is connected, and controller 202 is connected with transmitter 203.User is when using Portable electrocardiograph recording meter 20, according to every Requirement of one electrode 201 to wearing position, each electrode 201 is attached on the corresponding position of body.

Portable electrocardiograph recording meter 20 has there are two types of operating mode, respectively automatic operation mode and passive work mode, Two kinds of operating modes are illustrated separately below.

For automatic operation mode, controller 202 often passes through an automatic inspection according to preset automatic detection cycle Electrocardiosignal segment of the period by the user of acquisition of each electrode 201 is surveyed, and is sentenced according to collected electrocardiosignal segment Whether the electrocardiosignal of disconnected user is normal.If it is judged that the electrocardiosignal for user is abnormal, controller 202 is by each Electrode 201 acquires the complete electrocardiosignal of user, and collected electrocardiosignal is issued transmitter 203, is led to by transmitter 203 Cross user's intelligent mobile terminal that electrocardiosignal is sent to user by bluetooth.

For passive operational module, after controller 202 receives the triggering of user, is acquired and used by each electrode 201 The electrocardiosignal at family, and collected electrocardiosignal is sent to transmitter 203, electrocardio is believed by bluetooth by transmitter 203 Number it is sent to user's intelligent mobile terminal of user.

Portable electrocardiograph recording meter provided in an embodiment of the present invention has automatic operation mode and passive work mode, user Portable electrocardiograph recording meter can be set according to demand as automatic operation mode, passive work mode or automatically with being passively combined Operating mode, to meet the needs of monitoring of user's daily cardiovascular function and in emergency circumstances Electrocardiography, ensureing should Electrocardiogram detection system has stronger applicability.

Optionally, on the basis of electrocardiogram detection system shown in Fig. 1, as shown in figure 3, cloud service platform 10 may include Data processing server 101 and data synchronization server 102；

Data processing server 101 can pass through after receiving the electrocardiosignal from user's intelligent mobile terminal 30 Following first formula is smoothed received ecg information, obtains corresponding target electrocardiosignal, Jin Erke To generate electrocardiogram according to target electrocardiosignal, and the electrocardiogram generated is synchronized to data synchronization server 102；

First formula includes：

Wherein, X_iThe intensity of the i-th frame signal in target electrocardiosignal is characterized, i=1,2 ..., m, m is electrocardiosignal institute Totalframes including signal；The frequency of N characterization acquisition electrocardiosignals, and N is positive integer；h_nCharacterize the nth weighting factor, h_nRoot It is determined according to human body electromyography signal transformation rule, andx_i-nThe i-th-n frame signals is strong in characterization electrocardiosignal Degree；

Data synchronization server 102, can be according to each after receiving the electrocardiogram from data processing server 101 Electrocardio corresponding to correspondence and the electrocardiogram between user's intelligent mobile terminal and each doctor's intelligent mobile terminal is believed Number source, which is sent to corresponding doctor's intelligent mobile terminal 40.

Contain noise in the collected electrocardiosignal of Portable electrocardiograph recording meter institute, in these noises in addition to Hz noise and Further include irregular interference signal, such as myoelectricity interference signal outside periodic interference signal.The frequency band of these interference signals Wider, the component shared by interference signal high frequency components is larger, causes electrocardiosignal to present non-smooth, non-linear and unstable State.If directly generating electrocardiogram according to electrocardiosignal, many burrs are had on the waveform of generated electrocardiogram, are not easy to pair The cardiovascular status of user judges.

Data processing server substitutes into each frame signal in the electrocardiosignal above-mentioned after receiving an electrocardiosignal First formula is calculated, and each frame signal x in the electrocardiosignal is calculated separately out_iSignal X after corresponding amendment_i, and then will be each Signal, which is combined, after frame amendment obtains target electrocardiosignal corresponding with the electrocardiosignal.Pass through the meter of above-mentioned first formula It calculates, each frame signal in electrocardiosignal is smoothed using Weighted Average Algorithm so that believed according to obtained target electrocardio Number generate electrocardiogram in waveform it is more smooth, to enable electrocardiogram more accurately to reflect the cardiovascular status of user.

When carrying out denoising to electrocardiosignal by above-mentioned first formula, if i-n is less than zero, x is given tacit consent to_i-nIt is equal to Zero, so just so that each frame signal of first formula suitable for electrocardiosignal, is convenient for each frame signal in electrocardiosignal It is handled.

In addition, cloud service platform 10 includes data processing server 101 and data synchronization server 102, data processing clothes Business device 101 generates electrocardiogram for handling electrocardiosignal, and according to electrocardiosignal, and data synchronization server 102 is used Corresponding doctor's intelligent mobile terminal 40 is issued in the electrocardiogram for generating data processing server 101.By data processing and Data forwarding is distributed to two servers and is carried out so that data processing and data forwarding are independent of each other, and guarantee can be simultaneously to more The electrocardiosignal that a user's intelligent mobile terminal is sent is handled and is forwarded, and reduces the stand-by period of user, is further promoted The usage experience of user.During practical business is realized, data processing server can be Portable electrocardiograph recording meter Server is safeguarded that data synchronization server can be the server of hospital, by curing by the manufacturer of Portable electrocardiograph recording meter Institute is safeguarded.In addition, a data of data synchronization server can be multiple, for example each hospital corresponds to a data and synchronizes Server, in this way, data processing server after generating electrocardiogram, needs, according to the hospital where the doctor of user, to give birth to At electrocardiogram issue corresponding data synchronization server.

Optionally, on the basis of electrocardiogram detection system shown in Fig. 3, as shown in figure 4, cloud service platform 10 can also wrap Include chronic diseases management server 103；

Chronic diseases management server 103 is used to store the medical record information of the user of each Portable electrocardiograph recording meter, wherein Medical record information include relative users name, gender, the date of birth, familial inheritance medical history, the case history seen a doctor every time and every time just The inspection result of doctor.In addition to this, data synchronization server 102 is in a heart for receiving the transmission of data processing server 101 After electrograph, data synchronization server 102 by received electrocardiogram in addition to that can be sent to corresponding doctor's intelligent mobile terminal Outside 40, received electrocardiogram can also be stored to one into chronic diseases management server 103 as relative users medical record information Part.In addition, data synchronization server 102 can determine whether after an electrocardiogram for receiving the transmission of data processing server 101 User corresponding to the electrocardiogram, and the case information of determined user is read from chronic diseases management server, it is final by reading To medical record information corresponding doctor's intelligent mobile terminal 40 is sent to the electrocardiogram received.Doctor's intelligent mobile terminal 40 after the medical record information received, is shown to the content that medical record information includes after being triggered accordingly.

Chronic diseases management server can be with the office system of the section office such as heart internal medicine in hospital, Healing Heart Center, Heart center Docking, record has the medical record information of the user of each Portable electrocardiograph recording meter in hospital's office system, so as to will be each The medical record information of the user of a Portable electrocardiograph recording meter is stored on chronic diseases management server, while by data processing server The electrocardiogram generated every time is realized and is taken to chronic diseases management as in the medical record information storage to chronic diseases management server of relative users The update of medical record information on business device.Data synchronization server, can be from chronic diseases management server after receiving an electrocardiogram It reads received electrocardiogram and corresponds to the medical record information of user, and the medical record information read and electrocardiogram are sent jointly into phase Corresponding doctor's intelligent mobile terminal, while such doctor checks user's electrocardiogram by doctor's intelligent mobile terminal, moreover it is possible to The medical record information of user is enough checked by doctor's intelligent mobile terminal, is convenient for the more accurate diagnostic result of doctor's behaviours.

In an embodiment of the invention, data processing server, can be same by data after generating an electrocardiogram Step server transfers the medical record information of relative users from chronic diseases management system, and data processing server can will be combined and be transferred Case information comprehensive analysis is carried out to the electrocardiogram that is generated, tentative diagnosis report is generated, eventually by data synchronization service Tentative diagnosis report is sent to corresponding doctor's intelligent mobile terminal by device.

Optionally, on the basis of electrocardiogram detection system shown in Fig. 3, when data processing server 101 generates a heart After electrograph, can by the electrocardiogram cutting be multiple oscillograms, then respectively by each oscillogram with it is pre-stored multiple Reference waveform figure is matched, and the corresponding object reference oscillogram of each oscillogram is determined, then according to each object reference The corresponding heart state of oscillogram is generated to the corresponding diagnosis report of electrocardiogram, and by the diagnosis report generated and is given birth to At electrocardiogram it is associated after be sent to data synchronization server 102.Data synchronization server 102 is mutually related receiving After diagnosis report and electrocardiogram, according to the source of electrocardiosignal corresponding to electrocardiogram and user's intelligent mobile terminal and doctor's intelligence Can mobile terminal correspondence, will be mutually related diagnosis report and electrocardiogram to be sent to corresponding doctor's intelligent mobile whole End 40.Doctor's intelligent mobile terminal 40 is after receiving and being mutually related diagnosis report and electrocardiogram, respectively to being mutually related Diagnosis report and electrocardiogram are shown.

Data processing server according to target electrocardiosignal after generating electrocardiogram, by by generated electrocardiogram and in advance Multiple reference waveform figures of storage are matched, the heart state in conjunction with corresponding to each reference waveform figure, can be generated corresponding Diagnosis report.The diagnosis report generated is eventually issued on doctor's intelligent mobile terminal with electrocardiogram together together, doctor It is raw that electrocardiogram and associated diagnosis report can be checked by doctor's intelligent mobile terminal, if doctor thinks that diagnosis report is complete Face and there is no problem, then can be sent to data synchronization server, finally by the use of user using diagnosis report as diagnostic result Family intelligent mobile terminal shows user.In this way, data processing server can generate user by analyzing electrocardiogram Diagnosis report, and the diagnosis report generated is sent to doctor and is confirmed, doctor can will after confirming that there is no problem Diagnosis report is sent to user as diagnostic result, so as to mitigate the working strength of doctor.

Optionally, on the basis of electrocardiogram detection system shown in Fig. 3, as shown in figure 5, the electrocardiogram detection system may be used also To include at least one nurse's intelligent mobile terminal 50；

Data synchronization server 102 electrocardiogram and is examined receiving being mutually related for the transmission of data processing server 101 , can also be according to the source of electrocardiosignal corresponding to electrocardiogram after disconnected report, and each user's intelligent mobile being pre-created is whole Hold the correspondence between each nurse's intelligent mobile terminal, will be mutually related electrocardiogram and diagnosis report be sent to relatively The nurse's intelligent mobile terminal 50 answered；

Nurse's intelligent mobile terminal 50 is receiving be mutually related electrocardiogram and diagnosis report, to the electrocardio that is mutually related Figure and diagnosis report are shown.

User could be provided as the doctor and nurse of its service by its user's intelligent mobile terminal, after the setup, Doctor's intelligent mobile terminal for user service doctor is doctor's intelligence corresponding with user's intelligent mobile terminal of the user It is opposite with user's intelligent mobile terminal of the user that energy mobile terminal, which is nurse's intelligent mobile terminal of user service nurse, The nurse's intelligent mobile terminal answered.Data synchronization server is after the electrocardiogram and diagnosis report for receiving a user, by the heart Electrograph and diagnosis report are sent to corresponding doctor's intelligent mobile terminal and nurse's intelligent mobile terminal, make the user doctor and The heart that nurse can understand the user further promotes user so as to service in all directions user Satisfaction.

Optionally, on the basis of electrocardiogram detection system shown in Fig. 3, as shown in fig. 6, the cardioelectric monitor system can be with Including hospital rehabilitation information terminal 60；

Data synchronization server 102 electrocardiogram and is examined receiving being mutually related for the transmission of data processing server 101 After disconnected report, it can will be mutually related electrocardiogram and diagnosis report is sent to hospital rehabilitation information terminal 60；

Hospital rehabilitation information terminal 60 is after receiving and being mutually related electrocardiogram and diagnosis report, it may be determined that is received It is used to target to electrocardiogram and the corresponding target user of diagnosis report, and then by received electrocardiogram and diagnosis report storage In the electronic record at family.

Hospital rehabilitation information terminal is the information storage system of hospital, is synchronized when hospital rehabilitation information terminal receives data After electrocardiogram and diagnosis report that server is sent, it is first determined the user belonging to received electrocardiogram and diagnosis report, then It will be in received electrocardiogram and diagnosis report storage to the electronic record of owning user.Doctor is whole by hospital rehabilitation information End can facilitate doctor according to each secondary heart of user with the obtained electrocardiogram of each progress Electrocardiography of calling and obtaining user and diagnosis report The result of electrograph detection carries out comprehensive assessment to the health status of user.

Optionally, on the basis of electrocardiogram detection system shown in Fig. 3, as shown in fig. 7, the electrocardiogram detection system may be used also With including the electrocardiogram printing terminal 70 washed；

Data synchronization server 102 is receiving the electrocardiogram of the transmission of data processing server 101, and receives outside When triggering, received electrocardiogram can be sent to electrocardiogram printing terminal 70；

Electrocardiogram printing terminal 70 is after the electrocardiogram for receiving the transmission of data synchronization server 102, to received Electrocardiogram is printed, and papery type page electrograph is generated.

Electrocardiogram printing terminal is connected with data synchronization server, when data synchronization server receives data processing clothes Be engaged in device send electrocardiogram, and receive printing electrocardiogram triggering after, can by electrocardiogram printing terminal to electrocardiogram into Row printing, generates papery type page electrograph.In this way, when user according to the doctor's diagnosis to hospital go to a doctor by result, Yong Huke To print its electrocardiogram by electrocardiogram printing terminal, to be checked for doctor when facilitating user medical, it is also convenient for user's papery version The foundation of archives.

Optionally, in Fig. 3 to Fig. 7 shown in either figure on the basis of electrocardiogram detection system, data processing server 101 after generating an electrocardiogram, can also according to from extracted in the electrocardiogram heart rate, the Atrial depolarization wave time limit, phase between PR, Phase, Rv5 values, Sv1 values and P/QRS/T axis values between QRS calculate corresponding alarm index by following second formula, and sentence Whether the calculated alarm index that breaks is more than preset alarm index threshold value, if so, alarm command is generated, and will alarm Command synchronization is to sync data service device, wherein the second formula includes：

Wherein, M characterizes alarm index, a₁Characterize the heart rate extracted, a₀Characterize preset heart rate criteria value, b₁Table Levy the Atrial depolarization wave time limit extracted, b₀Characterize preset Atrial depolarization wave time limit standard value, c₁Characterize the PR extracted Between the phase, c₀Characterize phase standard value between preset PR, d₁Phase between the QRS that characterization is extracted, d₀It characterizes between preset QRS Phase standard value, e₁Characterize the Rv5 values extracted, e₀Characterize preset Rv5 standard values, f₁Characterize the Sv1 values extracted, f₀ Characterize preset Sv1 standard values, g₁Characterize the QRS axis values in the P/QRS/T axis values extracted, g₀It characterizes preset QRS axis standard values；

Data synchronization server 102 can will alarm after the alarm command for receiving the transmission of data processing server 101 Instruction is transmitted to the doctor's intelligent mobile terminal 40 mutually coped with；

Doctor's intelligent mobile terminal 40 can send out corresponding warning message after receiving alarm command.

Data processing server can extract heart rate, Atrial depolarization wave after generating an electrocardiogram from the electrocardiogram The parameters such as phase, Rv5 values, Sv1 values and P/QRS/T axis values between phase, QRS between time limit, PR, by parameters extracted and each Standard value corresponding to parameter, which substitutes into above-mentioned second formula, can calculate alarm index, be preset if alarm index is more than Alarm index threshold value, illustrate that more serious angiocardiopathy occurs in electrocardiogram owning user, pass through data synchronization service Device sends alarm command to for doctor's intelligent mobile terminal of user service doctor so that doctor's intelligent mobile terminal sends out report Alert information alert doctor acquires Emergency Assistance measure.In this way, when acute cardiovascular disease occurs in user, doctor can send out in time It does now and in advance corresponding rescue preparation and improves the success rate rescued to user to be rescued in time to user, And then it can further promote the usage experience of user.

It should be noted that in the electrocardiogram detection system that above-mentioned each embodiment is provided, user's intelligent mobile is whole End is intelligent mobile terminal used by a user, includes but not limited to the mobile phone for being equipped with relative users end software program, tablet Computer, smartwatch etc..Correspondingly, doctor's intelligent mobile terminal is intelligent mobile terminal used in doctor, including but unlimited In mobile phone, tablet computer, the personal computer etc. that are equipped with corresponding doctor terminal software program；Nurse's intelligent mobile terminal is nurse Used intelligent mobile terminal includes but not limited to the mobile phone for being equipped with corresponding nurse terminal software program, tablet computer, a People's computer etc..

Electrocardiogram detection system provided in an embodiment of the present invention, Portable electrocardiograph recording meter can acquire the electrocardio letter of user Number, and collected electrocardiosignal can be sent to cloud service platform, cloud service platform pair by user's intelligent mobile terminal After electrocardiosignal carries out processing acquisition electrocardiogram, electrocardiogram can be sent in heart internal medicine in hospital, Healing Heart Center, heart On the intelligent mobile terminal of the corresponding doctor of Xin Deng section office, hospital's associated department is facilitated to be monitored the state of an illness of cardiovascular patient, And health education, life style suggestion, Supervise are provided etc..In specific business realizing, Portable electrocardiograph recording meter can be with User is hired out or is sold to by hospital's associated department, and cloud service platform operator collects respective service expense to hospital's associated department With.

As shown in figure 8, one embodiment of the invention provides one kind based on the provided electrocardiogram inspection of any of the above-described embodiment The electrocardiogram detecting method of examining system, this method may each comprise following steps for each user：

Step 801：The Portable electrocardiograph recording meter dressed using user, acquires the electrocardiosignal of user, and electrocardio is believed Number it is sent to the user's intelligent mobile terminal being connected with Portable electrocardiograph recording meter；

Step 802：Using user's intelligent mobile terminal, electrocardiosignal is sent to cloud service platform；

Step 803：Electrocardiosignal is handled using cloud service platform, obtains corresponding electrocardiogram；

Step 804：Using cloud service platform, according at least one user's intelligent mobile terminal and at least one being pre-created Electrocardiogram is sent to corresponding doctor's intelligent mobile terminal by the correspondence between a doctor's intelligent mobile terminal；

Step 805：Electrocardiogram is shown using doctor's intelligent mobile terminal, and is examined according to external triggering generation Break as a result, and diagnostic result is sent to cloud service platform；

Step 806：Using cloud service platform, diagnostic result is sent to by user's intelligent mobile terminal according to correspondence；

Step 807：Using user's intelligent mobile terminal, diagnostic result is shown.

Optionally, as shown in figure 3, when cloud service platform includes data processing server and data synchronization server, step Rapid 803 can be realized in the following way by carrying out the process of processing acquisition electrocardiogram to electrocardiosignal：

Using data processing server, electrocardiosignal is smoothed by following first formula, is obtained corresponding Target electrocardiosignal, and corresponding electrocardiogram is generated according to target electrocardiosignal, and it is same that electrocardiogram is synchronized to data Walk server, wherein the first formula includes：

Wherein, X_iThe intensity of the i-th frame signal in target electrocardiosignal is characterized, i=1,2 ..., m, m is electrocardiosignal institute Totalframes including signal；The frequency of N characterization acquisition electrocardiosignals, and N is positive integer；h_nCharacterize the nth weighting factor, h_nRoot It is determined according to human body electromyography signal transformation rule, andx_i-nThe i-th-n frame signals is strong in characterization electrocardiosignal Degree.

Optionally, as shown in figure 3, when cloud service platform includes data processing server and data synchronization server, Can also include after step 803：

Be at least two oscillograms by electrocardiogram cutting using data processing server, respectively by each oscillogram with Pre-stored at least one reference waveform figure is matched, and determines the corresponding object reference oscillogram of each oscillogram, root According to heart state corresponding to each object reference oscillogram, diagnosis report corresponding with electrocardiogram is generated, and diagnosis is reported Announcement is associated with electrocardiogram, and the diagnosis report after being associated is synchronized to data synchronization server；

Using data synchronization server, according to the source of electrocardiosignal corresponding with the associated electrocardiogram of diagnosis report with And correspondence, diagnosis report is sent to corresponding doctor's intelligent mobile terminal；

Using doctor's intelligent mobile terminal, diagnosis report is shown.

Optionally, as shown in figure 4, when Cloud Server platform includes data processing server, data synchronization server and slow When sick management server, can also include after step 803：

Using data synchronization server, electrocardiogram is stored into chronic diseases management server, with the medical record information to user Be updated, wherein medical record information include address name, gender, the date of birth, familial inheritance medical history, each medical treatment case history with And every time any one or more and data synchronization server in medical check result get correspond to the user's Each history electrocardiogram；

Using data synchronization server, the medical record information of user corresponding to the electrocardiogram is read from chronic diseases management server, And the case information read is sent to corresponding doctor's intelligent mobile terminal；

It is shown in the medical record information received using doctor's intelligent mobile terminal.

Using data processing server, according to from heart rate, Atrial depolarization wave time limit, phase, the QRS between PR extracted in electrocardiogram Between phase, Rv5 values, Sv1 values and P/QRS/T axis values, pass through following second formula and calculate corresponding alarm index, and judge report Whether alert coefficient is more than preset alarm index threshold value, if so, generating alarm command, and alarm command is synchronized to together Step data server, wherein the second formula includes：

Using data synchronization server, according to correspondence, alarm command is sent to corresponding doctor's intelligent mobile Terminal；

Using doctor's intelligent mobile terminal, after receiving the alarm command from data synchronization server, send out opposite The warning message answered.

It should be noted that each step included by above-mentioned electrocardiogram detecting method embodiment, is examined with above-mentioned electrocardiogram Be desirous of peace information exchange, implementation procedure between platform of each terminal is based on same design in examining system embodiment, and particular content can Referring to the narration in above-mentioned each electrocardiogram detection system embodiment, details are not described herein again.

With reference to the electrocardiogram detection system that above-mentioned each embodiment provides, to electrocardiogram provided in an embodiment of the present invention Detection method is described in further detail, as shown in figure 9, this method may comprise steps of：

Step 901：The electrocardiosignal of user is acquired by Portable electrocardiograph recording meter, and electrocardiosignal is issued into user's intelligence It can mobile terminal.

In embodiments of the present invention, user's wearing has Portable electrocardiograph recording meter, when user is to Portable electrocardiograph recording meter After being triggered, Portable electrocardiograph recording meter acquires the electrocardiosignal of user, and is sent out collected electrocardiosignal by bluetooth Give user's intelligent mobile terminal of user.Wherein, Portable electrocardiograph recording meter can use 12 lead Aerotel electrocardiographic recordings Instrument.

For example, user's A wearings have Portable electrocardiograph recording meter, it is portable after user A triggers Portable electrocardiograph recording meter Electrocardiogram recording instrument carries out user A 45 seconds ecg signal acquirings, and collected electrocardiosignal A is issued user by bluetooth The mobile phone A of A.

Step 902：Electrocardiosignal is sent to data processing server by user's intelligent mobile terminal.

In embodiments of the present invention, user's intelligent mobile terminal is receiving the electrocardio transmitted by Portable electrocardiograph recording meter After signal, received electrocardiosignal is issued by data processing server by mobile network, WiFi network etc..Wherein, number Can be Aerotel workstation servers according to processing server.

For example, electrocardiosignal A is sent to data processing clothes by mobile phone A after receiving electrocardiosignal A, by mobile network Business device.

Step 903：Electrocardiosignal is smoothed using data processing server, obtains target electrocardiosignal.

In embodiments of the present invention, data processing server is after receiving electrocardiosignal, by each frame in electrocardiosignal Signal substitutes into following first formula, the corresponding echo signal of each frame signal in electrocardiosignal is calculated, by each echo signal Carry out sequence combination obtains target electrocardiosignal corresponding with electrocardiosignal.Wherein, the first formula includes：

For example, 1125 frame signals for including by electrocardiosignal A substitute into above-mentioned first formula, calculate every in 1125 frame signals 1125 frame echo signal carry out sequence combinations are obtained mesh corresponding with electrocardiosignal A by the corresponding echo signal of one frame signal Mark electrocardiosignal A.

Step 904：Electrocardiogram is generated according to target electrocardiosignal using data processing server.

In embodiments of the present invention, data processing server is after obtaining target electrocardiosignal, according to target electrocardiosignal Generate corresponding electrocardiogram.

For example, data processing server generates the electrocardiogram A of user A according to target electrocardiosignal A.

Step 905：Alarm index is calculated according to the electrocardiogram generated using data processing server.

In embodiments of the present invention, data processing server is after generating electrocardiogram, with extraction heart rate, atrium in electrocardiogram Phase, Rv5 values, Sv1 values and P/QRS/T axis values between phase, QRS between wave of depolarization time limit, PR substitute into the parameters extracted as follows Second formula calculates alarm index, wherein the second formula includes：

Wherein, M characterizes alarm index, a₁Characterize the heart rate extracted, a₀Characterize preset heart rate criteria value, b₁Table Levy the Atrial depolarization wave time limit extracted, b₀Characterize preset Atrial depolarization wave time limit standard value, c₁Characterize the PR extracted Between the phase, c₀Characterize phase standard value between preset PR, d₁Phase between the QRS that characterization is extracted, d₀It characterizes between preset QRS Phase standard value, e₁Characterize the Rv5 values extracted, e₀Characterize preset Rv5 standard values, f₁Characterize the Sv1 values extracted, f₀ Characterize preset Sv1 standard values, g₁Characterize the QRS axis values in the P/QRS/T axis values extracted, g₀It characterizes preset QRS axis standard values.

For example, data processing server calculates alarm index A according to electrocardiogram A, by above-mentioned second formula.

Step 906：Judge whether alarm index is more than alarm index threshold value using data processing server, if so, holding Row step 907, it is no to then follow the steps 908.

In embodiments of the present invention, data processing server judges the calculated alarm of institute after calculating alarm index Whether coefficient is more than preset alarm index threshold value, if so, illustrating that urgent angiocardiopathy occurs in user, correspondingly holds Row step 907, it is no to then follow the steps 908.

For example, it is 100 to preset alarm index threshold value, data processing server judges that calculated alarm index A is It is no to be more than 100, if so, 907 are thened follow the steps, it is no to then follow the steps 908.

Step 907：Alarm command is generated using data processing server, and alarm command is synchronized to together with electrocardiogram Data synchronization server, and execute step 909.

In embodiments of the present invention, after data processing server judges that alarm index is more than alarm index threshold value, data Processing server generates alarm command according to electrocardiogram, and it is synchronous that the alarm command generated with electrocardiogram is sent jointly to data Server executes step 909 later.

Step 908：Diagnosis report is generated according to electrocardiogram using data processing server, and by diagnosis report and electrocardiogram It is synchronized to data synchronization server together.

In embodiments of the present invention, data processing server is by the electrocardiogram generated and pre-stored multiple reference waves Shape figure is matched, and according to matching result, each corresponding heart state of reference waveform figure, generation are opposite with electrocardiogram It is same to be synchronized to data after electrocardiogram is associated with diagnosis report by the diagnosis report answered together for electrocardiogram and diagnosis report Walk server.

For example, data processing server generates diagnosis report A according to electrocardiogram A, electrocardiogram A is related to diagnosis report A After connection, the electrocardiogram A that will be mutually related is synchronized to data synchronization server together with diagnosis report A.

Step 909：The information such as electrocardiogram are sent to hospital rehabilitation information terminal and corresponding by data synchronization server Doctor's intelligent mobile terminal and nurse's intelligent mobile terminal.

In embodiments of the present invention, if data synchronization server receives electrocardiogram and alarm command, data synchronize clothes Electrocardiogram is sent to hospital rehabilitation information terminal by business device, and electrocardiogram is stored into the electronic record of relative users, and will Electrocardiogram and alarm command issue doctor's intelligent mobile terminal corresponding with the doctor of user and nurse and nurse's intelligent mobile Terminal.If data synchronization server receives electrocardiogram and diagnosis report, data synchronization server reports electrocardiogram and diagnosis It accuses and gives hospital rehabilitation information terminal, electrocardiogram and diagnosis report are stored into the electronic record of relative users, and will Electrocardiogram and diagnosis report issue doctor's intelligent mobile terminal corresponding with the doctor of user and nurse and nurse's intelligent mobile Terminal.

Be the nurse that user A is serviced it is nurse A for example, the doctor for being user A service is doctor A.If data synchronize clothes Business device receives electrocardiogram A and alarm command, and data synchronization server will be used in electrocardiogram A storages to hospital rehabilitation information terminal In the electronic record of family A, and electrocardiogram A and alarm command are sent to the doctor's intelligent mobile terminal A and nurse A of doctor A Nurse's intelligent mobile terminal A.If data synchronization server receives electrocardiogram A and diagnosis report A, data synchronization server will In electrocardiogram A and diagnosis report A storages to the electronic record of user A in hospital rehabilitation information terminal, and by electrocardiogram A and diagnosis Report A is sent to nurse's intelligent mobile terminal A of the doctor's intelligent mobile terminal A and nurse A of doctor A.

Step 910：Electrocardiogram etc. is shown by doctor's intelligent mobile terminal and nurse's intelligent mobile terminal.

In embodiments of the present invention, doctor's intelligent mobile terminal and nurse's intelligent mobile terminal are receiving electrocardiogram, are examining When disconnected report, electrocardiogram and diagnosis report are shown respectively, make doctor and nurse it can be seen that the electrocardiogram of user and examining Disconnected report.Doctor's intelligent mobile terminal is after receiving alarm command, by forms such as light, word, image, sound Xiang doctor Alert.

For example, doctor's intelligent mobile terminal A is after receiving electrocardiogram A and diagnosis report A, it is right after the triggering of doctor A Electrocardiogram A and diagnosis report A are shown.Nurse's intelligent mobile terminal A is being protected after receiving electrocardiogram A and diagnosis report A Electrocardiogram A and diagnosis report A are shown after scholar's A triggerings.After doctor's intelligent mobile terminal A receives alarm command, lead to It crosses and sends out alarm sound, and show the warning message corresponding to user A.

Step 911：Diagnostic result is generated according to the triggering of doctor using doctor's intelligent mobile terminal, and diagnostic result is sent out Give data synchronization server.

In embodiments of the present invention, doctor is in the electrocardiogram and diagnosis report for checking that doctor's intelligent mobile terminal is shown Afterwards, diagnostic result is generated according to electrocardiogram and diagnosis report triggering doctor's intelligent mobile terminal, and whole by doctor's intelligent mobile End diagnostic result is issued into data synchronization server.Wherein, doctor is when determining diagnosis report there is no problem, can will diagnosis report It accuses and is used as diagnostic result.

For example, doctor A triggers doctor's intelligence according to doctor's intelligent mobile terminal A electrocardiogram A shown and diagnosis report A Energy mobile terminal A generates the diagnostic result A corresponding to user A, and diagnostic result A is sent to data by doctor's intelligent mobile terminal A Sync server.

Step 912：Diagnostic result is sent to corresponding user by data synchronization server by data processing server Intelligent mobile terminal.

In embodiments of the present invention, data synchronization server is in the diagnostic result for receiving the transmission of doctor's intelligent mobile terminal Afterwards, diagnostic result is sent to data processing server, diagnostic result is sent to corresponding use by data processing server Family intelligent mobile terminal.

For example, diagnostic result A is sent to data processing server by data synchronization server, data processing server will examine Disconnected result A is sent to user's intelligent mobile terminal A.

Step 913：User's intelligent mobile terminal is shown diagnostic result.

In embodiments of the present invention, user's intelligent mobile terminal is in the diagnostic result for receiving data processing server transmission Afterwards, diagnostic result is showed into user.Diagnostic result includes that parameters, medical diagnosis on disease result and the doctor in electrocardiogram build The information such as view.

For example, diagnostic result A is showed user A by user's intelligent mobile terminal A.

In conclusion electrocardiogram detection system and detection method that each embodiment of the present invention provides, at least have as follows Advantageous effect：

1, in embodiments of the present invention, the used user's intelligent mobile terminal of each user and each doctor are pre-created Correspondence between raw used doctor's intelligent mobile terminal, when the Portable electrocardiograph recording meter acquisition that a user is dressed To after the electrocardiosignal of the user, which can be sent to collected electrocardiosignal the use of the user Electrocardiosignal is sent to cloud service platform by family intelligent mobile terminal by user's intelligent mobile terminal, and cloud service platform is to electrocardio After signal carries out the corresponding electrocardiogram of processing generation, electrocardiogram can be sent to by cloud service platform according to above-mentioned correspondence On doctor's intelligent mobile terminal used in the doctor of the user, and doctor's intelligent mobile terminal can be to the electrocardiogram that receives It is shown, doctor generates diagnostic result according to electrocardiogram triggered doctor's intelligent mobile terminal, and doctor's intelligent mobile terminal will examine After disconnected result is sent to cloud service platform, diagnostic result can be issued the user's by cloud service platform according to above-mentioned correspondence Diagnostic result is showed the user by user's intelligent mobile terminal, user's intelligent mobile terminal.It can be seen that passing through the portable heart Forward sequence communication between electrographic recording instrument, user's intelligent mobile terminal, cloud service platform and doctor's intelligent mobile terminal, can be with Doctor is set to see the electrocardiogram of user, by between doctor's intelligent mobile terminal, cloud service platform and user's intelligent mobile terminal Reverse sequence communication, the diagnostic result that user can be made to see that doctor makes according to electrocardiogram, to which user without arriving in person Hospital carries out Electrocardiography, reduces the number of the round-trip hospital of user, can improve the satisfaction of user.

2, in embodiments of the present invention, Portable electrocardiograph recording meter provided in an embodiment of the present invention has automatic operation mode And passive work mode, user can set Portable electrocardiograph recording meter as automatic operation mode, passive Working mould according to demand Formula or automatically with the operating mode being passively combined, to meet the daily cardiovascular function monitoring of user and in emergency circumstances electrocardio The demand for scheming detection ensures that the electrocardiogram detection system has stronger applicability.

3, in embodiments of the present invention, data processing server is after receiving an electrocardiosignal, by the electrocardiosignal In each frame signal substitute into above-mentioned first formula and calculated, calculate separately out each frame signal x in the electrocardiosignal_iIt is corresponding Signal X after amendment_i, and then signal after each frame amendment is combined and obtains target electrocardio letter corresponding with the electrocardiosignal Number.By the calculating of above-mentioned first formula, each frame signal in electrocardiosignal is smoothed using Weighted Average Algorithm, is made It is more smooth to obtain waveform in the electrocardiogram generated according to obtained target electrocardiosignal, to enable electrocardiogram more accurately Reflect the cardiovascular status of user.

4, in embodiments of the present invention, data processing server can generate user and examine by analyzing electrocardiogram Disconnected report, and the diagnosis report generated is sent to doctor and is confirmed, doctor can will diagnose after confirming that there is no problem Report is sent to user as diagnostic result, so as to mitigate the working strength of doctor.

5, in embodiments of the present invention, data synchronization server is in the electrocardiogram and diagnosis report for receiving a user Afterwards, electrocardiogram and diagnosis report are sent to corresponding doctor's intelligent mobile terminal and nurse's intelligent mobile terminal, make the user Doctor and nurse can understand the heart of the user, so as to service in all directions user, further Promote the satisfaction of user.

6, in embodiments of the present invention, hospital rehabilitation information terminal is the information storage system of hospital, when hospital rehabilitation is believed After breath terminal receives the electrocardiogram and diagnosis report of data synchronization server transmission, it is first determined received electrocardiogram and diagnosis User belonging to report, then will be in received electrocardiogram and diagnosis report storage to the electronic record of owning user.Doctor The raw hospital rehabilitation information terminal that passes through can be with the obtained electrocardiogram of each progress Electrocardiography of calling and obtaining user and diagnosis report, side Just doctor carries out comprehensive assessment according to the result of each secondary Electrocardiography of user to the health status of user.

It should be noted that herein, such as first and second etc relational terms are used merely to an entity Or operation is distinguished with another entity or operation, is existed without necessarily requiring or implying between these entities or operation Any actual relationship or order.Moreover, the terms "include", "comprise" or its any other variant be intended to it is non- It is exclusive to include, so that the process, method, article or equipment including a series of elements includes not only those elements, But also include other elements that are not explicitly listed, or further include solid by this process, method, article or equipment Some elements.In the absence of more restrictions, the element limited by sentence " including one ", is not arranged Except there is also other identical factors in the process, method, article or apparatus that includes the element.

One of ordinary skill in the art will appreciate that：Realize that all or part of step of above method embodiment can pass through The relevant hardware of program instruction is completed, and program above-mentioned can be stored in computer-readable storage medium, the program When being executed, step including the steps of the foregoing method embodiments is executed；And storage medium above-mentioned includes：ROM, RAM, magnetic disc or light In the various media that can store program code such as disk.

Finally, it should be noted that：The foregoing is merely presently preferred embodiments of the present invention, is merely to illustrate the skill of the present invention Art scheme, is not intended to limit the scope of the present invention.Any modification for being made all within the spirits and principles of the present invention, Equivalent replacement, improvement etc., are included within the scope of protection of the present invention.

Claims

1. a kind of electrocardiogram detection system, which is characterized in that including：Cloud service platform, at least one Portable electrocardiograph recording meter, At least one user's intelligent mobile terminal and at least one doctor's intelligent mobile terminal；

Each described Portable electrocardiograph recording meter, the electrocardiosignal for acquiring relative users, and the electrocardiosignal is sent out Give the user's intelligent mobile terminal being connected；

Each described user's intelligent mobile terminal, puts down for the electrocardiosignal received to be sent to the cloud service Platform, and the diagnostic result from the cloud service platform is received, and the diagnostic result is shown；

The cloud service platform, for the electrocardiosignal from user's intelligent mobile terminal to carry out to each respectively Processing, obtains corresponding electrocardiogram, and according at least one user's intelligent mobile terminal being pre-created with it is described extremely Correspondence between few doctor's intelligent mobile terminal, corresponding doctor's intelligent sliding is sent to by the electrocardiogram Dynamic terminal, and each described diagnostic result from doctor's intelligent mobile terminal is received, and according to the corresponding pass The diagnostic result is sent to corresponding user's intelligent mobile terminal by system；

Each described doctor's intelligent mobile terminal, for being shown to the electrocardiogram received, and according to outside Triggering generate the diagnostic result, and the diagnostic result is sent to the cloud service platform.

2. system according to claim 1, which is characterized in that

The Portable electrocardiograph recording meter includes：12 lead Aerotel electrocardiogram recording instruments；

And/or

The Portable electrocardiograph recording meter includes：At least two electrodes, controller and transmitter；

Each described electrode is connected by cable with the controller, and the controller is connected with the transmitter；

The controller, for after receiving external triggering or detecting the anomalous ecg of the user, by it is described extremely The electrocardiosignal of user described in few two electrode detections, and the electrocardiosignal is sent to the transmitter；

The transmitter, for after receiving the electrocardiosignal from the controller, the electrocardiosignal to be sent To the user's intelligent mobile terminal being connected by bluetooth.

3. system according to claim 1, which is characterized in that

The cloud service platform includes：Data processing server and data synchronization server；

The data processing server, for being directed to each described electrocardiosignal from user's intelligent mobile terminal, The electrocardiosignal is smoothed by following first formula, obtains corresponding target electrocardiosignal, and according to The target electrocardiosignal generates the corresponding electrocardiogram, and the electrocardiogram is synchronized to the data synchronization service Device, wherein first formula includes：

Wherein, the X_iThe intensity of the i-th frame signal in the target electrocardiosignal is characterized, i=1,2 ..., m, the m is described The totalframes of signal included by electrocardiosignal；The N characterizations acquire the frequency of the electrocardiosignal, and the N is positive integer；Institute State h_nCharacterize the nth weighting factor, the h_nIt is determined according to human body electromyography signal transformation rule, andIt is described x_i-nCharacterize the intensity of the i-th-n frame signals in the electrocardiosignal；

The data synchronization server is used for according to the correspondence, by each from the data processing server The electrocardiogram is sent to corresponding doctor's intelligent mobile terminal.

4. system according to claim 3, which is characterized in that

The chronic diseases management server, the case history for storing user corresponding to each described Portable electrocardiograph recording meter are believed Breath, wherein the medical record information includes the name of the user, gender, the date of birth, familial inheritance medical history, just cures the desease every time Go through the user got with any one or more and described data synchronization servers in each medical check result Each history electrocardiogram；

The data synchronization server is further used for being directed to each described electrocardio from the data processing server Figure, the medical record information of user corresponding to the electrocardiogram is read from the chronic diseases management server, and according to the correspondence The case information read is sent to the corresponding doctor's intelligent mobile terminal of the electrocardiogram by relationship；

5. system according to claim 3, which is characterized in that

The data processing server is further used for, for each the described electrocardiogram generated, the electrocardiogram being cut It is divided at least two oscillograms, respectively by each described oscillogram and pre-stored at least one reference waveform figure progress Match, the corresponding object reference oscillogram of each described oscillogram is determined, corresponding to each object reference oscillogram Heart state generates diagnosis report corresponding with the electrocardiogram, and the diagnosis report is related to the electrocardiogram Connection, and the diagnosis report after being associated is synchronized to the data synchronization server；

The data synchronization server is further used for, for each the described diagnosis report received, examining according to described The disconnected source for reporting the corresponding electrocardiosignal of the associated electrocardiogram and the correspondence, the diagnosis is reported It accuses and gives corresponding doctor's intelligent mobile terminal；

6. system according to claim 5, which is characterized in that

Further comprise：At least one nurse's intelligent mobile terminal；

The data synchronization server is further used for being mutually related the electrocardiogram and described for receive each group Diagnosis report, user's intelligent mobile terminal corresponding to the electrocardiogram, and be pre-created described at least one The correspondence of a user's intelligent mobile terminal and at least one nurse's intelligent mobile terminal, will be mutually related the heart Electrograph and the diagnosis report are sent to corresponding nurse's intelligent mobile terminal；

Each described nurse's intelligent mobile terminal, for receiving the electrocardiogram and the diagnosis report open up Show；

And/or

Further comprise：Hospital rehabilitation information terminal；

The data synchronization server is further used for being mutually related the electrocardiogram and described for receive each group Diagnosis report, will be mutually related the electrocardiogram and the diagnosis report is sent to the hospital rehabilitation information terminal；

The hospital rehabilitation information terminal, for for each group of related associated electrocardiogram received and the diagnosis Report, determines the target user described in the electrocardiogram and the diagnosis report, and by the electrocardiogram and the diagnosis report In the electronic record for storing the target user；

And/or

Further comprise：Electrocardiogram printing terminal；

The data synchronization server is further used for, for each the described electrocardiogram received, receiving outside After triggering, the electrocardiogram is sent to the electrocardiogram printing terminal；

The electrocardiogram printing terminal generates corresponding paper for being printed to each the described electrocardiogram received Barycenter electrograph.

7. according to any system in claim 3 to 6, which is characterized in that

The data processing server, is further used for for each generated from the electrocardiogram, according to from the heart Phase, Rv5 values, Sv1 values and P/QRS/T axis values between phase, QRS between the heart rate that is extracted in electrograph, Atrial depolarization wave time limit, PR, pass through Following second formula calculates corresponding alarm index, and judges whether the alarm index is more than that preset alarm is Number threshold value, if so, generating alarm command, and is synchronized to the sync data service device by the alarm command；

Second formula includes：

Wherein, the M characterizes the alarm index, a₁Characterize the heart rate extracted, a₀It characterizes preset Heart rate criteria value, the b₁Characterize the Atrial depolarization wave time limit extracted, the b₀Characterize preset Atrial depolarization wave Time limit standard value, the c₁Phase between the PR that characterization is extracted, the c₀Phase standard value between preset PR is characterized, it is described d₁Phase between the QRS that characterization is extracted, the d₀Characterize phase standard value between preset QRS, the e₁What characterization was extracted The Rv5 values, the e₀Characterize preset Rv5 standard values, the f₁Characterize the Sv1 values extracted, the f₀Characterization Preset Sv1 standard values, the g₁Characterize the QRS axis values in the P/QRS/T axis value extracted, the g₀Characterization is pre- The QRS axis standard values first set；

The data synchronization server is further used for according to the correspondence, will be from the data processing server Each described alarm command is sent to corresponding doctor's intelligent mobile terminal；

Each described doctor's intelligent mobile terminal is further used for receiving from described in the data synchronization server After alarm command, corresponding warning message is sent out.

8. a kind of electrocardiogram detecting method based on any electrocardiogram detection system in claim 1 to 7, feature exist In for each with including per family：

The Portable electrocardiograph recording meter dressed using the user, acquires the electrocardiosignal of the user, and by the heart Electric signal is sent to the user's intelligent mobile terminal being connected with the Portable electrocardiograph recording meter；

Using the cloud service platform, according at least one user's intelligent mobile terminal and described at least one being pre-created The electrocardiogram is sent to corresponding doctor's intelligent mobile terminal by the correspondence between a doctor's intelligent mobile terminal；

The electrocardiogram is shown using doctor's intelligent mobile terminal, and diagnosis knot is generated according to external triggering Fruit, and the diagnostic result is sent to the cloud service platform；

Using the cloud service platform, the diagnostic result is sent to by user's intelligent mobile end according to the correspondence End；

Using user's intelligent mobile terminal, the diagnostic result is shown.

9. according to the method described in claim 8, it is characterized in that, when the cloud service platform include data processing server and When data synchronization server,

Using the data processing server, the electrocardiosignal is smoothed by following first formula, obtains phase Corresponding target electrocardiosignal, and the corresponding electrocardiogram is generated according to the target electrocardiosignal, and by the heart Electrograph is synchronized to the data synchronization server, wherein first formula includes：

Wherein, the X_iThe intensity of the i-th frame signal in the target electrocardiosignal is characterized, i=1,2 ..., m, the m is described The totalframes of signal included by electrocardiosignal；The N characterizations acquire the frequency of the electrocardiosignal, and the N is positive integer；Institute State h_nCharacterize the nth weighting factor, the h_nIt is determined according to human body electromyography signal transformation rule, andIt is described x_i-nCharacterize the intensity of the i-th-n frame signals in the electrocardiosignal.

10. method according to claim 8 or claim 9, which is characterized in that utilize the cloud service platform to the heart described Electric signal is handled, and after obtaining corresponding electrocardiogram, is further comprised：

Using the data processing server, according to from extracted in the electrocardiogram heart rate, the Atrial depolarization wave time limit, between PR Phase, Rv5 values, Sv1 values and P/QRS/T axis values between phase, QRS calculate corresponding alarm index by following second formula, and Judge whether the alarm index is more than preset alarm index threshold value, if so, alarm command is generated, and by the report Alert command synchronization is to the sync data service device, wherein second formula includes：

The alarm command is sent to corresponding described according to the correspondence using the data synchronization server Doctor's intelligent mobile terminal；

Using doctor's intelligent mobile terminal, after receiving the alarm command from the data synchronization server, Send out corresponding warning message.