CN104720778A - Remote blood pressure measuring system and implementation method thereof - Google Patents
Remote blood pressure measuring system and implementation method thereof Download PDFInfo
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- CN104720778A CN104720778A CN201510166775.0A CN201510166775A CN104720778A CN 104720778 A CN104720778 A CN 104720778A CN 201510166775 A CN201510166775 A CN 201510166775A CN 104720778 A CN104720778 A CN 104720778A
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/0002—Remote monitoring of patients using telemetry, e.g. transmission of vital signals via a communication network
- A61B5/0004—Remote monitoring of patients using telemetry, e.g. transmission of vital signals via a communication network characterised by the type of physiological signal transmitted
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/0002—Remote monitoring of patients using telemetry, e.g. transmission of vital signals via a communication network
- A61B5/0015—Remote monitoring of patients using telemetry, e.g. transmission of vital signals via a communication network characterised by features of the telemetry system
- A61B5/0022—Monitoring a patient using a global network, e.g. telephone networks, internet
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/02—Detecting, measuring or recording pulse, heart rate, blood pressure or blood flow; Combined pulse/heart-rate/blood pressure determination; Evaluating a cardiovascular condition not otherwise provided for, e.g. using combinations of techniques provided for in this group with electrocardiography or electroauscultation; Heart catheters for measuring blood pressure
- A61B5/021—Measuring pressure in heart or blood vessels
- A61B5/022—Measuring pressure in heart or blood vessels by applying pressure to close blood vessels, e.g. against the skin; Ophthalmodynamometers
- A61B5/0225—Measuring pressure in heart or blood vessels by applying pressure to close blood vessels, e.g. against the skin; Ophthalmodynamometers the pressure being controlled by electric signals, e.g. derived from Korotkoff sounds
Abstract
The invention relates to a remote blood pressure measuring system and an implementation method thereof. The system comprises a blood pressure measuring device, a monitoring platform server and a user terminal. The blood pressure measuring device is used for obtaining the actual pulse parameters of a testee and sending the actual pulse parameters to the monitoring platform server and used for receiving a control instruction to carry out preset pressurization and decompression operation on the testee. The monitoring platform server is used for receiving and storing the actual pulse parameters, calculating the average blood pressure value, the blood pressure fluctuation quantity and the heart rate fluctuation quantity through a statistic model, giving an alarm message to the user terminal when the average blood pressure value is larger than a blood pressure threshold value if the blood pressure fluctuation quantity or the heart rate fluctuation quantity is larger than a corresponding fluctuation threshold value, obtaining a control instruction returned back by the user terminal and forwarding the control instruction. By the adoption of the remote blood pressure measuring system and the implementation method thereof, the actual pulse parameters of the testee can be easily measured, the testee can conveniently know the blood pressure and heart rate unusual conditions, and the blood pressure of the testee can be effectively decreased.
Description
[technical field]
The present invention relates to medical health apparatus field, particularly relate to a kind of long-range blood pressure measuring system and its implementation.
[background technology]
Along with the fast development of Chinese society economy, the life style of people have sent larger change, and along with the arrival of aged tendency of population, the hypertensive sickness rate of China is that blowout situation rises, and hypertension has become the major cardiovascular disease threatening national health.Hypertension is that a kind of serious harm is healthy for old age, even cause maimed disease, but hypertension can control and treat.In old people, its sickness rate is higher, but in China, old people is very low to suffering from hypertensive awareness, and many old peoples just learn suffered from hypertension when hospital seeks medical advice, and misses best treatment time.Old people, due to handicapped, can not often arrive hospital and make regular check on; Vast rural area medical condition, basis are implemented poor in addition, also do not have condition often regularly to arrive large hospital and detect.Statistics shows, China hyperpietic reaches 3.3 hundred million, but hypertensive awareness, treatment rate and control rate are all in lower level on the one hand; Condition of medicine treatment for hypertension somewhat expensive, side effect are comparatively large on the other hand, bring great burden to society and family.
[summary of the invention]
Based on this, be necessary for the problems of the prior art, a kind of long-range blood pressure measuring system is provided.
A kind of long-range blood pressure measuring system, comprising: described blood pressure measuring device, for obtaining the actual pulse parameter of tester, and described actual pulse parameter being sent to monitoring Platform Server, wherein, described actual pulse parameter comprises blood pressure and heart rate; And receive the control instruction the pressurization in Preset Time, tester preset and pressure discharge operations that monitoring Platform Server forwards;
Described monitoring Platform Server, for receiving and storing described actual pulse parameter, utilizes default statistical model statistical average pressure value, fluctuation of blood pressure amount and heart rate volatility amount in predetermined period; When mean blood pressure value is greater than default blood pressure thresholds, if described fluctuation of blood pressure amount or heart rate volatility amount are greater than corresponding fluctuation threshold value, send a warning message to user terminal, wherein said warning information comprises described actual pulse parameter, described mean blood pressure value, described fluctuation of blood pressure amount and described heart rate volatility amount; And the control instruction that acquisition user terminal returns, and forward this control instruction to blood pressure measuring device.
In addition, the present invention also provides a kind of implementation method of long-range blood pressure measuring system, comprises step:
Blood pressure measuring device obtains the actual pulse parameter of tester, and described actual pulse parameter is sent to monitoring Platform Server, and wherein, described actual pulse parameter comprises blood pressure and heart rate;
Monitoring Platform Server receives and stores described actual pulse parameter, utilizes default statistical model statistical average pressure value, fluctuation of blood pressure amount and heart rate volatility amount in predetermined period;
When mean blood pressure value is greater than default blood pressure thresholds, if described fluctuation of blood pressure amount or heart rate volatility amount are greater than corresponding fluctuation threshold value, monitoring Platform Server sends a warning message to user terminal, wherein, described warning information comprises described actual pulse parameter, described mean blood pressure value, described fluctuation of blood pressure amount and described heart rate volatility amount;
Monitoring Platform Server obtains the control instruction that user terminal returns, and forwards this control instruction to blood pressure measuring device;
Blood pressure measuring device receives described control instruction and the pressurization preset tester in Preset Time and pressure discharge operations.
The present invention includes the actual pulse parameter for obtaining tester and described actual pulse parameter sent to the blood pressure measuring device of guarding Platform Server, and described monitoring Platform Server, described Platform Server is used for receiving and storing described actual pulse parameter, utilizes default statistical model statistical average pressure value, fluctuation of blood pressure amount and heart rate volatility amount in predetermined period.Therefore, tester only needs the measurement being carried out blood pressure by blood pressure measuring device at home, and the monitoring Platform Server being positioned at monitor center can obtain the actual pulse parameter of tester.Monitoring Platform Server can add up mean blood pressure value in predetermined period, the undulate quantity of blood pressure and heart rate volatility amount, and the error caused by the interference of other factors when avoiding tester's single measurement, reflects blood pressure and the heart rate of tester truely and accurately.And when mean blood pressure value is greater than default blood pressure thresholds, if described fluctuation of blood pressure amount or heart rate volatility amount are greater than corresponding fluctuation threshold value, monitoring Platform Server sends a warning message to user terminal, make tester conveniently can understand current actual blood and heart rate situation, and when user terminal returns control instruction, the pressurization that notice blood pressure measuring device is preset tester in Preset Time and pressure discharge operations, effectively can reduce the blood pressure of tester, the fluctuation of blood pressure of balance test person and heart rate volatility.The present invention simply and easily can measure the actual pulse parameter of tester, facilitates tester to understand the unusual condition of blood pressure and heart rate, is reduced the blood pressure of tester by default pressurization and pressure discharge operations, balancing blood pressure fluctuation and heart rate volatility.
[accompanying drawing explanation]
Fig. 1 is the structured flowchart of a kind of embodiment of a kind of long-range blood pressure measuring system of the present invention;
Fig. 2 is the flow chart of a kind of embodiment of implementation method of a kind of long-range blood pressure measuring system of the present invention.
[detailed description of the invention]
In order to make the object, technical solutions and advantages of the present invention clearly, below in conjunction with accompanying drawing, the present invention is described in further detail.
Refer to Fig. 1, it is the structured flowchart of a kind of embodiment of a kind of long-range blood pressure measuring system of the present invention.
A kind of long-range blood pressure measuring system, comprising: blood pressure measuring device 110, monitoring Platform Server 120 and user terminal 130;
Described blood pressure measuring device 110, for obtaining the actual pulse parameter of tester, and described actual pulse parameter is sent to monitoring Platform Server 120, wherein, described actual pulse parameter comprises blood pressure and heart rate; And receive the control instruction the pressurization in Preset Time, tester preset and pressure discharge operations that monitoring Platform Server forwards;
When blood pressure measuring device 110 is placed in the position of arm or wrist by tester, after tester starts blood pressure measuring device 110, blood pressure measuring device 110 can measure the actual pulse parameter of tester by pressure transducer.Wherein, described actual pulse parameter comprises blood pressure and heart rate.After blood pressure measuring device 110 gets the actual pulse parameter of tester, described actual pulse parameter is sent to monitoring Platform Server 120.
Described actual pulse parameter can be sent to monitoring Platform Server 120 by Ethernet by described blood pressure measuring device 110, also can be sent by wireless network and described actual pulse parameter is sent to monitoring Platform Server 120.Preferably, adopt wireless network to send and described actual pulse parameter is sent to monitoring Platform Server 120, wherein, described wireless network comprises WLAN or mobile communications network.Sent by wireless network and described actual pulse parameter is sent to monitoring Platform Server 120, the use location of blood pressure measuring device 110 can be made unrestricted.
After blood pressure measuring device 110 receives described control instruction, the pressurization in Preset Time, tester preset and pressure discharge operations.Described ischemic preconditioning is trained for and makes arm be in the training of ischemic state by pressing tester arm.
Described monitoring Platform Server 120, for receiving and storing described actual pulse parameter, utilizes default statistical model statistical average pressure value, fluctuation of blood pressure amount and heart rate volatility amount in predetermined period; When mean blood pressure value is greater than default blood pressure thresholds, if described fluctuation of blood pressure amount or heart rate volatility amount are greater than corresponding fluctuation threshold value, send a warning message to user terminal 130, wherein said warning information comprises the actual pulse parameter of a Preset Time point on current time, described mean blood pressure value, described fluctuation of blood pressure amount and described heart rate volatility amount; And the control instruction that acquisition user terminal 130 returns, and forward this control instruction to blood pressure measuring device 110.
After monitoring Platform Server 120 receives described actual pulse parameter, described actual pulse parameter is stored in the storage device of monitoring Platform Server 120 inside.Then from storage device, extract the actual pulse parameter of each Measuring Time in predetermined period, such as, extract the actual pulse parameter of build-in test person test in 12 hours.Preferably, described predetermined period is set as that 6 is little between 24 hours.
Then, utilize the statistical model preset, calculate mean blood pressure value, fluctuation of blood pressure amount in measurement period and heart rate volatility amount.
Monitoring Platform Server 120 judges whether described mean blood pressure value is greater than default blood pressure thresholds, if mean blood pressure value is greater than default blood pressure thresholds, then can the blood pressure of discriminating test person higher than normal level.
When mean blood pressure value is greater than default blood pressure thresholds, namely when the blood pressure of tester is higher than normal level, if described fluctuation of blood pressure amount or heart rate volatility amount are greater than corresponding fluctuation threshold value, then illustrate that blood pressure and the heart rate volatility amplitude of tester are larger, there is abnormal phenomena, now guarding Platform Server 120 sends a warning message to user terminal 130, and show described warning information by user terminal 130, wherein, described warning information comprises described actual pulse parameter, described mean blood pressure value, described fluctuation of blood pressure amount and described heart rate volatility amount;
Described user terminal 130 can be the mobile terminal device such as mobile phone, panel computer, and described warning information can realize transmission by modes such as mail, note or wireless networks.Make tester and relatives thereof can receive warning information when the blood pressure of tester and heart rate occur abnormal, ensure the life security of tester.
Further, as preferably, described warning information can also comprise the treatment advice of medical worker.Make the treatment advice of medical worker can be sent to user terminal 130, ensure the life security of tester further.
After user terminal 130 receives described warning information, if user and family members thereof select ischemic preconditioning to train, then return control instruction to monitoring Platform Server 120.After monitoring Platform Server 120 receives described control instruction, described control instruction is transmitted to blood pressure measuring device 110.
The present invention includes the actual pulse parameter for obtaining tester and described actual pulse parameter sent to the blood pressure measuring device 110 of guarding Platform Server 120, and described monitoring Platform Server 120, described Platform Server is used for receiving and storing described actual pulse parameter, utilizes default statistical model statistical average pressure value, fluctuation of blood pressure amount and heart rate volatility amount in predetermined period.Therefore, tester only needs the measurement being carried out blood pressure by blood pressure measuring device 110 at home, and the monitoring Platform Server 120 being positioned at monitor center can obtain the actual pulse parameter of tester.Monitoring Platform Server 120 can add up mean blood pressure value in predetermined period, the undulate quantity of blood pressure and heart rate volatility amount, the error caused by the interference of other factors when avoiding tester's single measurement, reflects blood pressure and the heart rate of tester truely and accurately.And when mean blood pressure value is greater than default blood pressure thresholds, if described fluctuation of blood pressure amount or heart rate volatility amount are greater than corresponding fluctuation threshold value, monitoring Platform Server 120 sends a warning message to user terminal 130, make tester conveniently can understand current actual blood and heart rate situation, and when user terminal 130 returns control instruction, the pressurization that notice blood pressure measuring device 110 is preset tester in Preset Time and pressure discharge operations, effectively can reduce the blood pressure of tester, the fluctuation of blood pressure of balance test person and heart rate volatility.The present invention simply and easily can measure the actual pulse parameter of tester, tester is facilitated to understand the unusual condition of blood pressure and heart rate, realize ischemic preconditioning training by default pressurization and pressure discharge operations, thus reduce the blood pressure of tester, balancing blood pressure fluctuation and heart rate volatility.
In one embodiment, described blood pressure measuring device 110, comprises following submodule.
Compression module, for receiving described control instruction, by the pressure of test position to the pressure threshold preset, and maintains described pressure within the pressing time of presetting;
After blood pressure measurement therapy equipment 110 receives described control instruction, pressurizeed by the test position of compression module to tester, by the pressure of test position to the pressure threshold preset, and maintaining described pressure within the pressing time of presetting.Preferably, described pressing time is 5 minutes.Such as, inflatable cuff can be covered the test position of tester (being generally arm), inflate to realize pressurizeing to test position to described inflatable cuff by inflator pump; Then the pressure of described test position is detected in real time by pressure transducer, when the pressure of described position is more than or equal to default pressure threshold, the mode of inflation can be stopped to realize stopping pressurizeing to the test position of tester by controlling inflator pump, and maintain described pressure 5 minutes.
Pressure release module, for carrying out pressure release to the test position of tester, again by the pressure threshold that the pressure of test position is extremely preset after the time of having a rest of presetting, and carries out pressure release to the test position of tester again after the pressing time of presetting.
After the time maintaining described pressure exceedes described pressing time, pressure release can be carried out by relief valve to inflatable cuff, to realize carrying out pressure release to the test position of tester.Then can start timing by timer, when after the time of having a rest that timer reaches default, then call compression module by the pressure of test position to the pressure threshold preset, and after the pressing time of presetting, then by relief valve, pressure release is carried out to inflatable cuff.
After the described control instruction of reception, by by the pressure of test position to preset pressure threshold and preset pressing time in maintain described pressure, then pressure release is carried out to the test position of tester, again by the pressure threshold that the pressure of test position is extremely preset after the time of having a rest of presetting, and again pressure release is carried out to the test position of tester after the pressing time of presetting.Achieved by pressurization and the mode of pressure release and automatically ischemic preconditioning training is carried out to tester, effectively can reduce the blood pressure of tester, the fluctuation of blood pressure of balance test person and heart rate volatility.
In one embodiment, described blood pressure measuring device 110, also for measuring the actual pulse parameter of tester after the pressurization preset tester and pressure discharge operations, and sends to monitoring Platform Server 120 by described actual pulse parameter.
Blood pressure measuring device 110 is after tester carries out ischemic preconditioning training, measure the actual pulse parameter of tester, then described actual pulse parameter is sent to monitoring Platform Server 120, and store the actual pulse parameter after ischemic preconditioning is trained by monitoring Platform Server 120.Further, the actual pulse parameter of guarding after ischemic preconditioning can also be trained by Platform Server 120 sends to user terminal, with the blood pressure situation facilitating tester and relatives thereof can obtain tester in time.
Blood pressure measuring device 110 measures the actual pulse parameter after the training of tester's ischemic preconditioning, can facilitate the blood pressure situation of medical staff monitors tester and understand the dysarteriotony situation of tester in time.
Refer to Fig. 2, it is the flow chart of a kind of embodiment of implementation method of a kind of long-range blood pressure measuring system of the present invention.
An implementation method for long-range blood pressure measuring system, comprises step:
S101: blood pressure measuring device obtains the actual pulse parameter of tester, and described actual pulse parameter is sent to monitoring Platform Server, and wherein, described actual pulse parameter comprises blood pressure and heart rate;
When blood pressure measuring device to be placed in the position of arm or wrist by tester, after tester starts blood pressure measuring device, blood pressure measuring device can measure the actual pulse parameter of tester by pressure transducer.Wherein, described actual pulse parameter comprises blood pressure and heart rate.After blood pressure measuring device gets the actual pulse parameter of tester, described actual pulse parameter is sent to monitoring Platform Server.
Described actual pulse parameter can be sent to monitoring Platform Server by Ethernet by described blood pressure measuring device, also can be sent by wireless network and described actual pulse parameter is sent to monitoring Platform Server.Preferably, adopt wireless network to send and described actual pulse parameter is sent to monitoring Platform Server, wherein, described wireless network comprises WLAN or mobile communications network.Sent by wireless network and described actual pulse parameter is sent to monitoring Platform Server, the use location of blood pressure measuring device can be made unrestricted.
S102: monitoring Platform Server receives and stores described actual pulse parameter, utilizes default statistical model statistical average pressure value, fluctuation of blood pressure amount and heart rate volatility amount in predetermined period;
After monitoring Platform Server receives described actual pulse parameter, described actual pulse parameter is stored in the storage device of monitoring Platform Server inside.Then from storage device, extract the actual pulse parameter of each Measuring Time in predetermined period, such as, extract the actual pulse parameter of build-in test person test in 12 hours.Preferably, described predetermined period is set as that 6 is little between 24 hours.
Then, utilize the statistical model preset, calculate mean blood pressure value, fluctuation of blood pressure amount in measurement period and heart rate volatility amount.
S103: when mean blood pressure value is greater than default blood pressure thresholds, if described fluctuation of blood pressure amount or heart rate volatility amount are greater than corresponding fluctuation threshold value, monitoring Platform Server sends a warning message to user terminal;
Monitoring Platform Server judges whether described mean blood pressure value is greater than default blood pressure thresholds, if mean blood pressure value is greater than default blood pressure thresholds, then can the blood pressure of discriminating test person higher than normal level.
When mean blood pressure value is greater than default blood pressure thresholds, namely when the blood pressure of tester is higher than normal level, if described fluctuation of blood pressure amount or heart rate volatility amount are greater than corresponding fluctuation threshold value, then illustrate that blood pressure and the heart rate volatility amplitude of tester are larger, there is abnormal phenomena, now guarding Platform Server sends a warning message to user terminal, and by warning information described in user terminal displays, wherein, described warning information comprises described actual pulse parameter, described mean blood pressure value, described fluctuation of blood pressure amount and described heart rate volatility amount;
Described user terminal can be the mobile terminal device such as mobile phone, panel computer, and described warning information can realize transmission by modes such as mail, note or wireless networks.Make tester and relatives thereof can receive warning information when the blood pressure of tester and heart rate occur abnormal, ensure the life security of tester.
Further, as preferably, described warning information can also comprise the treatment advice of medical worker.Make the treatment advice of medical worker to be sent to user terminal, ensure the life security of tester further.
S104: monitoring Platform Server obtains the control instruction that user terminal returns, and forwards this control instruction to blood pressure measuring device;
After user terminal receives described warning information, if user and family members thereof select ischemic preconditioning to train, then return control instruction to monitoring Platform Server.After monitoring Platform Server receives described control instruction, described control instruction is transmitted to blood pressure measuring device.
S105: blood pressure measuring device receives described control instruction and the pressurization preset tester in Preset Time and pressure discharge operations.
After blood pressure measuring device receives described control instruction, the pressurization in Preset Time, tester preset and pressure discharge operations.Described ischemic preconditioning is trained for and makes arm be in the training of ischemic state by pressing tester arm.
The present invention obtains the actual pulse parameter of tester by blood pressure measuring device, and described actual pulse parameter is sent to monitoring Platform Server; Monitoring Platform Server receives and stores described actual pulse parameter, makes the convenient actual pulse parameter obtaining tester of medical worker.Monitoring Platform Server utilizes default statistical model statistical average pressure value, fluctuation of blood pressure amount and heart rate volatility amount in predetermined period, when mean blood pressure value is greater than default blood pressure thresholds, if described fluctuation of blood pressure amount or heart rate volatility amount are greater than corresponding fluctuation threshold value, monitoring Platform Server sends a warning message to user terminal.Make tester and relatives thereof can receive warning information when the blood pressure of tester and heart rate occur abnormal, facilitate tester to understand the unusual condition of blood pressure and heart rate, ensure the life security of tester.After blood pressure measuring device receives described control instruction, the pressurization preset tester in Preset Time and pressure discharge operations, effectively can reduce blood pressure balance fluctuation of blood pressure and the heart rate volatility of tester.
In one embodiment, above-mentioned steps S104, can specifically comprise following sub-step:
S201: receive described control instruction, by the pressure of test position to the pressure threshold preset, and maintains described pressure within the pressing time of presetting;
Blood pressure measuring device receives described control instruction, then pressurizes to the test position of tester, by the pressure of test position to the pressure threshold preset, and is maintaining described pressure within the pressing time of presetting.Preferably, described pressing time is 5 minutes.Such as, inflatable cuff can be covered the test position of tester (being generally arm), inflate to realize pressurizeing to test position to described inflatable cuff by inflator pump; Then the pressure of described test position is detected in real time by pressure transducer, when the pressure of described position is more than or equal to default pressure threshold, the mode of inflation can be stopped to realize stopping pressurizeing to the test position of tester by controlling inflator pump, and maintain described pressure 5 minutes.
S202: carry out pressure release to the test position of tester, again by the pressure threshold that the pressure of test position is extremely preset after the time of having a rest of presetting, and carries out pressure release to the test position of tester again after the pressing time of presetting.
After the time maintaining described pressure exceedes described pressing time, pressure release can be carried out by relief valve to inflatable cuff, to realize carrying out pressure release to the test position of tester.Then timing can be started by timer, when after the time of having a rest that timer reaches default, the pressure threshold that the pressure of test position is extremely preset by the method in recycling step S201, and after the pressing time of presetting, then by relief valve, pressure release is carried out to inflatable cuff.
After the described control instruction of reception, by by the pressure of test position to preset pressure threshold and preset pressing time in maintain described pressure, then pressure release is carried out to the test position of tester, again by the pressure threshold that the pressure of test position is extremely preset after the time of having a rest of presetting, and again pressure release is carried out to the test position of tester after the pressing time of presetting.Achieve and automatically ischemic preconditioning training is carried out to tester, effectively can reduce the blood pressure of tester, the fluctuation of blood pressure of balance test person and heart rate volatility.
In one embodiment, after above-mentioned steps S104, can also step be comprised:
S301: blood pressure measuring device measures the actual pulse parameter after the training of tester's ischemic preconditioning, and described actual pulse parameter is sent to monitoring Platform Server.
Blood pressure measuring device is after tester carries out ischemic preconditioning training, measure the actual pulse parameter of tester, then described actual pulse parameter is sent to monitoring Platform Server, and store the actual pulse parameter after ischemic preconditioning is trained by monitoring Platform Server.Further, the actual pulse parameter of guarding after ischemic preconditioning can also be trained by Platform Server sends to user terminal, with the blood pressure situation facilitating tester and relatives thereof can obtain tester in time.
Blood pressure measuring device measures the actual pulse parameter after the training of tester's ischemic preconditioning, can facilitate the blood pressure situation of medical staff monitors tester and understand the dysarteriotony situation of tester in time.
The above embodiment only have expressed several embodiment of the present invention, and it describes comparatively concrete and detailed, but therefore can not be interpreted as the restriction to the scope of the claims of the present invention.It should be pointed out that for the person of ordinary skill of the art, without departing from the inventive concept of the premise, can also make some distortion and improvement, these all belong to protection scope of the present invention.Therefore, the protection domain of patent of the present invention should be as the criterion with claims.
Claims (8)
1. a long-range blood pressure measuring system, is characterized in that, comprising: blood pressure measuring device and monitoring Platform Server;
Described blood pressure measuring device, for obtaining the actual pulse parameter of tester, and sends to monitoring Platform Server by described actual pulse parameter, and wherein, described actual pulse parameter comprises blood pressure and heart rate; And receive the control instruction the pressurization in Preset Time, tester preset and pressure discharge operations that monitoring Platform Server forwards;
Described monitoring Platform Server, for receiving and storing described actual pulse parameter, utilizes default statistical model statistical average pressure value, fluctuation of blood pressure amount and heart rate volatility amount in predetermined period; When mean blood pressure value is greater than default blood pressure thresholds, if described fluctuation of blood pressure amount or heart rate volatility amount are greater than corresponding fluctuation threshold value, send a warning message to user terminal, wherein said warning information comprises described actual pulse parameter, described mean blood pressure value, described fluctuation of blood pressure amount and described heart rate volatility amount; And the control instruction that acquisition user terminal returns, and forward this control instruction to blood pressure measuring device.
2. long-range blood pressure measuring system according to claim 1, it is characterized in that, blood pressure measuring device comprises:
Compression module, for receiving described control instruction, by the pressure of test position to the pressure threshold preset, and maintains described pressure within the pressing time of presetting;
Pressure release module, for carrying out pressure release to the test position of tester, again by the pressure threshold that the pressure of test position is extremely preset after the time of having a rest of presetting, and carries out pressure release to the test position of tester again after the pressing time of presetting.
3. long-range blood pressure measuring system according to claim 1, it is characterized in that, described blood pressure measuring device, also for measuring the actual pulse parameter of tester after the pressurization preset tester and pressure discharge operations, and sends to monitoring Platform Server by described actual pulse parameter.
4. long-range blood pressure measuring system according to claim 1, it is characterized in that, described actual pulse parameter is sent to monitoring Platform Server by wireless network by described blood pressure measuring device, and wherein, described wireless network comprises WLAN and mobile radio communication.
5. an implementation method for long-range blood pressure measuring system, is characterized in that, comprises step:
Blood pressure measuring device obtains the actual pulse parameter of tester, and described actual pulse parameter is sent to monitoring Platform Server, and wherein, described actual pulse parameter comprises blood pressure and heart rate;
Monitoring Platform Server receives and stores described actual pulse parameter, utilizes default statistical model statistical average pressure value, fluctuation of blood pressure amount and heart rate volatility amount in predetermined period;
When mean blood pressure value is greater than default blood pressure thresholds, if described fluctuation of blood pressure amount or heart rate volatility amount are greater than corresponding fluctuation threshold value, monitoring Platform Server sends a warning message to user terminal, wherein, described warning information comprises described actual pulse parameter, described mean blood pressure value, described fluctuation of blood pressure amount and described heart rate volatility amount;
Monitoring Platform Server obtains the control instruction that user terminal returns, and forwards this control instruction to blood pressure measuring device;
Blood pressure measuring device receives described control instruction and the pressurization preset tester in Preset Time and pressure discharge operations.
6. the implementation method of long-range blood pressure measuring system according to claim 5, is characterized in that, described blood pressure measuring device receives described control instruction and the step of the pressurization preset tester in Preset Time and pressure discharge operations, comprising:
Receive described control instruction, by the pressure of test position to the pressure threshold preset, and maintain described pressure within the pressing time of presetting;
Pressure release is carried out to the test position of tester, again by the pressure threshold that the pressure of test position is extremely preset after the time of having a rest of presetting, and again pressure release is carried out to the test position of tester after the pressing time of presetting.
7. the implementation method of long-range blood pressure measuring system according to claim 5, is characterized in that, after the pressurization preset tester and pressure discharge operations, also comprises step in Preset Time:
Blood pressure measuring device measures the actual pulse parameter after the training of tester's ischemic preconditioning, and described actual pulse parameter is sent to monitoring Platform Server.
8. the implementation method of long-range blood pressure measuring system according to claim 5, it is characterized in that, described actual pulse parameter is sent to monitoring Platform Server by wireless network by described blood pressure measuring device, and wherein, described wireless network comprises WLAN and mobile radio communication.
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| CN106845113A (en) * | 2017-01-22 | 2017-06-13 | 贵阳康康慢病互联网医院有限公司 | A kind of chronic disease method for remote management and its management system based on monitoring of blood pressure |
| CN107495947A (en) * | 2017-09-19 | 2017-12-22 | 广东乐心医疗电子股份有限公司 | Blood pressure dynamic analysis method and blood pressure measuring device |
| CN110139600A (en) * | 2017-01-04 | 2019-08-16 | 欧姆龙株式会社 | User terminal apparatus |
| CN110613593A (en) * | 2019-10-17 | 2019-12-27 | 深圳市安康源科技有限公司 | Ischemia pre-adaptation training method and system based on blood pressure value adjustment |
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