WO2016187951A1 - Primary-level medical platform and heart disease patient monitoring method based on primary-level medical platform - Google Patents

Primary-level medical platform and heart disease patient monitoring method based on primary-level medical platform Download PDF

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Publication number
WO2016187951A1
WO2016187951A1 PCT/CN2015/085631 CN2015085631W WO2016187951A1 WO 2016187951 A1 WO2016187951 A1 WO 2016187951A1 CN 2015085631 W CN2015085631 W CN 2015085631W WO 2016187951 A1 WO2016187951 A1 WO 2016187951A1
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WO
WIPO (PCT)
Prior art keywords
ecg
user
monitoring
platform
primary medical
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PCT/CN2015/085631
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French (fr)
Chinese (zh)
Inventor
张贯京
陈兴明
葛新科
张少鹏
方静芳
普拉纽克•克里斯基捏
古列莎•艾琳娜
波达别特•伊万
王海荣
高伟明
李慧玲
Original Assignee
深圳市共创百业科技开发有限公司
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Application filed by 深圳市共创百业科技开发有限公司 filed Critical 深圳市共创百业科技开发有限公司
Publication of WO2016187951A1 publication Critical patent/WO2016187951A1/en

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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
    • A61B5/24—Detecting, measuring or recording bioelectric or biomagnetic signals of the body or parts thereof
    • A61B5/316—Modalities, i.e. specific diagnostic methods
    • A61B5/318—Heart-related electrical modalities, e.g. electrocardiography [ECG]
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
    • A61B5/00—Measuring for diagnostic purposes; Identification of persons
    • A61B5/24—Detecting, measuring or recording bioelectric or biomagnetic signals of the body or parts thereof
    • A61B5/316—Modalities, i.e. specific diagnostic methods
    • A61B5/318—Heart-related electrical modalities, e.g. electrocardiography [ECG]
    • A61B5/33—Heart-related electrical modalities, e.g. electrocardiography [ECG] specially adapted for cooperation with other devices

Definitions

  • the present invention relates to the field of medical technology, and in particular, to a primary medical platform and a method for monitoring a heart disease based on a primary medical platform.
  • the main object of the present invention is to provide a primary medical platform and a monitoring method for a heart disease based on a primary medical platform, which can comprehensively intervene and remind the heart disease person about the implementation of the medical treatment plan, thereby improving the treatment progress and treatment for the heart disease person. effect.
  • the present invention provides a method for monitoring a heart disease based on a primary medical platform, the monitoring method comprising the following steps:
  • the primary medical platform monitors the user's ECG information within a preset monitoring period according to the user diagnosis plan obtained from the network hospital platform;
  • the primary medical platform analyzes the ECG information, compares the ECG information with the standard ECG information in the user diagnosis plan, and counts the comparison result in the preset monitoring period;
  • the primary medical platform determines the ECG monitoring result in the monitoring period according to the comparison result in the preset monitoring period, and sends the ECG adjustment plan corresponding to the ECG monitoring result to the user, and the user performs the ECG adjustment plan. .
  • the primary medical platform determines the ECG monitoring result in the monitoring period according to the comparison result in the preset monitoring period, and sends the ECG adjustment plan corresponding to the ECG monitoring result to the user for the user to execute the
  • the steps of the ECG adjustment plan specifically include:
  • the platform determines the ECG monitoring results corresponding to different situations;
  • the primary medical platform matches the determined ECG adjustment plan corresponding to the determined ECG monitoring result in the user treatment plan, and sends the matched ECG adjustment plan to the user for the user to perform the ECG adjustment plan .
  • the monitoring method further includes: before the step of monitoring, by the primary medical platform, the user's ECG information in a preset monitoring period according to the user medical treatment plan acquired from the network hospital platform, the monitoring method further includes:
  • the primary medical platform is connected with the network hospital platform, and the user diagnosis plan corresponding to the user is obtained according to the relevant information of the user.
  • the primary medical platform determines the ECG monitoring result in the monitoring period according to the comparison result in the preset monitoring period, and sends the ECG adjustment plan corresponding to the ECG monitoring result to the user.
  • the monitoring method also includes:
  • the primary medical platform uploads abnormal ECG information to the online hospital platform for doctors to analyze and treat.
  • the primary medical platform determines the ECG monitoring result in the monitoring period according to the comparison result in the preset monitoring period, and sends the ECG adjustment plan corresponding to the ECG monitoring result to the user.
  • the monitoring method further includes the steps of:
  • the primary medical platform marks and stores abnormal ECG information.
  • the present invention also provides a primary medical platform for a heart disease monitoring method, the primary medical platform comprising:
  • the ECG monitoring module is configured to monitor the user's ECG information within a preset monitoring period according to the user diagnosis plan obtained from the network hospital platform;
  • a comparison and statistics module configured to analyze the ECG information, compare the ECG information with standard ECG information in the user diagnosis plan, and calculate a comparison result in a preset monitoring period
  • a plan sending module configured to determine an ECG monitoring result in the monitoring period according to a comparison result in a preset monitoring period, and send an ECG adjustment plan corresponding to the ECG monitoring result to the user, where the user performs the heart Electric adjustment plan.
  • the primary medical platform further comprises:
  • the information uploading module is used for uploading abnormal ECG information to the network hospital platform for doctor analysis and diagnosis and treatment.
  • the plan sending module is specifically configured to:
  • the standard ECG information in the user diagnosis plan is determined, it is determined that the user's ECG information continues to be abnormal, or the number of abnormalities of the user's ECG information is greater than a preset number of times threshold, and the difference is determined.
  • the ECG monitoring results corresponding to the situation;
  • the determined ECG adjustment plan corresponding to the determined ECG monitoring result is matched in the user treatment plan, and the matched ECG adjustment plan is sent to the user for the user to perform the ECG adjustment plan.
  • the primary medical platform further comprises:
  • the obtaining module is configured to connect with the network hospital platform, and obtain the user medical treatment plan corresponding to the user according to the related information of the user.
  • the primary medical platform further comprises:
  • the information uploading module is used for uploading abnormal ECG information to the network hospital platform for doctor analysis and diagnosis and treatment.
  • the primary medical platform further comprises:
  • a tag and storage module for tagging and storing abnormal ECG information.
  • the invention acquires a user diagnosis and treatment plan from the network hospital platform through the primary medical platform, and monitors the user's ECG information at a preset time in a preset monitoring period, and the user's ECG information in the preset time and the user's medical treatment plan
  • the standard ECG information is compared, and the comparison result in the preset monitoring period is counted, and the ECG monitoring result in the monitoring period is determined according to the comparison result in the monitoring period, and the ECG adjustment corresponding to the ECG monitoring result is sent to the user.
  • the relevant parameters monitoring, reminding and intervention are carried out for the high-risk person, thereby improving the treatment progress and treatment effect for the heart disease person.
  • FIG. 1 is a schematic flow chart of a first embodiment of a method for monitoring a heart disease based on a primary medical platform according to the present invention
  • 2 is a schematic diagram of a refinement process of step S30 in FIG. 1;
  • FIG. 3 is a schematic flow chart of a second embodiment of a method for monitoring a heart disease based on a primary medical platform according to the present invention
  • 4 is a schematic flow chart of a third embodiment of a method for monitoring a heart disease based on a primary medical platform according to the present invention
  • FIG. 5 is a schematic flow chart of a fourth embodiment of a method for monitoring a heart disease based on a primary medical platform according to the present invention
  • 6 is a schematic structural view of a first embodiment of a primary medical platform according to the present invention
  • FIG. 7 is a schematic structural view of a second embodiment of a primary medical platform according to the present invention
  • FIG. 9 is a schematic structural view of a fourth embodiment of a primary medical platform according to the present invention.
  • the method for monitoring a heart disease obtained by the invention obtains a user diagnosis and treatment plan corresponding to a heart disease person through the docking of the primary medical platform and the network hospital platform, and performs related parameter monitoring, reminding and performing intervention on the heart disease person according to the user diagnosis and treatment plan to improve Treatment progress and treatment effects for heart patients.
  • FIG. 1 is a schematic flow chart of a first embodiment of a method for monitoring a heart disease based on a primary medical platform according to the present invention.
  • a method for monitoring a heart disease based on a primary medical platform includes: Step S10: The primary medical platform monitors the user's ECG information in a preset monitoring period according to the user diagnosis plan obtained from the network hospital platform;
  • the primary medical platform proposed by the embodiments of the present invention may be a medical institution installed in a township, a village, or the like, or may be a medical institution such as a social health clinic or a clinic set in a community or a community, and the primary medical platform collects the locality or
  • the basic information of all residents of the community or community and the medical information such as the medical history of the resident are monitored by the primary medical platform for chronically ill patients under its jurisdiction.
  • a method for monitoring a heart disease person by a primary medical platform is taken as an example.
  • the primary medical platform obtains the user's corresponding medical treatment plan from the network hospital platform, and the user medical treatment plan is a medical treatment intervention plan formed for each heart disease person stored in the database of the network hospital platform, and the user medical treatment plan may include the user in the hospital.
  • the primary medical platform monitors the ECG information of the user within a monitoring period according to a preset monitoring period in the user's medical treatment plan, for example, monitoring the ECG information of the preset time within the monitoring period, for example, monitoring whether the user is There are abnormal conditions such as arrhythmia and myocardial ischemia, and the preset time refers specifically to the monitoring time point of the ECG information set by the corresponding user.
  • the primary medical platform can monitor the user's ECG information through a monitoring device such as an electrocardiograph having a communication function, and the primary medical platform communicates with the monitoring device according to a preset time in the user's medical treatment plan.
  • the connection sends the relevant ECG monitoring instruction to the monitoring device, and the monitoring device feeds back the monitored ECG information to the primary medical platform, and the ECG information can be displayed in the form of an electrocardiogram for analysis and management by the primary medical platform.
  • Step S20 The primary medical platform analyzes the ECG information, compares the ECG information with the standard ECG information in the user diagnosis plan, and counts the comparison result in the preset monitoring period; After monitoring the user's ECG information at a preset time, the primary medical platform compares the standard ECG information in the user's medical plan, and compares the preset time ECG information with the standard ECG information to determine the user at the time. Whether the ECG information is normal and abnormal information such as the specific circumstances and time of the abnormality. The primary medical platform also counts the comparison results of the ECG information within the preset monitoring period to analyze the ECG monitoring results during the monitoring period after the monitoring period ends.
  • step S30 the primary medical platform determines the ECG monitoring result in the monitoring period according to the comparison result in the preset monitoring period, and sends an ECG adjustment plan corresponding to the ECG monitoring result to the user for performing the ECG adjustment plan.
  • the primary medical platform determines the ECG monitoring result during the monitoring period according to the comparison result in the monitoring period, that is, according to the ECG of the user at the preset time in a preset monitoring period. Continuous monitoring of information determines whether the ECG information in the monitoring period is stable, whether it is inconsistent or abnormal compared with the standard ECG information.
  • the ECG monitoring result is determined, and the primary medical platform performs matching in the user diagnosis plan according to the situation corresponding to the ECG monitoring result, and matches the ECG adjustment plan corresponding to the ECG monitoring result, and sends it to the user for the user to follow.
  • the content of the ECG adjustment plan is implemented to achieve basic monitoring of the user's ECG information and monitoring of the implementation of the treatment plan.
  • the ECG adjustment plan includes at least one of a treatment plan, a diet plan, an exercise plan, and a treatment cycle of the drug treatment plan or other physical therapy methods, and the user can pass the drug or physical therapy according to the guidance of the ECG adjustment plan.
  • the method of treatment with the aid of a diet plan and exercise program, to implement the content of the ECG during the treatment cycle.
  • the user medical treatment plan is obtained from the network hospital platform through the primary medical platform, and the ECG information of the user at the preset time is monitored in a preset monitoring period, and the user's ECG information and the user's medical treatment plan are preset at the preset time.
  • the standard ECG information is compared, and the comparison result in the preset monitoring period is counted, and the ECG monitoring result in the monitoring period is determined according to the comparison result in the monitoring period, and the heart corresponding to the ECG monitoring result is sent to the user.
  • the electric adjustment plan is for the user to implement the ECG adjustment plan.
  • FIG. 2 is a schematic diagram of the refinement process of step S30 in FIG.
  • step S30 specifically includes:
  • Step S301 in the preset monitoring period, according to the standard ECG information in the user diagnosis plan, determining that the user's ECG information continues to be abnormal, or determining that the user's ECG information abnormality is greater than a preset number of times threshold, the community layer
  • the medical platform determines the ECG monitoring results corresponding to different situations
  • the primary medical platform determines the ECG monitoring result during the monitoring period according to the comparison result in the preset monitoring period, specifically, each time during the entire monitoring period, such as according to the standard ECG information in the user's medical treatment plan.
  • the monitored user's ECG information is abnormal. For example, every ECG information reflects a slow heart rate/heart rate tachycardia, or each ECG information reflects different degrees of myocardial ischemia.
  • the ECG monitoring result of the user is an abnormality of the electrocardiogram during the monitoring period; or, according to the standard ECG information in the user's medical treatment plan, determining that the number of abnormalities of the user's ECG information is greater than a preset number of times threshold, It can also be determined that the ECG monitoring result of the user in the monitoring period is an abnormality of the electrocardiogram, and the preset number of times can be set according to the number of days of the monitoring period. For example, if the monitoring period is one week, the preset number of times can be four times. That is to say, in the monitoring period of one week, if the number of abnormalities of the ECG information is greater than 4 times, it can be considered that the ECG of the user is monitored during the monitoring period. As a result of abnormal ECG.
  • the ECG of the user during the monitoring period can be determined.
  • the monitoring result is normal ECG.
  • the primary medical platform only needs to record the monitored ECG information of the user.
  • the user can also send the ECG monitoring result to the normal ECG prompt message.
  • a monitoring cycle continues to monitor the user's ECG information at a preset time to achieve long-term monitoring and intervention for heart patients.
  • Step S302 The primary medical platform matches the determined ECG adjustment plan corresponding to the determined ECG monitoring result in the user diagnosis plan, and sends the matched ECG adjustment plan to the user for the user to perform the ECG adjustment plan.
  • the ECG monitoring result of the user is determined during the monitoring period, and the primary medical platform matches the determined ECG adjustment plan corresponding to the determined ECG monitoring result in the user diagnosis plan, and the user is stored in the user diagnosis plan according to the user plan.
  • the ECG adjustment plan of all situations in which the ECG information may appear after determining the ECG monitoring result of the user, the primary medical platform matches the ECG adjustment plan corresponding to the corresponding ECG monitoring result in the user diagnosis plan, and the The ECG adjustment plan is sent to the user, and can be sent to the user's smart terminal or the monitoring device for monitoring the user's ECG information by text, voice or video, etc., to remind the user to perform treatment according to each scheme in the ECG adjustment plan.
  • FIG. 3 is a schematic flowchart diagram of a second embodiment of a method for monitoring a heart disease based on a primary medical platform according to the present invention.
  • the method for monitoring a heart patient before performing step S10, further includes:
  • the primary medical platform is connected to the network hospital platform, and the user diagnosis plan corresponding to the user is obtained according to the related information of the user.
  • the primary medical platform Before the primary medical platform monitors the cardiologists under its jurisdiction, it first connects to the network hospital platform. Specifically, it can be connected to the network hospital platform by entering the login account and login password. After the network hospital platform is verified, it can be The user-related information of the user to be obtained is obtained in the network hospital.
  • the related information of the user may include basic information such as the user's name, gender, or the unique registered number of the user on the network hospital platform, or the location of the user, or the living information of the community or the community, and the primary medical platform according to the related information. Obtaining a user diagnosis plan corresponding to the user from the network hospital platform to perform ECG monitoring on the user.
  • FIG. 4 is a schematic flowchart diagram of a third embodiment of a method for monitoring a heart disease based on a primary medical platform according to the present invention.
  • the method for monitoring a heart patient further includes:
  • the primary medical platform uploads the abnormal ECG information to the network hospital platform for analysis and diagnosis by the doctor.
  • the primary medical platform uploads the ECG monitoring result to the network hospital platform for analysis and diagnosis by the doctor on the network hospital platform side, and the doctor can perform other treatments on the user according to the severity of the user's abnormality of the electrocardiogram.
  • the ECG adjustment plan can also be adjusted or regenerated according to the results of analysis and diagnosis for the user to follow the treatment plan in the new ECG adjustment plan, and continue to monitor the ECG information of the user at the preset time in the next monitoring cycle. Determine the recovery of the user's ECG information.
  • FIG. 5 is a schematic flowchart diagram of a fourth embodiment of a method for monitoring a heart disease based on a primary medical platform according to the present invention.
  • the method for monitoring a heart disease further includes: Step S60: The primary medical platform marks and stores the abnormal ECG information.
  • the primary medical platform marks and stores the abnormal ECG information.
  • the abnormal ECG information may be marked by color marking or highlighting, for example, the abnormal part may be marked in a different color or highlighted manner in the corresponding ECG of the user, and stored, For later viewing, it can clearly and clearly reflect the abnormal ECG information of the user.
  • it can also be transmitted to the network hospital platform for the doctors on the network hospital platform side to perform relevant statistics and marking.
  • FIG. 6 is a schematic structural view of a first embodiment of a primary medical platform according to the present invention.
  • the primary medical platform includes: an ECG monitoring module 10, configured to monitor the user's ECG information within a preset monitoring period according to the user medical treatment plan acquired from the network hospital platform;
  • the comparison and statistics module 20 is configured to analyze the ECG information, compare the ECG information with the standard ECG information in the user diagnosis plan, and count the comparison result in the preset monitoring period;
  • the plan sending module 30 is configured to determine an ECG monitoring result in the monitoring period according to the comparison result in the preset monitoring period, and send an ECG adjustment plan corresponding to the ECG monitoring result to the user, where the user performs the ECG adjustment plan. .
  • the primary medical platform proposed by the embodiments of the present invention may be a medical institution installed in a township, a village, or the like, or may be a medical institution such as a social health clinic or a clinic set in a community or a community, and the primary medical platform collects the locality or
  • the basic information of all residents of the community or community and the medical information such as the medical history of the resident are monitored by the primary medical platform for chronically ill patients under its jurisdiction.
  • a method for monitoring a heart disease person by a primary medical platform is taken as an example.
  • the primary medical platform obtains the user's corresponding medical treatment plan from the network hospital platform, and the user medical treatment plan is a medical treatment intervention plan formed for each heart disease person stored in the database of the network hospital platform, and the user medical treatment plan may include the user in the hospital.
  • the ECG monitoring module 10 of the primary medical platform monitors the ECG information of the user within a monitoring period according to a preset monitoring period in the user's medical treatment plan, for example, monitoring the ECG information of the user within one week or 10 days.
  • the user is monitored for abnormality such as arrhythmia and myocardial ischemia
  • the preset time refers specifically to the monitoring time point of the electrocardiogram information set by the corresponding user.
  • the primary medical platform can monitor the user's ECG information through a monitoring device such as an electrocardiograph having a communication function, and the primary medical platform communicates with the monitoring device according to a preset time in the user's medical treatment plan.
  • the connection sends the relevant ECG monitoring instruction to the monitoring device, and the monitoring device feeds back the monitored ECG information to the primary medical platform, and the ECG information can be displayed in the form of an electrocardiogram for analysis and management by the primary medical platform.
  • the primary medical platform After monitoring the user's ECG information at a preset time, the primary medical platform compares the standard ECG information in the user's medical treatment plan, and compares the ECG information of the preset time with the standard ECG information through the comparison and statistics module 20, To determine whether the user's ECG information at that time is normal and abnormal information such as the specific circumstances and time when the abnormality occurred. The primary medical platform also counts the comparison results of the ECG information within the preset monitoring period to analyze the ECG monitoring results during the monitoring period after the monitoring period ends.
  • the primary medical platform determines the ECG monitoring result during the monitoring period according to the comparison result in the monitoring period, that is, according to the ECG of the user at the preset time in a preset monitoring period. Continuous monitoring of information determines whether the ECG information in the monitoring period is stable, whether it is inconsistent or abnormal compared with the standard ECG information.
  • the ECG monitoring result is determined, and the primary medical platform performs matching in the user diagnosis plan according to the situation corresponding to the ECG monitoring result, and matches the ECG adjustment plan corresponding to the ECG monitoring result, and sends it to the plan sending module 30 to
  • the user is provided for the user to perform according to the content in the ECG adjustment plan to implement basic monitoring of the user's ECG information and monitoring the implementation of the treatment plan.
  • the ECG adjustment plan includes at least one of a treatment plan, a diet plan, an exercise plan, and a treatment cycle of the drug treatment plan or other physical therapy methods, and the user can pass the drug or physical therapy according to the guidance of the ECG adjustment plan.
  • the method of treatment with the aid of a diet plan and exercise program, to implement the content of the ECG during the treatment cycle.
  • the user medical treatment plan is obtained from the network hospital platform through the primary medical platform, and the ECG information of the user at the preset time is monitored in a preset monitoring period, and the user's ECG information and the user's medical treatment plan are preset at the preset time.
  • the standard ECG information is compared, and the comparison result in the preset monitoring period is counted, and the ECG monitoring result in the monitoring period is determined according to the comparison result in the monitoring period, and the heart corresponding to the ECG monitoring result is sent to the user.
  • the electric adjustment plan is for the user to implement the ECG adjustment plan.
  • the plan sending module 30 is specifically configured to: In a preset monitoring period, for example, according to the standard ECG information in the user's medical treatment plan, it is determined that the user's ECG information continues to be abnormal, or the number of abnormalities of the user's ECG information is greater than a preset number of times threshold, and different situations are determined. Corresponding ECG monitoring results; The ECG adjustment plan corresponding to the determined ECG monitoring result is matched in the user treatment plan, and the matched ECG adjustment plan is sent to the user for the user to perform the ECG adjustment plan.
  • the primary medical platform determines the ECG monitoring result during the monitoring period according to the comparison result in the preset monitoring period, specifically, each time during the entire monitoring period, such as according to the standard ECG information in the user's medical treatment plan.
  • the monitored user's ECG information is abnormal. For example, every ECG information reflects a slow heart rate/heart rate tachycardia, or each ECG information reflects different degrees of myocardial ischemia.
  • the ECG monitoring result of the user is an abnormality of the electrocardiogram during the monitoring period; or, according to the standard ECG information in the user's medical treatment plan, determining that the number of abnormalities of the user's ECG information is greater than a preset number of times threshold, It can also be determined that the ECG monitoring result of the user in the monitoring period is an abnormality of the electrocardiogram, and the preset number of times can be set according to the number of days of the monitoring period. For example, if the monitoring period is one week, the preset number of times can be four times. That is to say, in the monitoring period of one week, if the number of abnormalities of the ECG information is greater than 4 times, it can be considered that the ECG of the user is monitored during the monitoring period. As a result of abnormal ECG.
  • the ECG of the user during the monitoring period can be determined.
  • the monitoring result is normal ECG.
  • the primary medical platform only needs to record the monitored ECG information of the user.
  • the user can also send the ECG monitoring result to the normal ECG prompt message.
  • a monitoring cycle continues to monitor the user's ECG information at a preset time to achieve long-term monitoring and intervention for heart patients.
  • the ECG monitoring result of the user is determined during the monitoring period, and the primary medical platform matches the determined ECG adjustment plan corresponding to the determined ECG monitoring result in the user diagnosis plan, and the user is stored in the user diagnosis plan according to the user plan.
  • the ECG adjustment plan of all situations in which the ECG information may appear after determining the ECG monitoring result of the user, the primary medical platform matches the ECG adjustment plan corresponding to the corresponding ECG monitoring result in the user diagnosis plan, and plans to send
  • the module 30 sends the ECG adjustment plan to the user, where it can be sent to the user's smart terminal or the monitoring device for monitoring the user's ECG information by text, voice or video, etc., to remind the user to follow the ECG adjustment plan.
  • the program is treated.
  • FIG. 7 is a schematic structural view of a second embodiment of a primary medical platform according to the present invention.
  • the primary medical platform further includes:
  • the obtaining module 40 is configured to connect to the network hospital platform, and obtain a user medical treatment plan corresponding to the user according to related information of the user.
  • the acquisition module 40 Before the primary medical platform monitors the cardiologists under its jurisdiction, the acquisition module 40 first connects to the network hospital platform, and specifically can input the login account and the login password to request to connect to the network hospital platform, after the network hospital platform is verified and passed. According to the information about the user that needs to be obtained, the user's medical treatment plan corresponding to the user can be obtained in the network hospital.
  • the related information of the user may include basic information such as the user's name, gender, or the unique registered number of the user on the network hospital platform, or the location of the user, or the living information of the community or the community, and the primary medical platform according to the related information. Obtaining a user diagnosis plan corresponding to the user from the network hospital platform to perform ECG monitoring on the user.
  • FIG. 8 is a schematic structural view of a third embodiment of a primary medical platform according to the present invention.
  • the primary medical platform further includes:
  • the information uploading module 50 is configured to upload abnormal ECG information to a network hospital platform for analysis and diagnosis by a doctor.
  • the information uploading module 50 of the primary medical platform uploads the ECG monitoring result to the network hospital platform for analysis and diagnosis by the doctor on the network hospital platform side, and the doctor can perform the user according to the seriousness of the user's ECG abnormality.
  • Other ways of treatment can also adjust or regenerate the ECG adjustment plan based on the results of analysis and diagnosis for the user to follow the treatment plan in the new ECG adjustment plan, and continue to monitor the user's preset in the next monitoring cycle.
  • the ECG information of the time determines the recovery of the user's ECG information.
  • FIG. 9 is a schematic structural view of a fourth embodiment of a primary medical platform according to the present invention.
  • the basic medical platform further includes: a marking and storage module 60 for marking and storing abnormal ECG information.
  • the marking and storage module 60 of the primary medical platform may have an abnormal ECG.
  • the information is marked and stored.
  • the abnormal ECG information can be marked by color marking or highlighting.
  • the abnormal part can be marked in a different color or highlighted manner in the corresponding ECG of the user. And store it for later viewing to clearly reflect the abnormal ECG information of the user.
  • it can also be transmitted to the network hospital platform for the doctors on the network hospital platform side to perform relevant statistics and marking.

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Abstract

A heart disease patient monitoring method based on a primary-level medical platform, comprising: the primary-level medical platform monitors, according to a user diagnosis and treatment plan acquired from a network hospital platform, electrocardiograph information about a user within a preset monitoring period (S10); the primary-level medical platform analyzes the electrocardiograph information, compares the electrocardiograph information with standard electrocardiograph information in the user diagnosis and treatment plan and makes statistics on comparison results within the preset monitoring period (S20); and the primary-level medical platform determines, according to the comparison results within the preset monitoring period, an electrocardiograph monitoring result within the monitoring period, and sends an electrocardiograph regulating plan corresponding to the electrocardiograph monitoring result to the user, thus enabling the user to execute the electrocardiograph regulating plan (S30). Also disclosed is a primary-level medical platform. Through connection of a primary-level medical platform and a network hospital platform, relevant parameter monitoring, reminding and execution intervention can be performed on a heart disease patient according to a user diagnosis and treatment plan, thereby increasing the treatment progress and the treatment effect of the heart disease patient.

Description

基层医疗平台以及基于基层医疗平台的心脏病人监控方法  Primary medical platform and monitoring method for heart disease based on primary medical platform
技术领域Technical field
本发明涉及医疗技术领域，尤其涉及一种基层医疗平台以及基于基层医疗平台的心脏病人监控方法。The present invention relates to the field of medical technology, and in particular, to a primary medical platform and a method for monitoring a heart disease based on a primary medical platform.
背景技术Background technique
对于糖尿病、高血压和心脏病等慢性病患者，由于血糖、血压和心电监测是需要长期执行的，通常情况下，患者在一次去医院就诊后，医生会针对该患者开出相应的诊疗计划，而对于处于偏远地区或不方便去医院做定期检测的患者来说，医院对其对诊疗计划的执行情况相当难监控，往往是再次出现异常时才去医院，如情况较严重则会耽误救治，导致难以挽回的结果。目前，由于医院的性质以及医生和医疗资源的局限性，对于慢性病患者的监控很难做到面面俱到，无法对患者对诊疗计划的执行情况进行全面的干预和提醒，这在很大程度上降低了对慢性病患者的治疗进度和治疗效果。For patients with chronic diseases such as diabetes, high blood pressure and heart disease, blood glucose, blood pressure and ECG monitoring need to be implemented for a long time. Usually, after a patient visits the hospital, the doctor will open a corresponding treatment plan for the patient. For patients who are in remote areas or who are not convenient to go to the hospital for regular testing, it is very difficult for the hospital to monitor the implementation of the treatment plan. It is often when the abnormality occurs again before going to the hospital. If the situation is serious, the treatment will be delayed. Lead to irreversible results. At present, due to the nature of the hospital and the limitations of doctors and medical resources, it is difficult to monitor the chronic disease patients, and it is impossible to comprehensively intervene and remind the patient about the implementation of the treatment plan, which is greatly reduced. Treatment progress and treatment effects for patients with chronic diseases.
发明内容Summary of the invention
本发明的主要目的在于提供一种基层医疗平台以及基于基层医疗平台的心脏病人监控方法，能够对心脏病人对诊疗计划的执行情况进行全面的干预和提醒，从而提高对心脏病人的治疗进度和治疗效果。The main object of the present invention is to provide a primary medical platform and a monitoring method for a heart disease based on a primary medical platform, which can comprehensively intervene and remind the heart disease person about the implementation of the medical treatment plan, thereby improving the treatment progress and treatment for the heart disease person. effect.
为实现上述目的，本发明提供了一种基于基层医疗平台的心脏病人监控方法，所述监控方法包括以下步骤：To achieve the above object, the present invention provides a method for monitoring a heart disease based on a primary medical platform, the monitoring method comprising the following steps:
基层医疗平台根据从网络医院平台获取的用户诊疗计划，在预设的监控周期内监测用户的心电信息；The primary medical platform monitors the user's ECG information within a preset monitoring period according to the user diagnosis plan obtained from the network hospital platform;
基层医疗平台分析所述心电信息，将所述心电信息与所述用户诊疗计划中的标准心电信息进行对比，并统计预设的监控周期内的对比结果；The primary medical platform analyzes the ECG information, compares the ECG information with the standard ECG information in the user diagnosis plan, and counts the comparison result in the preset monitoring period;
基层医疗平台根据预设的监控周期内的对比结果，确定该监控周期内的心电监控结果，向用户发送所述心电监控结果对应的心电调整计划，供用户执行所述心电调整计划。The primary medical platform determines the ECG monitoring result in the monitoring period according to the comparison result in the preset monitoring period, and sends the ECG adjustment plan corresponding to the ECG monitoring result to the user, and the user performs the ECG adjustment plan. .
优选地，所述基层医疗平台根据预设的监控周期内的对比结果，确定该监控周期内的心电监控结果，向用户发送所述心电监控结果对应的心电调整计划，供用户执行所述心电调整计划的步骤具体包括：Preferably, the primary medical platform determines the ECG monitoring result in the monitoring period according to the comparison result in the preset monitoring period, and sends the ECG adjustment plan corresponding to the ECG monitoring result to the user for the user to execute the The steps of the ECG adjustment plan specifically include:
在预设的监控周期内，如根据所述用户诊疗计划中的标准心电信息，确定用户的心电信息持续异常，或者确定用户的心电信息异常的次数大于预设的次数阈值，基层医疗平台确定不同情况所对应的心电监控结果；During the preset monitoring period, if the standard ECG information in the user diagnosis plan is determined, it is determined that the user's ECG information continues to be abnormal, or the number of abnormalities of the user's ECG information is greater than a preset number of thresholds, and the primary medical care is performed. The platform determines the ECG monitoring results corresponding to different situations;
基层医疗平台在所述用户诊疗计划中匹配确定的所述心电监控结果对应的心电调整计划，并将匹配的所述心电调整计划发送至用户，以供用户执行所述心电调整计划。The primary medical platform matches the determined ECG adjustment plan corresponding to the determined ECG monitoring result in the user treatment plan, and sends the matched ECG adjustment plan to the user for the user to perform the ECG adjustment plan .
优选地，所述基层医疗平台根据从网络医院平台获取的用户诊疗计划，在预设的监控周期内监测用户的心电信息的步骤之前，所述监控方法还包括：Preferably, the monitoring method further includes: before the step of monitoring, by the primary medical platform, the user's ECG information in a preset monitoring period according to the user medical treatment plan acquired from the network hospital platform, the monitoring method further includes:
基层医疗平台与网络医院平台连接，根据用户的相关信息获取该用户对应的用户诊疗计划。The primary medical platform is connected with the network hospital platform, and the user diagnosis plan corresponding to the user is obtained according to the relevant information of the user.
优选地，所述基层医疗平台根据预设的监控周期内的对比结果，确定该监控周期内的心电监控结果，向用户发送所述心电监控结果对应的心电调整计划的步骤之后，所述监控方法还包括：Preferably, the primary medical platform determines the ECG monitoring result in the monitoring period according to the comparison result in the preset monitoring period, and sends the ECG adjustment plan corresponding to the ECG monitoring result to the user. The monitoring method also includes:
基层医疗平台将异常的心电信息上传至网络医院平台，供医生分析和诊疗。The primary medical platform uploads abnormal ECG information to the online hospital platform for doctors to analyze and treat.
优选地，所述基层医疗平台根据预设的监控周期内的对比结果，确定该监控周期内的心电监控结果，向用户发送所述心电监控结果对应的心电调整计划的步骤之后，所述监控方法还包括步骤：Preferably, the primary medical platform determines the ECG monitoring result in the monitoring period according to the comparison result in the preset monitoring period, and sends the ECG adjustment plan corresponding to the ECG monitoring result to the user. The monitoring method further includes the steps of:
基层医疗平台对异常的心电信息进行标记并存储。The primary medical platform marks and stores abnormal ECG information.
此外，本发明还提供一种用于心脏病人监控方法的基层医疗平台，所述基层医疗平台包括：In addition, the present invention also provides a primary medical platform for a heart disease monitoring method, the primary medical platform comprising:
心电监控模块，用于根据从网络医院平台获取的用户诊疗计划，在预设的监控周期内监测用户的心电信息；The ECG monitoring module is configured to monitor the user's ECG information within a preset monitoring period according to the user diagnosis plan obtained from the network hospital platform;
对比及统计模块，用于分析所述心电信息，将所述心电信息与所述用户诊疗计划中的标准心电信息进行对比，并统计预设的监控周期内的对比结果；a comparison and statistics module, configured to analyze the ECG information, compare the ECG information with standard ECG information in the user diagnosis plan, and calculate a comparison result in a preset monitoring period;
计划发送模块，用于根据预设的监控周期内的对比结果，确定该监控周期内的心电监控结果，向用户发送所述心电监控结果对应的心电调整计划，供用户执行所述心电调整计划。a plan sending module, configured to determine an ECG monitoring result in the monitoring period according to a comparison result in a preset monitoring period, and send an ECG adjustment plan corresponding to the ECG monitoring result to the user, where the user performs the heart Electric adjustment plan.
优选地，所述基层医疗平台还包括：Preferably, the primary medical platform further comprises:
信息上传模块，用于将异常的心电信息上传至网络医院平台，供医生分析和诊疗。The information uploading module is used for uploading abnormal ECG information to the network hospital platform for doctor analysis and diagnosis and treatment.
优选地，所述计划发送模块具体用于：Preferably, the plan sending module is specifically configured to:
在预设的监控周期内，如根据所述用户诊疗计划中的标准心电信息，确定用户的心电信息持续异常，或者确定用户的心电信息异常的次数大于预设的次数阈值，确定不同情况所对应的心电监控结果；During a preset monitoring period, if the standard ECG information in the user diagnosis plan is determined, it is determined that the user's ECG information continues to be abnormal, or the number of abnormalities of the user's ECG information is greater than a preset number of times threshold, and the difference is determined. The ECG monitoring results corresponding to the situation;
在所述用户诊疗计划中匹配确定的所述心电监控结果对应的心电调整计划，并将匹配的所述心电调整计划发送至用户，以供用户执行所述心电调整计划。The determined ECG adjustment plan corresponding to the determined ECG monitoring result is matched in the user treatment plan, and the matched ECG adjustment plan is sent to the user for the user to perform the ECG adjustment plan.
优选地，所述基层医疗平台还包括：Preferably, the primary medical platform further comprises:
获取模块，用于与网络医院平台连接，根据用户的相关信息获取该用户对应的用户诊疗计划。The obtaining module is configured to connect with the network hospital platform, and obtain the user medical treatment plan corresponding to the user according to the related information of the user.
优选地，所述基层医疗平台还包括：Preferably, the primary medical platform further comprises:
信息上传模块，用于将异常的心电信息上传至网络医院平台，供医生分析和诊疗。The information uploading module is used for uploading abnormal ECG information to the network hospital platform for doctor analysis and diagnosis and treatment.
优选地，所述基层医疗平台还包括：Preferably, the primary medical platform further comprises:
标记及存储模块，用于对异常的心电信息进行标记并存储。A tag and storage module for tagging and storing abnormal ECG information.
本发明通过基层医疗平台从网络医院平台获取用户诊疗计划，并在预设的监控周期内监测用户在预设时间的心电信息，将用户在预设时间的心电信息与用户诊疗计划中的标准心电信息进行对比，并统计预设的监控周期内的对比结果，根据该监控周期内的对比结果确定该监控周期内的心电监控结果，向用户发送心电监控结果对应的心电调整计划，供用户执行心电调整计划。通过基层医疗平台与网络医院平台的对接，根据用户诊疗计划对高心脏病人进行相关的参数监测、提醒和执行干预，从而提高了对心脏病人的治疗进度和治疗效果。The invention acquires a user diagnosis and treatment plan from the network hospital platform through the primary medical platform, and monitors the user's ECG information at a preset time in a preset monitoring period, and the user's ECG information in the preset time and the user's medical treatment plan The standard ECG information is compared, and the comparison result in the preset monitoring period is counted, and the ECG monitoring result in the monitoring period is determined according to the comparison result in the monitoring period, and the ECG adjustment corresponding to the ECG monitoring result is sent to the user. Plan for users to implement ECG adjustment plans. Through the docking of the primary medical platform and the network hospital platform, according to the user diagnosis and treatment plan, the relevant parameters monitoring, reminding and intervention are carried out for the high-risk person, thereby improving the treatment progress and treatment effect for the heart disease person.
附图说明DRAWINGS
图1为本发明基于基层医疗平台的心脏病人监控方法第一实施例的流程示意图； 图2为图1中步骤S30的细化流程示意图；1 is a schematic flow chart of a first embodiment of a method for monitoring a heart disease based on a primary medical platform according to the present invention; 2 is a schematic diagram of a refinement process of step S30 in FIG. 1;
图3为本发明基于基层医疗平台的心脏病人监控方法第二实施例的流程示意图； 图4为本发明基于基层医疗平台的心脏病人监控方法第三实施例的流程示意图； 图5为本发明基于基层医疗平台的心脏病人监控方法第四实施例的流程示意图； 图6为本发明基层医疗平台第一实施例的结构示意图； 图7为本发明基层医疗平台第二实施例的结构示意图； 图8为本发明基层医疗平台第三实施例的结构示意图； 图9为本发明基层医疗平台第四实施例的结构示意图。3 is a schematic flow chart of a second embodiment of a method for monitoring a heart disease based on a primary medical platform according to the present invention; 4 is a schematic flow chart of a third embodiment of a method for monitoring a heart disease based on a primary medical platform according to the present invention; FIG. 5 is a schematic flow chart of a fourth embodiment of a method for monitoring a heart disease based on a primary medical platform according to the present invention; 6 is a schematic structural view of a first embodiment of a primary medical platform according to the present invention; FIG. 7 is a schematic structural view of a second embodiment of a primary medical platform according to the present invention; FIG. 9 is a schematic structural view of a fourth embodiment of a primary medical platform according to the present invention.
本发明目的的实现、功能特点及优点将结合实施例，参照附图做进一步说明。The implementation, functional features, and advantages of the present invention will be further described in conjunction with the embodiments.
具体实施方式detailed description
应当理解，此处所描述的具体实施例仅仅用以解释本发明，并不用于限定本发明。It is understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
本发明提供的心脏病人监控方法，通过基层医疗平台与网络医院平台的对接，获取心脏病人对应的用户诊疗计划，并根据用户诊疗计划对心脏病人进行相关的参数监测、提醒和执行干预，以提高对心脏病人的治疗进度和治疗效果。The method for monitoring a heart disease provided by the invention obtains a user diagnosis and treatment plan corresponding to a heart disease person through the docking of the primary medical platform and the network hospital platform, and performs related parameter monitoring, reminding and performing intervention on the heart disease person according to the user diagnosis and treatment plan to improve Treatment progress and treatment effects for heart patients.
参照图1，图1为本发明基于基层医疗平台的心脏病人监控方法第一实施例的流程示意图。 在本发明第一实施例中，基于基层医疗平台的心脏病人监控方法包括： 步骤S10，基层医疗平台根据从网络医院平台获取的用户诊疗计划，在预设的监控周期内监测用户的心电信息；Referring to FIG. 1, FIG. 1 is a schematic flow chart of a first embodiment of a method for monitoring a heart disease based on a primary medical platform according to the present invention. In the first embodiment of the present invention, a method for monitoring a heart disease based on a primary medical platform includes: Step S10: The primary medical platform monitors the user's ECG information in a preset monitoring period according to the user diagnosis plan obtained from the network hospital platform;
本发明实施例所提出的基层医疗平台，可以是设置在乡镇、村等地的医疗机构，也可以是设置在社区或小区的社康、诊所等医疗机构，基层医疗平台中收集了该地或者该社区或小区的所有居民的基本信息以及该居民的病史等医疗信息，通过基层医疗平台对其所管辖的慢性病病人进行监控。本实施例中以基层医疗平台对心脏病人监控的方法为例进行说明。The primary medical platform proposed by the embodiments of the present invention may be a medical institution installed in a township, a village, or the like, or may be a medical institution such as a social health clinic or a clinic set in a community or a community, and the primary medical platform collects the locality or The basic information of all residents of the community or community and the medical information such as the medical history of the resident are monitored by the primary medical platform for chronically ill patients under its jurisdiction. In this embodiment, a method for monitoring a heart disease person by a primary medical platform is taken as an example.
基层医疗平台从网络医院平台获取用户对应的用户诊疗计划，该用户诊疗计划是在网络医院平台的数据库中存储的针对每个心脏病人所形成的诊疗干预计划，用户诊疗计划中可包括用户在医院就诊时的确诊结果、对该用户进行心电监控的监控周期和在该监控周期内需监测用户的心电信息的监测时间，以及针对用户的心电信息可能出现的所有情况而制定的心电调整计划。基层医疗平台根据该用户诊疗计划中所预设的监控周期，例如监控一周内或10天内用户的心电信息，在该监控周期内对预设时间的心电信息进行监测，例如监测该用户是否存在心率失常、心肌缺血等异常情况，预设时间具体指为相应的用户所制定的心电信息监测时间点。The primary medical platform obtains the user's corresponding medical treatment plan from the network hospital platform, and the user medical treatment plan is a medical treatment intervention plan formed for each heart disease person stored in the database of the network hospital platform, and the user medical treatment plan may include the user in the hospital. The diagnosis result at the time of the visit, the monitoring period of the ECG monitoring of the user, and the monitoring time of monitoring the user's ECG information during the monitoring period, and the ECG adjustment made for all the possible situations of the user's ECG information plan. The primary medical platform monitors the ECG information of the user within a monitoring period according to a preset monitoring period in the user's medical treatment plan, for example, monitoring the ECG information of the preset time within the monitoring period, for example, monitoring whether the user is There are abnormal conditions such as arrhythmia and myocardial ischemia, and the preset time refers specifically to the monitoring time point of the ECG information set by the corresponding user.
具体地，本实施例中，基层医疗平台可通过具有通讯功能的心电监护仪等监测设备监测用户的心电信息，基层医疗平台根据用户诊疗计划中的预设时间，通过与监测设备的通讯连接，向监测设备发送相关的心电监测指令，监测设备将监测到的用户的心电信息反馈至基层医疗平台，心电信息可以心电图的形式显示，供基层医疗平台进行分析和管理。Specifically, in this embodiment, the primary medical platform can monitor the user's ECG information through a monitoring device such as an electrocardiograph having a communication function, and the primary medical platform communicates with the monitoring device according to a preset time in the user's medical treatment plan. The connection sends the relevant ECG monitoring instruction to the monitoring device, and the monitoring device feeds back the monitored ECG information to the primary medical platform, and the ECG information can be displayed in the form of an electrocardiogram for analysis and management by the primary medical platform.
步骤S20，基层医疗平台分析心电信息，将心电信息与用户诊疗计划中的标准心电信息进行对比，并统计预设的监控周期内的对比结果； 在预设时间监测到用户的心电信息后，基层医疗平台在用户诊疗计划中标准心电信息，并将预设时间的心电信息与该标准心电信息进行对比，以确定用户在该时间的心电信息是否正常以及发生异常的具体情况和时间等异常信息。基层医疗平台还统计在预设的监控周期内的心电信息的对比结果，以在该监控周期结束后分析该监控周期内的心电监控结果。Step S20: The primary medical platform analyzes the ECG information, compares the ECG information with the standard ECG information in the user diagnosis plan, and counts the comparison result in the preset monitoring period; After monitoring the user's ECG information at a preset time, the primary medical platform compares the standard ECG information in the user's medical plan, and compares the preset time ECG information with the standard ECG information to determine the user at the time. Whether the ECG information is normal and abnormal information such as the specific circumstances and time of the abnormality. The primary medical platform also counts the comparison results of the ECG information within the preset monitoring period to analyze the ECG monitoring results during the monitoring period after the monitoring period ends.
步骤S30，基层医疗平台根据预设的监控周期内的对比结果，确定该监控周期内的心电监控结果，向用户发送心电监控结果对应的心电调整计划，供用户执行心电调整计划。 在一个监控周期结束后，基层医疗平台根据在该监控周期内的对比结果，确定该监控周期内的心电监控结果，即根据在一个预设的监控周期内对用户在预设时间的心电信息的持续监控，确定在该监控周期内的心电信息是否稳定，与标准心电信息相比是否不一致或是否发生了异常。确定了心电监控结果，基层医疗平台根据心电监控结果对应的情况，在用户诊疗计划中进行匹配，匹配出该心电监控结果对应的心电调整计划，将其发送至用户，供用户按照心电调整计划中的内容执行，以实现对用户的心电信息的基础监控以及对诊疗计划的执行情况的监控。本实施例中，心电调整计划包括药物治疗方案或其他物理治疗方法的治疗方案、饮食方案、运动方案以及治疗周期中的至少一项，用户可根据心电调整计划的指导通过药物或物理治疗的方法进行治疗，同时以饮食方案和运动方案作为辅助，在治疗周期内执行该心电调整计划中的内容。In step S30, the primary medical platform determines the ECG monitoring result in the monitoring period according to the comparison result in the preset monitoring period, and sends an ECG adjustment plan corresponding to the ECG monitoring result to the user for performing the ECG adjustment plan. After the end of a monitoring period, the primary medical platform determines the ECG monitoring result during the monitoring period according to the comparison result in the monitoring period, that is, according to the ECG of the user at the preset time in a preset monitoring period. Continuous monitoring of information determines whether the ECG information in the monitoring period is stable, whether it is inconsistent or abnormal compared with the standard ECG information. The ECG monitoring result is determined, and the primary medical platform performs matching in the user diagnosis plan according to the situation corresponding to the ECG monitoring result, and matches the ECG adjustment plan corresponding to the ECG monitoring result, and sends it to the user for the user to follow. The content of the ECG adjustment plan is implemented to achieve basic monitoring of the user's ECG information and monitoring of the implementation of the treatment plan. In this embodiment, the ECG adjustment plan includes at least one of a treatment plan, a diet plan, an exercise plan, and a treatment cycle of the drug treatment plan or other physical therapy methods, and the user can pass the drug or physical therapy according to the guidance of the ECG adjustment plan. The method of treatment, with the aid of a diet plan and exercise program, to implement the content of the ECG during the treatment cycle.
本发明实施例通过基层医疗平台从网络医院平台获取用户诊疗计划，并在预设的监控周期内监测用户在预设时间的心电信息，将用户在预设时间的心电信息与用户诊疗计划中的标准心电信息进行对比，并统计预设的监控周期内的对比结果，根据该监控周期内的对比结果确定该监控周期内的心电监控结果，向用户发送心电监控结果对应的心电调整计划，供用户执行心电调整计划。通过基层医疗平台与网络医院平台的对接，根据用户诊疗计划对高心脏病人进行相关的参数监测、提醒和执行干预，从而提高了对心脏病人的治疗进度和治疗效果。In the embodiment of the present invention, the user medical treatment plan is obtained from the network hospital platform through the primary medical platform, and the ECG information of the user at the preset time is monitored in a preset monitoring period, and the user's ECG information and the user's medical treatment plan are preset at the preset time. The standard ECG information is compared, and the comparison result in the preset monitoring period is counted, and the ECG monitoring result in the monitoring period is determined according to the comparison result in the monitoring period, and the heart corresponding to the ECG monitoring result is sent to the user. The electric adjustment plan is for the user to implement the ECG adjustment plan. Through the docking of the primary medical platform and the network hospital platform, according to the user diagnosis and treatment plan, the relevant parameters monitoring, reminding and intervention are carried out for the high-risk person, thereby improving the treatment progress and treatment effect for the heart disease person.
参照图2，图2为图1中步骤S30的细化流程示意图。 在上述实施例中，步骤S30具体包括：Referring to FIG. 2, FIG. 2 is a schematic diagram of the refinement process of step S30 in FIG. In the above embodiment, step S30 specifically includes:
步骤S301，在预设的监控周期内，如根据用户诊疗计划中的标准心电信息，确定用户的心电信息持续异常，或者确定用户的心电信息异常的次数大于预设的次数阈值，基层医疗平台确定不同情况所对应的心电监控结果；Step S301, in the preset monitoring period, according to the standard ECG information in the user diagnosis plan, determining that the user's ECG information continues to be abnormal, or determining that the user's ECG information abnormality is greater than a preset number of times threshold, the grassroots layer The medical platform determines the ECG monitoring results corresponding to different situations;
基层医疗平台根据预设的监控周期内的对比结果，确定该监控周期内的心电监控结果时，具体地，在整个监控周期内，如根据用户诊疗计划中的标准心电信息，确定每一次监测到的用户的心电信息均异常，例如每一次心电信息所反映出的都是心率过缓/心率过速，或者每一次心电信息所反映出的都是心肌不同程度的缺血，则可确定在该监控周期内对用户的心电监控结果为心电异常；或者，如根据用户诊疗计划中的标准心电信息，确定用户的心电信息异常的次数大于预设的次数阈值，也可确定在该监控周期内对用户的心电监控结果为心电异常，预设的次数可按照监控周期的天数进行相应设置，例如，监控周期为一周，则预设的次数可为4次，也就是说，在一周的监控周期内，如心电信息出现异常的次数大于4次，则可认为在该监控周期内对用户的心电监控结果为心电异常。The primary medical platform determines the ECG monitoring result during the monitoring period according to the comparison result in the preset monitoring period, specifically, each time during the entire monitoring period, such as according to the standard ECG information in the user's medical treatment plan. The monitored user's ECG information is abnormal. For example, every ECG information reflects a slow heart rate/heart rate tachycardia, or each ECG information reflects different degrees of myocardial ischemia. Then, it may be determined that the ECG monitoring result of the user is an abnormality of the electrocardiogram during the monitoring period; or, according to the standard ECG information in the user's medical treatment plan, determining that the number of abnormalities of the user's ECG information is greater than a preset number of times threshold, It can also be determined that the ECG monitoring result of the user in the monitoring period is an abnormality of the electrocardiogram, and the preset number of times can be set according to the number of days of the monitoring period. For example, if the monitoring period is one week, the preset number of times can be four times. That is to say, in the monitoring period of one week, if the number of abnormalities of the ECG information is greater than 4 times, it can be considered that the ECG of the user is monitored during the monitoring period. As a result of abnormal ECG.
此外，如在整个监控周期内，用户的心电信息均保持正常，并未出现心率过缓/心率过速，或者心肌缺血等异常情况，则可确定在该监控周期内对用户的心电监控结果为心电正常，在这种情况下，基层医疗平台只需记录所监测到的用户的心电信息，当然，也可向用户发送心电监控结果为心电正常的提示消息，并在下一个监控周期继续监控用户在预设时间的心电信息，以实现对心脏病人的长期监控和干预。In addition, if the user's ECG information remains normal throughout the monitoring period, and there is no abnormality such as heart rate tachycardia/heart rate tachycardia or myocardial ischemia, the ECG of the user during the monitoring period can be determined. The monitoring result is normal ECG. In this case, the primary medical platform only needs to record the monitored ECG information of the user. Of course, the user can also send the ECG monitoring result to the normal ECG prompt message. A monitoring cycle continues to monitor the user's ECG information at a preset time to achieve long-term monitoring and intervention for heart patients.
步骤S302，基层医疗平台在用户诊疗计划中匹配确定的心电监控结果对应的心电调整计划，并将匹配的心电调整计划发送至用户，以供用户执行心电调整计划。Step S302: The primary medical platform matches the determined ECG adjustment plan corresponding to the determined ECG monitoring result in the user diagnosis plan, and sends the matched ECG adjustment plan to the user for the user to perform the ECG adjustment plan.
确定了在监控周期内对用户的心电监控结果，基层医疗平台在用户诊疗计划中匹配所确定的心电监控结果对应的心电调整计划，匹配时，由于用户诊疗计划中存储有针对该用户的心电信息可能出现的所有情况的心电调整计划，确定了用户的心电监控结果后，基层医疗平台在用户诊疗计划中匹配相应的心电监控结果所对应的心电调整计划，将该心电调整计划发送至用户，具体可以文字、语音或视频等方式发送至用户的智能终端或用于监测用户心电信息的监测设备，以提醒用户按照心电调整计划中的各方案进行治疗。The ECG monitoring result of the user is determined during the monitoring period, and the primary medical platform matches the determined ECG adjustment plan corresponding to the determined ECG monitoring result in the user diagnosis plan, and the user is stored in the user diagnosis plan according to the user plan. The ECG adjustment plan of all situations in which the ECG information may appear, after determining the ECG monitoring result of the user, the primary medical platform matches the ECG adjustment plan corresponding to the corresponding ECG monitoring result in the user diagnosis plan, and the The ECG adjustment plan is sent to the user, and can be sent to the user's smart terminal or the monitoring device for monitoring the user's ECG information by text, voice or video, etc., to remind the user to perform treatment according to each scheme in the ECG adjustment plan.
参照图3，图3为本发明基于基层医疗平台的心脏病人监控方法第二实施例的流程示意图。 在本发明上述第一实施例的基础上，第二实施例中，执行步骤S10之前，该心脏病人监控方法还包括： 步骤S40，基层医疗平台与网络医院平台连接，根据用户的相关信息获取该用户对应的用户诊疗计划。Referring to FIG. 3, FIG. 3 is a schematic flowchart diagram of a second embodiment of a method for monitoring a heart disease based on a primary medical platform according to the present invention. On the basis of the above-mentioned first embodiment of the present invention, in the second embodiment, before performing step S10, the method for monitoring a heart patient further includes: In step S40, the primary medical platform is connected to the network hospital platform, and the user diagnosis plan corresponding to the user is obtained according to the related information of the user.
基层医疗平台在对其所管辖的心脏病人进行监控前，首先与网络医院平台连接，具体可通过输入登陆账号和登陆密码的方式请求连接至网络医院平台，在网络医院平台验证通过后，可根据所需获取的用户的相关信息，在网络医院中获取该用户对应的用户诊疗计划。用户的相关信息可包括用户的姓名、性别等基本信息，或者该用户在网络医院平台的唯一的挂号号码，或者包括用户所属地，或者所属社区或小区的居住信息，基层医疗平台根据这些相关信息，从网络医院平台获取对应于该用户的用户诊疗计划，以对该用户进行心电监控。Before the primary medical platform monitors the cardiologists under its jurisdiction, it first connects to the network hospital platform. Specifically, it can be connected to the network hospital platform by entering the login account and login password. After the network hospital platform is verified, it can be The user-related information of the user to be obtained is obtained in the network hospital. The related information of the user may include basic information such as the user's name, gender, or the unique registered number of the user on the network hospital platform, or the location of the user, or the living information of the community or the community, and the primary medical platform according to the related information. Obtaining a user diagnosis plan corresponding to the user from the network hospital platform to perform ECG monitoring on the user.
参照图4，图4为本发明基于基层医疗平台的心脏病人监控方法第三实施例的流程示意图。 在本发明上述第一实施例的基础上，第三实施例中，执行步骤S30之后，该心脏病人监控方法还包括： 步骤S50，基层医疗平台将异常的心电信息上传至网络医院平台，供医生分析和诊疗。Referring to FIG. 4, FIG. 4 is a schematic flowchart diagram of a third embodiment of a method for monitoring a heart disease based on a primary medical platform according to the present invention. On the basis of the above-mentioned first embodiment of the present invention, in the third embodiment, after performing step S30, the method for monitoring a heart patient further includes: In step S50, the primary medical platform uploads the abnormal ECG information to the network hospital platform for analysis and diagnosis by the doctor.
在一个预设的监控周期内，如用户的心电信息持续异常或用户的心电信息异常的次数大于预设的次数阈值，从而确定该监控周期内的心电监控结果是心电信息持续异常时，基层医疗平台将该心电监控结果上传至网络医院平台，供网络医院平台侧的医生进行分析和诊断，医生可根据用户的心电异常的严重程度，对该用户进行其他方式的治疗，也可根据分析和诊断的结果调整或重新生成心电调整计划，供用户按照新的心电调整计划中的治疗方案来执行，并在下一个监控周期通过继续监控用户在预设时间的心电信息，确定用户的心电信息恢复情况。During a preset monitoring period, if the user's ECG information continues to be abnormal or the user's ECG information is abnormally greater than the preset number of times threshold, it is determined that the ECG monitoring result in the monitoring period is that the ECG information continues to be abnormal. At the time, the primary medical platform uploads the ECG monitoring result to the network hospital platform for analysis and diagnosis by the doctor on the network hospital platform side, and the doctor can perform other treatments on the user according to the severity of the user's abnormality of the electrocardiogram. The ECG adjustment plan can also be adjusted or regenerated according to the results of analysis and diagnosis for the user to follow the treatment plan in the new ECG adjustment plan, and continue to monitor the ECG information of the user at the preset time in the next monitoring cycle. Determine the recovery of the user's ECG information.
参照图5，图5为本发明基于基层医疗平台的心脏病人监控方法第四实施例的流程示意图。 在本发明上述第一实施例的基础上，第四实施例中，执行步骤S30之后，该心脏病人监控方法还包括： 步骤S60，基层医疗平台对异常的心电信息进行标记并存储。Referring to FIG. 5, FIG. 5 is a schematic flowchart diagram of a fourth embodiment of a method for monitoring a heart disease based on a primary medical platform according to the present invention. On the basis of the above-mentioned first embodiment of the present invention, in the fourth embodiment, after performing step S30, the method for monitoring a heart disease further includes: Step S60: The primary medical platform marks and stores the abnormal ECG information.
接收到监测设备发送的用户的心电信息，并与用户诊疗计划中的标准心电信息进行对比后，如心电信息出现异常，则基层医疗平台对出现异常的心电信息进行标记并存储，具体地，可通过颜色标记或突出显示的方式标记异常的心电信息，例如，可在该用户相应的心电图中以不同的颜色或突出显示的方式标记出异常的部分，并将其存储，以供日后查看时可清楚明了的反映出用户出现异常的心电信息。本实施例中，针对每次所监测到的出现异常的心电信息，也可将其传输至网络医院平台，供网络医院平台侧的医生进行相关的统计和标记。Receiving the ECG information sent by the monitoring device and comparing it with the standard ECG information in the user's medical plan, if the ECG information is abnormal, the primary medical platform marks and stores the abnormal ECG information. Specifically, the abnormal ECG information may be marked by color marking or highlighting, for example, the abnormal part may be marked in a different color or highlighted manner in the corresponding ECG of the user, and stored, For later viewing, it can clearly and clearly reflect the abnormal ECG information of the user. In this embodiment, for each abnormally monitored ECG information, it can also be transmitted to the network hospital platform for the doctors on the network hospital platform side to perform relevant statistics and marking.
本发明还提供一种基层医疗平台。 参照图6，图6为本发明基层医疗平台第一实施例的结构示意图。 本发明第一实施例中，基层医疗平台包括： 心电监控模块10，用于根据从网络医院平台获取的用户诊疗计划，在预设的监控周期内监测用户的心电信息； 对比及统计模块20，用于分析心电信息，将心电信息与用户诊疗计划中的标准心电信息进行对比，并统计预设的监控周期内的对比结果； 计划发送模块30，用于根据预设的监控周期内的对比结果，确定该监控周期内的心电监控结果，向用户发送心电监控结果对应的心电调整计划，供用户执行心电调整计划。The invention also provides a primary medical platform. Referring to FIG. 6, FIG. 6 is a schematic structural view of a first embodiment of a primary medical platform according to the present invention. In the first embodiment of the present invention, the primary medical platform includes: an ECG monitoring module 10, configured to monitor the user's ECG information within a preset monitoring period according to the user medical treatment plan acquired from the network hospital platform; The comparison and statistics module 20 is configured to analyze the ECG information, compare the ECG information with the standard ECG information in the user diagnosis plan, and count the comparison result in the preset monitoring period; The plan sending module 30 is configured to determine an ECG monitoring result in the monitoring period according to the comparison result in the preset monitoring period, and send an ECG adjustment plan corresponding to the ECG monitoring result to the user, where the user performs the ECG adjustment plan. .
本发明实施例所提出的基层医疗平台，可以是设置在乡镇、村等地的医疗机构，也可以是设置在社区或小区的社康、诊所等医疗机构，基层医疗平台中收集了该地或者该社区或小区的所有居民的基本信息以及该居民的病史等医疗信息，通过基层医疗平台对其所管辖的慢性病病人进行监控。本实施例中以基层医疗平台对心脏病人监控的方法为例进行说明。The primary medical platform proposed by the embodiments of the present invention may be a medical institution installed in a township, a village, or the like, or may be a medical institution such as a social health clinic or a clinic set in a community or a community, and the primary medical platform collects the locality or The basic information of all residents of the community or community and the medical information such as the medical history of the resident are monitored by the primary medical platform for chronically ill patients under its jurisdiction. In this embodiment, a method for monitoring a heart disease person by a primary medical platform is taken as an example.
基层医疗平台从网络医院平台获取用户对应的用户诊疗计划，该用户诊疗计划是在网络医院平台的数据库中存储的针对每个心脏病人所形成的诊疗干预计划，用户诊疗计划中可包括用户在医院就诊时的确诊结果、对该用户进行心电监控的监控周期和在该监控周期内需监测用户的心电信息的监测时间，以及针对用户的心电信息可能出现的所有情况而制定的心电调整计划。基层医疗平台的心电监控模块10根据该用户诊疗计划中所预设的监控周期，例如监控一周内或10天内用户的心电信息，在该监控周期内对预设时间的心电信息进行监测，例如监测该用户是否存在心率失常、心肌缺血等异常情况，预设时间具体指为相应的用户所制定的心电信息监测时间点。The primary medical platform obtains the user's corresponding medical treatment plan from the network hospital platform, and the user medical treatment plan is a medical treatment intervention plan formed for each heart disease person stored in the database of the network hospital platform, and the user medical treatment plan may include the user in the hospital. The diagnosis result at the time of the visit, the monitoring period of the ECG monitoring of the user, and the monitoring time of monitoring the user's ECG information during the monitoring period, and the ECG adjustment made for all the possible situations of the user's ECG information plan. The ECG monitoring module 10 of the primary medical platform monitors the ECG information of the user within a monitoring period according to a preset monitoring period in the user's medical treatment plan, for example, monitoring the ECG information of the user within one week or 10 days. For example, the user is monitored for abnormality such as arrhythmia and myocardial ischemia, and the preset time refers specifically to the monitoring time point of the electrocardiogram information set by the corresponding user.
具体地，本实施例中，基层医疗平台可通过具有通讯功能的心电监护仪等监测设备监测用户的心电信息，基层医疗平台根据用户诊疗计划中的预设时间，通过与监测设备的通讯连接，向监测设备发送相关的心电监测指令，监测设备将监测到的用户的心电信息反馈至基层医疗平台，心电信息可以心电图的形式显示，供基层医疗平台进行分析和管理。Specifically, in this embodiment, the primary medical platform can monitor the user's ECG information through a monitoring device such as an electrocardiograph having a communication function, and the primary medical platform communicates with the monitoring device according to a preset time in the user's medical treatment plan. The connection sends the relevant ECG monitoring instruction to the monitoring device, and the monitoring device feeds back the monitored ECG information to the primary medical platform, and the ECG information can be displayed in the form of an electrocardiogram for analysis and management by the primary medical platform.
在预设时间监测到用户的心电信息后，基层医疗平台在用户诊疗计划中标准心电信息，并通过对比及统计模块20将预设时间的心电信息与该标准心电信息进行对比，以确定用户在该时间的心电信息是否正常以及发生异常的具体情况和时间等异常信息。基层医疗平台还统计在预设的监控周期内的心电信息的对比结果，以在该监控周期结束后分析该监控周期内的心电监控结果。After monitoring the user's ECG information at a preset time, the primary medical platform compares the standard ECG information in the user's medical treatment plan, and compares the ECG information of the preset time with the standard ECG information through the comparison and statistics module 20, To determine whether the user's ECG information at that time is normal and abnormal information such as the specific circumstances and time when the abnormality occurred. The primary medical platform also counts the comparison results of the ECG information within the preset monitoring period to analyze the ECG monitoring results during the monitoring period after the monitoring period ends.
在一个监控周期结束后，基层医疗平台根据在该监控周期内的对比结果，确定该监控周期内的心电监控结果，即根据在一个预设的监控周期内对用户在预设时间的心电信息的持续监控，确定在该监控周期内的心电信息是否稳定，与标准心电信息相比是否不一致或是否发生了异常。确定了心电监控结果，基层医疗平台根据心电监控结果对应的情况，在用户诊疗计划中进行匹配，匹配出该心电监控结果对应的心电调整计划，通过计划发送模块30将其发送至用户，供用户按照心电调整计划中的内容执行，以实现对用户的心电信息的基础监控以及对诊疗计划的执行情况的监控。本实施例中，心电调整计划包括药物治疗方案或其他物理治疗方法的治疗方案、饮食方案、运动方案以及治疗周期中的至少一项，用户可根据心电调整计划的指导通过药物或物理治疗的方法进行治疗，同时以饮食方案和运动方案作为辅助，在治疗周期内执行该心电调整计划中的内容。After the end of a monitoring period, the primary medical platform determines the ECG monitoring result during the monitoring period according to the comparison result in the monitoring period, that is, according to the ECG of the user at the preset time in a preset monitoring period. Continuous monitoring of information determines whether the ECG information in the monitoring period is stable, whether it is inconsistent or abnormal compared with the standard ECG information. The ECG monitoring result is determined, and the primary medical platform performs matching in the user diagnosis plan according to the situation corresponding to the ECG monitoring result, and matches the ECG adjustment plan corresponding to the ECG monitoring result, and sends it to the plan sending module 30 to The user is provided for the user to perform according to the content in the ECG adjustment plan to implement basic monitoring of the user's ECG information and monitoring the implementation of the treatment plan. In this embodiment, the ECG adjustment plan includes at least one of a treatment plan, a diet plan, an exercise plan, and a treatment cycle of the drug treatment plan or other physical therapy methods, and the user can pass the drug or physical therapy according to the guidance of the ECG adjustment plan. The method of treatment, with the aid of a diet plan and exercise program, to implement the content of the ECG during the treatment cycle.
本发明实施例通过基层医疗平台从网络医院平台获取用户诊疗计划，并在预设的监控周期内监测用户在预设时间的心电信息，将用户在预设时间的心电信息与用户诊疗计划中的标准心电信息进行对比，并统计预设的监控周期内的对比结果，根据该监控周期内的对比结果确定该监控周期内的心电监控结果，向用户发送心电监控结果对应的心电调整计划，供用户执行心电调整计划。通过基层医疗平台与网络医院平台的对接，根据用户诊疗计划对高心脏病人进行相关的参数监测、提醒和执行干预，从而提高了对心脏病人的治疗进度和治疗效果。In the embodiment of the present invention, the user medical treatment plan is obtained from the network hospital platform through the primary medical platform, and the ECG information of the user at the preset time is monitored in a preset monitoring period, and the user's ECG information and the user's medical treatment plan are preset at the preset time. The standard ECG information is compared, and the comparison result in the preset monitoring period is counted, and the ECG monitoring result in the monitoring period is determined according to the comparison result in the monitoring period, and the heart corresponding to the ECG monitoring result is sent to the user. The electric adjustment plan is for the user to implement the ECG adjustment plan. Through the docking of the primary medical platform and the network hospital platform, according to the user diagnosis and treatment plan, the relevant parameters monitoring, reminding and intervention are carried out for the high-risk person, thereby improving the treatment progress and treatment effect for the heart disease person.
在上述实施例中，计划发送模块30具体用于： 在预设的监控周期内，如根据用户诊疗计划中的标准心电信息，确定用户的心电信息持续异常，或者确定用户的心电信息异常的次数大于预设的次数阈值，确定不同情况所对应的心电监控结果； 在用户诊疗计划中匹配确定的心电监控结果对应的心电调整计划，并将匹配的心电调整计划发送至用户，以供用户执行心电调整计划。In the above embodiment, the plan sending module 30 is specifically configured to: In a preset monitoring period, for example, according to the standard ECG information in the user's medical treatment plan, it is determined that the user's ECG information continues to be abnormal, or the number of abnormalities of the user's ECG information is greater than a preset number of times threshold, and different situations are determined. Corresponding ECG monitoring results; The ECG adjustment plan corresponding to the determined ECG monitoring result is matched in the user treatment plan, and the matched ECG adjustment plan is sent to the user for the user to perform the ECG adjustment plan.
基层医疗平台根据预设的监控周期内的对比结果，确定该监控周期内的心电监控结果时，具体地，在整个监控周期内，如根据用户诊疗计划中的标准心电信息，确定每一次监测到的用户的心电信息均异常，例如每一次心电信息所反映出的都是心率过缓/心率过速，或者每一次心电信息所反映出的都是心肌不同程度的缺血，则可确定在该监控周期内对用户的心电监控结果为心电异常；或者，如根据用户诊疗计划中的标准心电信息，确定用户的心电信息异常的次数大于预设的次数阈值，也可确定在该监控周期内对用户的心电监控结果为心电异常，预设的次数可按照监控周期的天数进行相应设置，例如，监控周期为一周，则预设的次数可为4次，也就是说，在一周的监控周期内，如心电信息出现异常的次数大于4次，则可认为在该监控周期内对用户的心电监控结果为心电异常。The primary medical platform determines the ECG monitoring result during the monitoring period according to the comparison result in the preset monitoring period, specifically, each time during the entire monitoring period, such as according to the standard ECG information in the user's medical treatment plan. The monitored user's ECG information is abnormal. For example, every ECG information reflects a slow heart rate/heart rate tachycardia, or each ECG information reflects different degrees of myocardial ischemia. Then, it may be determined that the ECG monitoring result of the user is an abnormality of the electrocardiogram during the monitoring period; or, according to the standard ECG information in the user's medical treatment plan, determining that the number of abnormalities of the user's ECG information is greater than a preset number of times threshold, It can also be determined that the ECG monitoring result of the user in the monitoring period is an abnormality of the electrocardiogram, and the preset number of times can be set according to the number of days of the monitoring period. For example, if the monitoring period is one week, the preset number of times can be four times. That is to say, in the monitoring period of one week, if the number of abnormalities of the ECG information is greater than 4 times, it can be considered that the ECG of the user is monitored during the monitoring period. As a result of abnormal ECG.
此外，如在整个监控周期内，用户的心电信息均保持正常，并未出现心率过缓/心率过速，或者心肌缺血等异常情况，则可确定在该监控周期内对用户的心电监控结果为心电正常，在这种情况下，基层医疗平台只需记录所监测到的用户的心电信息，当然，也可向用户发送心电监控结果为心电正常的提示消息，并在下一个监控周期继续监控用户在预设时间的心电信息，以实现对心脏病人的长期监控和干预。In addition, if the user's ECG information remains normal throughout the monitoring period, and there is no abnormality such as heart rate tachycardia/heart rate tachycardia or myocardial ischemia, the ECG of the user during the monitoring period can be determined. The monitoring result is normal ECG. In this case, the primary medical platform only needs to record the monitored ECG information of the user. Of course, the user can also send the ECG monitoring result to the normal ECG prompt message. A monitoring cycle continues to monitor the user's ECG information at a preset time to achieve long-term monitoring and intervention for heart patients.
确定了在监控周期内对用户的心电监控结果，基层医疗平台在用户诊疗计划中匹配所确定的心电监控结果对应的心电调整计划，匹配时，由于用户诊疗计划中存储有针对该用户的心电信息可能出现的所有情况的心电调整计划，确定了用户的心电监控结果后，基层医疗平台在用户诊疗计划中匹配相应的心电监控结果所对应的心电调整计划，计划发送模块30将该心电调整计划发送至用户，具体可以文字、语音或视频等方式发送至用户的智能终端或用于监测用户心电信息的监测设备，以提醒用户按照心电调整计划中的各方案进行治疗。The ECG monitoring result of the user is determined during the monitoring period, and the primary medical platform matches the determined ECG adjustment plan corresponding to the determined ECG monitoring result in the user diagnosis plan, and the user is stored in the user diagnosis plan according to the user plan. The ECG adjustment plan of all situations in which the ECG information may appear, after determining the ECG monitoring result of the user, the primary medical platform matches the ECG adjustment plan corresponding to the corresponding ECG monitoring result in the user diagnosis plan, and plans to send The module 30 sends the ECG adjustment plan to the user, where it can be sent to the user's smart terminal or the monitoring device for monitoring the user's ECG information by text, voice or video, etc., to remind the user to follow the ECG adjustment plan. The program is treated.
参照图7，图7为本发明基层医疗平台第二实施例的结构示意图。 在上述本发明基层医疗平台第一实施例的基础上，第二实施例中，基层医疗平台还包括： 获取模块40，用于与网络医院平台连接，根据用户的相关信息获取该用户对应的用户诊疗计划。Referring to FIG. 7, FIG. 7 is a schematic structural view of a second embodiment of a primary medical platform according to the present invention. In the second embodiment, the primary medical platform further includes: The obtaining module 40 is configured to connect to the network hospital platform, and obtain a user medical treatment plan corresponding to the user according to related information of the user.
基层医疗平台在对其所管辖的心脏病人进行监控前，获取模块40首先与网络医院平台连接，具体可通过输入登陆账号和登陆密码的方式请求连接至网络医院平台，在网络医院平台验证通过后，可根据所需获取的用户的相关信息，在网络医院中获取该用户对应的用户诊疗计划。用户的相关信息可包括用户的姓名、性别等基本信息，或者该用户在网络医院平台的唯一的挂号号码，或者包括用户所属地，或者所属社区或小区的居住信息，基层医疗平台根据这些相关信息，从网络医院平台获取对应于该用户的用户诊疗计划，以对该用户进行心电监控。Before the primary medical platform monitors the cardiologists under its jurisdiction, the acquisition module 40 first connects to the network hospital platform, and specifically can input the login account and the login password to request to connect to the network hospital platform, after the network hospital platform is verified and passed. According to the information about the user that needs to be obtained, the user's medical treatment plan corresponding to the user can be obtained in the network hospital. The related information of the user may include basic information such as the user's name, gender, or the unique registered number of the user on the network hospital platform, or the location of the user, or the living information of the community or the community, and the primary medical platform according to the related information. Obtaining a user diagnosis plan corresponding to the user from the network hospital platform to perform ECG monitoring on the user.
参照图8，图8为本发明基层医疗平台第三实施例的结构示意图。 在上述本发明基层医疗平台第一实施例的基础上，第三实施例中，基层医疗平台还包括： 信息上传模块50，用于将异常的心电信息上传至网络医院平台，供医生分析和诊疗。Referring to FIG. 8, FIG. 8 is a schematic structural view of a third embodiment of a primary medical platform according to the present invention. In the third embodiment, the primary medical platform further includes: The information uploading module 50 is configured to upload abnormal ECG information to a network hospital platform for analysis and diagnosis by a doctor.
在一个预设的监控周期内，如用户的心电信息持续异常或用户的心电信息异常的次数大于预设的次数阈值，从而确定该监控周期内的心电监控结果是心电信息持续异常时，基层医疗平台的信息上传模块50将该心电监控结果上传至网络医院平台，供网络医院平台侧的医生进行分析和诊断，医生可根据用户的心电异常的严重程度，对该用户进行其他方式的治疗，也可根据分析和诊断的结果调整或重新生成心电调整计划，供用户按照新的心电调整计划中的治疗方案来执行，并在下一个监控周期通过继续监控用户在预设时间的心电信息，确定用户的心电信息恢复情况。During a preset monitoring period, if the user's ECG information continues to be abnormal or the user's ECG information is abnormally greater than the preset number of times threshold, it is determined that the ECG monitoring result in the monitoring period is that the ECG information continues to be abnormal. The information uploading module 50 of the primary medical platform uploads the ECG monitoring result to the network hospital platform for analysis and diagnosis by the doctor on the network hospital platform side, and the doctor can perform the user according to the seriousness of the user's ECG abnormality. Other ways of treatment can also adjust or regenerate the ECG adjustment plan based on the results of analysis and diagnosis for the user to follow the treatment plan in the new ECG adjustment plan, and continue to monitor the user's preset in the next monitoring cycle. The ECG information of the time determines the recovery of the user's ECG information.
参照图9，图9为本发明基层医疗平台第四实施例的结构示意图。 在上述本发明基层医疗平台第一实施例的基础上，第四实施例中，基层医疗平台还包括： 标记及存储模块60，用于对异常的心电信息进行标记并存储。Referring to FIG. 9, FIG. 9 is a schematic structural view of a fourth embodiment of a primary medical platform according to the present invention. In the fourth embodiment, the basic medical platform further includes: a marking and storage module 60 for marking and storing abnormal ECG information.
接收到监测设备发送的用户的心电信息，并与用户诊疗计划中的标准心电信息进行对比后，如心电信息出现异常，则基层医疗平台的标记及存储模块60对出现异常的心电信息进行标记并存储，具体地，可通过颜色标记或突出显示的方式标记异常的心电信息，例如，可在该用户相应的心电图中以不同的颜色或突出显示的方式标记出异常的部分，并将其存储，以供日后查看时可清楚明了的反映出用户出现异常的心电信息。本实施例中，针对每次所监测到的出现异常的心电信息，也可将其传输至网络医院平台，供网络医院平台侧的医生进行相关的统计和标记。After receiving the ECG information sent by the monitoring device and comparing with the standard ECG information in the user's medical plan, if the ECG information is abnormal, the marking and storage module 60 of the primary medical platform may have an abnormal ECG. The information is marked and stored. Specifically, the abnormal ECG information can be marked by color marking or highlighting. For example, the abnormal part can be marked in a different color or highlighted manner in the corresponding ECG of the user. And store it for later viewing to clearly reflect the abnormal ECG information of the user. In this embodiment, for each abnormally monitored ECG information, it can also be transmitted to the network hospital platform for the doctors on the network hospital platform side to perform relevant statistics and marking.
以上仅为本发明的优选实施例，并非因此限制本发明的专利范围，凡是利用本发明说明书及附图内容所作的等效结构或等效流程变换，或直接或间接运用在其他相关的技术领域，均同理包括在本发明的专利保护范围内。The above are only the preferred embodiments of the present invention, and are not intended to limit the scope of the invention, and the equivalent structure or equivalent process transformations made by the description of the present invention and the drawings are directly or indirectly applied to other related technical fields. The same is included in the scope of patent protection of the present invention.

Claims (15)

  1. 一种基于基层医疗平台的心脏病人监控方法，其特征在于，所述监控方法包括以下步骤： A method for monitoring a heart disease based on a primary medical platform, characterized in that the monitoring method comprises the following steps:
    基层医疗平台根据从网络医院平台获取的用户诊疗计划，在预设的监控周期内监测用户的心电信息；The primary medical platform monitors the user's ECG information within a preset monitoring period according to the user diagnosis plan obtained from the network hospital platform;
    基层医疗平台分析所述心电信息，将所述心电信息与所述用户诊疗计划中的标准心电信息进行对比，并统计预设的监控周期内的对比结果；The primary medical platform analyzes the ECG information, compares the ECG information with the standard ECG information in the user diagnosis plan, and counts the comparison result in the preset monitoring period;
    基层医疗平台根据预设的监控周期内的对比结果，确定该监控周期内的心电监控结果，向用户发送所述心电监控结果对应的心电调整计划，供用户执行所述心电调整计划。The primary medical platform determines the ECG monitoring result in the monitoring period according to the comparison result in the preset monitoring period, and sends the ECG adjustment plan corresponding to the ECG monitoring result to the user, and the user performs the ECG adjustment plan. .
  2. 如权利要求1所述的基于基层医疗平台的心脏病人监控方法，其特征在于，所述基层医疗平台根据从网络医院平台获取的用户诊疗计划，在预设的监控周期内监测用户的心电信息的步骤之前，所述监控方法还包括：The method for monitoring a heart disease based on a primary medical platform according to claim 1, wherein the primary medical platform monitors the user's ECG information within a preset monitoring period according to the user medical treatment plan acquired from the network hospital platform. Before the step, the monitoring method further includes:
    基层医疗平台与网络医院平台连接，根据用户的相关信息获取该用户对应的用户诊疗计划。The primary medical platform is connected with the network hospital platform, and the user diagnosis plan corresponding to the user is obtained according to the relevant information of the user.
  3. 如权利要求1所述的基于基层医疗平台的心脏病人监控方法，其特征在于，所述基层医疗平台根据预设的监控周期内的对比结果，确定该监控周期内的心电监控结果，向用户发送所述心电监控结果对应的心电调整计划的步骤之后，所述监控方法还包括：The method for monitoring a heart disease based on a primary medical platform according to claim 1, wherein the primary medical platform determines an ECG monitoring result in the monitoring period according to a comparison result in a preset monitoring period, to the user. After the step of transmitting the ECG adjustment plan corresponding to the ECG monitoring result, the monitoring method further includes:
    基层医疗平台将异常的心电信息上传至网络医院平台，供医生分析和诊疗。The primary medical platform uploads abnormal ECG information to the online hospital platform for doctors to analyze and treat.
  4. 如权利要求1所述的基于基层医疗平台的心脏病人监控方法，其特征在于，所述基层医疗平台根据预设的监控周期内的对比结果，确定该监控周期内的心电监控结果，向用户发送所述心电监控结果对应的心电调整计划的步骤之后，所述监控方法还包括步骤：The method for monitoring a heart disease based on a primary medical platform according to claim 1, wherein the primary medical platform determines an ECG monitoring result in the monitoring period according to a comparison result in a preset monitoring period, to the user. After the step of transmitting the ECG adjustment plan corresponding to the ECG monitoring result, the monitoring method further includes the steps of:
    基层医疗平台对异常的心电信息进行标记并存储。The primary medical platform marks and stores abnormal ECG information.
  5. 如权利要求1所述的基于基层医疗平台的心脏病人监控方法，其特征在于，所述基层医疗平台根据预设的监控周期内的对比结果，确定该监控周期内的心电监控结果，向用户发送所述心电监控结果对应的心电调整计划，供用户执行所述心电调整计划的步骤具体包括：The method for monitoring a heart disease based on a primary medical platform according to claim 1, wherein the primary medical platform determines an ECG monitoring result in the monitoring period according to a comparison result in a preset monitoring period, to the user. The step of transmitting the ECG adjustment plan corresponding to the ECG monitoring result for the user to perform the ECG adjustment plan specifically includes:
    在预设的监控周期内，如根据所述用户诊疗计划中的标准心电信息，确定用户的心电信息持续异常，或者确定用户的心电信息异常的次数大于预设的次数阈值，基层医疗平台确定不同情况所对应的心电监控结果；During the preset monitoring period, if the standard ECG information in the user diagnosis plan is determined, it is determined that the user's ECG information continues to be abnormal, or the number of abnormalities of the user's ECG information is greater than a preset number of thresholds, and the primary medical care is performed. The platform determines the ECG monitoring results corresponding to different situations;
    基层医疗平台在所述用户诊疗计划中匹配确定的所述心电监控结果对应的心电调整计划，并将匹配的所述心电调整计划发送至用户，以供用户执行所述心电调整计划。The primary medical platform matches the determined ECG adjustment plan corresponding to the determined ECG monitoring result in the user treatment plan, and sends the matched ECG adjustment plan to the user for the user to perform the ECG adjustment plan .
  6. 如权利要求5所述的基于基层医疗平台的心脏病人监控方法，其特征在于，所述基层医疗平台根据从网络医院平台获取的用户诊疗计划，在预设的监控周期内监测用户的心电信息的步骤之前，所述监控方法还包括：The method for monitoring a heart disease based on a primary medical platform according to claim 5, wherein the primary medical platform monitors the user's ECG information within a preset monitoring period according to the user medical treatment plan acquired from the network hospital platform. Before the step, the monitoring method further includes:
    基层医疗平台与网络医院平台连接，根据用户的相关信息获取该用户对应的用户诊疗计划。The primary medical platform is connected with the network hospital platform, and the user diagnosis plan corresponding to the user is obtained according to the relevant information of the user.
  7. 如权利要求5所述的基于基层医疗平台的心脏病人监控方法，其特征在于，所述基层医疗平台根据预设的监控周期内的对比结果，确定该监控周期内的心电监控结果，向用户发送所述心电监控结果对应的心电调整计划的步骤之后，所述监控方法还包括：The method for monitoring a heart disease based on a primary medical platform according to claim 5, wherein the primary medical platform determines an ECG monitoring result in the monitoring period according to a comparison result in a preset monitoring period, to the user After the step of transmitting the ECG adjustment plan corresponding to the ECG monitoring result, the monitoring method further includes:
    基层医疗平台将异常的心电信息上传至网络医院平台，供医生分析和诊疗。The primary medical platform uploads abnormal ECG information to the online hospital platform for doctors to analyze and treat.
  8. 如权利要求5所述的基于基层医疗平台的心脏病人监控方法，其特征在于，所述基层医疗平台根据预设的监控周期内的对比结果，确定该监控周期内的心电监控结果，向用户发送所述心电监控结果对应的心电调整计划的步骤之后，所述监控方法还包括步骤：The method for monitoring a heart disease based on a primary medical platform according to claim 5, wherein the primary medical platform determines an ECG monitoring result in the monitoring period according to a comparison result in a preset monitoring period, to the user After the step of transmitting the ECG adjustment plan corresponding to the ECG monitoring result, the monitoring method further includes the steps of:
    基层医疗平台对异常的心电信息进行标记并存储。The primary medical platform marks and stores abnormal ECG information.
  9. 一种用于权利要求1所述的心脏病人监控方法的基层医疗平台，其特征在于，所述基层医疗平台包括：A primary medical platform for use in a method for monitoring a heart disease according to claim 1, wherein the primary medical platform comprises:
    心电监控模块，用于根据从网络医院平台获取的用户诊疗计划，在预设的监控周期内监测用户的心电信息；The ECG monitoring module is configured to monitor the user's ECG information within a preset monitoring period according to the user diagnosis plan obtained from the network hospital platform;
    对比及统计模块，用于分析所述心电信息，将所述心电信息与所述用户诊疗计划中的标准心电信息进行对比，并统计预设的监控周期内的对比结果；a comparison and statistics module, configured to analyze the ECG information, compare the ECG information with standard ECG information in the user diagnosis plan, and calculate a comparison result in a preset monitoring period;
    计划发送模块，用于根据预设的监控周期内的对比结果，确定该监控周期内的心电监控结果，向用户发送所述心电监控结果对应的心电调整计划，供用户执行所述心电调整计划。a plan sending module, configured to determine an ECG monitoring result in the monitoring period according to a comparison result in a preset monitoring period, and send an ECG adjustment plan corresponding to the ECG monitoring result to the user, where the user performs the heart Electric adjustment plan.
  10. 如权利要求9所述的基层医疗平台，其特征在于，所述基层医疗平台还包括：The primary medical platform of claim 9, wherein the primary medical platform further comprises:
    获取模块，用于与网络医院平台连接，根据用户的相关信息获取该用户对应的用户诊疗计划。The obtaining module is configured to connect with the network hospital platform, and obtain the user medical treatment plan corresponding to the user according to the related information of the user.
  11. 如权利要求9所述的基层医疗平台，其特征在于，所述基层医疗平台还包括：The primary medical platform of claim 9, wherein the primary medical platform further comprises:
    信息上传模块，用于将异常的心电信息上传至网络医院平台，供医生分析和诊疗。The information uploading module is used for uploading abnormal ECG information to the network hospital platform for doctor analysis and diagnosis and treatment.
  12. 如权利要求9所述的基层医疗平台，其特征在于，所述计划发送模块具体用于：The primary medical platform according to claim 9, wherein the plan sending module is specifically configured to:
    在预设的监控周期内，如根据所述用户诊疗计划中的标准心电信息，确定用户的心电信息持续异常，或者确定用户的心电信息异常的次数大于预设的次数阈值，确定不同情况所对应的心电监控结果；During a preset monitoring period, if the standard ECG information in the user diagnosis plan is determined, it is determined that the user's ECG information continues to be abnormal, or the number of abnormalities of the user's ECG information is greater than a preset number of times threshold, and the difference is determined. The ECG monitoring results corresponding to the situation;
    在所述用户诊疗计划中匹配确定的所述心电监控结果对应的心电调整计划，并将匹配的所述心电调整计划发送至用户，以供用户执行所述心电调整计划。 The determined ECG adjustment plan corresponding to the determined ECG monitoring result is matched in the user treatment plan, and the matched ECG adjustment plan is sent to the user for the user to perform the ECG adjustment plan.
  13. 如权利要求12所述的基层医疗平台，其特征在于，所述基层医疗平台还包括：The primary medical platform of claim 12, wherein the primary medical platform further comprises:
    获取模块，用于与网络医院平台连接，根据用户的相关信息获取该用户对应的用户诊疗计划。The obtaining module is configured to connect with the network hospital platform, and obtain the user medical treatment plan corresponding to the user according to the related information of the user.
  14. 如权利要求12所述的基层医疗平台，其特征在于，所述基层医疗平台还包括：The primary medical platform of claim 12, wherein the primary medical platform further comprises:
    信息上传模块，用于将异常的心电信息上传至网络医院平台，供医生分析和诊疗。The information uploading module is used for uploading abnormal ECG information to the network hospital platform for doctor analysis and diagnosis and treatment.
  15. 如权利要求12所述的基层医疗平台，其特征在于，所述基层医疗平台还包括：The primary medical platform of claim 12, wherein the primary medical platform further comprises:
    标记及存储模块，用于对异常的心电信息进行标记并存储。A tag and storage module for tagging and storing abnormal ECG information.
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