WO2016187950A1 - Primary-level medical platform and diabetes patient monitoring method based on primary-level medical platform - Google Patents

Abstract

Disclosed is a diabetes patient monitoring method based on a primary-level medical platform. The method comprises: a primary-level medical platform monitors, according to a user diagnosis and treatment plan acquired from a network hospital platform, a blood glucose value of a user in a preset time within a preset monitoring period; the primary-level medical platform compares the blood glucose value of the user in the preset time with a blood glucose threshold value in a corresponding time in the user diagnosis and treatment plan, and makes statistics on comparison results within the preset monitoring period; and the primary-level medical platform determines, according to the comparison results within the preset monitoring period, a blood glucose monitoring result within the monitoring period, and sends a blood glucose regulating plan corresponding to the blood glucose monitoring result to the user, thus enabling the user to execute the blood glucose regulating plan. 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 diabetes patient according to a user diagnosis and treatment plan, thereby increasing the treatment progress and the treatment effect of the diabetes patient.

Description

 Primary medical platform and monitoring method for diabetics based on primary medical platform

Technical field

The present invention relates to the field of medical technology, and in particular, to a primary medical platform and a monitoring method for a diabetic based on a primary medical platform.

Background technique

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.

Summary of the invention

The main objective of the present invention is to provide a primary medical platform and a monitoring method for a diabetic based on a primary medical platform, which can comprehensively intervene and remind the implementation of the diagnosis and treatment plan for the diabetic patient, thereby improving the treatment progress and treatment for the diabetic patient. effect.

To achieve the above object, the present invention provides a method for monitoring a diabetic person based on a primary medical platform, the monitoring method comprising the following steps:

The primary medical platform monitors the user's blood glucose level at a preset time in a preset monitoring period according to the user medical treatment plan obtained from the network hospital platform;

The primary medical platform compares the blood glucose level of the user at the preset time with the blood glucose threshold of the corresponding time in the user's medical treatment plan, and counts the comparison result within the preset monitoring period;

The primary medical platform determines the blood glucose monitoring result in the monitoring period according to the comparison result in the preset monitoring period, and sends a blood glucose adjusting plan corresponding to the blood glucose monitoring result to the user for the user to execute the blood sugar adjusting plan.

Preferably, the step of monitoring, by the primary medical platform, the blood glucose level of the user at the preset time in the preset monitoring period according to the user medical treatment plan acquired from the network hospital platform comprises:

The primary medical platform sends an acquisition instruction to the monitoring device according to the monitoring time in the user's medical treatment plan within a preset monitoring period;

The primary medical platform receives the fasting blood glucose value and the postprandial blood glucose value of the user sent by the monitoring device, and analyzes and manages the fasting blood glucose value and the postprandial blood glucose value within a preset monitoring period.

Preferably, the primary medical platform determines a blood glucose monitoring result in the monitoring period according to a comparison result in a preset monitoring period, and sends a blood glucose adjusting plan corresponding to the blood glucose monitoring result to the user, where the user performs the blood glucose adjustment The steps of the plan specifically include:

During a preset monitoring period, such as when the fasting blood glucose level is continuously above or below the fasting blood glucose threshold, and/or the postprandial blood glucose level is continuously above or below the postprandial blood glucose threshold, or if the fasting blood glucose is high The primary medical platform determines different conditions when the number of times below or below the fasting blood glucose threshold is greater than a preset number of thresholds, and/or the number of postprandial blood glucose values above or below the postprandial blood glucose threshold is greater than a preset number of thresholds Corresponding blood glucose monitoring results;

The primary medical platform matches the determined blood glucose adjustment plan corresponding to the blood glucose monitoring result in the user treatment plan, and sends the matched blood glucose adjustment plan to the user for the user to execute the blood sugar adjustment plan.

Preferably, the monitoring method further includes: before the step of monitoring the blood glucose level of the user at the preset time in the 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.

Preferably, when the blood glucose level of the preset time exceeds the blood glucose threshold of the corresponding time, the primary medical platform sends the blood glucose adjustment plan to the user, after the step of the user performing the blood glucose adjustment plan, the monitoring method further includes the step :

The primary care platform marks and stores the blood glucose values for a preset time above or below the blood glucose threshold.

In addition, the present invention also provides a primary medical platform for a diabetes monitoring method, the primary medical platform comprising:

The blood glucose monitoring module is configured to monitor a blood glucose value of the user at a preset time in a preset monitoring period according to the user medical treatment plan acquired from the network hospital platform;

The comparison and statistics module is configured to compare the blood glucose value of the user at the preset time with the blood glucose threshold of the corresponding time in the user's medical treatment plan, and compare the comparison result in the preset monitoring period;

The plan sending module is configured to determine a blood glucose monitoring result in the monitoring period according to the comparison result in the preset monitoring period, and send a blood glucose adjusting plan corresponding to the blood glucose monitoring result to the user, where the user performs the blood sugar adjusting plan.

Preferably, the blood glucose monitoring module is specifically configured to:

Sending an acquisition instruction to the monitoring device according to the monitoring time in the user's medical treatment plan during the preset monitoring period;

Receiving the fasting blood glucose value and the postprandial blood glucose value of the user sent by the monitoring device, and analyzing and managing the fasting blood glucose value and the postprandial blood glucose value within a preset monitoring period.

Preferably, the plan sending module is specifically configured to:

During a preset monitoring period, such as when the fasting blood glucose level is continuously above or below the fasting blood glucose threshold, and/or the postprandial blood glucose level is continuously above or below the postprandial blood glucose threshold, or if the fasting blood glucose is high When the number of times below or below the fasting blood glucose threshold is greater than a preset number of thresholds, and/or the number of times the postprandial blood glucose value is higher or lower than the postprandial blood glucose threshold is greater than a preset number of thresholds, determining corresponding conditions Blood glucose monitoring results;

Matching the determined blood glucose adjustment plan corresponding to the blood glucose monitoring result in the user treatment plan, and transmitting the matched blood sugar adjustment plan to the user for the user to execute the blood sugar adjustment plan.

Preferably, 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.

Preferably, the primary medical platform further comprises:

A marking and storage module for marking and storing blood glucose values for a preset time above or below a blood glucose threshold.

The invention acquires a user diagnosis and treatment plan from the network hospital platform through the primary medical platform, and monitors the blood sugar value of the user at a preset time in a preset monitoring period, and compares the blood glucose value of the user at the preset time with the corresponding time in the user diagnosis plan. The blood glucose threshold is compared, and the comparison result in the preset monitoring period is counted, the blood glucose monitoring result in the monitoring period is determined according to the comparison result in the monitoring period, and the blood glucose adjusting plan corresponding to the blood glucose monitoring result is sent to the user for the user Perform a blood glucose adjustment program. Through the docking of the primary medical platform and the network hospital platform, relevant parameters monitoring, reminding and intervention intervention for diabetic patients are carried out according to the user's medical treatment plan, thereby improving the treatment progress and treatment effect for diabetic patients.

DRAWINGS

1 is a schematic flow chart of a first embodiment of a method for monitoring a diabetic person based on a primary medical platform according to the present invention;

2 is a schematic diagram of a refinement process of step S10 in FIG. 1;

3 is a schematic diagram of a refinement process of step S30 in FIG. 1;

4 is a schematic flow chart of a second embodiment of a method for monitoring a diabetic person based on a primary medical platform according to the present invention;

5 is a schematic flow chart of a third embodiment of a method for monitoring a diabetic person 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;

7 is a schematic structural view of a second embodiment of a primary medical platform according to the present invention;

FIG. 8 is a schematic structural view of a third embodiment of a primary medical platform according to the present invention.

The implementation, functional features, and advantages of the present invention will be further described in conjunction with the embodiments.

detailed description

It is understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

The monitoring method for diabetics provided by the invention obtains the corresponding user diagnosis and treatment plan of the diabetic patient through the docking of the primary medical platform and the network hospital platform, and performs related parameter monitoring, reminding and performing intervention on the diabetes patient according to the user diagnosis and treatment plan to improve Treatment progress and treatment effects for diabetic patients.

Referring to FIG. 1, FIG. 1 is a schematic flowchart diagram of a first embodiment of a method for monitoring a diabetic person based on a primary medical platform according to the present invention.

In the first embodiment of the present invention, the diabetes monitoring method based on the primary medical platform includes:

Step S10: The primary medical platform monitors the blood glucose level of the user at a preset time in a preset monitoring period according to the user medical treatment plan acquired 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. In this embodiment, a method for monitoring a diabetic person by a primary medical platform is taken as an example for description.

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 diabetic person stored in the database of the network hospital platform, and the medical treatment plan may include the user visiting the hospital. The time of diagnosis, the monitoring period for blood glucose monitoring of the user, the time of collection of blood glucose values required during the monitoring period, and the blood glucose adjustment plan for all possible conditions of the user's blood glucose level. The primary medical platform monitors the blood glucose level of the user within a monitoring period according to a preset monitoring period in the user's medical treatment plan, for example, monitoring the blood glucose level of the user within one week or 10 days, and the preset time is specifically referred to as corresponding The user's blood glucose monitoring time point.

Step S20: The primary medical platform compares the blood glucose level of the user at the preset time with the blood glucose threshold of the corresponding time in the user's medical treatment plan, and counts the comparison result within the preset monitoring period;

After monitoring the blood glucose level of the user at the preset time, the primary medical platform matches the blood glucose threshold of the corresponding time in the user diagnosis plan, and compares the blood glucose value of the preset time with the blood glucose threshold corresponding to the time to determine the user. The blood glucose level at this time is too high or too low. The primary care platform also counts the blood glucose comparison results within a preset monitoring period to analyze the blood glucose monitoring results during the monitoring period after the monitoring period ends.

In step S30, the primary medical platform determines the blood glucose monitoring result in the monitoring period according to the comparison result in the preset monitoring period, and sends a blood glucose adjusting plan corresponding to the blood glucose monitoring result to the user for the user to perform the blood sugar adjusting plan.

After the end of a monitoring period, the primary medical platform determines the blood glucose monitoring result in the monitoring period according to the comparison result in the monitoring period, that is, according to the blood glucose level of the user at the preset time within a preset monitoring period. Continuous monitoring to determine if the blood glucose level during the monitoring period is stable, whether it continues to be above the blood glucose threshold, or continues below the blood glucose threshold. The blood glucose monitoring result is determined, and the primary medical platform matches the user's medical treatment plan according to the corresponding situation of the blood glucose monitoring result, matches the blood glucose adjustment plan corresponding to the blood glucose monitoring result, and sends it to the user for the user to follow the blood sugar adjustment plan. The content is executed to achieve basic monitoring of the user's blood glucose level and monitoring of the implementation of the treatment plan. In this embodiment, the blood glucose adjustment plan includes at least one of a drug treatment plan, a diet plan, an exercise plan, and a treatment cycle, and the user can perform the drug treatment according to the guidance of the blood sugar adjustment plan, and adopts the diet plan and the exercise plan as the diet plan and the exercise plan. Auxiliary, the content of the blood glucose adjustment plan is executed during the treatment cycle.

The embodiment of the invention acquires the user diagnosis and treatment plan from the network hospital platform through the primary medical platform, and monitors the blood glucose value of the user at the preset time in the preset monitoring period, and corresponds the blood glucose value of the user at the preset time to the user diagnosis plan. The blood glucose threshold of the time is compared, and the comparison result in the preset monitoring period is counted, the blood glucose monitoring result in the monitoring period is determined according to the comparison result in the monitoring period, and the blood glucose adjusting plan corresponding to the blood glucose monitoring result is sent to the user, Allows the user to perform a blood glucose adjustment program. Through the docking of the primary medical platform and the network hospital platform, relevant parameters monitoring, reminding and intervention intervention for diabetic patients are carried out according to the user's medical treatment plan, thereby improving the treatment progress and treatment effect for diabetic patients.

Referring to FIG. 2, FIG. 2 is a schematic diagram of the refinement process of step S10 in FIG. In the above embodiment, step S10 specifically includes: Step S101: The primary medical platform sends an acquisition instruction to the monitoring device according to the monitoring time in the user's medical treatment plan within a preset monitoring period; Step S102: The primary medical platform receives the fasting blood glucose value and the postprandial blood glucose value of the user sent by the monitoring device, and analyzes and manages the fasting blood glucose value and the postprandial blood glucose value within a preset monitoring period.

After obtaining the user's medical treatment plan of the user, the primary medical platform sends an acquisition instruction to the monitoring device for collecting the blood sugar level of the user according to the preset monitoring time of each day in the preset monitoring period, and the monitoring device has The communication function blood glucose meter can communicate with the primary medical platform, receive the acquisition instruction sent by the primary medical platform, and feed back the measured blood sugar value of the user to the primary medical platform. The monitoring device collects the fasting blood sugar value and the postprandial blood sugar value of the user, and specifically, it is preferable to collect the fasting blood sugar value of the user before the meal in the morning and the postprandial blood sugar value after eating the breakfast for two hours, because the blood sugar values at the two time points are more It can accurately reflect the user's blood sugar condition, and the monitoring device will send the collected fasting blood glucose value and postprandial blood glucose value to the primary medical platform. The primary medical platform records the daily fasting blood glucose level and postprandial blood glucose value of the user in the monitoring period; and compares the fasting blood glucose level and the postprandial blood glucose value with the corresponding blood glucose threshold, and records each in the monitoring period. The results of the comparison are based on the statistical analysis of the comparison results within a monitoring period to determine the blood glucose monitoring results during the monitoring period.

Referring to FIG. 3, FIG. 3 is a schematic diagram of the refinement process of step S30 in FIG. In the above embodiment, step S30 specifically includes: Step S301, in a preset monitoring period, if the fasting blood glucose level is continuously higher or lower than the fasting blood glucose threshold, and/or the postprandial blood glucose value is continuously higher or lower than the postprandial blood glucose threshold, or, such as, fasting The primary medical platform when the blood glucose level is higher or lower than the fasting blood glucose threshold than the preset threshold, and/or the postprandial blood glucose value is higher or lower than the postprandial blood glucose threshold is greater than the preset threshold Determine the blood glucose monitoring results corresponding to different situations;

The primary medical platform determines the blood glucose monitoring result during the monitoring period according to the comparison result in the preset monitoring period, specifically, if the fasting blood glucose level is continuously higher or lower than the fasting blood glucose threshold value during the entire monitoring period, and / or the postprandial blood glucose level is continuously higher or lower than the postprandial blood glucose threshold, it can be determined that the blood glucose monitoring result for the user during the monitoring period is that the blood glucose level is continuously higher or lower than the blood glucose threshold; or, such as fasting blood glucose The value of the value above or below the fasting blood glucose threshold is greater than a preset number of thresholds, and/or the number of times the postprandial blood glucose value is higher or lower than the postprandial blood glucose threshold is greater than a preset number of thresholds, and may also be determined The blood glucose monitoring result of the user during the monitoring period is that the blood glucose level is continuously higher or lower than the blood glucose threshold, 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 may be 4 times, that is to say, during the monitoring period of one week, if the number of times the blood glucose level is higher or lower than the blood glucose threshold is greater than 4 times, the blood of the user during the monitoring period can be considered. The result of sugar monitoring is that the blood glucose level continues to be above or below the blood glucose threshold.

In addition, if the user's fasting blood glucose level and/or postprandial blood glucose level remain stable throughout the monitoring period and are not above or below the blood glucose threshold, it may be determined that the blood glucose monitoring result for the user during the monitoring period is The blood glucose level is stable. In this case, the primary medical platform only needs to record the user's fasting blood glucose level and/or postprandial blood glucose value and blood glucose monitoring result. Of course, the user can also send the blood glucose monitoring result to the blood glucose value stable prompt message. And continue to monitor the user's blood glucose level at the preset time in the next monitoring cycle to achieve long-term monitoring and intervention for diabetic patients.

Step S302, the primary medical platform matches the determined blood glucose adjustment plan corresponding to the blood glucose monitoring result in the user diagnosis plan, and sends the matched blood sugar adjustment plan to the user for the user to perform the blood sugar adjustment plan. The blood glucose monitoring result is determined for the user during the monitoring period, and the primary medical platform matches the determined blood glucose monitoring plan corresponding to the determined blood glucose monitoring result in the user medical treatment plan. When matching, the user's medical treatment plan stores the blood sugar level for the user. The blood glucose adjustment plan of all the cases that may occur, after determining the blood glucose monitoring result of the user, the primary medical platform matches the blood glucose adjustment plan corresponding to the corresponding blood glucose monitoring result in the user medical treatment plan, and sends the blood sugar adjustment plan to the user, specifically It can be sent to the user's smart terminal or monitoring device for collecting the user's blood sugar value by text, voice or video to remind the user to follow the various schemes in the blood glucose adjustment plan.

In this embodiment, if the blood glucose monitoring result of the user is that the blood glucose level is continuously higher or lower than the blood glucose threshold, the primary medical platform uploads the blood glucose monitoring result to the network hospital platform for analysis and diagnosis by the doctor on the network hospital platform side. And adjust or regenerate the glycemic adjustment plan based on the results of the analysis and diagnosis.

Referring to FIG. 4, FIG. 4 is a schematic flowchart diagram of a second embodiment of a method for monitoring a diabetic person based on a primary medical platform according to the present invention. According to the first embodiment of the present invention, in the second embodiment, before the step S10 is performed, the monitoring method 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.

Before the primary health care platform monitors the diabetics 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 based on 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 blood glucose monitoring on the user.

Referring to FIG. 5, FIG. 5 is a schematic flowchart diagram of a third embodiment of a method for monitoring a diabetic person based on a primary medical platform according to the present invention. Based on the first embodiment of the present invention, in the third embodiment, after performing the foregoing step S30, the monitoring method further includes: In step S50, the primary medical platform marks and stores the blood glucose value of the preset time above or below the blood glucose threshold.

Receiving the fasting blood glucose value and the postprandial blood glucose value of the user sent by the monitoring device, and comparing with the corresponding blood glucose threshold, if the blood glucose value is higher or lower than the blood glucose threshold of the corresponding time, the blood glucose value is marked And storing, in particular, the blood glucose value can be marked by color marking or highlighting, and stored for later clearing to reflect the time and blood sugar level corresponding to the abnormal blood sugar value of the user. In this embodiment, for each monitored blood glucose level above or below the blood glucose threshold, 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.

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: a blood glucose monitoring module 10, configured to monitor a blood glucose value of the user at a preset time in a preset monitoring period according to a user medical treatment plan acquired from the network hospital platform; The comparison and statistics module 20 is configured to compare the blood glucose value of the user at the preset time with the blood glucose threshold of the corresponding time in the user's medical treatment plan, and count the comparison result in the preset monitoring period; The plan sending module 30 is configured to determine a blood glucose monitoring result in the monitoring period according to the comparison result in the preset monitoring period, and send a blood glucose adjusting plan corresponding to the blood glucose monitoring result to the user for the user to perform the blood sugar adjusting 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. In this embodiment, a method for monitoring a diabetic person by a primary medical platform is taken as an example for description.

The blood glucose monitoring module 10 of the primary medical platform obtains the user's medical treatment plan corresponding to the user from the network hospital platform, and the user medical treatment plan is a medical treatment intervention plan formed for each diabetic person stored in the database of the network hospital platform, and the medical treatment plan can be It includes the diagnosis result of the user's visit to the hospital, the monitoring period of blood glucose monitoring for the user, the collection time of the blood glucose collected during the monitoring period, and the blood glucose adjustment for all possible conditions of the user's blood sugar level. plan. The primary medical platform monitors the blood glucose level of the user within a monitoring period according to a preset monitoring period in the user's medical treatment plan, for example, monitoring the blood glucose level of the user within one week or 10 days, and the preset time is specifically referred to as corresponding The user's blood glucose monitoring time point.

After monitoring the blood glucose level of the user at the preset time, the primary medical platform matches the blood glucose threshold of the corresponding time in the user's medical treatment plan, and the comparison and statistics module 20 performs the blood glucose level of the preset time and the blood glucose threshold corresponding to the time. Contrast to determine if the user's blood glucose level at this time is too high or too low. The comparison and statistics module 20 also counts the blood glucose value comparison results within a preset monitoring period to analyze the blood glucose monitoring results during the monitoring period after the monitoring period ends.

After the end of a monitoring period, the primary medical platform determines the blood glucose monitoring result in the monitoring period according to the comparison result in the monitoring period, that is, according to the blood glucose level of the user at the preset time within a preset monitoring period. Continuous monitoring to determine if the blood glucose level during the monitoring period is stable, whether it continues to be above the blood glucose threshold, or continues below the blood glucose threshold. The blood glucose monitoring result is determined, and the primary medical platform performs matching in the user diagnosis plan according to the situation corresponding to the blood glucose monitoring result, and matches the blood glucose adjustment plan corresponding to the blood glucose monitoring result, and the plan sending module 30 sends the blood glucose adjustment plan to the user for the user to follow. The content of the blood glucose adjustment plan is implemented to achieve basic monitoring of the user's blood glucose level and monitoring of the implementation of the treatment plan. In this embodiment, the blood glucose adjustment plan includes at least one of a drug treatment plan, a diet plan, an exercise program, and a treatment cycle.

The embodiment of the invention acquires the user diagnosis and treatment plan from the network hospital platform through the primary medical platform, and monitors the blood glucose value of the user at the preset time in the preset monitoring period, and corresponds the blood glucose value of the user at the preset time to the user diagnosis plan. The blood glucose threshold of the time is compared, and the comparison result in the preset monitoring period is counted, the blood glucose monitoring result in the monitoring period is determined according to the comparison result in the monitoring period, and the blood glucose adjusting plan corresponding to the blood glucose monitoring result is sent to the user, Allows the user to perform a blood glucose adjustment program. Through the docking of the primary medical platform and the network hospital platform, relevant parameters monitoring, reminding and intervention intervention for diabetic patients are carried out according to the user's medical treatment plan, thereby improving the treatment progress and treatment effect for diabetic patients.

In the above embodiment, the blood glucose monitoring module 10 is specifically configured to: Sending an acquisition instruction to the monitoring device according to the monitoring time in the user's medical treatment plan during the preset monitoring period;

The fasting blood glucose value and the postprandial blood glucose value of the user sent by the monitoring device are received, and the fasting blood glucose value and the postprandial blood glucose value are analyzed and managed within a preset monitoring period.

After the primary medical platform obtains the user's medical treatment plan, the blood glucose monitoring module 10 sends an acquisition instruction to the monitoring device for collecting the user's blood sugar level according to the preset monitoring time of each day in the preset monitoring period, and monitors The device collects the fasting blood glucose value and the postprandial blood glucose value of the user, and specifically collects the fasting blood glucose value of the user before the meal in the morning and the postprandial blood glucose value after two hours of eating the breakfast, and the fasting blood glucose value of the user that the monitoring device will collect. And postprandial blood glucose values are sent to the primary care platform. The blood glucose monitoring module 10 records the fasting blood glucose level and the postprandial blood glucose value of the user every day in the monitoring period; and compares each fasting blood glucose value and the postprandial blood glucose value with the blood glucose threshold, and records each time in the monitoring period. The results are compared to determine the blood glucose monitoring results during the monitoring period based on the statistical results of the comparison results within one monitoring period.

In the above embodiment, the plan sending module 30 is specifically configured to: During a preset monitoring period, such as when the fasting blood glucose level is continuously above or below the fasting blood glucose threshold, and/or the postprandial blood glucose level is continuously above or below the postprandial blood glucose threshold, or if the fasting blood glucose is high When the number of times below or below the fasting blood glucose threshold is greater than a preset number of thresholds, and/or the number of times the postprandial blood glucose value is higher or lower than the postprandial blood glucose threshold is greater than a preset number of thresholds, determining corresponding conditions Blood glucose monitoring results;

The blood glucose adjustment plan corresponding to the determined blood glucose monitoring result is matched in the user treatment plan, and the matched blood sugar adjustment plan is sent to the user for the user to perform the blood sugar adjustment plan.

The primary medical platform determines the blood glucose monitoring result during the monitoring period according to the comparison result in the preset monitoring period, specifically, if the fasting blood glucose level is continuously higher or lower than the fasting blood glucose threshold value during the entire monitoring period, and / or the postprandial blood glucose level is continuously higher or lower than the postprandial blood glucose threshold, it can be determined that the blood glucose monitoring result for the user during the monitoring period is that the blood glucose level is continuously higher or lower than the blood glucose threshold; or, such as fasting blood glucose The value of the value above or below the fasting blood glucose threshold is greater than a preset number of thresholds, and/or the number of times the postprandial blood glucose value is higher or lower than the postprandial blood glucose threshold is greater than a preset number of thresholds, and may also be determined The blood glucose monitoring result of the user during the monitoring period is that the blood glucose level is continuously higher or lower than the blood glucose threshold, 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 may be 4 times, that is to say, during the monitoring period of one week, if the number of times the blood glucose level is higher or lower than the blood glucose threshold is greater than 4 times, the blood of the user during the monitoring period can be considered. The result of sugar monitoring is that the blood glucose level continues to be above or below the blood glucose threshold.

In addition, if the user's fasting blood glucose level and/or postprandial blood glucose level remain stable throughout the monitoring period and are not above or below the blood glucose threshold, it may be determined that the blood glucose monitoring result for the user during the monitoring period is The blood glucose level is stable. In this case, the primary medical platform only needs to record the user's fasting blood glucose level and/or postprandial blood glucose value and blood glucose monitoring result, and can also send a prompt message to the user that the blood glucose monitoring result is stable blood sugar level, and The user's blood glucose level at the preset time is continuously monitored during the next monitoring cycle.

The blood glucose monitoring result is determined for the user during the monitoring period, and the primary medical platform matches the determined blood glucose monitoring plan corresponding to the determined blood glucose monitoring result in the user medical treatment plan. When matching, the user's medical treatment plan stores the blood sugar level for the user. The blood glucose adjustment plan of all the cases that may occur, after determining the blood glucose monitoring result of the user, the primary medical platform matches the blood glucose adjustment plan corresponding to the corresponding blood glucose monitoring result in the user diagnosis plan, and the blood sugar adjustment plan is planned by the plan sending module 30. The method is sent to the user, and can be sent to the user's smart terminal or the monitoring device for collecting the user's blood sugar level by text, voice or video, etc., to remind the user to perform treatment according to each scheme in the blood sugar adjustment plan.

In this embodiment, if the blood glucose monitoring result of the user is that the blood glucose level continues to be higher or lower than the blood glucose threshold, the primary medical platform uploads the blood glucose monitoring result to the network hospital platform through the plan sending module 30 for the network hospital platform side. The doctor performs analysis and diagnosis and adjusts or regenerates the blood glucose adjustment plan based on the results of the analysis and diagnosis.

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. On the basis of the first embodiment of the primary medical platform of 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.

Before the primary health care platform monitors the diabetics under its jurisdiction, it first connects to the network hospital platform through the acquisition module 40. Specifically, it can request to connect to the network hospital platform by inputting the login account and login password, and verifying the network hospital platform. After that, the user's medical treatment plan corresponding to the user can be obtained in the network hospital according to the relevant information of the user that needs to be obtained. 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 blood glucose monitoring on the user.

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. On the basis of the first embodiment of the primary medical platform of the present invention, in the third embodiment, the primary medical platform further includes: The marking and storage module 50 is configured to mark and store the blood glucose value of the preset time above or below the blood glucose threshold.

After receiving the fasting blood glucose value and the postprandial blood glucose value of the user sent by the monitoring device, and comparing with the corresponding blood glucose threshold, if the blood glucose value is higher or lower than the blood glucose threshold of the corresponding time, the marking and storage module 50 is passed. The blood glucose value is marked and stored. Specifically, the blood glucose value can be marked by color marking or highlighting, and stored for later time to clearly reflect the time corresponding to the abnormal blood sugar value of the user. And the size of the blood sugar level. In this embodiment, for each monitored blood glucose level above or below the blood glucose threshold, 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.

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.  A method for monitoring a diabetic person based on a primary medical platform, characterized in that the monitoring method comprises the following steps:

   The primary medical platform monitors the user's blood glucose level at a preset time in a preset monitoring period according to the user medical treatment plan obtained from the network hospital platform;

   The primary medical platform compares the blood glucose level of the user at the preset time with the blood glucose threshold of the corresponding time in the user's medical treatment plan, and counts the comparison result within the preset monitoring period;

   The primary medical platform determines the blood glucose monitoring result in the monitoring period according to the comparison result in the preset monitoring period, and sends a blood glucose adjusting plan corresponding to the blood glucose monitoring result to the user for the user to execute the blood sugar adjusting plan.
2. The method for monitoring a diabetic person based on a primary medical platform according to claim 1, wherein the primary medical platform monitors the user at a preset time in a preset monitoring period according to the user medical treatment plan acquired from the network hospital platform. Before the step of blood sugar level, 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.
3. The method for monitoring a diabetic person based on a primary medical platform according to claim 1, wherein when the blood glucose level of the preset time exceeds the blood glucose threshold of the corresponding time, the primary medical platform sends a blood glucose adjustment plan to the user for After the user performs the step of the blood glucose adjustment plan, the monitoring method further includes the steps of:

   The primary care platform marks and stores the blood glucose values for a preset time above or below the blood glucose threshold.
4. The method for monitoring a diabetic person based on a primary medical platform according to claim 1, wherein the primary medical platform monitors the user at a preset time in a preset monitoring period according to the user medical treatment plan acquired from the network hospital platform. The steps of the blood sugar level specifically include:

   The primary medical platform sends an acquisition instruction to the monitoring device according to the monitoring time in the user's medical treatment plan within a preset monitoring period;

   The primary medical platform receives the fasting blood glucose value and the postprandial blood glucose value of the user sent by the monitoring device, and analyzes and manages the fasting blood glucose value and the postprandial blood glucose value within a preset monitoring period.
5. The method for monitoring a diabetic person based on a primary medical platform according to claim 4, wherein the primary medical platform monitors the user at a preset time in a preset monitoring period according to the user medical treatment plan acquired from the network hospital platform. Before the step of blood sugar level, 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.
6. The method for monitoring a diabetic person based on a primary medical platform according to claim 4, wherein when the blood glucose level of the preset time exceeds the blood glucose threshold of the corresponding time, the primary medical platform sends a blood glucose adjustment plan to the user for After the user performs the step of the blood glucose adjustment plan, the monitoring method further includes the steps of:

   The primary care platform marks and stores the blood glucose values for a preset time above or below the blood glucose threshold.
7. The method for monitoring a diabetes person based on a primary medical platform according to claim 1, wherein the primary medical platform determines a blood glucose monitoring result in the monitoring period according to a comparison result in a preset monitoring period, and sends the result to the user. The blood glucose adjustment plan corresponding to the blood glucose monitoring result, and the step for the user to perform the blood sugar adjustment plan specifically includes:

   During a preset monitoring period, such as when the fasting blood glucose level is continuously above or below the fasting blood glucose threshold, and/or the postprandial blood glucose level is continuously above or below the postprandial blood glucose threshold, or if the fasting blood glucose is high The primary medical platform determines different conditions when the number of times below or below the fasting blood glucose threshold is greater than a preset number of thresholds, and/or the number of postprandial blood glucose values above or below the postprandial blood glucose threshold is greater than a preset number of thresholds Corresponding blood glucose monitoring results;

   The primary medical platform matches the determined blood glucose adjustment plan corresponding to the blood glucose monitoring result in the user treatment plan, and sends the matched blood glucose adjustment plan to the user for the user to execute the blood sugar adjustment plan.
8. The method for monitoring a diabetes person based on a primary medical platform according to claim 7, wherein the primary medical platform monitors the user at a preset time in a preset monitoring period according to the user medical treatment plan acquired from the network hospital platform. Before the step of blood sugar level, 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.
9. The method for monitoring a diabetic person based on a primary medical platform according to claim 7, wherein when the blood glucose level of the preset time exceeds the blood glucose threshold of the corresponding time, the primary medical platform sends a blood glucose adjustment plan to the user for After the user performs the step of the blood glucose adjustment plan, the monitoring method further includes the steps of:

   The primary care platform marks and stores the blood glucose values for a preset time above or below the blood glucose threshold.
10. A primary medical platform for use in a method for monitoring a diabetic person according to claim 1, wherein the primary medical platform comprises:

    The blood glucose monitoring module is configured to monitor a blood glucose value of the user at a preset time in a preset monitoring period according to the user medical treatment plan acquired from the network hospital platform;

    The comparison and statistics module is configured to compare the blood glucose value of the user at the preset time with the blood glucose threshold of the corresponding time in the user's medical treatment plan, and compare the comparison result in the preset monitoring period;

    The plan sending module is configured to determine a blood glucose monitoring result in the monitoring period according to the comparison result in the preset monitoring period, and send a blood glucose adjusting plan corresponding to the blood glucose monitoring result to the user, where the user performs the blood sugar adjusting plan.
11. The primary medical platform of claim 10, wherein 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.
12. The primary medical platform according to claim 10, wherein the blood glucose monitoring module is specifically configured to:

    Sending an acquisition instruction to the monitoring device according to the monitoring time in the user's medical treatment plan during the preset monitoring period;

    Receiving the fasting blood glucose value and the postprandial blood glucose value of the user sent by the monitoring device, and analyzing and managing the fasting blood glucose value and the postprandial blood glucose value within a preset monitoring period.
13. The primary medical platform according to claim 10, wherein the plan sending module is specifically configured to:

    During a preset monitoring period, such as when the fasting blood glucose level is continuously above or below the fasting blood glucose threshold, and/or the postprandial blood glucose level is continuously above or below the postprandial blood glucose threshold, or if the fasting blood glucose is high When the number of times below or below the fasting blood glucose threshold is greater than a preset number of thresholds, and/or the number of times the postprandial blood glucose value is higher or lower than the postprandial blood glucose threshold is greater than a preset number of thresholds, determining corresponding conditions Blood glucose monitoring results;

    Matching the determined blood glucose adjustment plan corresponding to the blood glucose monitoring result in the user treatment plan, and transmitting the matched blood sugar adjustment plan to the user for the user to execute the blood sugar adjustment plan.
14. The primary medical platform according to claim 13, wherein 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.
15. The primary medical platform according to claim 13, wherein the primary medical platform further comprises:

    A marking and storage module for marking and storing blood glucose values for a preset time above or below a blood glucose threshold.