阅读说明：本技术 一种主动健康管理与监测系统及方法 (Active health management and monitoring system and method ) 是由 邝建 李延兵 杨奕彬 刘烈华 夏英华 何群 张舒婷 于 2021-08-18 设计创作，主要内容包括：本发明公开了一种主动健康管理与监测系统及方法,该系统包括：云平台、个体终端和医生终端；所述个人终端通过云平台与医生终端建立无线连接；所述个体终端用于用户登录系统,并上传个人基本信息及诊疗数据；所述云平台用于对数据和信息经筛选整合后建立一份医疗及健康电子档案,并授权医生终端用户访问及管理；所述医生终端用于用户登录授权,针对个体终端用户的医疗及健康电子档案进行智能判断,为个体终端用户提供诊断分析。本发明能够为受试者建立一个持续更新和完善的医疗及健康电子档案,同时针对受试者具体医疗健康数据,以及最新医学进展等进行智能判断,全面管理和监测糖尿病人的身体状况的在线医疗平台。(The invention discloses an active health management and monitoring system and a method thereof, wherein the system comprises: the system comprises a cloud platform, an individual terminal and a doctor terminal; the personal terminal is in wireless connection with the doctor terminal through the cloud platform; the individual terminal is used for a user to log in the system and upload personal basic information and diagnosis and treatment data; the cloud platform is used for establishing a medical and health electronic file after screening and integrating data and information, and authorizing a doctor terminal user to access and manage; the doctor terminal is used for user login authorization, intelligent judgment is carried out on medical and health electronic files of the individual terminal users, and diagnosis analysis is provided for the individual terminal users. The invention can establish a continuously updated and perfect medical and health electronic file for the testee, and simultaneously, the invention can carry out intelligent judgment aiming at the specific medical and health data of the testee, the latest medical progress and the like, thereby comprehensively managing and monitoring the online medical platform of the physical condition of the diabetes patients.)

1. An active health management and monitoring system, comprising: the system comprises a cloud platform, an individual terminal and a doctor terminal; the individual terminal establishes wireless connection with the doctor terminal through the cloud platform;

the individual terminal is used for uploading personal basic information and diagnosis and treatment data to the cloud platform; the cloud platform is used for establishing medical and health electronic files corresponding to each user after screening and integrating the personal basic information and the diagnosis and treatment data, and authorizing a doctor terminal to access and manage; the doctor terminal is used for a doctor to check and manage the medical and health electronic file and to exchange and ask an individual terminal user;

the individual terminal comprises an index detection module and a health knowledge module;

the index detection module is used for detecting and generating the diagnosis and treatment data, and comprises: the blood glucose monitoring system comprises a blood glucose recording unit, a blood pressure recording unit, a glycosylated hemoglobin recording unit, a blood oxygen saturation unit, a BMI value unit and a step number unit; the blood sugar recording unit is used for detecting and recording blood sugar values of the user at different time intervals; the blood pressure recording unit is used for detecting and recording a blood pressure value and a heart rate value; the glycosylated hemoglobin recording unit is used for detecting and recording the level of glycosylated hemoglobin; the blood oxygen saturation degree module is used for detecting and recording the blood oxygen saturation degree of a user; the BMI value unit is used for manually recording the height and the weight of a user, and the system automatically calculates the BMI; the step number unit is used for automatically displaying the real-time step number;

the health knowledge module is used for a user to view relevant knowledge about diabetes and prevention thereof.

2. The active health management and monitoring system of claim 1, wherein the individual terminal further comprises a logging module; the recording module includes: the system comprises a medicine taking unit, a diet unit, a movement unit, an examination unit and a medical record unit;

the medication unit is used for uploading medication information to a user;

the diet unit is used for adding diet records to the user;

the motion unit records the real-time step number and sends the real-time step number to the step number unit;

the inspection list unit is used for a user to upload an inspection list;

the medical record list unit is used for a user to upload a medical record list.

3. The active health management and monitoring system of claim 1 or 2, wherein the individual terminal further comprises an information setting module; the information setting module includes: a personal information unit, a health screening unit, a questionnaire unit and a card management unit;

the personal information unit is used for a user to input personal basic information;

the health screening unit is used for automatically obtaining the probability of the user suffering from diabetes;

the questionnaire survey unit is used for making questionnaire surveys for users;

the card management unit is used for the user to perform personalized adjustment on the index icon card sequence.

4. The active health management and monitoring system of claim 1, wherein the physician terminal comprises a physician homepage module;

the doctor homepage module comprises: a doctor information unit, a problem feedback unit and a management protocol unit;

the doctor information unit is used for a doctor to input personal information of the doctor;

the question feedback unit is used for feeding back system questions and viewing use instructions by doctors;

the management protocol unit is used for doctors to manage the doctor-patient protocol content.

5. The active health management and monitoring system of claim 4, wherein the physician terminal further comprises an advisory module; the consultation module comprises: adding a patient unit, a group sending message unit, a patient management unit and a chat recording unit;

the patient adding unit is used for adding patient information for doctors;

the group sending message unit is used for doctors to send information in a group way;

the patient management unit is used for doctors to perform grouping management on the patients;

the chat recording unit is used for recording the chat content between the doctor and the patient.

6. The active health management and monitoring system of claim 5, wherein the physician terminal further comprises a studio module; the studio module includes: the system comprises a diagnosis and treatment recording unit, a patient medication unit, an examination order unit and a follow-up visit planning unit;

the diagnosis and treatment recording unit is used for a doctor to check and diagnose the medical and health electronic files;

the patient medication unit is used for a doctor to check a patient medication record;

the detection unit is used for a doctor to check a patient examination order;

the follow-up plan unit is used for a doctor to make a follow-up plan of the patient.

7. An active health management and monitoring method, performed by the active health management and monitoring system of any one of claims 1-6, comprising the steps of:

the individual terminal is used for logging in the system by a user and uploading personal basic information, and diagnosis and treatment data are uploaded after user indexes are detected;

the cloud platform establishes a medical and health electronic file after screening and integrating diagnosis and treatment data and personal basic information uploaded by a user;

and the doctor terminal logs in for authorization through the doctor terminal, so that a doctor can check the medical and health electronic files of the individual terminal user and provide diagnosis and analysis for the individual terminal user.

Technical Field

The invention relates to the field of online medical platforms, in particular to a system and a method for active health management and monitoring.

Background

With the wide application of the mobile phone small programs, the life of people is more convenient, and various mobile phone small programs are in endless, wherein a plurality of medical small programs are not lacked. There are many medical procedures that are associated with diabetes.

The major functions currently implemented by the small programs involved in diabetes are mostly relatively limited. For example, the main functions of the diabetic diet query are to query nutrients contained in certain food, monitor whether the diabetic is suitable for eating, control the eating amount and the like, and are only limited to the query of diet taboos of the diabetic and the query of diet for preventing diabetes by the lack of normal people; in the prior art, a small program blood sugar record Helper helps a user to monitor a blood sugar value all the time, but is limited to the blood sugar value, but in practice, diabetes is monitored by a plurality of indexes, such as blood pressure, blood fat, glycated hemoglobin, blood oxygen saturation, weight and the like, only a single blood sugar index is monitored, so that the situation of diabetes occurrence induced by other reasons is inevitably missed, the success probability of diabetes monitoring is reduced, a function of monitoring diabetes on all sides cannot be realized in the small programs, and a function of monitoring the health condition of a diabetic can be realized by comprehensively managing the body of the diabetic in one small program.

Moreover, these applets can only be compared by the user according to the monitoring value and the standard value, so as to unilaterally judge the physical condition, and no doctor can diagnose the state of an illness according to some measurement indexes and actual conditions of the patient, so that the doctor cannot give suggestions in time, and cannot communicate with the user in question in time, thereby effectively taking measures.

An effective solution to the problems in the related art has not been proposed yet.

Disclosure of Invention

The invention aims to provide an active health management and monitoring system and method to solve the problems of simplification of diet inquiry applicable people and diabetes detection indexes and improvement of detection result evaluation accuracy.

To achieve the above object, the present invention provides an active health management and monitoring system, comprising: the system comprises a cloud platform, an individual terminal and a doctor terminal; the individual terminal establishes wireless connection with the doctor terminal through the cloud platform;

the individual terminal is used for uploading personal basic information and diagnosis and treatment data to the cloud platform; the cloud platform is used for establishing medical and health electronic files corresponding to each user after screening and integrating the personal basic information and the diagnosis and treatment data, and authorizing a doctor terminal to access and manage; the doctor terminal is used for a doctor to check and manage the medical and health electronic file and to exchange and ask an individual terminal user;

the individual terminal comprises an index detection module and a health knowledge module;

the index detection module is used for detecting and generating the diagnosis and treatment data, and comprises: the blood glucose monitoring system comprises a blood glucose recording unit, a blood pressure recording unit, a glycosylated hemoglobin recording unit, a blood oxygen saturation unit, a BMI value unit and a step number unit; the blood sugar recording unit is used for detecting and recording blood sugar values of the user at different time intervals; the blood pressure recording unit is used for detecting and recording a blood pressure value and a heart rate value; the glycosylated hemoglobin recording unit is used for detecting and recording the level of glycosylated hemoglobin; the blood oxygen saturation degree module is used for detecting and recording the blood oxygen saturation degree of a user; the BMI value unit is used for manually recording the height and the weight of a user, and the system automatically calculates the BMI; the step number unit is used for automatically displaying the real-time step number;

the health knowledge module is used for a user to view relevant knowledge about diabetes and prevention thereof.

Further, the individual terminal further comprises a recording module; the recording module includes: the system comprises a medicine taking unit, a diet unit, a movement unit, an examination unit and a medical record unit;

the medication unit is used for uploading medication information to a user;

the diet unit is used for adding diet records to the user;

the motion unit records the real-time step number and sends the real-time step number to the step number unit;

the inspection list unit is used for a user to upload an inspection list;

the medical record list unit is used for a user to upload a medical record list.

Furthermore, the individual terminal also comprises an information setting module; the information setting module includes: a personal information unit, a health screening unit, a questionnaire unit and a card management unit;

the personal information unit is used for a user to input personal basic information;

the health screening unit is used for automatically obtaining the probability of the user suffering from diabetes;

the questionnaire survey unit is used for making questionnaire surveys for users;

the card management unit is used for the user to perform personalized adjustment on the index icon card sequence.

Further, the doctor terminal comprises a doctor homepage module;

the doctor homepage module comprises: a doctor information unit, a problem feedback unit and a management protocol unit;

the doctor information unit is used for a doctor to input personal information of the doctor;

the question feedback unit is used for feeding back system questions and viewing use instructions by doctors;

the management protocol unit is used for doctors to manage the doctor-patient protocol content.

Further, the doctor terminal also comprises an advisory module; the consultation module comprises: adding a patient unit, a group sending message unit, a patient management unit and a chat recording unit;

the patient adding unit is used for adding patient information for doctors;

the group sending message unit is used for doctors to send information in a group way;

the patient management unit is used for doctors to perform grouping management on the patients;

the chat recording unit is used for recording the chat content between the doctor and the patient.

Further, the doctor terminal also comprises a working room module; the studio module includes: the system comprises a diagnosis and treatment recording unit, a patient medication unit, an examination order unit and a follow-up visit planning unit;

the diagnosis and treatment recording unit is used for a doctor to check and diagnose the medical and health electronic files;

the patient medication unit is used for a doctor to check a patient medication record;

the detection unit is used for a doctor to check a patient examination order;

the follow-up plan unit is used for a doctor to make a follow-up plan of the patient.

Correspondingly, the embodiment of the invention also provides an active health management and monitoring method, which specifically comprises the following steps:

the individual terminal is used for logging in the system by a user and uploading personal basic information, and diagnosis and treatment data are uploaded after user indexes are detected;

the cloud platform establishes a medical and health electronic file after screening and integrating diagnosis and treatment data and personal basic information uploaded by a user;

and the doctor terminal logs in for authorization through the doctor terminal, so that a doctor can check the medical and health electronic files of the individual terminal user and provide diagnosis and analysis for the individual terminal user.

Compared with the prior art, the invention has the following beneficial effects:

the individual terminal provides knowledge of relevant diabetes and prevention thereof, can better enable a diabetic to learn and stop relevant eating habits and life styles aggravating diabetes, can also enable normal people to well prevent diabetes, improves the consciousness level of people for preventing diabetes, can detect diagnosis and treatment data of relevant diabetes by a user, uploads the diagnosis and treatment data to a cloud platform to generate medical and health electronic files of the user according to personal basic information of the user, and finally, the doctor can check and manage the medical and health files by the doctor terminal, and makes an inquiry with the user of the individual terminal, so that the accuracy of the monitoring system is greatly improved, and the diabetic can conveniently know the body condition of the diabetic in time.

Drawings

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings needed in the embodiments will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art to obtain other drawings without creative efforts.

FIG. 1 is a schematic diagram of an embodiment of an active health management and monitoring system provided by the present invention;

FIG. 2 is a flowchart illustrating an embodiment of an active health management and monitoring method according to the present invention.

Detailed Description

The invention is further described with reference to the following drawings and detailed description:

as shown in fig. 1-2, the present invention provides an active health management and monitoring system, which comprises: cloud platform 120, individual terminal 110, and doctor terminal 130; the individual terminal 110 establishes a wireless connection with the doctor terminal 130 through the cloud platform 120.

The individual terminal 110 is used for uploading personal basic information and diagnosis and treatment data to the cloud platform 120; the cloud platform 120 is configured to establish a medical and health electronic file corresponding to each user after screening and integrating the personal basic information and the diagnosis and treatment data, and authorize the doctor terminal 130 to access and manage the personal basic information and the diagnosis and treatment data.

The individual terminal includes an index detection module 111, a health knowledge module 113, a recording module 112, and an information setting module 114.

In this embodiment, the index detection module 111 is configured to detect and generate the medical data, and includes: the blood glucose monitoring system comprises a blood glucose recording unit, a blood pressure recording unit, a glycosylated hemoglobin recording unit, a blood oxygen saturation unit, a BMI value unit and a step number unit; the blood glucose recording unit is used for detecting and recording blood glucose values of a user in different time periods, can record six times, namely fasting blood glucose, 2 hours after breakfast, lunch, 2 hours after lunch, supper and 2 hours after supper, can display time and date when recording is carried out in each recording, can also add information of remark description of the user, can display fonts with different colors in a recording result, respectively represents that the result value is low, normal and high, can automatically generate a weekly report after recording one week, records fasting number of times, pre-meal recorded number of times and postprandial recorded number of times, and displays average blood glucose and total measured number, hyperglycemia number of times and hypoglycemia number of times; the blood pressure recording unit is used for detecting and recording a blood pressure value and a heart rate value, and can directly display time, whether the blood pressure is normal or not and reading a blood pressure result; the glycosylated hemoglobin recording unit is used for detecting and recording the level of glycosylated hemoglobin, and automatically displaying the measurement date and the measurement time, and the maximum value and the minimum value of the normal range; the oxyhemoglobin saturation module is used for detecting and recording the oxyhemoglobin saturation of a user and displaying whether the oxyhemoglobin saturation is normal or not; the BMI value unit is used for manually recording the height and the weight of a user, and the system automatically calculates the BMI; the step number unit is used for automatically displaying real-time step number, consumed calories and walking kilometers, allowing a user to view weekly historical data and authorizing WeChat exercise.

In this embodiment, the health knowledge module 113 is used for the user to view the relevant knowledge about diabetes and its prevention, including: pathogenic factors causing diabetes, some typical symptoms of diabetes, some possibly caused complications, attention required by daily life of a diabetic patient, diet contraindications, diet collocation, exercise intensity, knowledge on how to prevent diabetes and the like.

In the present embodiment, the recording module 112 includes: the system comprises a medicine taking unit, a diet unit, a movement unit, an examination unit and a medical record unit; the medication unit is used for uploading information of the taken medicines, including key information such as medicine boxes, medicine names, administration units, dosage components and the like, to a user, and adjusting medication date and medication time of the user; the diet unit is used for a user to add diet records, namely uploading the records of three meals a day, respectively recording the dining date and the dining time, and scientifically collocating the daily diet of the patient; the motion unit records the real-time step number and sends the real-time step number to the step number unit; the inspection list unit is used for a user to upload an inspection list, and comprises the following steps: CT, magnetic resonance, X-ray, electrocardiogram, laboratory sheet and other examination sheets, inputting examination sheet date and examination time, and indicating the type of the examination sheet by a user; the medical record list unit is used for a user to upload a medical record list, and comprises the following steps: endocrinology department, cardiology department, cardiac surgery department, xerostomia department, ophthalmology department, orthopedics department, dermatology department, emergency treatment and other medical record lists.

In this embodiment, the information setting module 114 includes: a personal information unit, a health screening unit, a questionnaire unit and a card management unit; the personal information unit is used for a user to input personal basic information, such as information of age, sex, identification card number, birth date, height, weight and the like; the health screening unit is used for automatically obtaining the probability of the user suffering from diabetes, and the health screening unit comprises a diabetes risk screening small tool which is convenient for the user to measure and screen, not only aiming at the diabetes patient, but also aiming at each user, wherein the diabetes risk screening small tool is a diabetes risk screening small tool which is independently researched and developed, and the probability of the user suffering from diabetes is automatically obtained by counting the age, the sex, the waist length, the height, the weight, the blood pressure range, whether the direct relatives have diabetes history and the like; the questionnaire survey unit is used for making questionnaire surveys for users; the card management unit is used for the user to perform personalized adjustment on the index icon card sequence.

Further, the doctor terminal 130 is used for a doctor to view and manage the medical and health electronic files, and to perform an inquiry with the user of the individual terminal 110. Including a doctor home module 131, an advisory module 132, and a studio module 133.

In this embodiment, the doctor home page module 131 includes: a doctor information unit, a problem feedback unit and a management protocol unit; the doctor information unit is used for a doctor to input personal information of the doctor, and comprises: the personal basic information of doctors such as doctor names, positions, working experience, belonging hospitals and departments and the like is uploaded by the doctors, the sex is filled in, personal introduction is added, and the personal information of the doctors is perfected; the question feedback unit is used for feeding back system questions and viewing use instructions by doctors; the management protocol unit is used for doctors to manage doctor-patient protocol content and comprises the following steps: manage user registration and privacy agreements, counseling service agreements, and the like.

In this embodiment, the advisory module 132 includes: adding a patient unit, a group sending message unit, a patient management unit and a chat recording unit; the patient adding unit is used for adding patients by doctors; the group sending message unit is used for doctors to send information in a group way; the patient management unit is used for doctors to perform grouping management on the patients; the chat recording unit is used for recording the chat content between the doctor and the patient.

In this embodiment, the working chamber module 133 includes: the system comprises a diagnosis and treatment recording unit, a patient medication unit, an examination order unit and a follow-up visit planning unit; the diagnosis and treatment recording unit is used for a doctor to check and diagnose the medical and health electronic files; the patient medication unit is used for a doctor to check a patient medication record; the detection unit is used for a doctor to check a patient examination order; the follow-up plan unit is used for a doctor to make a follow-up plan of the patient.

Specifically, the health electronic profile includes: the doctor can see the diagnosis and treatment condition of the patient, the past history and physical sign data of the patient are displayed in the detail page of the patient, and the past history is the past medical history, family medical history, medicine allergy history, food and contact allergy history, smoking history, drinking history, operation or trauma of the patient and the like; the physical sign data shows the measured values of blood sugar, blood pressure and the like counted by the patient at an individual terminal, the comprehensive view of the blood sugar abnormal times, blood pressure abnormal times and blood pressure and blood sugar of the patient is displayed, the data details, date, time and specific numerical values of the blood sugar and blood pressure of each time recorded by the patient and remark information filled by the patient are further arranged below the chart, and doctors can remark and group the data according to the specific condition of each patient, and most importantly, different follow-up plans can be made for different patients.

Referring to fig. 2, an embodiment of the present invention further provides an active health management and monitoring method, which includes:

step 201: the individual terminal 110 is used for a user to log in the system and upload personal basic information, and diagnosis and treatment data are uploaded after user indexes are detected.

Specifically, the individual terminal 110 user may voluntarily provide various information such as personal health, exercise, and medical data through various ways such as automatic synchronization of the smart device, image uploading, and manual input.

Step 202: the cloud platform 120 creates a medical and health electronic archive after screening and integrating the diagnosis and treatment data and the personal basic information uploaded by the user.

Specifically, the cloud platform 120 first establishes a medical health record for the subject by the certified medical practitioner, then receives the diagnosis and treatment data and information of the subject in each stage of medical center and the active uploading part of the subject, and finally establishes a continuously updated and refined medical and health electronic record for the subject.

Step 203: the doctor terminal 130 logs in through the doctor terminal for authorization for the doctor to check the medical and health electronic files of the individual terminal user and to provide diagnostic analysis for the individual terminal user.

Specifically, the specific medical health data and the latest medical progress of the individual terminal 110 user are intelligently judged, and the individual terminal 110 user is provided with push of targeted medical reminding, medical health knowledge, continuing medical education and the like.

Meanwhile, the doctor terminal 130 can upload the managed medical data or communication information of the patient to the cloud platform, and match and integrate the managed medical data or communication information with the health and medical data voluntarily provided by the user, so that the medical health record of the individual terminal user is constructed and perfected.

For the convenience of understanding the above technical solutions of the present invention, the following detailed description is made of the working principle or the operation mode of the present invention in the practical process:

in practical application, the individual terminal 110 authorizes use, the doctor terminal 130 verifies the phone number verification code, and uses the unique identification information of the user to log in to obtain the use authority, so as to protect privacy and ensure safety, the cloud platform 120 firstly establishes a medical health file for the subject by the authenticated medical practitioner, then respectively receiving diagnosis and treatment data and information of the subject in each stage of medical center and self-monitoring data and information actively uploaded by the subject at an individual terminal, finally establishing a continuously updated and perfect medical and health electronic file for the subject after the data and the information are screened and integrated, meanwhile, the intelligent judgment is carried out on specific medical health data of the subject, the latest medical progress and the like, the push of targeted medical reminding, medical health knowledge, medical education continuation and the like is provided for individual terminals and doctor terminal users, and the online medical platform is used for comprehensively managing and monitoring the physical condition of the diabetic patients.

The invention can be applied to the terminal equipment which can support a plurality of video display windows to play channels, for example, the terminal equipment can be various processing equipment with a multi-screen display function. For example, the mobile communication device may be a subscriber unit, a subscriber station, a mobile station, a remote terminal, a mobile device, a User terminal, a wireless communication device, a User agent, a User Equipment or a User Equipment (UE) having a multi-screen display function, and may also be other computing devices having a screen, such as a smart phone, a personal computer, a tablet computer, a wireless phone, a handheld device, a vehicle-mounted device, and the like, but the present application is not limited thereto.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.