CN113571154A - System suitable for diabetes reversion method - Google Patents
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Abstract
The present application proposes a system suitable for a diabetes reversal method, the system comprising: the blood glucose monitoring system comprises a blood glucose detector, a patient terminal, a doctor terminal and a server, wherein the blood glucose detector, the patient terminal and the doctor terminal are respectively connected with the server through a network; the blood sugar detector includes: identity recognition device, blood sugar detection device and communication device, the server includes: patient's archives management module and reversal diagnostic module, the diagnosis module that reverses includes: the system comprises a diet management unit, an exercise management unit, an emotion management unit and a doctor diagnosis unit. The system realizes generation of daily diet plan, exercise plan and emotion plan for the patient according to the reversion treatment scheme, so that the patient can know specific matters to be managed and controlled every day, daily data of the patient are collected through the patient terminal and compared with the management and control scheme, and when the daily data exceed a preset range, a warning is given out, so that the system is favorable for monitoring the execution condition of the patient and can timely remind and supervise the patient by finding problems.
Description
Technical Field
The invention relates to the technical field of diabetes reversion, in particular to a system suitable for a diabetes reversion method.
Background
Medically, diabetes reversal means complete diabetes remission, which is defined as more than one year glycated hemoglobin (HbA1C) ≦ 6.5%, and no hypoglycemic drugs are used for at least 2 consecutive months, which is very strict, not only specifying the hypoglycemic target, but also requiring a time to reach the target of at least 1 year, and there are three methods for diabetes remission at present: first, intensive lifestyle intervention for overweight/obese patients; II, metabolic surgery treatment aiming at overweight/obese patients; and thirdly, drug treatment aiming at newly diagnosed patients.
For the above-mentioned diabetes reversing method for enhancing lifestyle intervention, since a patient is in a diabetes-developing environment for a long time, it is very difficult to directly change the lifestyle after detecting diabetes, wherein particularly in enhancing the lifestyle, it is equivalent to re-establishing an almost completely new lifestyle, which requires strong self-control in the establishment process, which most people lack, which results in that most people can only meet partial requirements of diabetes reversing, seriously affecting the reversing effect, and in the patient reversing process, a doctor can only give suggestions according to the patient condition after a long time interval, which cannot effectively fit the specific condition of the patient, further reducing the patient reversing efficiency.
Disclosure of Invention
In view of the above-mentioned problem of inefficient reversal due to failure to conform to the patient's details in intensive life intervention, a system suitable for use in a method of reversing diabetes is provided, the system comprising: the blood glucose monitoring system comprises a blood glucose detector, a patient terminal, a doctor terminal and a server, wherein the blood glucose detector, the patient terminal and the doctor terminal are respectively connected with the server through a network;
the blood sugar detector includes: the identity recognition device, blood sugar detection device and communication device, including in the server: a patient profile management module and a reversal diagnostic module, the reversal diagnostic module comprising: the system comprises a diet management unit, a motion management unit, an emotion management unit and a doctor diagnosis unit;
the physician terminal is configured to suggest a reversal therapy regimen based on the current condition of the patient, the reversal therapy regimen comprising: a diet opinion, an exercise opinion and an emotion opinion, sending the reversal therapy protocol and corresponding patient information to the server;
the server is used for sending the reversion treatment scheme to the physician diagnosis unit, the physician diagnosis unit is used for sending the diet opinion to the diet management unit, the exercise opinion to the exercise management unit and the emotion opinion to the emotion management unit;
the diet management unit is used for generating a diet scheme according to the diet opinions, and the diet scheme is recorded in a form of a table and comprises a diet plan of each day in a future preset time period;
the exercise management unit is used for generating an exercise scheme according to the exercise opinions, and the exercise scheme is recorded in a table form and comprises an exercise plan of each day in a future preset time period;
the emotion management unit is used for generating an emotion scheme according to the emotion opinions, and the emotion scheme is recorded in a table form and comprises an emotion plan of each day in a future preset time period;
the diet management unit, the exercise management unit and the emotion management unit are respectively connected with the patient file management module;
the diet management unit is used for sending a diet scheme to the patient profile management module, the exercise management unit is used for sending an exercise scheme to the patient profile management module, and the emotion management unit is used for sending an emotion scheme to the patient profile management module;
the patient file management module is used for arranging according to the diet scheme, the exercise scheme and the emotion scheme, generating a daily management and control scheme corresponding to a corresponding patient within a future preset time period, and sending the management and control scheme to the patient terminal;
the blood glucose detector is used for identifying the identity of a patient with blood glucose to be detected through the identity recognition device, detecting the blood glucose of the patient through the blood glucose detection device, sending a blood glucose detection result and the identity of the patient to the server together, so that the server associates the identity of the patient with the blood glucose detection result and stores the patient identity and the blood glucose detection result in the patient file management module;
the patient terminal is used for receiving a management and control scheme so that the patient can perform daily management according to the management and control scheme;
the patient terminal is further used for obtaining daily data of the patient, and the daily data comprises: exercise data, diet data and mood data, sending the daily data to the patient profile management module in the server;
the patient file management module is also used for comparing the daily data with the control scheme, and if the daily data exceeds a preset range, a warning is sent to the patient terminal;
the patient record management module is further used for recording daily blood sugar detection results of the patient, storing the daily blood sugar detection results, daily management and control schemes and daily data in a correlation mode, generating a statistical table, analyzing the behaviors and results of the patient based on the statistical table, and sending the analysis results to the doctor terminal so that the doctor can make a next-stage reversal treatment scheme according to the analysis results.
The system suitable for the diabetes reversing method comprises the steps that firstly, a physician terminal proposes a reversing treatment scheme (comprising diet opinions, exercise opinions and emotion opinions), then the diet opinions, the exercise opinions and the emotion opinions are respectively sent to a corresponding diet management unit, an exercise management unit and an emotion management unit, the diet management unit is used for generating a daily diet plan in a future preset time period of a patient, the exercise management unit is used for generating a daily exercise plan in the future preset time period of the patient, the emotion management unit is used for generating a daily emotion plan in the future preset time period of the patient, so that the patient can execute according to the daily diet plan, the exercise plan and the emotion plan, meanwhile, the daily data of the patient are collected through the patient terminal, then the daily data are compared with a control scheme, and if the daily data exceed a preset range, a warning is sent to the patient terminal, the system realizes generation of daily diet plan, exercise plan and emotion plan for the patient according to a reversal treatment scheme, enables the patient to execute according to the daily diet plan, exercise plan and emotion plan, enables the patient to know specific matters to be managed and controlled every day, collects daily data of the patient through the patient terminal, compares the daily data with the management and control scheme, and gives a warning when the daily data exceeds a preset range, so that the system is favorable for monitoring the execution condition of the patient and can timely remind and supervise the patient when finding problems. In addition, the patient record management module is also used for recording daily blood sugar detection results, and the behavior and the results of the patient can be analyzed according to the daily management and control scheme, daily data and the daily blood sugar detection results, so that a doctor can make a more targeted reversal treatment scheme of the next stage according to the analysis results. The system suitable for the diabetes reversion method can make scientific diet plan, exercise plan and emotion plan for a patient, supervise the behavior of the patient by collecting daily data, remind the patient in time when finding a problem, and provide a reference basis for treatment in the next stage by monitoring the daily behavior of the patient and daily blood sugar detection results, so that the reversion treatment scheme more fitting the actual condition of the patient can be made, and the reversion efficiency is greatly improved.
Drawings
FIG. 1 is a block diagram of a system suitable for use in a diabetes reversal method in one embodiment.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
As shown in fig. 1, a system suitable for use in a diabetes reversal method, the system comprising: the blood glucose monitoring system comprises a blood glucose monitor 100, a patient terminal 200, a doctor terminal 300 and a server 400, wherein the blood glucose monitor, the patient terminal and the doctor terminal are respectively connected with the server through networks;
the blood glucose monitor 100 includes: an identification device 102, a blood sugar detection device 104 and a communication device 106, wherein the server 400 comprises: a patient profile management module 402 and a reversal diagnostic module 404, the reversal diagnostic module 404 comprising: a diet management unit 404A, a motion management unit 404B, an emotion management unit 404C, and a physician diagnosis unit 404D;
the doctor diagnosis unit 404D is connected to the diet management unit 404A, the exercise management unit 404B, and the emotion management unit 404C, respectively.
The physician terminal 300 is used to propose a reversal therapy regime based on the current condition of the patient, the reversal therapy regime comprising: a diet opinion, an exercise opinion and an emotion opinion, sending the reversal therapy protocol and corresponding patient information to the server;
the doctor terminal is used by a doctor, the doctor proposes a reversal treatment scheme according to the current situation of the patient, and the reversal treatment scheme is sent to the server through the doctor terminal. Reversal regimens included diet, exercise and emotional opinions. Other opinions, such as medical treatment opinions, etc., may of course be included, with emphasis on diet, exercise, and mood involved in daily life as part of the study of this application is a life intervention.
The server 400 is configured to send the reversal therapy plan to the physician's diagnosis unit, which is configured to send the diet opinion to the diet management unit, the exercise opinion to the exercise management unit, and the emotion opinion to the emotion management unit;
the diet management unit 404A is configured to generate a diet plan according to the diet opinion, wherein the diet plan is recorded in a form of a table and comprises diet plans of each day in a preset time period in the future;
the exercise management unit 404B is configured to generate an exercise scheme according to the exercise opinion, where the exercise scheme is recorded in a form of a table and includes an exercise plan for each day in a preset time period in the future;
the emotion management unit 404C is configured to generate an emotion plan according to the emotion opinions, where the emotion plan is recorded in a form of a table and includes an emotion plan for each day in a preset time period in the future;
the diet management unit 404A, the exercise management unit 404B, and the emotion management unit 404C are respectively connected to the patient profile management module 402;
the diet management unit 404A is configured to send a diet regimen to the patient profile management module, the exercise management unit 404B is configured to send an exercise regimen to the patient profile management module, and the mood management unit 404C is configured to send a mood regimen to the patient profile management module;
wherein, the diet management unit 404A, the exercise management unit 404B and the emotion management unit 404C are respectively used for generating a scientific daily diet plan, exercise plan and emotion plan for the patient. The diet plan includes the type and amount of food consumed daily, and the exercise plan includes: the kind of daily exercise and the amount of exercise, the mood plan includes ways to maintain a pleasant mood on a daily basis. The diet management unit, the exercise management unit and the emotion management unit can automatically generate daily diet plans, exercise plans and emotion plans for patients without manual intervention, time and labor are saved, the applicability of the system is greatly improved, and the use cost of the patients is reduced.
The patient profile management module 402 is configured to organize the diet plan, the exercise plan, and the emotion plan, generate a management and control plan for each day in a future preset time period corresponding to a corresponding patient, and send the management and control plan to the patient terminal 200;
the patient file management module is used for integrating the diet scheme, the exercise scheme and the emotion scheme, generating a control scheme and sending the daily control scheme to the patient terminal, so that the patient can clearly manage diet, exercise and emotion every day, and the implementation of the patient is facilitated. And setting a daily reminding function at the patient terminal to remind the management and control scheme to be completed on the same day.
The blood glucose monitor 100 is configured to identify the identity of a patient with blood glucose to be detected through the identity recognition device, perform a blood glucose test on the patient through the blood glucose detection device, send a blood glucose test result and the identity of the patient to the server together, so that the server associates the identity of the patient with the blood glucose test result and stores the patient identity and the blood glucose test result in the patient profile management module 402;
wherein, for making blood glucose monitor can supply a plurality of people to use, also be provided with identification device on blood glucose monitor simultaneously in order to make blood glucose testing result and patient can accurately correspond. The identity recognition device is used for recognizing the identity of the patient, and can adopt fingerprint recognition, face recognition and card reading recognition, such as reading identity card information and the like.
The patient terminal 200 is used for receiving a management and control scheme so that the patient can perform daily management according to the management and control scheme;
the patient terminal 200 refers to a terminal used by a patient, such as a mobile phone. By sending the management scheme to the mobile phone of the patient, the patient can execute the daily diet plan, the exercise plan and the emotion plan in the management scheme.
The patient terminal 200 is further configured to obtain daily data of the patient, the daily data including: exercise data, diet data, and mood data, sending the daily data to the patient profile management module 402 in the server;
the patient terminal 200 is used for acquiring daily data of a patient, and the daily data of the patient can be acquired through daily records of the patient or acquired through a wearable device connected with the patient terminal. For example, the motion data and emotion data of the patient can be acquired by connecting the wearable device to a patient terminal. In one embodiment, the diet data of the patient can be obtained by a diet detection device, the diet detection device comprises a camera and an electronic scale, the camera is used for shooting the type of food contained in the diet, and the electronic scale is used for weighing the weight of the food.
The patient profile management module 402 is further configured to compare the daily data with the management and control scheme, and send an alarm to the patient terminal if the daily data exceeds a preset range.
Wherein, in order to manage and control the daily of patient, compare daily data with the data in the management and control scheme, if surpass and predetermine the scope, then in time send out the warning, remind the patient to notice. The preset range is set in advance, for example, the preset range of the diet is set to be 110% of the regulatory scheme data, that is, the warning is given when the diet data exceeds 110% of the regulatory data.
The patient profile management module 402 is further configured to record a daily blood glucose test result of the patient, store the daily blood glucose test result and a daily management and control scheme as well as daily data in an associated manner, generate a statistical table, analyze the patient's behavior and results based on the statistical table, and send the analysis result to the physician terminal, so that the physician can formulate a next-stage reversal therapy scheme according to the analysis result.
The patient file management module is used for receiving and recording daily blood sugar detection results of a patient, receiving and recording daily data of the patient, generating a statistical form together with a daily management and control scheme, effectively analyzing past behaviors (including diet, exercise and emotion) and corresponding results (blood sugar results) of the patient based on the statistical form to obtain an analysis result, and the analysis result is convenient for a doctor to refer so as to make a reversion treatment scheme more fitting the actual next stage of the patient, so that the reversion efficiency is improved.
The system suitable for the diabetes reversing method comprises the steps that firstly, a physician terminal proposes a reversing treatment scheme (comprising diet opinions, exercise opinions and emotion opinions), then the diet opinions, the exercise opinions and the emotion opinions are respectively sent to a corresponding diet management unit, an exercise management unit and an emotion management unit, the diet management unit is used for generating a daily diet plan in a future preset time period of a patient, the exercise management unit is used for generating a daily exercise plan in the future preset time period of the patient, the emotion management unit is used for generating a daily emotion plan in the future preset time period of the patient, so that the patient can execute according to the daily diet plan, the exercise plan and the emotion plan, meanwhile, the daily data of the patient are collected through the patient terminal, then the daily data are compared with a control scheme, and if the daily data exceed a preset range, a warning is sent to the patient terminal, the system realizes generation of daily diet plan, exercise plan and emotion plan for the patient according to a reversal treatment scheme, enables the patient to execute according to the daily diet plan, exercise plan and emotion plan, enables the patient to know specific matters to be managed and controlled every day, collects daily data of the patient through the patient terminal, compares the daily data with the management and control scheme, and gives a warning when the daily data exceeds a preset range, so that the system is favorable for monitoring the execution condition of the patient and can timely remind and supervise the patient when finding problems. In addition, the patient record management module is also used for recording daily blood sugar detection results, and the behavior and the results of the patient can be analyzed according to the daily management and control scheme, daily data and the daily blood sugar detection results, so that a doctor can make a more targeted reversal treatment scheme of the next stage according to the analysis results. The system suitable for the diabetes reversion method can make scientific diet plan, exercise plan and emotion plan for a patient, supervise the behavior of the patient by collecting daily data, remind the patient in time when finding a problem, and provide a reference basis for treatment in the next stage by monitoring the daily behavior of the patient and daily blood sugar detection results, so that the reversion treatment scheme more fitting the actual condition of the patient can be made, and the reversion efficiency is greatly improved.
In one embodiment, the diet management unit includes: a diet plan generating unit and a food data storage unit; the food data storage unit stores a food list suitable for diabetics, and the food list comprises: the nutrient content of each food; the diet plan generating unit is used for generating a daily diet plan for the patient according to the diet suggestion and the food list, and the diet plan comprises the food types and the consumption of daily intake.
Wherein, the food data storage unit records a food list suitable for the diabetic, and the food list comprises the content of each food in the nutrient elements. Dietary recommendations include the nutrition and content of the dietary intake. A daily diet plan can be generated for the patient based on the dietary recommendations and food listings. Specifically, a plurality of candidate foods which are in accordance with the nutrition suggestions of the dietary intakes included in the dietary suggestions are selected from the dietary lists to form a candidate food list, then a plurality of dietary combinations are generated according to the content of the nutrient elements of each food in the candidate food list, and the plurality of dietary combinations are randomly distributed to the daily dietary plan, so that the daily dietary plan in a future preset time period is obtained. The food list stored in the diet management unit contains the content of nutrient elements of each food, which is beneficial to generating more elaborate diet plan, and can be refined to the type and the amount of the food contained in each section of diet.
In one embodiment, the physician terminal is further configured to send patient information to the server, the patient information including: diabetes type information of the patient and height information and weight information of the patient;
the dietary plan generation unit is further configured to generate a daily dietary plan for the patient based on patient information, the dietary recommendations, and the food list.
The diet control aiming at different diabetes types is different, and the embodiment of the invention achieves a reversal effect on life intervention, mainly aiming at type II diabetes and gestational diabetes. In addition, the diet management targeted by the patient's own obesity is also not the same. Therefore, the height, weight and type of diabetes of the patient are also required when making the diet plan, so that more accurate diet making can be realized.
In one embodiment, the motion management unit includes: a motion scheme generation unit and a motion data storage unit; the exercise data storage unit stores an exercise list suitable for diabetics, and the exercise list comprises calories corresponding to each exercise; the motion scheme generation unit is used for generating a daily motion plan for the patient according to the motion suggestion and the motion list, wherein the motion plan comprises a daily motion category and corresponding motion intensity.
Among them, diabetics are more suitable for sports such as walking, running, cycling, square dance, taijiquan, swimming, etc. The movement needs to be progressive, and the movement plan generated by the movement plan generating unit for the patient according to the movement suggestions and the movement list also conforms to the progressive rule, so the movement plan not only includes the movement category but also includes the daily movement intensity. Namely, the motion scheme generating unit generates a motion plan according with the motion rule for the corresponding patient according to the motion suggestion and the motion list. For example, assume 10 days as a course of treatment, the exercise program for the first 3 days is to walk 1 hour a day (consuming 300 calories), and walk 1 minute a day + run 15 minutes a day (consuming 400 calories) on days 4-5. Walk 1 hour + run 30 minutes (consuming 500 calories) daily on days 6-8, walk 1 hour + swim half an hour (consuming 600 calories) daily on days 9-10. The exercise management unit can provide a more scientific and reasonable exercise plan for the patient, thereby being beneficial to assisting in improving the reversion effect.
In one embodiment, a motion category of the patient session is first obtained as a candidate motion category, and a daily motion category and corresponding motion intensity are generated from the candidate motion category, the motion advice, and the motion list. More accurate motion types can be recommended to the patient according to the actual condition of the patient.
In one embodiment, the emotion management unit includes: the system comprises an emotion scheme generation unit and an emotion management and control mode storage unit, wherein an operation mode suitable for improving emotion of a diabetic patient is stored in the emotion management and control mode storage unit;
the emotion scheme generation unit is used for generating a daily emotion plan corresponding to the emotion suggestion according to the emotion suggestion and the operation mode for improving emotion, and the daily emotion plan comprises the operation mode for improving emotion.
The emotion management and control mode mainly comprises music listening, slow movement and the like, the emotion can affect the state of an illness, so that good emotion keeping is also one item for treating diseases, in the aspect of improving the emotion, when the emotion fluctuates, the patient can select to listen to some relaxing music or do some slow movement to relieve, so that the patient can conveniently conduct emotion management, and a little joy of managing the emotion is given in a daily emotion plan.
In one embodiment, the patient terminal is further configured to periodically remind the patient to perform according to the daily management scheme. The daily reminding function is added at the patient terminal, so that the client can be effectively reminded to execute according to the management and control scheme.
In one embodiment, the patient profile management module is further configured to generate a behavior curve of the patient based on the daily management and control plan and the daily data in the statistical table, generate a result curve corresponding to the behavior curve according to the blood glucose detection result in the statistical table, obtain a reversal result and factors affecting the reversal result according to the behavior curve and the result curve, and send the reversal result and the factors affecting the reversal result to the physician terminal, so that the physician can adjust the reversal treatment plan to make a next-stage reversal treatment plan.
The patient profile management module records daily management and control schemes, daily data (i.e. actual data) and daily blood glucose test results of the patient. According to the data in the statistical table, a behavior curve and a result curve can be respectively generated, then the reversion result and factors influencing the reversion result can be analyzed according to the behavior curve and the result curve, the influence of each factor on a patient is analyzed, a doctor can know the influence of each factor on the reversion result in the past according to the analysis result, and then a reversion treatment scheme of the next stage is made in a targeted manner, so that the reversion efficiency is favorably improved. For example, for a patient A, the effect of the movement on the reversion result is obvious, and the effect on the movement can be strengthened subsequently, so that the reversion result develops towards a good direction.
In one embodiment, the blood glucose meter further comprises: the blood pressure detection device is used for detecting the blood pressure of the patient and sending the blood pressure detection result to the server through the communication module;
the patient record management module is also used for recording the daily blood pressure detection result of the patient and storing the daily blood pressure detection result, the blood sugar detection result, the daily control scheme and the daily data in an associated manner.
Wherein, diabetes all can cause the influence to blood sugar and blood pressure, so in order to assess the patient's condition more accurately, not only will carry out blood sugar detection every day, still need carry out blood pressure detection, integrate blood pressure check device in blood sugar detector, the patient of being convenient for carries out the detection of blood sugar and blood pressure simultaneously, and blood sugar check device and blood pressure check device share a communication device and realize the network connection with the server, greatly reduced the cost.
In one embodiment, the system for a method of reversing diabetes described above further comprises: the wearable device is respectively connected with the server and the patient terminal, and is used for detecting the real-time emotion of the patient and transmitting the detected real-time emotion of the patient to the patient terminal;
and the patient terminal is also used for comparing the real-time emotion with the emotion plan, giving a prompt if the real-time emotion exceeds an emotion preset range, and giving a suggestion for improving emotion.
The wearable device can be used for detecting real-time emotion of a patient, emotion management and control can be performed on the patient more favorably through monitoring of the real-time emotion, the real-time emotion is compared with an emotion plan, when the emotion is beyond a preset range, reminding is given, and suggestions for managing and controlling the emotion are given.
In one embodiment, the wearable device is further configured to transmit the collected real-time emotions of the patient to the server, and the patient profile management module in the server is further configured to store the real-time emotions of the patient.
It will be understood by those skilled in the art that all or part of the processes of the methods of the embodiments described above can be implemented by a computer program, which can be stored in a non-volatile computer-readable storage medium, and can include the processes of the embodiments of the methods described above when the program is executed. Any reference to memory, storage, database, or other medium used in the embodiments provided herein may include non-volatile and/or volatile memory, among others. Non-volatile memory can include read-only memory (ROM), Programmable ROM (PROM), Electrically Programmable ROM (EPROM), Electrically Erasable Programmable ROM (EEPROM), or flash memory. Volatile memory can include Random Access Memory (RAM) or external cache memory. By way of illustration and not limitation, RAM is available in a variety of forms such as Static RAM (SRAM), Dynamic RAM (DRAM), Synchronous DRAM (SDRAM), Double Data Rate SDRAM (DDRSDRAM), Enhanced SDRAM (ESDRAM), Synchronous Link DRAM (SLDRAM), Rambus Direct RAM (RDRAM), direct bus dynamic RAM (DRDRAM), and memory bus dynamic RAM (RDRAM).
The technical features of the above embodiments can be arbitrarily combined, and for the sake of brevity, all possible combinations of the technical features in the above embodiments are not described, but should be considered as the scope of the present specification as long as there is no contradiction between the combinations of the technical features.
The above-mentioned embodiments only express several embodiments of the present application, and the description thereof is more specific and detailed, but not construed as limiting the scope of the present application. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the concept of the present application, which falls within the scope of protection of the present application. Therefore, the protection scope of the present patent shall be subject to the appended claims.
Claims (10)
1. A system adapted for use in a method of reversing diabetes, the system comprising: the blood glucose monitoring system comprises a blood glucose detector, a patient terminal, a doctor terminal and a server, wherein the blood glucose detector, the patient terminal and the doctor terminal are respectively connected with the server through a network;
the blood sugar detector includes: the identity recognition device, blood sugar detection device and communication device, including in the server: a patient profile management module and a reversal diagnostic module, the reversal diagnostic module comprising: the system comprises a diet management unit, a motion management unit, an emotion management unit and a doctor diagnosis unit;
the physician terminal is configured to suggest a reversal therapy regimen based on the current condition of the patient, the reversal therapy regimen comprising: a diet opinion, an exercise opinion and an emotion opinion, sending the reversal therapy protocol and corresponding patient information to the server;
the server is used for sending the reversion treatment scheme to the physician diagnosis unit, the physician diagnosis unit is used for sending the diet opinion to the diet management unit, the exercise opinion to the exercise management unit and the emotion opinion to the emotion management unit;
the diet management unit is used for generating a diet scheme according to the diet opinions, and the diet scheme is recorded in a form of a table and comprises a diet plan of each day in a future preset time period;
the exercise management unit is used for generating an exercise scheme according to the exercise opinions, and the exercise scheme is recorded in a table form and comprises an exercise plan of each day in a future preset time period;
the emotion management unit is used for generating an emotion scheme according to the emotion opinions, and the emotion scheme is recorded in a table form and comprises an emotion plan of each day in a future preset time period;
the diet management unit, the exercise management unit and the emotion management unit are respectively connected with the patient file management module;
the diet management unit is used for sending a diet scheme to the patient profile management module, the exercise management unit is used for sending an exercise scheme to the patient profile management module, and the emotion management unit is used for sending an emotion scheme to the patient profile management module;
the patient file management module is used for arranging according to the diet scheme, the exercise scheme and the emotion scheme, generating a daily management and control scheme corresponding to a corresponding patient within a future preset time period, and sending the management and control scheme to the patient terminal;
the blood glucose detector is used for identifying the identity of a patient with blood glucose to be detected through the identity recognition device, detecting the blood glucose of the patient through the blood glucose detection device, sending a blood glucose detection result and the identity of the patient to the server together, so that the server associates the identity of the patient with the blood glucose detection result and stores the patient identity and the blood glucose detection result in the patient file management module;
the patient terminal is used for receiving a management and control scheme so that the patient can perform daily management according to the management and control scheme;
the patient terminal is further used for obtaining daily data of the patient, and the daily data comprises: exercise data, diet data and mood data, sending the daily data to the patient profile management module in the server;
the patient file management module is also used for comparing the daily data with the control scheme, and if the daily data exceeds a preset range, a warning is sent to the patient terminal;
the patient record management module is further used for recording daily blood sugar detection results of the patient, storing the daily blood sugar detection results, daily management and control schemes and daily data in a correlation mode, generating a statistical table, analyzing the behaviors and results of the patient based on the statistical table, and sending the analysis results to the doctor terminal so that the doctor can make a next-stage reversal treatment scheme according to the analysis results.
2. The system of claim 1, wherein the diet management unit comprises: a diet plan generating unit and a food data storage unit;
the food data storage unit stores a food list suitable for diabetics, and the food list comprises: the nutrient content of each food;
the diet plan generating unit is used for generating a daily diet plan for the patient according to the diet suggestion and the food list, and the diet plan comprises the food types and the consumption of daily intake.
3. The system of claim 2, wherein the physician terminal is further configured to send patient information to the server, the patient information comprising: diabetes type information of the patient and height information and weight information of the patient;
the dietary plan generation unit is further configured to generate a daily dietary plan for the patient based on patient information, the dietary recommendations, and the food list.
4. The system of claim 1, wherein the motion management unit comprises: a motion scheme generation unit and a motion data storage unit;
the exercise data storage unit stores an exercise list suitable for diabetics, and the exercise list comprises calories corresponding to each exercise;
the motion scheme generation unit is used for generating a daily motion plan for the patient according to the motion suggestion and the motion list, wherein the motion plan comprises a daily motion category and corresponding motion intensity.
5. The system of claim 1, wherein the emotion management unit comprises: the system comprises an emotion scheme generation unit and an emotion management and control mode storage unit, wherein an operation mode suitable for improving emotion of a diabetic patient is stored in the emotion management and control mode storage unit;
the emotion scheme generation unit is used for generating a daily emotion plan corresponding to the emotion suggestion according to the emotion suggestion and the operation mode for improving emotion, and the daily emotion plan comprises the operation mode for improving emotion.
6. The system of claim 1, wherein the patient terminal is further configured to periodically remind the patient to follow the daily schedule.
7. The system of claim 1, wherein the patient profile management module is further configured to generate a behavior curve of the patient based on a daily management scheme and daily data in the statistical table, generate a result curve corresponding to the behavior curve according to the blood glucose detection result in the statistical table, obtain a reversal result and factors affecting the reversal result according to the behavior curve and the result curve, and send the reversal result and the factors affecting the reversal result to the physician terminal, so that the physician can adjust the reversal treatment scheme to make a next-stage reversal treatment scheme.
8. The system of claim 1, wherein the blood glucose meter further comprises: the blood pressure detection device is used for detecting the blood pressure of the patient and sending the blood pressure detection result to the server through the communication module;
the patient record management module is also used for recording the daily blood pressure detection result of the patient and storing the daily blood pressure detection result, the blood sugar detection result, the daily control scheme and the daily data in an associated manner.
9. The system of claim 1, further comprising: the wearable device is respectively connected with the server and the patient terminal, and is used for detecting the real-time emotion of the patient and transmitting the detected real-time emotion of the patient to the patient terminal;
and the patient terminal is also used for comparing the real-time emotion with the emotion plan, giving a prompt if the real-time emotion is beyond a preset range, and giving a suggestion for improving emotion.
10. The system of claim 9, wherein the wearable device is further configured to transmit the collected real-time emotions of the patient to the server, and wherein the patient profile management module in the server is further configured to store the real-time emotions of the patient.
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| CN202111057393.6A CN113571154A (en) | 2021-09-09 | 2021-09-09 | System suitable for diabetes reversion method |
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| CN202111057393.6A CN113571154A (en) | 2021-09-09 | 2021-09-09 | System suitable for diabetes reversion method |
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Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101483690A (en) * | 2009-01-23 | 2009-07-15 | 李秀 | Mobile communication terminal and health information collecting method |
| CN104361229A (en) * | 2014-11-11 | 2015-02-18 | 姚定国 | Follow-up interaction system for diabetes doctor |
| CN109887568A (en) * | 2019-03-02 | 2019-06-14 | 深圳市宝安区人民医院 | Based on the health management system arranged of doctor's advice |
| CN109903833A (en) * | 2019-03-08 | 2019-06-18 | 上海一健事信息科技有限公司 | A kind of hypertension life style management system based on digital technology |
| CN109994181A (en) * | 2019-04-16 | 2019-07-09 | 山东大学齐鲁医院 | A kind of diabetes data management-control method, apparatus and system suitable for gerontal patient |
| CN112133398A (en) * | 2020-09-28 | 2020-12-25 | 上海梅斯医药科技有限公司 | Blood glucose management and control method, system and storage medium |
-
2021
- 2021-09-09 CN CN202111057393.6A patent/CN113571154A/en not_active Withdrawn
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101483690A (en) * | 2009-01-23 | 2009-07-15 | 李秀 | Mobile communication terminal and health information collecting method |
| CN104361229A (en) * | 2014-11-11 | 2015-02-18 | 姚定国 | Follow-up interaction system for diabetes doctor |
| CN109887568A (en) * | 2019-03-02 | 2019-06-14 | 深圳市宝安区人民医院 | Based on the health management system arranged of doctor's advice |
| CN109903833A (en) * | 2019-03-08 | 2019-06-18 | 上海一健事信息科技有限公司 | A kind of hypertension life style management system based on digital technology |
| CN109994181A (en) * | 2019-04-16 | 2019-07-09 | 山东大学齐鲁医院 | A kind of diabetes data management-control method, apparatus and system suitable for gerontal patient |
| CN112133398A (en) * | 2020-09-28 | 2020-12-25 | 上海梅斯医药科技有限公司 | Blood glucose management and control method, system and storage medium |
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Application publication date: 20211029 |