CN110534167B - Diabetic patient medical care system based on personalized diary - Google Patents
Diabetic patient medical care system based on personalized diary Download PDFInfo
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- CN110534167B CN110534167B CN201910798606.7A CN201910798606A CN110534167B CN 110534167 B CN110534167 B CN 110534167B CN 201910798606 A CN201910798606 A CN 201910798606A CN 110534167 B CN110534167 B CN 110534167B
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Abstract
The invention relates to the technical field of computers, in particular to a diabetes patient medical care system based on a personalized diary, which comprises an information data center, a data processing center and a data processing center, wherein the information data center is used for being connected with a website and obtaining information related to diabetes drugs and food; a patient information terminal for inputting patient information; the hospital diagnosis and treatment end is used for acquiring the patient information and determining the treatment scheme by the doctor; the diary platform comprises a weight recording module, a blood sugar recording module, a diet suggestion module and a medication information display module, and is used for recording the weight and the blood sugar value of a patient and providing information of a diet suggestion medication plan; the examination data import module is used for sending each numerical value in the examination result to the patient information terminal; and the database is used for storing and sending data of the information data center, the patient information end, the hospital diagnosis end and the diary platform. The invention can provide a targeted medical care suggestion for the diabetic and ensure that the diabetic can take correct diet and medicine.
Description
Technical Field
The invention relates to the technical field of computers, in particular to a diabetes patient medical care system based on a personalized diary.
Background
Diabetes is a metabolic disease characterized by hyperglycemia. Hyperglycemia is caused by a defect in insulin secretion or an impaired biological action, or both. Hyperglycemia occurring in the long term of diabetes results in chronic damage to, and dysfunction of, various tissues, particularly the eyes, kidneys, heart, blood vessels, nerves.
Continued care after the discharge of diabetic patients has become a trend in the development of clinical care efforts. At present, patients' clubs, telephone follow-up visits, family visits, expert clinic visits and other visits are mostly established in the continuous nursing mode, but the physical distance between doctors and patients limits the application of the continuous nursing mode in clinical diseases. Many diabetics are unfamiliar with the dietary habits that they need to pay attention to, and are prone to increased diabetes severity or new complications due to improper dietary structure. Moreover, the body information and examination information data of the diabetic are difficult to store, which is inconvenient for the subsequent treatment.
Disclosure of Invention
The invention provides a diabetes patient medical care system based on a personalized diary, which can provide targeted medical care advice for the diabetes patient and ensure that the diabetes patient can take correct diet and medication.
In order to achieve the purpose, the invention adopts the technical scheme that:
a diabetes patient medical care system based on personalized diaries comprises an information data center, a patient information end, a hospital diagnosis end, a diary platform, an inspection data import module, a data processing and analyzing module and a database,
the information data center comprises a medicine information data module and a food information data module, wherein the medicine information data module is used for acquiring the information of the efficacy, the ingredients, the dose and the adverse reaction of the diabetes treatment medicine by being connected with a medicine website; the food information data module is used for acquiring carbohydrate ratio, sugar ratio, fat ratio, protein ratio, sodium ratio, nutrient content and efficacy function information of various foods by connecting with a food website;
the patient information end comprises a patient information module and a disease input module, the patient information module comprises a patient information entry sub-module and a patient identity identification sub-module, and the patient information entry sub-module is used for determining a patient login account and a password and filling in information of a patient name, an identity card number, a sex, a height, a weight and a contact number; the patient identity recognition submodule is used for inputting login information and comparing the input login information with the patient information input submodule so as to confirm the identity information of the patient; the condition input module is used for inputting the diabetes condition appeared in the patient;
the data processing and analyzing module is used for processing and analyzing the data of the information data center and the patient information end through a robot algorithm and acting on the hospital diagnosis and treatment end and the diary platform
The hospital diagnosis and treatment end comprises a patient information display module and a medicine determining module, wherein the patient information display module is used for acquiring data of the patient information input submodule and the disease input module corresponding to a patient according to the identification number of the patient; the medicine determining module obtains treatment medicine suggestion information of a corresponding patient through the data processing and analyzing module according to the data of the medicine information data module and the patient information display module so as to provide assistance for medicine selection of doctors and determine the medicine name and the medicine amount of treatment medicines;
the diary platform is used for recording the physical condition of a patient in the diabetes treatment process and providing diet and medication suggestions, and comprises a weight recording module, a blood sugar recording module, a diet suggestion module and a medication information display module, wherein the weight recording module is used for recording the regular measurement data of the patient's weight and can update the weight data of the patient information recording submodule; the blood sugar recording module is used for recording the regular blood sugar measuring data of the patient; the diet suggesting module extracts appropriate food materials from the food information data module through the data processing and analyzing module according to the data of the blood sugar recording module, the patient information input sub-module and the disease input module so as to analyze and obtain diet suggesting information corresponding to the patient; the medication information display module is used for acquiring the data of the medicine determining module and providing information of medication time and dosage for a patient;
the examination data import module is used for acquiring various numerical values in the periodic physical examination result and sending the numerical values to the patient information input sub-module;
the database is used for storing and sending the data of the information data center, the patient information end, the hospital diagnosis end and the diary platform.
Further, the patient information terminal also comprises an electronic medical record module, and the electronic medical record module can acquire data of the patient information entry submodule, the patient information display module and the medicine determination module and generate or update an electronic medical record book; the data of the electronic medical record module can be sent to the patient information display module, so that a doctor can master the medical record of the patient and the treatment condition of the current period.
Furthermore, the diary platform also comprises an exercise suggestion module, the exercise suggestion module comprises an exercise item suggestion submodule and an exercise amount analysis submodule, the exercise item suggestion submodule can acquire the information of the age, the sex, the height and the weight of a patient in the patient information entry submodule, acquire the information of the blood sugar value of the patient in the blood sugar recording module and the information of the symptom of the patient in the symptom input module, and provide suggestion information of the exercise item and the exercise amount for the corresponding patient according to the characteristics of different exercise items and suitable crowds; the exercise amount analysis submodule is used for monitoring the exercise condition of the patient through an intelligent bracelet or an intelligent mobile phone, and comparing the exercise condition with the data of the exercise item suggestion submodule so as to monitor whether the exercise amount of the patient reaches the standard or is excessive in real time.
Furthermore, the information data center also comprises a diabetes treatment information data module, wherein the diabetes treatment information data module can be connected with a medical website and adopts a crawler tool to obtain different types of diabetes and attention data required by life of different ages; the diary platform further comprises a nursing suggestion module, wherein the nursing suggestion module is used for acquiring the information of the age, the sex, the height and the weight of a patient from the patient information recording submodule, acquiring the information of the blood sugar value of the patient from the blood sugar recording module and acquiring the information of the symptom of the patient from the disease input module, and matching and analyzing the age, the sex, the weight, the blood sugar value and the symptom of the patient with the diabetes treatment information data module to acquire the life nursing suggestion information of the corresponding patient.
Furthermore, the hospital diagnosis and treatment end further comprises a re-diagnosis time setting module, and the re-diagnosis time setting module is used for setting the re-diagnosis time for the corresponding patient; the diary platform further comprises a re-diagnosis reminding module, and the re-diagnosis reminding module is used for comparing the current time with the re-diagnosis time set by the re-diagnosis time setting module so as to remind the corresponding patient of the re-diagnosis time in a short message mode one week before the set re-diagnosis time.
Further, the diary platform further comprises an intelligent response module, wherein the intelligent response module can solve the problem related to the diabetes for the patient through artificial intelligence; the intelligent response module is also provided with a selection module for evaluating the satisfaction degree of the response content, and can analyze and count the problems with low satisfaction degree evaluation so as to record the times of low satisfaction degree evaluation of similar problems; the hospital diagnosis and treatment end further comprises an answer module, the answer module is used for setting a satisfaction threshold, and when the times of low satisfaction evaluation of similar questions exceed the satisfaction threshold, the answer module acquires the information of the similar questions so that doctors can manually answer the questions.
Furthermore, the medication information display module also stores a course video of insulin injection at each part so as to facilitate the accurate insulin injection of the patient; the medication information display module makes an injection site rotation plan to remind the patient to inject insulin at different sites in different periods.
The emergency notification module is used for setting scores for different disease types, different height-weight proportions and blood sugar values, can also acquire the data of the disease input module, the patient information entry submodule and the blood sugar recording module, can calculate and count the sum of each score of a corresponding patient according to set time frequency, and when the difference value of the sum of each score of two adjacent time frequencies is larger than a score threshold value, the emergency notification module acquires the contact number of the patient through the patient information entry submodule and notifies the patient to see a doctor in time in a short message mode.
Further, the hospital diagnosis and treatment end further comprises an abnormal patient display module, and the abnormal patient display module is used for acquiring the data of the patient information entry submodule and the emergency notification module so as to display the patient information of which the ratio of the sum of the scores of the two adjacent time frequencies is greater than a score threshold value.
Furthermore, the database also stores descriptions of various diseases of the relevant diabetes and corresponding symptom picture data, and the disease input module can acquire the various diseases of the diabetes and the corresponding symptom picture information in the database in a keyword searching mode so as to enable the patient to correctly judge the disease of the patient.
The invention has the beneficial effects that:
1. under the action of the medicine information data module, data related to the efficacy, ingredients, the dosage and adverse reaction information of the diabetes treatment medicine can be acquired on an authoritative medicine website, and meanwhile, under the action of the data processing and analyzing module, the patient information display module and the medicine information data module are combined and analyzed, the treatment medicine suggestion information of the targeted diabetes patient is produced in the medicine determining module, and the condition that a doctor makes mistakes when selecting the medicine and the dosage under the condition that the number of the patients is large is avoided. Under the action of the food information data module, the information of carbohydrate ratio, sugar ratio, fat ratio, protein ratio, sodium ratio, nutrient components and efficacy of various foods can be obtained on an authoritative food website, and the diet suggestion module can obtain a proper diet suggestion according to the blood sugar value, height, weight, age and the appeared symptoms of a diabetic patient of the patient, so that the condition of diabetes is prevented from aggravating or new symptoms are prevented; the medicine information display module can provide medicine taking information for the patient, ensure that the patient can take medicine according to the amount on time, and improve the treatment effect of diabetes. Under the action of the diary platform, the patient can know the change of the self weight and the blood sugar value in real time, and can provide targeted suggestions in the aspects of medicine taking and diet so as to be helpful for the diabetes treatment of the patient.
2. The nursing suggestion module in the diary platform can extract the information related to the diabetes life nursing in the diabetes treatment information data module and can acquire the targeted life nursing information according to the information of the age, the sex, the height and the weight, the blood sugar value and the occurrence symptoms of the patient so as to enable different patients to obtain the appropriate life nursing information.
3. Under the action of the emergency notification module, scores can be set for different disease types, different height-weight proportions and blood sugar values, the sum of each score of a corresponding patient can be calculated and counted according to set time frequency, the difference value of the sum of each score of two adjacent time frequencies is compared, so that whether the severity of new symptoms of the patient, the weight and the blood sugar increase of the patient are normal or not is judged by the patient, and when the difference value of the sum of each score of two adjacent time frequencies is larger than a score threshold value, the abnormal condition of the body of the patient is indicated; meanwhile, the emergency notification module can notify the patient and the doctor of the abnormal condition so that the patient can see a doctor in time and the doctor can know the condition of the patient in time.
Drawings
Fig. 1 is a block diagram of a diabetic patient medical care system based on a personalized diary according to a preferred embodiment of the present invention.
In the figure, 1-an information data center, 11-a medicine information data module, 12-a food information data module, 13-a diabetes treatment information data module, 2-a patient information terminal, 21-a patient information module, 211-a patient information entry sub-module, 212-a patient identification sub-module, 22-a disease input module, 23-an electronic medical record module, 3-a hospital treatment terminal, 31-a patient information display module, 32-a medicine determination module, 33-a solution module, 34-a review time setting module, 35-an abnormal patient display module, 4-a diary platform, 41-a weight recording module, 42-a blood glucose recording module, 43-a diet suggestion module, 44-a medicine information display module, 45-an exercise establishment module, 451-an exercise suggestion sub-module, 452-an exercise amount analysis sub-module, 46-a nursing suggestion module, 47-a review reminding module, 48-an intelligent response module, 5-a data processing analysis module, 6-a database and 7-an emergency notification module.
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.
Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. The terminology used in the description of the invention herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. As used herein, the term "and/or" includes any and all combinations of one or more of the associated listed items.
Referring to fig. 1, the diabetes patient medical care system based on personalized diary according to a preferred embodiment of the present invention includes an information data center 1, a patient information terminal 2, a hospital diagnosis terminal 3, a diary platform 4, an examination data import module 8, a data processing and analysis module 5, and a database 6.
The information data center 1 comprises a medicine information data module 11 and a food information data module 12, wherein the medicine information data module 11 is used for acquiring the information of the efficacy, the ingredients, the dose and the adverse reaction of the medicines related to the diabetes treatment through being connected with a medicine website. The food information data module 12 is used for acquiring carbohydrate ratio, sugar ratio, fat ratio, protein ratio, sodium ratio, nutrient content and efficacy information of various foods by connecting with a food website. In this embodiment, the websites connected to the medicine information data module 11 and the food information data module 12 are both authoritative websites, so as to prevent the influence of error data on the system.
The patient information terminal 2 includes a patient information module 21 and a disease input module 22.
The patient information module 21 includes a patient information entry sub-module 211 and a patient identification sub-module 212, and the patient information entry sub-module 211 is used for determining a patient login account and a password, and is used for filling in information of a patient name, an identification number, a sex, a height, a weight and a contact number. The patient identity recognition submodule 212 is used for inputting login information and comparing the input login information with the login information of the patient information entry submodule 211 so as to confirm the identity information of the patient; the condition input module 22 is used for input of a diabetic condition present in the patient. Under the action of the patient information entry sub-module 211, the identity information of the patient can be input and recorded, so that the calling of a subsequent module is facilitated. The patient identification sub-module 212 can determine the login account password, so that the patient can log in the patient information terminal 2 and the diary platform 4.
The data processing and analyzing module 5 is used for processing and analyzing the data of the information data center 1 and the patient information terminal 2 through a robot algorithm, and acts on the hospital diagnosis and treatment terminal 3 and the diary platform 4.
The hospital treatment end 3 includes a patient information display module 31 and a medication determination module 32.
The patient information display module 31 is used for acquiring data of the patient information entry sub-module 211 and the disease input module 22 corresponding to the patient according to the identification number of the patient. Under the effect of patient information display module 31, can be convenient for the doctor to know the condition of patient to carry out the treatment of diabetes to the patient better.
The medicine determining module 32 obtains the treatment medicine suggestion information corresponding to the patient through the data processing and analyzing module 5 according to the data of the medicine information data module 11 and the patient information display module 31, so as to provide assistance for the medicine selection of the doctor and determine the medicine name and the medicine amount of the treatment medicine. By acquiring data related to the efficacy, components, dose and adverse reaction information of the diabetes treatment medicine on the medicine website, and combining and analyzing the medicine information data module 11 and the patient information display module 31 under the action of the data processing and analyzing module 5, the appropriate medicine for the diabetic patient is produced in the medicine determining module 32, and the error condition caused when a doctor selects the medicine and the dose under the condition of more patients is avoided.
The diary platform 4 is used for recording the physical condition of the patient in the diabetes treatment process and providing diet and medication suggestions, and comprises a weight recording module 41, a blood sugar recording module 42, a diet suggestion module 43 and a medication information display module 44.
The weight recording module 41 is used for recording the periodic measurement data of the patient weight, and can update the weight data of the patient information entry sub-module 211. The weight condition of the patient is recorded regularly, so that the patient can know the condition of the patient conveniently, and judgment basis of medicines for treating diabetes is provided for doctors.
The blood glucose recording module 42 is used for recording the regular measurement data of the blood glucose of the patient. In this embodiment, a blood glucose meter may be used to monitor blood glucose to determine whether the blood glucose value of the blood glucose meter exceeds a standard.
The diet advising module 43 extracts appropriate food materials from the food information data module 12 through the data processing and analyzing module 5 according to the data of the blood sugar recording module 42, the patient information input sub-module 211 and the disease input module 22, so as to analyze and obtain diet advising information of the corresponding patient; the medication information display module 44 is used to obtain data from the medication determination module 32 and provide information on the time and amount of medication to the patient. The diet advice module 43 can obtain the carbohydrate ratio, sugar ratio, fat ratio, protein ratio, sodium ratio, nutrient content and efficacy information of various foods on the food website, and make an appropriate diet plan advice according to the blood sugar value, height, weight, age and the symptoms of the patient, so as to help the patient to treat diabetes.
The medication information display module 44 is used to obtain data from the medication determination module 32 and provide information on the time of administration and the amount of medication to the patient.
In this embodiment, the medication information display module 44 further stores the tutorial videos of insulin injections at various locations, so as to facilitate the patient to accurately inject insulin; the medication information display module 44 formulates an injection site rotation plan to remind the patient to inject insulin at different sites at different periods.
The patient may be not familiar with the insulin injection mode, so that the insulin absorption effect is poor, and the long-term repeated injection of insulin at the same part can cause red swelling, induration and even subcutaneous fat atrophy at the part, so that the insulin absorption is reduced, the absorption time is prolonged, the blood sugar is fluctuated finally, and the control of the blood sugar is not facilitated. In this embodiment, the administration information display module 44 is capable of performing a video presentation of the insulin injection to improve the insulin absorption by the patient. Meanwhile, the same part is repeatedly injected by the patient with difficulty in memory of the injection part through the formulated injection part rotation plan.
The examination data import module 8 is configured to obtain values of the periodic physical examination results, and can send the values to the patient information entry sub-module 211. The patient can be after diabetes inspection at every turn, obtains the physical examination result at patient information end 2, has improved the promptness that the data acquisition, can take notes the inspection result at every turn moreover, for traditional paper report, the physical examination data can be preserved better. The doctor can also obtain the physical examination information of the patient each time through the patient information display module 31, and the doctor is helped to make a proper treatment scheme for the patient through the historical physical examination information.
The database 6 is used for storing and sending data of the information data center 1, the patient information end 2, the hospital diagnosis end 3 and the diary platform 4.
In this embodiment, the database 6 further stores descriptions of various disorders of diabetes and corresponding symptom image data, and the disorder input module 22 can obtain various disorders of diabetes and corresponding symptom image information in the database 6 by means of keyword search, so that the patient can correctly judge his own disorders. The patient searches the self symptoms through the keywords, and judges the operation names corresponding to the self symptoms according to the description of the symptoms and the corresponding symptom pictures, so that the patient can autonomously judge the symptoms. Meanwhile, the doctor can quickly know the condition of the patient through the patient information display module 31 to provide diagnosis efficiency.
In this embodiment, the patient information terminal 2 further includes an electronic medical record module 23, and the electronic medical record module 23 can acquire data of the patient information entry sub-module 211, the patient information display module 31, and the medication determination module 32, and generate or update an electronic medical record book; the data of the electronic medical record module 23 can be sent to the patient information display module 31, so that the doctor can master the medical record of the patient and the treatment condition of the previous period. In the electronic medical record module 23, the treatment information of the patient can be stored in the form of an electronic document, so that the data loss is prevented, and meanwhile, the doctor can conveniently acquire the previous treatment information of the patient, thereby more effectively formulating the treatment scheme of the diabetes.
In this embodiment, the diary platform 4 further comprises an exercise suggestion module 45, and the exercise suggestion module 45 comprises an exercise item suggestion sub-module 451 and an amount of exercise analysis sub-module 452.
The exercise item suggesting sub-module 451 is used for obtaining the information of the age, sex, height and weight of the patient from the patient information entry sub-module 211, obtaining the information of the blood sugar value of the patient from the blood sugar recording module 42, obtaining the information of the symptom of the patient from the disease input module 22, and providing the suggesting information of the exercise item and the exercise amount for the corresponding patient according to the characteristics of different exercise items and suitable crowds. Because different ages, sexes, heights, weights, blood sugar values and diseases occur, the required sports items and the required sports time are different, and the sports item suggestion submodule 451 provides the targeted sports items and the suggestion information of the sports time for different patients in the embodiment, so that the patients can improve the treatment effect of diabetes through reasonable sports.
The exercise amount analysis sub-module 452 is configured to monitor the exercise condition of the patient through a smart band or a smart phone, and compare the exercise condition with the data of the exercise item suggestion sub-module 451 to monitor whether the exercise amount of the patient is up to standard or excessive in real time. The exercise amount analysis sub-module 452 ensures that the patient's daily exercise amount is in an appropriate state by monitoring the patient's exercise condition.
In this embodiment, the diary platform 4 further comprises an intelligent answering module 48, and the intelligent answering module 48 is capable of answering questions related to diabetes for the patient through artificial intelligence. The intelligent response module 48 is also provided with a selection for evaluating the satisfaction degree of the answer content, and can analyze and count the questions with low satisfaction degree evaluation so as to record the occurrence times of similar questions with low satisfaction degree evaluation. Since the diabetic is not familiar with the conditions occurring in life and cannot judge the severity of the conditions, in the embodiment, the intelligent response module 48 is used for solving the problems of the diabetic, so that the fear of the diabetic is reduced.
The hospital diagnosis and treatment end 3 further comprises an answer module 33, wherein the answer module 33 is used for setting a satisfaction degree threshold, and when the times of low satisfaction degree evaluation of similar questions exceed the satisfaction degree threshold, the answer module 33 obtains the information of the similar questions so that doctors can manually answer the questions. The answering module 33 can make up the situation that the intelligent answering module 48 has inaccurate answering, and similar questions with low satisfaction evaluation are sent to the answering module 33, so that doctors can conveniently answer the doubt of patients, communication between doctors and patients is improved, and a continuous nursing mode is realized for diabetic patients.
In this embodiment, the hospital treatment end 3 further includes a review time setting module 34, and the review time setting module 34 is configured to set a review time for a corresponding patient; the diary platform 4 further comprises a review reminding module 47, wherein the review reminding module 47 is used for comparing the current time with the review time set by the review time setting module 34, and reminding the corresponding patient of the review time in a short message manner one week before the set review time
In this embodiment, the review time setting module 34 is configured to set a review time for the corresponding patient; the diary platform 4 further comprises a review reminding module 47, wherein the review reminding module 47 is used for comparing the current time with the review time set by the review time setting module 34, so as to remind the corresponding patient of the review time in a short message manner one week before the set review time. The doctor can make a review plan according to the condition of the patient in the review time setting module 34, and the review reminding module 47 reminds the corresponding patient of the review time in a short message manner one week before the set review time by acquiring the data of the review time setting module 34, so as to prevent the patient from forgetting the review time.
In this embodiment, the information data center 1 further includes a diabetes treatment information data module 13, and the diabetes treatment information data module 13 is configured to be capable of being connected to a medical website and using a crawler tool to obtain data of different types of diabetes and care items required for life at different ages.
The diary platform 4 further comprises a nursing suggestion module 46, wherein the nursing suggestion module 46 is configured to obtain the information of the age, sex, height and weight of the patient from the patient information recording sub-module 211, obtain the information of the blood glucose value of the patient from the blood glucose recording module 42, and obtain the information of the symptom of the patient from the disease input module 22, and compare the age, sex, weight, blood glucose value and symptom of the patient with the diabetes treatment information data module 13 for analysis to obtain the life nursing suggestion information of the corresponding patient.
Under the effect of nursing suggestion module 46, regularly for the diabetic patient propelling movement with self relevant life nursing suggestion information to make the patient can control diabetes through reasonable life law, can popularize the information that is relevant to diabetes again for the patient simultaneously, remind the patient problem of the required attention in the life.
In this embodiment, the emergency notification system further includes an emergency notification module 7, the emergency notification module 7 is configured to set scores for different disease types, different height-weight ratios, and different blood glucose values, the emergency notification module 7 can further obtain data of the disease input module 22, the patient information entry sub-module 211, and the blood glucose recording module 42, and can calculate and count a sum of each score of a corresponding patient according to set time frequency, when a difference between sums of each score of two adjacent time frequencies is greater than a score threshold, the emergency notification module 7 obtains a contact number of the patient through the patient information entry sub-module 211, and notifies the patient to see a doctor in time through a short message.
The hospital diagnosis and treatment end 3 further comprises an abnormal patient display module 35, and the abnormal patient display module 35 is used for acquiring data of the patient information entry submodule 211 and the emergency notification module 7, so as to display the patient information of which the ratio of the sum of the scores of the two adjacent time frequencies is greater than the score threshold.
Under the action of the emergency notification module 7, scores can be set for different disease types, different height-weight proportions and blood sugar values, the sum of each score of a corresponding patient can be calculated and counted according to set time frequency, the difference value of the sum of each score of two adjacent time frequencies is compared, so that whether the severity of new symptoms of the patient, the weight and the blood sugar increase of the patient are normal or not is judged by the patient, and when the difference value of the sum of each score of two adjacent time frequencies is larger than a score threshold value, abnormal conditions of the body of the patient are indicated; meanwhile, the emergency notification module 7 can notify the patient and the doctor of the abnormal situation, so that the patient can see a doctor in time and the doctor can know the situation of the patient in time.
The operation flow of the diabetic medical care system based on the personalized diary using the embodiment is as follows:
1. after the patient determines the account number and the password in the patient information input sub-module 211, the information of the name, the identity card number, the sex, the height, the weight and the contact number is filled in the patient information input sub-module 211; the condition of the condition presented by itself is filled in the condition input module 22 and when the condition increases, the patient can add the newly added condition to the condition input module 22.
2. When a patient goes to a hospital for a doctor, a doctor can acquire information of the corresponding patient in the patient information entry sub-module 211 by inputting the identification number of the patient in the patient information display module 31, and the doctor formulates a treatment scheme for the patient according to the information of the patient information entry sub-module 211; meanwhile, the medicine determining module 32 can provide auxiliary suggestions for the selection of the treatment medicines by the doctor, and the medicine prescription efficiency of the doctor is improved. The patient takes the medicine or injects insulin on schedule according to the information of the medication information display module 44.
3. The doctor can make a review plan according to the condition of the patient in the review time setting module 34, and remind the corresponding patient of the review time in a short message manner one week before the set review time, so that the patient is prevented from forgetting the review time.
4. The patient regularly uploads weight information and blood glucose value information in the weight recording module 41 and the blood glucose recording module 42 during the ordinary life. The patient can obtain diet plan advice information related to the patient through the diet advice module 43; the nursing advice module 46 acquires the life nursing advice information related to the patient, and ensures that the patient can control the diabetes condition on diet and life.
5. The patient can obtain the appropriate exercise items and exercise amount in the exercise item suggestion submodule 451, the exercise amount analysis submodule 45 can monitor the exercise condition of the patient, and the patient can perform appropriate exercise according to the data of the exercise amount analysis submodule 45.
6. When the patient asks the symptoms appearing on the patient or encounters a problem about diabetes confusion in life, the intelligent response module 48 can acquire relevant information, for example, when the solution of the intelligent response module 48 is not satisfactory, the intelligent response module 48 can record the unsatisfactory problem, and when the times of the low satisfaction evaluation of the similar problem exceeds the satisfaction threshold, the solution module 33 acquires the information of the similar problem so as to enable the doctor to manually solve the problem.
7. The emergency notification module 7 acquires data of the disease input module 22, the patient information entry submodule 211 and the blood sugar recording module 42 at set time frequency, calculates the sum of values of disease type, height-weight ratio and blood sugar value of the patient, and indicates that the body of the patient is abnormal when the difference value of the sum of the values of two adjacent time frequencies is greater than a value threshold; meanwhile, the emergency notification module 7 can notify the patient and the doctor of the abnormal situation, so that the patient can see a doctor in time and the doctor can know the situation of the patient in time.
Claims (10)
1. A diabetes patient medical care system based on personalized diaries is characterized by comprising an information data center (1), a patient information end (2), a hospital diagnosis and treatment end (3), a diary platform (4), an examination data import module (8), a data processing and analysis module (5) and a database (6),
the information data center (1) comprises a medicine information data module (11) and a food information data module (12), wherein the medicine information data module (11) is used for connecting with a medicine website to obtain the information of the efficacy, the components, the dose and the adverse reaction of the medicine related to the diabetes treatment; the food information data module (12) is used for acquiring carbohydrate ratio, sugar ratio, fat ratio, protein ratio, sodium ratio and efficacy function information of various foods by connecting with a food website;
the patient information terminal (2) comprises a patient information module (21) and a disease input module (22), the patient information module (21) comprises a patient information entry sub-module (211) and a patient identity identification sub-module (212), and the patient information entry sub-module (211) is used for determining a patient login account number and a password and filling in information of a patient name, an identity number, a sex, a height, a weight and a contact number; the patient identity recognition sub-module (212) is used for inputting login information and comparing the input login information with that of the patient information entry sub-module (211) so as to confirm the patient identity information; the condition input module (22) is used for inputting the diabetes condition appeared in the patient;
the data processing and analyzing module (5) is used for processing and analyzing the data of the information data center (1) and the patient information terminal (2) through a robot algorithm and acting on the hospital diagnosis terminal (3) and the diary platform (4), the hospital diagnosis terminal (3) comprises a patient information display module (31) and a medicine determining module (32), and the patient information display module (31) is used for acquiring the data of the patient information entry submodule (211) and the disease input module (22) of a corresponding patient according to the identification number of the patient; the medicine determining module (32) obtains treatment medicine suggestion information of a corresponding patient through the data processing and analyzing module (5) according to the data of the medicine information data module (11) and the patient information display module (31) so as to provide assistance for medicine selection of doctors and determine the medicine name and the medicine amount of the treatment medicine;
the diary platform (4) is used for recording the physical condition of a patient in the diabetes treatment process and providing diet and medication suggestions, and comprises a weight recording module (41), a blood sugar recording module (42), a diet suggestion module (43) and a medication information display module (44), wherein the weight recording module (41) is used for recording the regular measurement data of the patient weight and can update the weight data of the patient information entry submodule (211); the blood sugar recording module (42) is used for recording the regular measurement data of the blood sugar of the patient; the diet advising module (43) extracts appropriate food materials from the food information data module (12) through the data processing and analyzing module (5) according to the data of the blood sugar recording module (42), the patient information input sub-module (211) and the disease input module (22) so as to analyze and obtain diet advising information of the corresponding patient; the medication information display module (44) is used for acquiring data of the medicine determining module (32) and providing information of medication time and dosage for a patient;
the examination data import module (8) is used for acquiring various numerical values in the periodic physical examination results and sending the numerical values to the patient information entry sub-module (211);
the database (6) is used for storing and sending data of the information data center (1), the patient information terminal (2), the hospital treatment terminal (3) and the diary platform (4).
2. The system of claim 1, wherein the system comprises: the patient information terminal (2) further comprises an electronic medical record module (23), and the electronic medical record module (23) can acquire data of the patient information entry sub-module (211), the patient information display module (31) and the medicine determination module (32) and generate or update an electronic medical record; the data of the electronic medical record module (23) can be sent to the patient information display module (31) so that a doctor can master the medical record and the treatment condition of the patient in the current period.
3. The personalized diary-based diabetic patient medical care system of claim 1, wherein: the diary platform (4) further comprises an exercise suggestion module (45), the exercise suggestion module (45) comprises an exercise item suggestion submodule (451) and an exercise amount analysis submodule (452), the exercise item suggestion submodule (451) can acquire the information of the age, the sex, the height and the weight of a patient in the patient information entry submodule (211), acquire the information of the blood sugar value of the patient in the blood sugar recording module (42) and the information of the symptom of the patient in the disease input module (22), and provide the suggestion information of the exercise item and the exercise amount for the corresponding patient according to the characteristics of different exercise items and suitable crowds; the motion amount analysis submodule (452) is used for monitoring the motion condition of the patient through a smart band or a smart phone, and comparing the motion condition with the data of the motion item suggestion submodule (451) so as to monitor whether the motion amount of the patient reaches the standard or is excessive in real time.
4. The system of claim 1, wherein the system comprises: the information data center (1) further comprises a diabetes treatment information data module (13), wherein the diabetes treatment information data module (13) can be connected with a medical website, and a crawler tool is adopted to obtain different types of diabetes and life required attention data of different ages; the diary platform (4) further comprises a nursing suggestion module (46), and the nursing suggestion module (46) is used for acquiring the information of the age, the sex, the height and the weight of the patient at the patient information entry submodule (211), acquiring the information of the blood sugar value of the patient at the blood sugar recording module (42) and acquiring the information of the symptom of the patient at the disease input module (22), and matching and analyzing the age, the sex, the weight, the blood sugar value and the symptom of the patient with the diabetes treatment information data module (13) to acquire life nursing suggestion information of the corresponding patient.
5. The system of claim 1, wherein the system comprises: the hospital diagnosis and treatment end (3) further comprises a re-diagnosis time setting module (34), wherein the re-diagnosis time setting module (34) is used for setting the re-diagnosis time for the corresponding patient; the diary platform (4) further comprises a re-diagnosis reminding module (47), and the re-diagnosis reminding module (47) is used for comparing the current time with the re-diagnosis time set by the re-diagnosis time setting module (34) so as to remind the corresponding patient of the re-diagnosis time in a short message manner one week before the set re-diagnosis time.
6. The system of claim 1, wherein the system comprises: the diary platform (4) further comprises an intelligent response module (48), wherein the intelligent response module (48) can solve the problem related to the diabetes for the patient through artificial intelligence; the intelligent response module (48) is also provided with a selection for evaluating the satisfaction degree of the response content, and can analyze and count the problems with low satisfaction degree evaluation to record the times of low satisfaction degree evaluation of similar problems; the hospital diagnosis and treatment end (3) further comprises an answer module (33), the answer module (33) is used for setting a satisfaction degree threshold, and when the generated times of low satisfaction degree evaluation of similar questions exceed the satisfaction degree threshold, the answer module (33) obtains the information of the similar questions so as to enable doctors to manually answer the questions.
7. The system of claim 1, wherein the system comprises: the medication information display module (44) also stores the course videos of insulin injection at each part so as to facilitate the accurate insulin injection of the patient; the medication information display module (44) formulates an injection site rotation plan to remind the patient to inject insulin at different sites at different periods.
8. The system of claim 1, wherein the system comprises: still include urgent notice module (7), urgent notice module (7) are used for respectively for different disease types, different height weight proportions and blood sugar numerical value settlement score, urgent notice module (7) can also acquire disease input module (22), patient information entry submodule (211) and blood sugar record module (42)'s data to can calculate and count the sum of each score that corresponds the patient according to the time frequency of setting for, when the difference of each score sum of two adjacent time frequencies is greater than the score threshold value, urgent notice module (7) are through patient information entry submodule (211) acquires patient's contact number, and notifies the patient in time to see a doctor through the mode of SMS.
9. The personalized diary-based diabetic patient medical care system of claim 8, wherein: the hospital diagnosis and treatment end (3) further comprises an abnormal patient display module (35), wherein the abnormal patient display module (35) is used for acquiring data of the patient information entry sub-module (211) and the emergency notification module (7) so as to display the patient information of which the difference value of the sum of the scores of two adjacent time frequencies is greater than a score threshold value.
10. The system of claim 1, wherein the system comprises: the database (6) also stores descriptions of various diseases of relevant diabetes and corresponding symptom picture data, and the disease input module (22) can acquire the various diseases of diabetes and corresponding symptom picture information in the database (6) in a keyword searching mode so that a patient can correctly judge the disease of the patient.
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