Medical pension system based on data sharing

Abstract

The invention relates to the technical field of medical care, in particular to a medical care system based on data sharing. The system comprises a medical record data hierarchical storage module, an information acquisition mechanism grading module and a same-region medical response module. The medical record data hierarchical storage module carries out hierarchical division processing on integrated medical data information according to a medical data information secret-related rule, and the information acquisition mechanism grade division module carries out information acquisition authority division on medical institutions of different grades. According to the method, targeted branch medical data information is distributed to medical institutions with different permissions, normal medical activities are guaranteed, leakage of other branch medical data information can be reduced, and the information safety of old patients in the medical activity process is improved; and matching the medical institutions at the same level of the elderly patient area position, sharing the service data of the current service medical institution, and planning medical activities in advance.

Description

Technical Field

[0001] The present invention relates to the field of medical care and elderly care technology, and in particular to a medical care and elderly care system based on data sharing. Background Art

[0002] With the acceleration of the aging process of Chinese society, more and more families have begun to pay attention to the issue of home-based care for the elderly. For elderly people living alone, due to their old age and physical weakness, their mobility and reaction speed are often slow. At the same time, as they age, their physical conditions will decline significantly. Therefore, they often need medical treatment and travel back and forth between their residential areas and medical institutions, including hospitals, physical therapy institutions, and pharmacies. In order to solve the problem of identity information and medical data verification during the physical therapy process of the elderly, the existing method is to update and store the medical data of the elderly in real time through the medical care and elderly care system, and distribute the medical data rights to various medical institutions. In the process of engaging in medical activities, the medical institutions that have obtained the rights will be able to directly obtain various data information of the elderly, including identity information, hospital visited, type of illness, and treatment process. Although the existing medical care and elderly care system can realize the sharing and circulation of medical data, there are still the following problems:

[0003] First, in the process of circulating medical data for the elderly, the traditional medical and elderly care system packages and processes the data of the elderly's treatment and diagnosis process. Therefore, every authorized medical institution can obtain all medical data. For some medical institutions, such as pharmacies, it is not necessary to obtain the overall treatment process and the location of the consultation. However, in order to ensure the safety of medication, some of the patient's identity information needs to be obtained. Moreover, with the development of the times, the number of pharmacies continues to grow. The transition of authority decentralization will lead to the leakage of information of elderly patients, and the security of information will be greatly reduced. It is easy to lead to continuous drug purchase and sales promotion, inducing elderly patients to buy unnecessary drugs.

[0004] Second, for elderly patients, most of them suffer from chronic diseases and need to take medications for a long time. Since the drug data between pharmacies in the same area are not interoperable and the drug purchasing channels are different, it is impossible to determine the drug reserves of elderly patients in the current area. It is easy to have insufficient drug supply, causing the elderly to blindly go back and forth between various pharmacies to buy medicines.

[0005] In order to address the above-mentioned problems, a medical and elderly care system based on data sharing is urgently needed. Summary of the invention

[0006] The purpose of the present invention is to provide a medical and elderly care system based on data sharing to solve the problems raised in the above background technology.

[0007] To achieve the above purpose, a medical and elderly care system based on data sharing is provided, including a module for integrating medical records of elderly patients, a module for hierarchical storage of medical records, a module for classifying information acquisition institutions, and a module for medical response in the same region;

[0008] The elderly patient medical record data integration module is used to collect medical data information of elderly patients and integrate and store them;

[0009] The medical record data hierarchical storage module combines the integrated medical data information, formulates the medical data information confidentiality rules, and performs hierarchical division processing on the integrated medical data information according to the medical data information confidentiality rules to generate multiple branch medical data information;

[0010] The information acquisition institution classification module combines the service needs of various medical institutions in the industry, classifies medical institutions with different service needs, and establishes a classification medical institution matching model to classify the information acquisition authority of medical institutions of different levels, and obtains the branch medical data information corresponding to the elderly patients according to the acquisition authority;

[0011] The same-region medical response module combines the graded medical institutions to obtain the regional location of elderly patients and the current service medical institutions, matches the medical institutions of the same grade in the regional location of elderly patients, and shares the service data of the current service medical institutions.

[0012] As a further improvement of the technical solution, the branch medical data information in the medical record data hierarchical storage module includes patient identity information, physical examination data information, treatment process data information and area number information;

[0013] The patient identity information is information that directly proves the identity of the elderly patient;

[0014] The physical examination data information is physical examination data information collected during the recent treatment of the elderly patient;

[0015] The treatment process data information is the hospitalization treatment process data information of elderly patients;

[0016] The area number information is the area number of the elderly patient's residence, including daily medication authority information and physical therapy and rehabilitation authority information, wherein the medication authority information is the medicines used for daily treatment of the elderly patient, and the physical therapy and rehabilitation authority information is the physical therapy behaviors used for daily treatment of the elderly patient.

[0017] As a further improvement of the technical solution, the method for formulating confidentiality rules for medical data information in the medical record data hierarchical storage module includes the following steps:

[0018] S1. Establish a database for storing medical data of elderly patients ;

[0019] S2. Obtain the type of branch medical data information and store it in the medical data information storage database of elderly patients Divide the branch database interval ;

[0020] S3, according to the branch database interval Stored branch medical data information content, branch database interval Make naming mark;

[0021] S4. Collect medical activity data of elderly patients in real time and divide them into corresponding branch database intervals according to the type of medical activity data. , and update data in real time.

[0022] As a further improvement of the technical solution, the medical institution levels in the information acquisition institution level classification module include first-level directly affiliated medical institutions, second-level physical therapy medical institutions and third-level drug sales institutions;

[0023] Among them, the first-level directly affiliated medical institutions are directly affiliated medical institutions for the treatment of elderly patients;

[0024] The secondary physiotherapy medical institution is a rehabilitation physiotherapy institution that has been certified after treatment by a directly affiliated medical institution;

[0025] The third-level drug sales agency is a drug sales agency that has been certified after treatment by a directly affiliated medical institution.

[0026] As a further improvement of the technical solution, the method for obtaining the information institution level classification module to establish a graded medical institution matching model includes the following steps:

[0027] S10. Use elderly patient information identification equipment to identify the identity of the elderly patient;

[0028] S20. Divide the information authority of identification devices of medical institutions at different levels and obtain the access authority of medical institutions at all levels;

[0029] S30. Medical institutions of different levels match corresponding branch medical data information according to their access permissions.

[0030] As a further improvement of the technical solution, the corresponding relationship of the access authority of medical institutions at all levels in S20 is as follows:

[0031] The first-level directly affiliated medical institutions have access rights to patient identity information, physical examination data information, treatment process data information, and regional number information;

[0032] The secondary physiotherapy medical institution has access rights to physical examination data information and regional number information;

[0033] The access authority of the third-level drug sales agency is the regional number information.

[0034] As a further improvement of the technical solution, the same-region medical response module includes a response medical data marking unit, a same-level response division unit and a response threshold calculation unit;

[0035] The response medical data marking unit combines the medical activities performed by the medical institutions at the current level to obtain the medical data information of the elderly patients and marks it as shared medical data information;

[0036] The same-level response division unit obtains the information of authorized medical institutions of the same level in the same area, establishes a network communication channel, and transmits shared medical data information;

[0037] The response threshold calculation unit obtains the frequency of elderly patients in the same area engaging in medical activities and the preparedness of authorized medical institutions for medical activities;

[0038] When the frequency of medical activities of elderly patients in the same area exceeds the prepared amount, as a sign of sharing medical data information by the current authorized medical institution, it will be shared with the medical institutions of the same level and authority in the same area through the network communication channel;

[0039] When the frequency of medical activities performed by elderly patients in the same area does not exceed the prepared amount, the currently authorized medical institutions do not need to share medical data information.

[0040] As a further improvement of the technical solution, the response threshold calculation unit determines the response threshold using a threshold comparison algorithm, and the algorithm formula is as follows:

[0041] ;

[0042] ;

[0043] in, Frequency of medical activities for elderly patients, The unit statistical time, The total number of times elderly patients engage in medical activities per unit statistical time, is the total number of medical activities performed by elderly patients of the same type in the same region within a unit statistical time T, is the number of elderly patients of the same type in the same area, The amount of preparation for medical activities by medical institutions with current authority. Exceed When the medical institution with the current authority shares the medical data information, it will be shared with the medical institutions with the same authority in the same area and level through the network communication channel. No more than At this time, the currently authorized medical institutions do not need to share medical data information.

[0044] Compared with the prior art, the present invention has the following beneficial effects:

[0045] In this medical and elderly care system based on data sharing, the integrated medical data information is graded and divided according to the confidentiality rules of medical data information through the medical record data hierarchical storage module, and the information acquisition authority of medical institutions of different levels is divided through the information acquisition agency level division module, and targeted branch medical data information is allocated to medical institutions with different authorities, which not only ensures the normal progress of medical activities, but also reduces the leakage of other branch medical data information, improves the information security of elderly patients in the process of engaging in medical activities, and matches medical institutions of the same level in the elderly patient area through the same-region medical response module, shares the service data of the current service medical institution, and plans medical activities in advance. BRIEF DESCRIPTION OF THE DRAWINGS

[0046] Figure 1 It is the overall flow chart of the present invention;

[0047] Figure 2 This is a flowchart of the same-region medical response module of the present invention.

[0048] The meaning of each number in the figure is:

[0049] 10. Medical record data integration module for elderly patients;

[0050] 20. Medical record data hierarchical storage module;

[0051] 30. Obtain information organization classification module;

[0052] 40. Same-region medical response module; 410. Response medical data marking unit; 420. Same-level response division unit; 430. Response threshold calculation unit. DETAILED DESCRIPTION

[0053] The following will be combined with the accompanying drawings in the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0054] See also Figure 1As shown, a medical care and elderly care system based on data sharing is provided, including an elderly patient medical record data integration module 10, a medical record data hierarchical storage module 20, an information acquisition agency hierarchical classification module 30, and a same-region medical response module 40;

[0055] The elderly patient medical record data integration module 10 is used to collect the medical data information of elderly patients and integrate and store them;

[0056] The medical record data hierarchical storage module 20 combines the integrated medical data information, formulates the medical data information confidentiality rules, and hierarchically divides the integrated medical data information according to the medical data information confidentiality rules to generate multiple branch medical data information;

[0057] The information acquisition institution classification module 30 combines the service needs of various medical institutions in the industry, classifies medical institutions with different service needs, and establishes a classification medical institution matching model to classify the information acquisition authority of medical institutions of different levels, and obtains the branch medical data information corresponding to the elderly patients according to the acquisition authority;

[0058] The same-region medical response module 40 combines the graded medical institutions to obtain the regional location of elderly patients and the current service medical institutions, matches the medical institutions of the same grade in the regional location of elderly patients, and shares the service data of the current service medical institutions.

[0059] The present invention provides a secure medical and elderly care system capable of data sharing, and its specific operation process is as follows:

[0060] First, the medical data information of the elderly patients is collected through the elderly patient medical record data integration module 10, and integrated for storage. In order to ensure the treatment safety of the elderly patients during some targeted treatments, various body data need to be obtained. For example, when performing some surgical projects, everything from physical examination to the patient's past medical history needs to be determined, so the initial collected medical data information needs to ensure integrity;

[0061] After completing the collection of medical data information, the medical record data hierarchical storage module 20 formulates medical data information confidentiality rules based on the integrated medical data information, and hierarchically divides the integrated medical data information according to the medical data information confidentiality rules to generate multiple branch medical data information, that is, the complete medical data information is divided according to the confidentiality level. For example, medical data information involving patient privacy, including past medical history and infectious diseases, etc., has a high degree of confidentiality, while medical data information such as patient's drug purchase needs, postoperative recuperation and rehabilitation training, etc., has a low degree of confidentiality. Therefore, medical data information with different confidentiality levels is stored by dividing into multiple branch medical data information;

[0062] For medical institutions with access rights, since different medical institutions have different access requirements, in order to reduce the probability of leakage of medical data information of elderly patients, it is necessary to classify medical institutions with different service requirements through the information acquisition institution classification module 30 in combination with the service requirements of various medical institutions in the industry, and establish a graded medical institution matching model to divide the access rights of medical institutions of different levels, and obtain the branch medical data information corresponding to the elderly patients according to the access rights, that is, medical institutions with different rights obtain different types of branch medical data information of the elderly patients during their medical activities, and allocate targeted branch medical data information to medical institutions with different rights, which not only ensures the normal progress of medical activities, but also reduces the leakage of other branch medical data information, thereby improving the information security of elderly patients during their medical activities.

[0063] Finally, in order to ensure the normal progress of medical activities in the same area, the regional medical response module 40 is combined with the graded medical institutions to obtain the regional location of elderly patients and the current service medical institutions, match the medical institutions of the same grade in the regional location of elderly patients, share the service data of the current service medical institutions, such as the drug purchasing needs and medication cycles of elderly patients in the same area, and plan medical activities in advance.

[0064] In addition, the branch medical data information in the medical record data hierarchical storage module 20 includes patient identity information, physical examination data information, treatment process data information, and area number information;

[0065] Patient identity information refers to information that directly proves the identity of the elderly patient, such as ID card information and social security information;

[0066] The physical examination data information is the physical examination data information collected during the recent treatment of the elderly patient;

[0067] The treatment process data information refers to the hospitalization treatment process data information of elderly patients, including test result information, doctor diagnosis information, drug treatment and surgical treatment information, etc.;

[0068] The regional code information is the regional code of the elderly patient's residence, including daily medication authority information and physical therapy and rehabilitation authority information, wherein the medication authority information is the medicines used for daily treatment of elderly patients, and the physical therapy and rehabilitation authority information is the physical therapy behaviors used for daily treatment of elderly patients.

[0069] Furthermore, the method for formulating confidentiality rules for medical data information in the medical record data hierarchical storage module 20 includes the following steps:

[0070] S1. Establish a database for storing medical data of elderly patients ;

[0071] S2. Obtain the type of branch medical data information and store it in the medical data information storage database of elderly patients Divide the branch database interval ;

[0072] S3, according to the branch database interval Stored branch medical data information content, branch database interval Make naming mark;

[0073] S4. Collect medical activity data of elderly patients in real time and divide them into corresponding branch database intervals according to the type of medical activity data. , and update data in real time.

[0074] In specific use, in the process of classifying and storing the medical data information of elderly patients, the use requirements of different medical data information are different. In order to prevent the abuse of medical data information, it is necessary to first establish a medical data information storage database for elderly patients. , store the overall medical data information, and then obtain the type of branch medical data information in the elderly patient medical data information storage database Divide the branch database interval , the specific steps are as follows:

[0075] The first step is to store medical data in the database Divide the interval into multiple index table spaces, namely the branch database interval mentioned above ,The index tablespace is a storage area dedicated to storing database indexes. Storing indexes separately from their corresponding data tables can improve query efficiency and simplify index management and maintenance;

[0076] The second step is to divide the storage space of each index table space;

[0077] Step 3: Define the storage type of each index table space and perform subsequent data supplementation according to the storage type;

[0078] Then follow the branch database interval Stored branch medical data information content, branch database interval Naming tags, such as branch database intervals used to store patient identification information The name is the identity information branch database interval. After completing the classification and storage of data, in order to improve the real-time nature of the data, it is necessary to collect the medical activity data of elderly patients in real time and divide it into the corresponding branch database interval according to the type of medical activity data. , and update data in real time.

[0079] Furthermore, the medical institution levels in the information acquisition institution level classification module 30 include first-level directly affiliated medical institutions, second-level physical therapy medical institutions, and third-level drug sales institutions;

[0080] Among them, the first-level directly affiliated medical institutions are the medical institutions directly affiliated with the elderly patients for treatment, such as hospitals;

[0081] Secondary physical therapy medical institutions are rehabilitation physical therapy institutions that have been certified after treatment by directly affiliated medical institutions, such as rehabilitation centers and sanatoriums;

[0082] Level 3 drug sales institutions are drug sales institutions that have been certified after treatment by directly affiliated medical institutions, such as pharmacies.

[0083] Specifically, the method for obtaining the information institution level classification module 30 to establish a graded medical institution matching model includes the following steps:

[0084] S10. Use elderly patient information identification equipment to identify the identity of the elderly patient;

[0085] S20. Divide the information authority of identification devices of medical institutions at different levels and obtain the access authority of medical institutions at all levels;

[0086] S30. Medical institutions of different levels match corresponding branch medical data information according to their access permissions.

[0087] In addition, the corresponding relationship between the access permissions of medical institutions at all levels in S20 is as follows:

[0088] The first-level directly affiliated medical institutions have access rights to patient identity information, physical examination data information, treatment process data information, and regional number information;

[0089] The access rights of secondary physiotherapy medical institutions are physical examination data information and regional number information;

[0090] The access rights of the third-level drug sales agency are regional code information.

[0091] When used specifically, in the process of dividing the access rights, it is first necessary to use the elderly patient information identification device to identify the elderly patient's identity. The present invention can use a face recognition device and a fingerprint recognition device to identify the elderly patient's identity;

[0092] It is worth explaining that the identity recognition mentioned above is to determine the matching relationship between the current elderly patient and the medical activities to be carried out. For example, after a pharmacy recognizes the facial information of the current elderly patient through a face recognition device, it will not display the elderly patient's ID card information and social security information. This is because the pharmacy cannot obtain the authority and divide the information authority of the identification devices of medical institutions of different levels to obtain the access authority of medical institutions at all levels. Medical institutions of different levels match the corresponding branch medical data information according to the access authority. At this time, the pharmacy obtains the regional number information, that is, the regional location where the current elderly patient lives and the drug authority information. Therefore, when the authorized pharmacy recognizes the face or fingerprint of the elderly patient, the only information obtained is the regional location and drug authority information introduced above, and this information is sufficient to complete the medical activities of the elderly patient in the authorized pharmacy, that is, to purchase medicines.

[0093] Further, such as Figure 2 As shown, the same-region medical response module 40 includes a response medical data marking unit 410, a same-level response division unit 420, and a response threshold calculation unit 430;

[0094] The response medical data marking unit 410 combines the medical activities performed by the medical institutions at the current level and obtains the medical data information of the elderly patients and marks it as shared medical data information;

[0095] The same-level response division unit 420 obtains the information of authorized medical institutions of the same level in the same area, establishes a network communication channel, and transmits shared medical data information;

[0096] The response threshold calculation unit 430 obtains the frequency of elderly patients in the same area engaging in medical activities and the amount of preparation for medical activities by authorized medical institutions;

[0097] When the frequency of medical activities of elderly patients in the same area exceeds the prepared amount, as a sign of sharing medical data information by the current authorized medical institution, it will be shared with the medical institutions of the same level and authority in the same area through the network communication channel;

[0098] When the frequency of medical activities performed by elderly patients in the same area does not exceed the prepared amount, the currently authorized medical institutions do not need to share medical data information.

[0099] Furthermore, the response threshold calculation unit 430 determines the response threshold using a threshold comparison algorithm, and the algorithm formula is as follows:

[0100] ;

[0101] ;

[0102] in, Frequency of medical activities for elderly patients, The unit statistical time, The total number of times elderly patients engage in medical activities per unit statistical time, is the total number of medical activities performed by elderly patients of the same type in the same region within a unit statistical time T, is the number of elderly patients of the same type in the same area, The amount of preparation for medical activities by medical institutions with current authority. Exceed When the medical institution with the current authority shares the medical data information, it will be shared with the medical institutions with the same authority in the same area and level through the network communication channel. No more than When the current authorized medical institution does not need to share medical data information, that is, the current authorized medical institution should have sufficient preparation for the medical activities for the elderly patients in the same area. For example, there are 5 elderly patients of the same type in the same area, and the amount of the same medicine required within a month is 10 boxes of Class A medicines. The medical activities that need to be carried out at this time are drug sales. If the drug storage volume of the current authorized medical institution exceeds 50 boxes of Class A drugs within a month, it can fully cope with the medical activities of all elderly patients in the area. Therefore, there is no need to rely on other medical institutions for drug supply. Only when the drug storage volume of the current authorized medical institution is less than 50 boxes of Class A drugs per month, the authorized medical institution will share it with the medical institutions of the same level and authority in the same area through the network communication channel to jointly serve the medical activities in the same area.

[0103] The above shows and describes the basic principles, main features and advantages of the present invention. Those skilled in the art should understand that the present invention is not limited by the above embodiments. The above embodiments and descriptions are only preferred examples of the present invention and are not intended to limit the present invention. Without departing from the spirit and scope of the present invention, the present invention may have various changes and improvements, which fall within the scope of the present invention. The scope of protection of the present invention is defined by the attached claims and their equivalents.

Claims

1. A medical and elderly care system based on data sharing, characterized by: It includes an elderly patient medical record data integration module (10), a medical record data hierarchical storage module (20), an information acquisition agency hierarchical classification module (30), and a same-region medical response module (40); The elderly patient medical record data integration module (10) is used to collect medical data information of elderly patients and integrate and store them; The medical record data hierarchical storage module (20) formulates confidentiality rules for medical data information in combination with the integrated medical data information, and performs hierarchical division processing on the integrated medical data information according to the confidentiality rules for medical data information to generate multiple branch medical data information; The information acquisition institution classification module (30) combines the service needs of various medical institutions in the industry, classifies medical institutions with different service needs, establishes a classification medical institution matching model, divides the information acquisition authority of medical institutions of different levels, and obtains the branch medical data information corresponding to the elderly patients according to the acquisition authority; The same-region medical response module (40) combines the graded medical institutions to obtain the regional location of elderly patients and the current serving medical institution, matches medical institutions of the same grade in the regional location of elderly patients, and shares the service data of the current serving medical institution.

2. The medical and elderly care system based on data sharing according to claim 1 is characterized by: The branch medical data information in the medical record data hierarchical storage module (20) includes patient identity information, physical examination data information, treatment process data information and area number information; The patient identity information is information that directly proves the identity of the elderly patient; The physical examination data information is physical examination data information collected during the recent treatment of the elderly patient; The treatment process data information is the hospitalization treatment process data information of elderly patients; The area number information is the area number of the elderly patient's residence, including daily medication authority information and physical therapy and rehabilitation authority information, wherein the medication authority information is the medicines used for daily treatment of the elderly patient, and the physical therapy and rehabilitation authority information is the physical therapy behaviors used for daily treatment of the elderly patient.

3. The medical and elderly care system based on data sharing according to claim 2 is characterized by: The method for formulating confidentiality rules for medical data information in the medical record data hierarchical storage module (20) comprises the following steps: S1. Establish a database for storing medical data of elderly patients ; S2. Obtain the type of branch medical data information and store it in the medical data information storage database of elderly patients Divide the branch database interval ; S3, according to the branch database interval Stored branch medical data information content, branch database interval Make naming marks; S4. Collect medical activity data of elderly patients in real time and divide them into corresponding branch database intervals according to the type of medical activity data. , and update data in real time.

4. The medical and elderly care system based on data sharing according to claim 1 is characterized by: The medical institution grades in the information acquisition institution grade classification module (30) include first-level directly affiliated medical institutions, second-level physical therapy medical institutions, and third-level drug sales institutions; Among them, the first-level directly affiliated medical institutions are directly affiliated medical institutions for the treatment of elderly patients; The secondary physiotherapy medical institution is a rehabilitation physiotherapy institution that has been certified after treatment by a directly affiliated medical institution; The third-level drug sales agency is a drug sales agency that has been certified after treatment by a directly affiliated medical institution.

5. The medical and elderly care system based on data sharing according to claim 4 is characterized by: The method for obtaining the information institution grade classification module (30) to establish a graded medical institution matching model comprises the following steps: S10. Use elderly patient information identification equipment to identify the identity of the elderly patient; S20. Divide the information authority of identification devices of medical institutions at different levels and obtain the access authority of medical institutions at all levels; S30. Medical institutions of different levels match corresponding branch medical data information according to their access permissions.

6. The medical and elderly care system based on data sharing according to claim 5 is characterized by: The corresponding relationship of the access rights of medical institutions at all levels in S20 is as follows: The first-level directly affiliated medical institutions have access rights to patient identity information, physical examination data information, treatment process data information, and regional number information; The secondary physiotherapy medical institution has access rights to physical examination data information and regional number information; The access authority of the third-level drug sales agency is the regional number information.

7. The medical and elderly care system based on data sharing according to claim 1 is characterized by: The same-region medical response module (40) comprises a response medical data marking unit (410), a same-level response classification unit (420) and a response threshold calculation unit (430); The response medical data marking unit (410) combines the medical activities performed by the medical institution at the current level, obtains the medical data information of the elderly patient, and marks it as shared medical data information; The same-level response division unit (420) obtains information of authorized medical institutions of the same level in the same area, establishes a network communication channel, and transmits shared medical data information; The response threshold calculation unit (430) obtains the frequency of elderly patients in the same area engaging in medical activities and the amount of preparation for medical activities by authorized medical institutions; When the frequency of medical activities of elderly patients in the same area exceeds the prepared amount, as a sign of sharing medical data information by the current authorized medical institution, it will be shared with the medical institutions of the same level and authority in the same area through the network communication channel; When the frequency of medical activities performed by elderly patients in the same area does not exceed the prepared amount, the currently authorized medical institutions do not need to share medical data information.

8. The medical and elderly care system based on data sharing according to claim 7 is characterized by: The response threshold calculation unit (430) determines the response threshold by using a threshold comparison algorithm, and the algorithm formula is as follows: ； ； in, Frequency of medical activities for elderly patients, The unit statistical time, The total number of times elderly patients engage in medical activities per unit statistical time, is the total number of medical activities performed by elderly patients of the same type in the same region within a unit statistical time T, is the number of elderly patients of the same type in the same area, The amount of preparation for medical activities by medical institutions with current authority. Exceed When the medical institution with the current authority shares the medical data information, it will be shared with the medical institutions with the same authority in the same area and level through the network communication channel. No more than At this time, the currently authorized medical institutions do not need to share medical data information.

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