Community old-age care supervision method and system based on local medical conditions

Abstract

The invention provides a community old-age care supervision method and system based on local medical conditions, and the method comprises the steps: building a health file corresponding to each old-age care person according to the regular physical examination information corresponding to the old-age care person and the equipment precision corresponding to each regular physical examination, building health notes for the corresponding old-age care person based on the physical health state, and carrying out the management of the health notes. Determining non-health features and sub-health features corresponding to each pension, determining health review items and review frequency of the pension, speculating a plurality of easily-occurring diseases corresponding to each pension, establishing a first-aid suggestion list, and when the pension suddenly suffers from a disease, searching a corresponding target local treatment department to give a first-aid suggestion list; according to the method, emergency preparation instructions are generated and sent to local treatment departments, so that different reviews and notes are made for different old people, the preparation instructions can be sent to the hospital in advance in the process that the old people get sick and are sent to the hospital, the old people are treated at the first time, and the body health and personal safety of the old people are ensured.

Description

Technical Field

[0001] The present invention relates to the technical field of community elderly care management, and in particular to a community elderly care supervision method and system based on local medical conditions. Background Art

[0002] At present, community service centers provide many types of elderly care services, but most of the services provided are application-based services. The elderly at home contact by phone or the elderly's children and other relatives go to the service center to apply for services, and the service center provides services based on the application. If there is no advance reservation, or the residents' phone call to the service center is not connected, in these cases, the elderly cannot get the corresponding services in time, causing inconvenience in the elderly's life or even danger. As a result, a concept of community elderly care has emerged, which refers to a kind of elderly care service and life care method provided to the elderly in the community. The goal of this model is to allow the elderly to continue to live and enjoy life in a familiar community environment, while getting the care and support they need. The current community elderly care measures can provide a relatively autonomous and familiar living environment for the elderly and reduce the loneliness of the elderly, but there are also more and more problems: if the elderly are supervised 24 hours a day, it will limit the freedom of the elderly, so how to effectively supervise has become an urgent problem to be solved, and how to better realize community elderly care in smaller cities is also an urgent problem to be solved.

[0003] Therefore, the present invention provides a community elderly care supervision method and system based on local medical conditions. Summary of the invention

[0004] The present invention provides a community elderly care supervision method and system based on local medical conditions, which supervises and analyzes the physical condition of each elderly person, so as to formulate different review and precautions for different elderly people, and can issue preparation instructions to the hospital in advance when the elderly are sent to the hospital due to illness, so that the elderly can be treated as soon as possible when they arrive at the hospital, thereby ensuring the physical health and personal safety of the elderly.

[0005] The present invention provides a community elderly care supervision method based on local medical conditions, comprising:

[0006] Step 1: Obtain the regular physical examination information corresponding to each elderly person in the designated community, and establish a health file corresponding to each elderly person according to the equipment accuracy corresponding to each regular physical examination;

[0007] Step 2: constructing the physical health status of each of the elderly persons according to the health records, and establishing health precautions for the corresponding elderly persons based on the physical health status;

[0008] Step 3: Determine the non-healthy characteristics and sub-healthy characteristics corresponding to each of the elderly persons according to the health records, and determine the health review items and health review frequency of the elderly persons in combination with the corresponding physical health status;

[0009] Step 4: inferring a number of susceptible diseases corresponding to each of the elderly care workers based on the health records, determining the local treatment department corresponding to each susceptible disease, and establishing a first aid recommendation list;

[0010] Step 5: When the elderly care worker suddenly falls ill, the corresponding target local treatment department is searched in the corresponding first aid suggestion list, and an emergency preparation instruction is generated and transmitted to the target local treatment department.

[0011] In an implementable way

[0012] The step 1 comprises:

[0013] Step 11: Obtain the periodic physical examination information corresponding to each elderly person in the designated community, and construct a sequential physical examination information set corresponding to the elderly person according to the generation time corresponding to each periodic physical examination information, count the equipment information corresponding to each medical institution in the target area, set a corresponding institution label for each medical institution, trace each periodic physical examination information, and match the corresponding institution label for each periodic physical examination information in the sequential physical examination information set according to the traceability result;

[0014] Step 12: construct equipment models corresponding to different medical equipment in the corresponding medical institutions according to each piece of equipment information, perform simulation tests on each equipment model, obtain the equipment accuracy corresponding to each medical equipment, determine the physical examination items corresponding to the corresponding medical equipment according to the equipment information, and generate the physical examination health grading standard corresponding to each physical examination item in combination with the equipment accuracy corresponding to the medical equipment;

[0015] Step 13: respectively obtain the institution label set corresponding to each of the sequential physical examination information sets, construct the project grade classification rules corresponding to the elderly according to the corresponding label sequence in the institution label set combined with the physical examination health grading standard of the corresponding medical equipment, and use the project grade classification rules to process the corresponding regular physical examination information to obtain a number of health grade information corresponding to the elderly;

[0016] Step 14: Count the health level information of each of the elderly persons in chronological order, generate a dynamic physical examination project report corresponding to each of the elderly persons, find the target physical examination items whose health level is lower than the standard level in the dynamic physical examination project report, highlight them, and generate a health record for the corresponding elderly person.

[0017] In an implementable way

[0018] The step 2 comprises:

[0019] Step 21: constructing a body model corresponding to each of the elderly persons based on the health records and the basic information of the elderly persons, and analyzing the physical health status of the elderly persons according to the body model;

[0020] Step 22: screening a number of abnormal health values ​​corresponding to the elderly in the health records, and locating the abnormal organ corresponding to each abnormal health value in the body model;

[0021] Step 23: respectively searching for health dynamic information corresponding to each abnormal organ, controlling the body model to respectively simulate each health dynamic information, and determining a health dynamic threshold corresponding to the abnormal organ;

[0022] Step 24: Determine the organ dynamic range of the elderly person according to the health dynamic threshold value corresponding to each abnormal organ, and construct health precautions for the elderly person according to the correlation between the dynamic ranges of different organs.

[0023] In an implementable way

[0024] Also includes:

[0025] Establishing a number of health characteristics corresponding to the elderly person according to the health dynamic information, establishing a movable characteristic corresponding to each designated movable joint of the elderly person according to the health value corresponding to each health characteristic, counting a number of movable characteristics corresponding to each elderly person, constructing a number of combined joint movable actions corresponding to each elderly person, determining an action angle threshold corresponding to each combined joint movable action, and establishing an action comparison table;

[0026] Analyze the health records to determine several pieces of physical examination information corresponding to the elderly, use standard health information to evaluate the health level of the physical examination information, construct the physical health status corresponding to each of the elderly according to the evaluation results, and determine several pieces of non-health information and sub-health information corresponding to each of the elderly;

[0027] Searching for a plurality of first recuperation methods corresponding to each piece of non-health information, and searching for a plurality of second recuperation methods corresponding to each piece of sub-health information, respectively, obtaining medical history information corresponding to each piece of elderly person, and determining a plurality of local attending physicians corresponding to each piece of elderly person;

[0028] Respectively dividing each of the first recuperation mode and the second recuperation mode into a corresponding first self-recuperation mode, a first medical recuperation mode, a second self-recuperation mode, and a second medical recuperation mode, transmitting the first medical recuperation mode and the second medical recuperation mode to a corresponding local attending physician's terminal, and modifying the corresponding first medical recuperation mode and the second medical recuperation mode according to the medical adjustment suggestion of the local attending physician;

[0029] The action comparison table is used to amend the first self-care method and the second self-care method of the corresponding elderly person, and the modified first medical care method and the second medical care method are combined to establish a health care plan for each elderly person.

[0030] In an implementable way

[0031] The step 3 comprises:

[0032] Step 31: constructing non-healthy characteristics and sub-healthy characteristics corresponding to each of the elderly persons according to the health records, determining a number of review items corresponding to the elderly persons according to the non-healthy characteristics and the sub-healthy characteristics, and adding a first weight to the review item according to the non-healthy characteristics / sub-healthy characteristics corresponding to each of the review items;

[0033] Step 32: determining a plurality of unhealthy organs and a plurality of subhealthy organs corresponding to the elderly person according to the unhealthy characteristics and the subhealthy characteristics, determining a first disease risk level of the corresponding unhealthy organ according to a first organ attribute corresponding to each of the unhealthy organs, and determining a second disease risk level of the corresponding subhealthy organ according to a second organ attribute corresponding to each of the subhealthy organs;

[0034] Step 33: Add a second weight to the corresponding review item based on the first disease risk level / second disease risk level, and generate a health review frequency for the corresponding review item according to the first weight and the second weight corresponding to each review item.

[0035] In an implementable way

[0036] The step 4 comprises:

[0037] Step 41: constructing a number of basic health information corresponding to the elderly person according to the health records, and performing disease screening on each of the basic health information to obtain a number of suspected diseases corresponding to the elderly person;

[0038] Step 42: retrieve the historical cases corresponding to each of the elderly persons, analyze the disease rationality corresponding to each of the suspected diseases based on the historical pathological analysis, and determine a number of susceptible diseases corresponding to the elderly persons according to the disease rationality;

[0039] Step 43: Find the treatment scope corresponding to each local treatment department respectively, and match the corresponding local treatment department for each of the prone diseases according to the treatment scope;

[0040] Step 44: Infer the disease manifestation corresponding to each of the elderly persons, search for the corresponding disease relief method based on the disease manifestation, and establish a first aid recommendation list corresponding to each of the elderly persons in combination with the department address corresponding to each of the local treatment departments.

[0041] In an implementable way

[0042] The step 5 comprises:

[0043] Step 51: when the elderly person suddenly falls ill, real-time health data of the elderly person is acquired, and current disease characteristics corresponding to the elderly person are determined according to the real-time health data;

[0044] Step 52: Searching for the current disease characteristics in the corresponding first aid suggestion list, determining the target prone disease of the elderly person, and searching for the target local treatment department corresponding to the target prone disease;

[0045] Step 53: Generate emergency preparation instructions based on the real-time health data and transmit them to the target local treatment department for preparation reminder.

[0046] The present invention provides a community elderly care supervision system based on local medical conditions, comprising:

[0047] The regular update module is used to obtain the regular physical examination information corresponding to each elderly person in the designated community, and establish a health file corresponding to each elderly person according to the equipment accuracy corresponding to each regular physical examination;

[0048] A health analysis module, used to construct the physical health status of each of the elderly persons according to the health records, and establish health precautions for the corresponding elderly persons based on the physical health status;

[0049] A suggestion generation module is used to determine the non-healthy characteristics and sub-healthy characteristics corresponding to each of the elderly persons according to the health records, and determine the health review items and health review frequency of the elderly persons in combination with the corresponding physical health status;

[0050] The first aid prevention module is used to infer a number of susceptible diseases corresponding to each of the elderly persons according to the health records, determine the local treatment department corresponding to each susceptible disease, and establish a first aid recommendation list;

[0051] The first aid response module is used to search for the corresponding target local treatment department in the corresponding first aid suggestion list when the elderly person suddenly falls ill, and generate emergency preparation instructions to transmit to the target local treatment department.

[0052] In an implementable way

[0053] The health analysis module comprises:

[0054] A first analysis unit is used to construct a body model corresponding to each of the elderly people based on the health records and basic information of the corresponding elderly people, and analyze the physical health status of the corresponding elderly people according to the body model;

[0055] A second analysis unit is used to screen a number of abnormal health values ​​corresponding to the elderly person in the health record, and locate an abnormal organ corresponding to each abnormal health value in the body model;

[0056] A third analysis unit is used to respectively search for health dynamic information corresponding to each of the abnormal organs, control the body model to respectively simulate each of the health dynamic information, and determine the health dynamic threshold corresponding to the abnormal organ;

[0057] The fourth analysis unit is used to determine the organ dynamic range of the elderly person according to the health dynamic threshold value corresponding to each abnormal organ, and to construct health precautions for the elderly person according to the correlation between different organ dynamic ranges.

[0058] In an implementable way

[0059] Also includes:

[0060] Establishing a number of health characteristics corresponding to the elderly person according to the health dynamic information, establishing a movable characteristic corresponding to each designated movable joint of the elderly person according to the health value corresponding to each health characteristic, counting a number of movable characteristics corresponding to each elderly person, constructing a number of combined joint movable actions corresponding to each elderly person, determining an action angle threshold corresponding to each combined joint movable action, and establishing an action comparison table;

[0061] Analyze the health records to determine several pieces of physical examination information corresponding to the elderly, use standard health information to evaluate the health level of the physical examination information, construct the physical health status corresponding to each of the elderly according to the evaluation results, and determine several pieces of non-health information and sub-health information corresponding to each of the elderly;

[0062] Searching for a plurality of first recuperation methods corresponding to each piece of non-health information, and searching for a plurality of second recuperation methods corresponding to each piece of sub-health information, respectively, obtaining medical history information corresponding to each piece of elderly person, and determining a plurality of local attending physicians corresponding to each piece of elderly person;

[0063] Respectively dividing each of the first recuperation mode and the second recuperation mode into a corresponding first self-recuperation mode, a first medical recuperation mode, a second self-recuperation mode, and a second medical recuperation mode, transmitting the first medical recuperation mode and the second medical recuperation mode to a corresponding local attending physician's terminal, and modifying the corresponding first medical recuperation mode and the second medical recuperation mode according to the medical adjustment suggestion of the local attending physician;

[0064] The action comparison table is used to amend the first self-care method and the second self-care method of the corresponding elderly person, and the modified first medical care method and the second medical care method are combined to establish a health care plan for each elderly person.

[0065] The achievable beneficial effects of the above technical scheme are: in order to improve the happiness index of the elderly and better play the role of community elderly care, when the elderly complete the physical examination, the health file of the elderly is constructed according to the accuracy of the equipment of this physical examination, so as to understand the physical health status of the elderly, and further analyze the health precautions of the elderly according to their physical health status, so as to remind the elderly to pay attention to their physical health in daily life, and then adjust the items that the elderly need to review frequently according to the unhealthy characteristics and sub-healthy characteristics of the elderly, and determine the frequency of each review item, and at the same time speculate the prone diseases of the elderly, and establish a first aid recommendation list in combination with local medical conditions, when the elderly suddenly fall ill, contact the treatment department of the hospital in advance to prepare for treatment, reduce the waiting time of the elderly in the hospital, improve the efficiency of the doctor's preparation and treatment, and ensure the personal health of the elderly to the greatest extent.

[0066] Other features and advantages of the present invention will be described in the following description, and partly become apparent from the description, or understood by practicing the present invention. The purpose and other advantages of the present invention can be realized and obtained by the structures particularly pointed out in the written description and the accompanying drawings.

[0067] The technical solution of the present invention is further described in detail below through the accompanying drawings and embodiments. BRIEF DESCRIPTION OF THE DRAWINGS

[0068] The accompanying drawings are used to provide a further understanding of the present invention and constitute a part of the specification. Together with the embodiments of the present invention, they are used to explain the present invention and do not constitute a limitation of the present invention. In the accompanying drawings:

[0069] Figure 1 A schematic diagram of a workflow of a community elderly care supervision method based on local medical conditions in an embodiment of the present invention;

[0070] Figure 2 The figure is a schematic diagram of the composition of a community elderly care supervision system based on local medical conditions in an embodiment of the present invention. DETAILED DESCRIPTION

[0071] The preferred embodiments of the present invention are described below in conjunction with the accompanying drawings. It should be understood that the preferred embodiments described herein are only used to illustrate and explain the present invention, and are not used to limit the present invention.

[0072] Example 1

[0073] This embodiment provides a community elderly care supervision method and system based on local medical conditions, such as Figure 1 As shown, including:

[0074] Step 1: Obtain the regular physical examination information corresponding to each elderly person in the designated community, and establish a health file corresponding to each elderly person according to the equipment accuracy corresponding to each regular physical examination;

[0075] Step 2: constructing the physical health status of each of the elderly persons according to the health records, and establishing health precautions for the corresponding elderly persons based on the physical health status;

[0076] Step 3: Determine the non-healthy characteristics and sub-healthy characteristics corresponding to each of the elderly persons according to the health records, and determine the health review items and health review frequency of the elderly persons in combination with the corresponding physical health status;

[0077] Step 4: inferring a number of susceptible diseases corresponding to each of the elderly care workers based on the health records, determining the local treatment department corresponding to each susceptible disease, and establishing a first aid recommendation list;

[0078] Step 5: When the elderly care worker suddenly falls ill, the corresponding target local treatment department is searched in the corresponding first aid suggestion list, and an emergency preparation instruction is generated and transmitted to the target local treatment department.

[0079] In this example, the regular physical examination information refers to the current physical examination information generated after the elderly person undergoes a physical examination;

[0080] In this example, the equipment accuracy refers to the accuracy of the equipment used when performing the physical examination;

[0081] In this example, the reason for constructing health records based on equipment accuracy is that different medical examination hospitals use different equipment, so their accuracy is also different. By sorting out the equipment accuracy, the medical examination information can be managed uniformly to reduce errors.

[0082] In this example, the non-healthy feature indicates that the elderly person is in poor physical or mental condition and may have a disease;

[0083] In this example, the sub-health characteristic indicates that the elderly person’s physical or mental state is between health and disease;

[0084] In this example, each health review item corresponds to a different disease, and may correspond to a review of one disease or may correspond to a review of multiple diseases.

[0085] The working principle and beneficial effects of the above technical solution: In order to improve the happiness index of the elderly and better play the role of community elderly care, after the elderly complete the physical examination, the health profile of the elderly is constructed according to the accuracy of the equipment of this physical examination, so as to understand the physical health status of the elderly, and further analyze the health precautions of the elderly according to their physical health status, so as to remind the elderly to pay attention to their physical health in daily life, and then adjust the items that the elderly need to review frequently according to the unhealthy characteristics and sub-healthy characteristics of the elderly, and determine the frequency of each review item. At the same time, the prone diseases of the elderly are speculated, and a first aid recommendation list is established in combination with local medical conditions. When the elderly have a sudden illness, the treatment department of the hospital is contacted in advance to prepare for treatment, which reduces the waiting time of the elderly in the hospital, improves the efficiency of the doctor's preparation and treatment, and maximizes the personal health of the elderly.

[0086] Example 2

[0087] On the basis of Example 1, the community elderly care supervision method based on local medical conditions, step 1, comprises:

[0088] Step 11: Obtain the periodic physical examination information corresponding to each elderly person in the designated community, and construct a sequential physical examination information set corresponding to the elderly person according to the generation time corresponding to each periodic physical examination information, count the equipment information corresponding to each medical institution in the target area, set a corresponding institution label for each medical institution, trace each periodic physical examination information, and match the corresponding institution label for each periodic physical examination information in the sequential physical examination information set according to the traceability result;

[0089] Step 12: construct equipment models corresponding to different medical equipment in the corresponding medical institutions according to each piece of equipment information, perform simulation tests on each equipment model, obtain the equipment accuracy corresponding to each medical equipment, determine the physical examination items corresponding to the corresponding medical equipment according to the equipment information, and generate the physical examination health grading standard corresponding to each physical examination item in combination with the equipment accuracy corresponding to the medical equipment;

[0090] Step 13: respectively obtain the institution label set corresponding to each of the sequential physical examination information sets, construct the project grade classification rules corresponding to the elderly according to the corresponding label sequence in the institution label set combined with the physical examination health grading standard of the corresponding medical equipment, and use the project grade classification rules to process the corresponding regular physical examination information to obtain a number of health grade information corresponding to the elderly;

[0091] Step 14: Count the health level information of each of the elderly persons in chronological order, generate a dynamic physical examination project report corresponding to each of the elderly persons, find the target physical examination items whose health level is lower than the standard level in the dynamic physical examination project report, highlight them, and generate a health record for the corresponding elderly person.

[0092] In this example, the sequential physical examination information set represents the result of sorting the regular physical examination information of a pensioner in chronological order;

[0093] In this example, one medical institution corresponds to one institution tag, and the institution tag is used to distinguish different medical institutions;

[0094] In this example, the simulation test process is the process of testing the accuracy of medical equipment, for example: testing the accuracy of a blood glucose device;

[0095] In this example, a medical device can perform one or more physical examination items, for example, a weight and height monitoring device can measure a person's height and weight at the same time;

[0096] In this example, the physical examination health grading standard corresponding to each physical examination item is different. For example, there are 6 types of physical examination health grading for blood pressure: 1. Normal blood pressure (systolic blood pressure: less than 120mmHg, diastolic blood pressure: less than 80mmHg), 2. Elevated blood pressure (systolic blood pressure: 120-129mmHg, diastolic blood pressure: less than 80mmHg), 3. Hypertension grade 1 (mild) systolic blood pressure: 130-139mmHg, diastolic blood pressure: 80-89mmHg), 4. Hypertension grade 2 (moderate) (systolic blood pressure: 140-159mmHg, diastolic blood pressure: 90-99mmHg), 5. Hypertension grade 3 (severe) (systolic blood pressure: 160mmHg and above, diastolic blood pressure: 100mmHg and above), 6. Hypertensive crisis (systolic blood pressure: usually refers to systolic blood pressure greater than or equal to 180mmHg, diastolic blood pressure: usually refers to diastolic blood pressure greater than or equal to 120mmHg);

[0097] In this example, the item level classification rule represents a rule for grading a health item of a nursing home employee;

[0098] In this example, the dynamic physical examination item report refers to a report generated by arranging the health level information corresponding to different moments in chronological order.

[0099] The working principle and beneficial effects of the above technical solution: in order to generate a concise and accurate health record, when the elderly have completed multiple physical examinations, the physical examination information generated each time is counted in sequence, and a corresponding set of sequential physical examination information is constructed. Then, the medical equipment used for each physical examination is tested for accuracy through a model, and the physical examination health grading standards for each physical examination item are established in combination with the physical examination items that can be completed by each medical device. Several health level information of the elderly are determined, and a dynamic physical examination item report of the elderly is constructed by sorting the health level information in chronological order, and the abnormal physical examination items of the elderly are preliminarily marked in the report, thereby generating a health record. The above technical means can be used to conduct a preliminary analysis of the physical examination information of the elderly and generate a reliable and accurate health record, completing the first step of the supervision work and improving the effectiveness of subsequent supervision work.

[0100] Example 3

[0101] On the basis of Example 1, the community elderly care supervision method based on local medical conditions, step 2, comprises:

[0102] Step 21: constructing a body model corresponding to each of the elderly persons based on the health records and the basic information of the elderly persons, and analyzing the physical health status of the elderly persons according to the body model;

[0103] Step 22: screening a number of abnormal health values ​​corresponding to the elderly in the health records, and locating the abnormal organ corresponding to each abnormal health value in the body model;

[0104] Step 23: respectively searching for health dynamic information corresponding to each abnormal organ, controlling the body model to respectively simulate each health dynamic information, and determining a health dynamic threshold corresponding to the abnormal organ;

[0105] Step 24: Determine the organ dynamic range of the elderly person according to the health dynamic threshold value corresponding to each abnormal organ, and construct health precautions for the elderly person according to the correlation between the dynamic ranges of different organs.

[0106] In this example, the abnormal health value indicates the value corresponding to the abnormality of the elderly person's body;

[0107] In this example, the abnormal organ indicates the organ from which the abnormal health value originates;

[0108] In this example, the health dynamic information represents the dynamic information corresponding to the abnormal organ when it is in a healthy state and performs normal physiological activities;

[0109] In this example, the healthy dynamic threshold value represents the maximum data when the abnormal organ performs normal physiological activities in a healthy state;

[0110] In this example, the organ dynamic range refers to the range of physiological activities that an organ can perform.

[0111] The working principle and beneficial effects of the above technical solution are as follows: the physical health status of the elderly is determined by analyzing their basic information and health records, and their abnormal organs are located by screening abnormal health values, so as to construct health precautions for the elderly according to the health dynamic range of each different abnormal organ, which can effectively improve their awareness of elderly care and health preservation, and enhance their awareness of self-recuperation.

[0112] Example 4

[0113] On the basis of Example 3, the community elderly care supervision method based on local medical conditions further includes:

[0114] Establishing a number of health characteristics corresponding to the elderly person according to the health dynamic information, establishing a movable characteristic corresponding to each designated movable joint of the elderly person according to the health value corresponding to each health characteristic, counting a number of movable characteristics corresponding to each elderly person, constructing a number of combined joint movable actions corresponding to each elderly person, determining an action angle threshold corresponding to each combined joint movable action, and establishing an action comparison table;

[0115] Analyze the health records to determine several pieces of physical examination information corresponding to the elderly, use standard health information to evaluate the health level of the physical examination information, construct the physical health status corresponding to each of the elderly according to the evaluation results, and determine several pieces of non-health information and sub-health information corresponding to each of the elderly;

[0116] Searching for a plurality of first recuperation methods corresponding to each piece of non-health information, and searching for a plurality of second recuperation methods corresponding to each piece of sub-health information, respectively, obtaining medical history information corresponding to each piece of elderly person, and determining a plurality of local attending physicians corresponding to each piece of elderly person;

[0117] Respectively dividing each of the first recuperation mode and the second recuperation mode into a corresponding first self-recuperation mode, a first medical recuperation mode, a second self-recuperation mode, and a second medical recuperation mode, transmitting the first medical recuperation mode and the second medical recuperation mode to a corresponding local attending physician's terminal, and modifying the corresponding first medical recuperation mode and the second medical recuperation mode according to the medical adjustment suggestion of the local attending physician;

[0118] The action comparison table is used to amend the first self-care method and the second self-care method of the corresponding elderly person, and the modified first medical care method and the second medical care method are combined to establish a health care plan for each elderly person.

[0119] In this example, the designated active joints include: cervical vertebrae, finger joints, wrist joints, elbow joints, shoulder joints, waist, knee joints, hip joints, ankle joints, metatarsophalangeal joints, and interphalangeal joints;

[0120] In this example, the combined joint activity action refers to the action presented when two or more designated activity joints are simultaneously active;

[0121] In this example, the action angle threshold represents the maximum action angle of a combined joint action;

[0122] In this example, the first recuperation method is established for non-health information and is used to help the elderly eliminate non-health information;

[0123] In this example, the second recuperation method is a method established for sub-health information to help the elderly eliminate sub-health;

[0124] In this example, the medical treatment method refers to the treatment method through medical means, such as taking medicine, acupuncture, etc.;

[0125] In this example, self-treatment means treatment through self-exercise, such as running, sleeping, etc.

[0126] In this example, the action comparison table indicates several actions that the elderly care worker can perform independently.

[0127] The working principle and beneficial effects of the above technical solution: In order to improve the feasibility of community elderly care, the health dynamic information of the elderly is used to determine several activity movements of the elderly and the movement angle corresponding to each movement, so as to construct an action comparison table for each elderly person, and further evaluate the health level of the elderly person's physical examination information, and then construct the evaluation results to determine the physical health status of the elderly person, thereby determining the elderly person's non-health information and sub-health information, and then retrieve the corresponding recuperation method, and submit the medical recuperation method to the elderly person's attending physician for review. After the review is completed, the medical recuperation method is adjusted according to the attending physician's advice, and the corresponding self-recuperation method is adjusted according to the elderly person's action comparison table, thereby generating a health recuperation plan for each elderly person. In this way, the elderly person does not have to rush to the hospital to inquire about medication, which is convenient for the elderly person, and the elderly person can also perform corresponding exercises according to the self-recuperation method to improve the corresponding resistance.

[0128] Example 5

[0129] On the basis of Example 1, the community elderly care supervision method based on local medical conditions, step 3, comprises:

[0130] Step 31: constructing non-healthy characteristics and sub-healthy characteristics corresponding to each of the elderly persons according to the health records, determining a number of review items corresponding to the elderly persons according to the non-healthy characteristics and the sub-healthy characteristics, and adding a first weight to the review item according to the non-healthy characteristics / sub-healthy characteristics corresponding to each of the review items;

[0131] Step 32: determining a plurality of unhealthy organs and a plurality of subhealthy organs corresponding to the elderly person according to the unhealthy characteristics and the subhealthy characteristics, determining a first disease risk level of the corresponding unhealthy organ according to a first organ attribute corresponding to each of the unhealthy organs, and determining a second disease risk level of the corresponding subhealthy organ according to a second organ attribute corresponding to each of the subhealthy organs;

[0132] Step 33: Add a second weight to the corresponding review item based on the first disease risk level / second disease risk level, and generate a health review frequency for the corresponding review item according to the first weight and the second weight corresponding to each review item.

[0133] In this example, when the review item corresponds to an unhealthy state, the first weight is large, and when the review item corresponds to a subhealthy state, the first weight is small;

[0134] In this example, the first weight represents a weight established according to the level of the health characteristic corresponding to the review item;

[0135] In this example, the second weight represents a weight established according to the basic risk level.

[0136] The working principle and beneficial effects of the above technical solution: Based on the principle of being responsible for the health of the elderly and the purpose of reducing excessive review, the review items that the elderly need to undergo are determined based on their unhealthy and sub-healthy characteristics, and the review frequency of each review item is further adjusted based on the urgency of the review items and the corresponding basic risk levels to achieve a balanced state.

[0137] Example 6

[0138] On the basis of Example 1, the community elderly care supervision method based on local medical conditions, step 4, comprises:

[0139] Step 41: constructing a number of basic health information corresponding to the elderly person according to the health records, and performing disease screening for each of the basic health information to obtain a number of suspected diseases corresponding to the elderly person;

[0140] Step 42: retrieve the historical cases corresponding to each of the elderly persons, analyze the disease rationality corresponding to each of the suspected diseases based on the historical pathological analysis, and determine a number of susceptible diseases corresponding to the elderly persons according to the disease rationality;

[0141] Step 43: Find the treatment scope corresponding to each local treatment department respectively, and match the corresponding local treatment department for each of the prone diseases according to the treatment scope;

[0142] Step 44: Infer the disease manifestation corresponding to each of the elderly persons, search for corresponding disease relief methods based on the disease manifestation, and establish a first aid recommendation list corresponding to each of the elderly persons in combination with the department address corresponding to each of the local treatment departments.

[0143] In this instance, suspected diseases refer to diseases that the elderly care worker may have;

[0144] In this example, the disease plausibility indicates the plausibility converted from the degree of association between a suspected disease and historical pathology.

[0145] The working principle and beneficial effects of the above technical solution are as follows: the health records of the elderly are used in combination with their basic health information to screen the elderly for diseases, determine the suspected diseases they may have, and then analyze the rationality of different suspected diseases based on the elderly's historical pathology, so as to determine the elderly's prone diseases, and then match the prone diseases with corresponding local treatment departments based on the treatment scope of each local treatment department, and construct a first aid suggestion list by finding the corresponding disease relief method through the disease manifestations of the elderly. By establishing a first aid suggestion list, when the elderly suddenly become ill, the people around them can be reminded to perform corresponding relief first aid work to avoid accidents.

[0146] Example 7

[0147] On the basis of Example 1, the community elderly care supervision method based on local medical conditions, step 5, comprises:

[0148] Step 51: when the elderly person suddenly falls ill, real-time health data of the elderly person is acquired, and current disease characteristics corresponding to the elderly person are determined according to the real-time health data;

[0149] Step 52: Searching for the current disease characteristics in the corresponding first aid suggestion list, determining the target prone disease of the elderly person, and searching for the target local treatment department corresponding to the target prone disease;

[0150] Step 53: Generate emergency preparation instructions based on the real-time health data and transmit them to the target local treatment department for preparation reminder.

[0151] The working principle and beneficial effects of the above technical solution are as follows: when a senior citizen suddenly falls ill, the treatment department for the senior citizen is determined according to the first aid recommendation list, and the department is reminded to make preparations in advance, thereby reducing the waiting time for the senior citizen's treatment.

[0152] Example 8

[0153] This embodiment provides a community elderly care supervision system based on local medical conditions, such as Figure 2 As shown, including:

[0154] The regular update module is used to obtain the regular physical examination information corresponding to each elderly person in the designated community, and establish a health file corresponding to each elderly person according to the equipment accuracy corresponding to each regular physical examination;

[0155] A health analysis module, used to construct the physical health status of each of the elderly persons according to the health records, and establish health precautions for the corresponding elderly persons based on the physical health status;

[0156] A suggestion generation module is used to determine the non-healthy characteristics and sub-healthy characteristics corresponding to each of the elderly persons according to the health records, and determine the health review items and health review frequency of the elderly persons in combination with the corresponding physical health status;

[0157] The first aid prevention module is used to infer several susceptible diseases corresponding to each of the elderly persons according to the health records, determine the local treatment department corresponding to each susceptible disease, and establish a first aid recommendation list;

[0158] The first aid response module is used to search for the corresponding target local treatment department in the corresponding first aid suggestion list when the elderly person suddenly falls ill, and generate emergency preparation instructions to transmit to the target local treatment department.

[0159] In this example, the regular physical examination information refers to the current physical examination information generated after the elderly person undergoes a physical examination;

[0160] In this example, the equipment accuracy refers to the accuracy of the equipment used when performing the physical examination;

[0161] In this example, the reason for constructing health records based on equipment accuracy is that different medical examination hospitals use different equipment, so their accuracy is also different. By sorting out the equipment accuracy, the medical examination information can be managed uniformly to reduce errors.

[0162] In this example, the non-healthy feature indicates that the elderly person is in poor physical or mental condition and may have a disease;

[0163] In this example, the sub-health characteristic indicates that the elderly person’s physical or mental state is between health and disease;

[0164] In this example, each health review item corresponds to a different disease, and may correspond to a review of one disease or may correspond to a review of multiple diseases.

[0165] The working principle and beneficial effects of the above technical solution: In order to improve the happiness index of the elderly and better play the role of community elderly care, after the elderly complete the physical examination, the health profile of the elderly is constructed according to the accuracy of the equipment of this physical examination, so as to understand the physical health status of the elderly, and further analyze the health precautions of the elderly according to their physical health status, so as to remind the elderly to pay attention to their physical health in daily life, and then adjust the items that the elderly need to review frequently according to the unhealthy characteristics and sub-healthy characteristics of the elderly, and determine the frequency of each review item. At the same time, the prone diseases of the elderly are speculated, and a first aid recommendation list is established in combination with local medical conditions. When the elderly have a sudden illness, the treatment department of the hospital is contacted in advance to prepare for treatment, which reduces the waiting time of the elderly in the hospital, improves the efficiency of the doctor's preparation and treatment, and maximizes the personal health of the elderly.

[0166] Example 9

[0167] On the basis of Example 8, the community elderly care supervision system based on local medical conditions, the health analysis module includes:

[0168] A first analysis unit is used to construct a body model corresponding to each of the elderly people based on the health records and basic information of the corresponding elderly people, and analyze the physical health status of the corresponding elderly people according to the body model;

[0169] A second analysis unit is used to screen a number of abnormal health values ​​corresponding to the elderly person in the health record, and locate an abnormal organ corresponding to each abnormal health value in the body model;

[0170] A third analysis unit is used to respectively search for health dynamic information corresponding to each of the abnormal organs, control the body model to respectively simulate each of the health dynamic information, and determine the health dynamic threshold corresponding to the abnormal organ;

[0171] The fourth analysis unit is used to determine the organ dynamic range of the elderly person according to the health dynamic threshold value corresponding to each abnormal organ, and to construct health precautions for the elderly person according to the correlation between different organ dynamic ranges.

[0172] In this example, the abnormal health value indicates the value corresponding to the abnormality of the elderly person's body;

[0173] In this example, the abnormal organ indicates the organ from which the abnormal health value originates;

[0174] In this example, the health dynamic information represents the dynamic information corresponding to the abnormal organ when it is in a healthy state and performs normal physiological activities;

[0175] In this example, the healthy dynamic threshold value represents the maximum data when the abnormal organ performs normal physiological activities in a healthy state;

[0176] In this example, the organ dynamic range refers to the range of physiological activities that an organ can perform.

[0177] The working principle and beneficial effects of the above technical solution are as follows: the physical health status of the elderly is determined by analyzing their basic information and health records, and their abnormal organs are located by screening abnormal health values, so as to construct health precautions for the elderly according to the health dynamic range of each different abnormal organ, which can effectively improve their awareness of elderly care and health preservation, and enhance their awareness of self-recuperation.

[0178] Example 10

[0179] Based on Example 9, the community elderly care supervision system based on local medical conditions further includes:

[0180] Establishing a number of health characteristics corresponding to the elderly person according to the health dynamic information, establishing a movable characteristic corresponding to each designated movable joint of the elderly person according to the health value corresponding to each health characteristic, counting a number of movable characteristics corresponding to each elderly person, constructing a number of combined joint movable actions corresponding to each elderly person, determining an action angle threshold corresponding to each combined joint movable action, and establishing an action comparison table;

[0181] Analyze the health records to determine several pieces of physical examination information corresponding to the elderly, use standard health information to evaluate the health level of the physical examination information, construct the physical health status corresponding to each of the elderly according to the evaluation results, and determine several pieces of non-health information and sub-health information corresponding to each of the elderly;

[0182] Searching for a plurality of first recuperation methods corresponding to each piece of non-health information, and searching for a plurality of second recuperation methods corresponding to each piece of sub-health information, respectively, obtaining medical history information corresponding to each piece of elderly person, and determining a plurality of local attending physicians corresponding to each piece of elderly person;

[0183] Respectively dividing each of the first recuperation mode and the second recuperation mode into a corresponding first self-recuperation mode, a first medical recuperation mode, a second self-recuperation mode, and a second medical recuperation mode, transmitting the first medical recuperation mode and the second medical recuperation mode to a corresponding local attending physician's terminal, and modifying the corresponding first medical recuperation mode and the second medical recuperation mode according to the medical adjustment suggestion of the local attending physician;

[0184] The action comparison table is used to amend the first self-care method and the second self-care method of the corresponding elderly person, and the modified first medical care method and the second medical care method are combined to establish a health care plan for each elderly person.

[0185] In this example, the designated active joints include: cervical vertebrae, finger joints, wrist joints, elbow joints, shoulder joints, waist, knee joints, hip joints, ankle joints, metatarsophalangeal joints, and interphalangeal joints;

[0186] In this example, the combined joint activity action refers to the action presented when two or more designated activity joints are simultaneously active;

[0187] In this example, the action angle threshold represents the maximum action angle of a combined joint action;

[0188] In this example, the first recuperation method is established for non-health information and is used to help the elderly eliminate non-health information;

[0189] In this example, the second recuperation method is a method established for sub-health information to help the elderly eliminate sub-health;

[0190] In this example, the medical treatment method refers to the treatment method through medical means, such as taking medicine, acupuncture, etc.;

[0191] In this example, self-treatment means treatment through self-exercise, such as running, sleeping, etc.

[0192] In this example, the action comparison table indicates several actions that the elderly care worker can perform independently.

[0193] The working principle and beneficial effects of the above technical solution: In order to improve the feasibility of community elderly care, the health dynamic information of the elderly is used to determine several activity movements of the elderly and the movement angle corresponding to each movement, so as to construct an action comparison table for each elderly person, and further evaluate the health level of the elderly person's physical examination information, and then construct the evaluation results to determine the physical health status of the elderly person, thereby determining the elderly person's non-health information and sub-health information, and then retrieve the corresponding recuperation method, and submit the medical recuperation method to the elderly person's attending physician for review. After the review is completed, the medical recuperation method is adjusted according to the attending physician's advice, and the corresponding self-recuperation method is adjusted according to the elderly person's action comparison table, thereby generating a health recuperation plan for each elderly person. In this way, the elderly person does not have to rush to the hospital to inquire about medication, which is convenient for the elderly person, and the elderly person can also perform corresponding exercises according to the self-recuperation method to improve the corresponding resistance.

[0194] Obviously, those skilled in the art can make various changes and modifications to the present invention without departing from the spirit and scope of the present invention. Thus, if these modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalents, the present invention is also intended to include these modifications and variations.

Claims

1. A community elderly care supervision method based on local medical conditions, characterized in that: include: Step 1: Obtain the regular physical examination information corresponding to each elderly person in the designated community, and establish a health file corresponding to each elderly person according to the equipment accuracy corresponding to each regular physical examination; Step 2: constructing the physical health status of each of the elderly persons according to the health records, and establishing health precautions for the corresponding elderly persons based on the physical health status; Step 3: Determine the non-healthy characteristics and sub-healthy characteristics corresponding to each of the elderly persons according to the health records, and determine the health review items and health review frequency of the elderly persons in combination with the corresponding physical health status; Step 4: inferring a number of susceptible diseases corresponding to each of the elderly care workers based on the health records, determining the local treatment department corresponding to each susceptible disease, and establishing a first aid recommendation list; Step 5: When the elderly care worker suddenly falls ill, the corresponding target local treatment department is searched in the corresponding first aid suggestion list, and an emergency preparation instruction is generated and transmitted to the target local treatment department.

2. A community elderly care supervision method based on local medical conditions as claimed in claim 1, characterized in that: The step 1 comprises: Step 11: Obtain the periodic physical examination information corresponding to each elderly person in the designated community, and construct a sequential physical examination information set corresponding to the elderly person according to the generation time corresponding to each periodic physical examination information, count the equipment information corresponding to each medical institution in the target area, set a corresponding institution label for each medical institution, trace each periodic physical examination information, and match the corresponding institution label for each periodic physical examination information in the sequential physical examination information set according to the traceability result; Step 12: construct equipment models corresponding to different medical equipment in the corresponding medical institutions according to each piece of equipment information, perform simulation tests on each equipment model, obtain the equipment accuracy corresponding to each medical equipment, determine the physical examination items corresponding to the corresponding medical equipment according to the equipment information, and generate the physical examination health grading standard corresponding to each physical examination item in combination with the equipment accuracy corresponding to the medical equipment; Step 13: respectively obtain the institution label set corresponding to each of the sequential physical examination information sets, construct the project grade classification rules corresponding to the elderly according to the corresponding label sequence in the institution label set combined with the physical examination health grading standard of the corresponding medical equipment, and use the project grade classification rules to process the corresponding regular physical examination information to obtain a number of health grade information corresponding to the elderly; Step 14: Count the health level information of each of the elderly persons in chronological order, generate a dynamic physical examination project report corresponding to each of the elderly persons, find the target physical examination items whose health level is lower than the standard level in the dynamic physical examination project report, highlight them, and generate a health record for the corresponding elderly person.

3. A community elderly care supervision method based on local medical conditions as claimed in claim 1, characterized in that: The step 2 comprises: Step 21: constructing a body model corresponding to each of the elderly persons based on the health records and the basic information of the elderly persons, and analyzing the physical health status of the elderly persons according to the body model; Step 22: screening a number of abnormal health values ​​corresponding to the elderly in the health records, and locating the abnormal organ corresponding to each abnormal health value in the body model; Step 23: respectively searching for health dynamic information corresponding to each abnormal organ, controlling the body model to respectively simulate each health dynamic information, and determining a health dynamic threshold corresponding to the abnormal organ; Step 24: Determine the organ dynamic range of the elderly person according to the health dynamic threshold value corresponding to each abnormal organ, and construct health precautions for the elderly person according to the correlation between the dynamic ranges of different organs.

4. A community elderly care supervision method based on local medical conditions as claimed in claim 3, characterized in that: Also includes: Establishing a number of health characteristics corresponding to the elderly person according to the health dynamic information, establishing a movable characteristic corresponding to each designated movable joint of the elderly person according to the health value corresponding to each health characteristic, counting a number of movable characteristics corresponding to each elderly person, constructing a number of combined joint movable actions corresponding to each elderly person, determining an action angle threshold corresponding to each combined joint movable action, and establishing an action comparison table; Analyze the health records to determine several pieces of physical examination information corresponding to the elderly, use standard health information to evaluate the health level of the physical examination information, construct the physical health status corresponding to each of the elderly according to the evaluation results, and determine several pieces of non-health information and sub-health information corresponding to each of the elderly; Searching for a plurality of first recuperation methods corresponding to each piece of non-health information, and searching for a plurality of second recuperation methods corresponding to each piece of sub-health information, respectively, obtaining medical history information corresponding to each piece of elderly person, and determining a plurality of local attending physicians corresponding to each piece of elderly person; Respectively dividing each of the first recuperation mode and the second recuperation mode into a corresponding first self-recuperation mode, a first medical recuperation mode, a second self-recuperation mode, and a second medical recuperation mode, transmitting the first medical recuperation mode and the second medical recuperation mode to a corresponding local attending physician's terminal, and modifying the corresponding first medical recuperation mode and the second medical recuperation mode according to the medical adjustment suggestion of the local attending physician; The action comparison table is used to amend the first self-care method and the second self-care method of the corresponding elderly person, and the modified first medical care method and the second medical care method are combined to establish a health care plan for each elderly person.

5. A community elderly care supervision method based on local medical conditions as claimed in claim 1, characterized in that: The step 3 comprises: Step 31: constructing non-healthy characteristics and sub-healthy characteristics corresponding to each of the elderly persons according to the health records, determining a number of review items corresponding to the elderly persons according to the non-healthy characteristics and the sub-healthy characteristics, and adding a first weight to the review item according to the non-healthy characteristics / sub-healthy characteristics corresponding to each of the review items; Step 32: determining a plurality of unhealthy organs and a plurality of subhealthy organs corresponding to the elderly person according to the unhealthy characteristics and the subhealthy characteristics, determining a first disease risk level of the corresponding unhealthy organ according to a first organ attribute corresponding to each of the unhealthy organs, and determining a second disease risk level of the corresponding subhealthy organ according to a second organ attribute corresponding to each of the subhealthy organs; Step 33: Add a second weight to the corresponding review item based on the first disease risk level / second disease risk level, and generate a health review frequency for the corresponding review item according to the first weight and the second weight corresponding to each review item.

6. A community elderly care supervision method based on local medical conditions as claimed in claim 1, characterized in that: The step 4 comprises: Step 41: constructing a number of basic health information corresponding to the elderly person according to the health records, and performing disease screening on each of the basic health information to obtain a number of suspected diseases corresponding to the elderly person; Step 42: retrieve the historical cases corresponding to each of the elderly persons, analyze the disease rationality corresponding to each of the suspected diseases based on the historical pathological analysis, and determine a number of susceptible diseases corresponding to the elderly persons according to the disease rationality; Step 43: Find the treatment scope corresponding to each local treatment department respectively, and match the corresponding local treatment department for each of the prone diseases according to the treatment scope; Step 44: Infer the disease manifestation corresponding to each of the elderly persons, search for corresponding disease relief methods based on the disease manifestation, and establish a first aid recommendation list corresponding to each of the elderly persons in combination with the department address corresponding to each of the local treatment departments.

7. A community elderly care supervision method based on local medical conditions as claimed in claim 1, characterized in that: The step 5 comprises: Step 51: when the elderly person suddenly falls ill, real-time health data of the elderly person is acquired, and current disease characteristics corresponding to the elderly person are determined according to the real-time health data; Step 52: Searching for the current disease characteristics in the corresponding first aid suggestion list, determining the target prone disease of the elderly person, and searching for the target local treatment department corresponding to the target prone disease; Step 53: Generate emergency preparation instructions based on the real-time health data and transmit them to the target local treatment department for preparation reminder.

8. A community elderly care supervision system based on local medical conditions, characterized in that: include: The regular update module is used to obtain the regular physical examination information corresponding to each elderly person in the designated community, and establish a health file corresponding to each elderly person according to the equipment accuracy corresponding to each regular physical examination; A health analysis module, used to construct the physical health status of each of the elderly persons according to the health records, and establish health precautions for the corresponding elderly persons based on the physical health status; A suggestion generation module is used to determine the non-healthy characteristics and sub-healthy characteristics corresponding to each of the elderly persons according to the health records, and determine the health review items and health review frequency of the elderly persons in combination with the corresponding physical health status; The first aid prevention module is used to infer several susceptible diseases corresponding to each of the elderly persons according to the health records, determine the local treatment department corresponding to each susceptible disease, and establish a first aid recommendation list; The first aid response module is used to search for the corresponding target local treatment department in the corresponding first aid suggestion list when the elderly person suddenly falls ill, and generate emergency preparation instructions to transmit to the target local treatment department.

9. A community elderly care supervision system based on local medical conditions as claimed in claim 8, characterized in that: The health analysis module comprises: A first analysis unit is used to construct a body model corresponding to each of the elderly people based on the health records and basic information of the corresponding elderly people, and analyze the physical health status of the corresponding elderly people according to the body model; A second analysis unit is used to screen a number of abnormal health values ​​corresponding to the elderly person in the health records, and locate an abnormal organ corresponding to each abnormal health value in the body model; A third analysis unit is used to respectively search for health dynamic information corresponding to each of the abnormal organs, control the body model to respectively simulate each of the health dynamic information, and determine the health dynamic threshold corresponding to the abnormal organ; The fourth analysis unit is used to determine the organ dynamic range of the elderly person according to the health dynamic threshold value corresponding to each abnormal organ, and to construct health precautions for the elderly person according to the correlation between different organ dynamic ranges.

10. A community elderly care supervision system based on local medical conditions as claimed in claim 9, characterized in that: Also includes: Establishing a number of health characteristics corresponding to the elderly person according to the health dynamic information, establishing a movable characteristic corresponding to each designated movable joint of the elderly person according to the health value corresponding to each health characteristic, counting a number of movable characteristics corresponding to each elderly person, constructing a number of combined joint movable actions corresponding to each elderly person, determining an action angle threshold corresponding to each combined joint movable action, and establishing an action comparison table; Analyze the health records to determine several pieces of physical examination information corresponding to the elderly, use standard health information to evaluate the health level of the physical examination information, construct the physical health status corresponding to each of the elderly according to the evaluation results, and determine several pieces of non-health information and sub-health information corresponding to each of the elderly; Searching for a plurality of first recuperation methods corresponding to each piece of non-health information, and searching for a plurality of second recuperation methods corresponding to each piece of sub-health information, respectively, obtaining medical history information corresponding to each piece of elderly person, and determining a plurality of local attending physicians corresponding to each piece of elderly person; Respectively dividing each of the first recuperation mode and the second recuperation mode into a corresponding first self-recuperation mode, a first medical recuperation mode, a second self-recuperation mode, and a second medical recuperation mode, transmitting the first medical recuperation mode and the second medical recuperation mode to a corresponding local attending physician's terminal, and modifying the corresponding first medical recuperation mode and the second medical recuperation mode according to the medical adjustment suggestion of the local attending physician; The action comparison table is used to amend the first self-care method and the second self-care method of the corresponding elderly person, and the modified first medical care method and the second medical care method are combined to establish a health care plan for each elderly person.

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