Medical accompanying system

Abstract

The invention relates to the technical field of auxiliary medical treatment, in particular to a medical accompanying system, which comprises a user management module, a personal management module, a reservation and scheduling module, a positioning and tracking module and a consultation module, and is characterized in that the user management module is configured with a database and is used for receiving and processing registration, login and authority management problems of a user; the personal management module is configured with a login interface and is used for providing patient information input and query functions; the reservation and scheduling module is connected to the personal management module, is provided with a reservation unit and a scheduling unit, and is used for assisting online reservation registration and escorting of accompanying personnel; the positioning and tracking module is used for receiving the information of the scheduling unit and then docking with a personal account of an accompanying person, and positioning and tracking the position of a patient in real time; and the consultation module is connected to the personal account and the reservation unit, and is used for querying patient information and providing online health consultation service and health knowledge propaganda and education. According to the invention, the user can efficiently see a doctor according to requirements.

Description

Technical Field

[0001] The present invention relates to the field of auxiliary medical technology, and in particular to a medical accompanying system. Background Art

[0002] With the development of the economy, the medical level in our country has been continuously improving. However, a considerable part of medical resources are still concentrated in a few areas. Even in big cities, patients hope to go to tertiary hospitals to receive expert treatment, causing patients from primary hospitals to flow into municipal hospitals, increasing the burden on municipal hospitals, while primary beds are idle, which ultimately leads to uneven distribution and waste of medical resources. In addition, elderly people living alone also face many difficulties in seeking medical treatment and need assistance.

[0003] In the related technology, a medical self-service integrated machine is set up, which is equipped with a consultation machine and a medicine vending machine. The consultation data is transmitted to the consultation service terminal through the 5G video equipment, forehead thermometer, blood pressure monitor, blood oximeter and heart rate monitor installed inside the consultation machine. In this way, users can conveniently seek medical treatment nearby. Summary of the invention

[0004] The main purpose of the present invention is to provide a medical accompanying system, aiming to enable users to seek medical treatment efficiently according to their needs.

[0005] To achieve the above-mentioned purpose, the present invention proposes a medical accompanying system, which includes a user management module, a personal management module, a reservation and scheduling module, a positioning and tracking module, and a consultation module:

[0006] The user management module is configured with a database for accepting and processing user registration, login, and authority management issues;

[0007] The personal management module is configured with a login interface, through which a personal account can be entered, and is used to provide patient information entry and query functions;

[0008] The reservation and scheduling module is connected to the personal management module and is equipped with a reservation unit and a scheduling unit for assisting online reservation registration and escort by accompanying personnel;

[0009] The positioning and tracking module is connected to the scheduling unit and the user management module, and is used to connect to the personal account of the accompanying personnel after receiving the scheduling unit information, and locate and track the patient's position in real time;

[0010] The consultation module is connected to the personal account and the reservation unit, and is used to query patient information and provide online health consultation services and health knowledge education;

[0011] When the consultation module is working, the positioning and tracking module will synchronize the personal account and match the nearest hospital that can treat the patient based on the patient information.

[0012] In one embodiment of the present application, the user management module is configured with a data analysis module based on patient information and the appointment and scheduling module, which is used to collect the patient's medical conditions and efficiency, the accompanying status and possible problems of the accompanying personnel, and the patient's evaluation according to the appointment and scheduling module, and conduct systematic analysis and mining of this information, and then generate monthly reports, quarterly reports, and annual reports in time, and feedback to the medical institution for system upgrade and management.

[0013] In one embodiment of the present application, the user management module is also configured with a security module, which is connected to the personal management module and is configured with personal privacy permissions based on the personal account. The security module is only equipped with a few stable background permissions, and the permission key is burned on a special password card to ensure the security and stability of the system and protect the patient's privacy and data security from infringement.

[0014] In one embodiment of the present application, the personal management module is configured with a remote care module based on patient information. The remote care module is provided with a remote monitoring unit relative to the personal account. The remote monitoring unit will send a health questionnaire to the personal account according to time. The font of the health questionnaire is large and bold by default, and each question is a multiple-choice question with multiple options, so that the user management system can remotely understand the patient's status and make care suggestions based on the patient's status.

[0015] In one embodiment of the present application, the remote care module is also configured with an emergency rescue unit. The emergency rescue unit remotely understands the patient's status based on the remote care module. When the system remotely detects that there is a problem with the patient's status, it will send an online call application. When it is determined that the patient is in danger, the positioning and tracking module will be connected, and the emergency personnel will be called to coordinate with the accompanying personnel to guide or provide first aid as soon as possible.

[0016] In one embodiment of the present application, the emergency rescue unit is provided with an emergency unit relative to the personal account, and the emergency unit is highlighted and enlarged on the personal account. When the user activates the emergency unit, the emergency phone will be directly called. The emergency phone hang-up position and the emergency unit position are far apart, and the user can only hang up in the personal account within a certain period of time after dialing, and then the patient can only be hung up after the medical institution confirms the patient's status;

[0017] When the emergency call is connected, if the patient responds to the call that he is feeling unwell and / or is unable to respond for a long time, emergency personnel will be dispatched to provide rescue services;

[0018] When the emergency call is connected, the patient replies with the call notification, and the hospital will briefly inquire about the patient's physical condition, help the patient register if necessary, and contact the accompanying personnel.

[0019] In one embodiment of the present application, the appointment and scheduling module is configured with a caregiver management module. The caregiver management module has a corresponding caregiver account. After the caregiver account receives the scheduling unit, the navigation service is activated. The caregiver needs to strictly accompany the patient according to the navigation service, and after the patient and the caregiver arrive at the hospital, facial recognition is performed at the same time to confirm that the patient has arrived safely and activate the accompanying task.

[0020] In one embodiment of the present application, the positioning and tracking module is also configured with an accompanying guidance unit. When the accompanying personnel account and the patient's personal account receive the accompanying task, the medical guidance will be activated, and a check-in point will be set up in each department. Patients can check the current medical examination progress through the check-in point, and the accompanying personnel need to check in according to the check-in point to ensure the rationality, safety and reliability of medical accompaniment.

[0021] To achieve the above object, the present invention proposes a medical accompanying method, including the above-mentioned medical accompanying system, and the medical accompanying method includes:

[0022] S100, collects and integrates data from different sources to obtain disease information, processes and analyzes the disease information to obtain preliminary medical information;

[0023] S200, setting a user management module, configuring a personal account through the user management module, and using the personal account to record patient information or assist accompanying personnel in querying patient information;

[0024] S300, based on patient information, medical institutions provide patients with corresponding online health consultation services and health knowledge education to prevent diseases;

[0025] S400, based on online health consultation, is equipped with an auxiliary appointment registration unit. After the patient's registration is completed, the scheduling information is sent through the scheduling unit and received by the corresponding accompanying personnel account;

[0026] S500, based on the scheduling information, sends navigation information to the accompanying personnel account and the patient's personal account. After the patient is sent to the hospital, both parties perform facial recognition at the same time to settle the task.

[0027] In one embodiment of the present application, after step S500, the following steps are further included:

[0028] S510, the accompanying personnel account can query the patient's location only after receiving the scheduling information. After delivery, the two devices are connected to the hospital intranet to further confirm the task;

[0029] S520, based on the task, has an accompanying guidance unit, which strictly plans the route to the departments that need to be visited and generates check-in points so that patients can understand the progress and the task is safe and reliable.

[0030] The technical solution of the present invention adopts the method of dividing the medical escort system into a user management module, a personal management module, a reservation and scheduling module, a positioning and tracking module, and a consultation module in terms of structure and function. The user management module is a general management module, and a database is configured inside it to collect and integrate data from different sources to obtain disease information, process and analyze the disease information, and obtain preliminary medical information. Through the preliminary medical information and the big data model, the consultation module can be combined to preliminarily solve the patient's questions, assist the patient in determining whether medical treatment is needed, and help the patient make an appointment with a hospital when necessary. If medical treatment is needed, the nearest hospital with more convenient transportation is determined based on the patient's past medical experience and current status stored in the database, thereby maximizing the utilization rate of medical resources and enabling users to seek medical treatment efficiently. The personal management module is used to allocate permissions, and the login interface set therein can log in to a personal account through personal permissions, and the personal Patient information can be entered into the personal account. At the same time, when the patient makes an appointment, the hospital system can use the user management module and user information to quickly determine the patient's needs and formulate a medical consultation process, making the treatment process transparent and reassuring the patient. At the same time, when the appointment is successful, the scheduling unit will send a signal to the accompanying personnel account. The transparent strategy can enable the accompanying personnel to have a strict accompanying plan to ensure the safety of the patient while protecting their own interests. The positioning and tracking module is connected to the patient's personal account and can announce their location. Only the hospital and the accompanying personnel who have received the scheduling task can receive the location signal, which can enable emergency personnel and / or accompanying personnel to receive the patient as soon as possible and send the patient to the hospital more efficiently. The tracking module can enable the system to cooperate with face recognition and intranet connection to determine the patient's location and ensure the accompanying process. Through the above structure, users can receive medical treatment efficiently according to their needs. BRIEF DESCRIPTION OF THE DRAWINGS

[0031] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings required for use in the embodiments or the description of the prior art will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on the structures shown in these drawings without paying creative work.

[0032] Figure 1 It is a structural schematic diagram of the medical accompanying system of the present invention;

[0033] Figure 2 is a flow chart of the medical accompanying method of the present invention;

[0034] Figure 3 The recommended analysis flow chart of the medical accompanying method of the present invention.

[0035] The realization of the purpose, functional features and advantages of the present invention will be further explained in conjunction with embodiments and with reference to the accompanying drawings. DETAILED DESCRIPTION

[0036] In order to make the purpose, technical solution and advantages of the present application more clearly understood, the present application is further described in detail below in conjunction with the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are only used to explain the present application and are not used to limit the present application.

[0037] To solve the problems in the background technology, such as Figure 1 As shown, a medical accompanying system proposed by the present invention includes a user management module, a personal management module, a reservation and scheduling module, a positioning and tracking module, and a consulting module. The user management module is configured with a database for accepting and processing user registration, login, and authority management issues; the personal management module is configured with a login interface, through which a personal account can be entered, and is used to provide patient information entry and query functions; the reservation and scheduling module is connected to the personal management module, and is configured with a reservation unit and a scheduling unit, which are used to assist online reservation registration and escort by accompanying personnel; the positioning and tracking module is connected to the scheduling unit and the user management module, and is used to connect to the personal account of the accompanying personnel after receiving the scheduling unit information, and to locate and track the patient's position in real time; the consulting module is connected to the personal account and the reservation unit, and is used to query patient information and provide online health consulting services and health knowledge education; when the consulting module is working, the positioning and tracking module will synchronize the personal account and match the nearest hospital that can be treated according to the patient information.

[0038] Understandably, the medical escort system is generally divided into user management module, personal management module, appointment and scheduling module, positioning and tracking module, and consultation module in terms of structure and function. The user management module is the general management module, which is internally configured with a database that can collect and integrate data from different sources to obtain disease information, process and analyze the disease information, and obtain preliminary medical information. Through preliminary medical information and big data models, the consultation module can be combined to preliminarily solve patients' questions, assist patients in determining whether they need medical treatment, and help patients make appointments with hospitals when necessary. If medical treatment is required, the nearest hospital with more convenient transportation can be determined based on the patient's past medical experience and current status stored in the database, thereby maximizing the utilization rate of medical resources and enabling users to receive medical treatment efficiently. The personal management module is used to allocate permissions, and the login interface it sets can log in to personal accounts through personal permissions. Personal accounts Patient information can be entered in the system. At the same time, when the patient makes an appointment, the hospital system can use the user management module and user information to quickly determine the patient's needs and formulate a medical consultation process, making the treatment process transparent and reassuring the patient. At the same time, when the appointment is successful, the scheduling unit will send a signal to the accompanying personnel account. The transparent strategy can enable the accompanying personnel to have a strict accompanying plan to ensure the safety of the patient while protecting their own interests. The positioning and tracking module is connected to the patient's personal account and can announce their location. Only the hospital and the accompanying personnel who have received the scheduling task can receive the location signal, which can enable emergency personnel and / or accompanying personnel to receive the patient as soon as possible and send the patient to the hospital more efficiently. The tracking module can enable the system to cooperate with face recognition and intranet connection to determine the patient's location and ensure the accompanying process. Through the above structure, users can receive medical treatment efficiently according to their needs.

[0039] In one embodiment of the present application, the user management module is configured with a data analysis module based on patient information and the appointment and scheduling module, which is used to collect the patient's medical conditions and efficiency, the accompanying status and possible problems of the accompanying personnel, and the patient's evaluation according to the appointment and scheduling module, and conduct systematic analysis and mining of this information, and then generate monthly reports, quarterly reports, and annual reports in time, and feedback to the medical institution for system upgrades and management.

[0040] It can be understood that the user management module is configured with a data analysis module based on patient information and the appointment and scheduling module. The main function of this module is to further optimize the system and improve the medical experience of patients, especially the elderly. In addition, in order to protect the rights and interests of accompanying personnel, the requirements for accompanying personnel can be improved based on the patient's medical situation and efficiency, the accompanying status and possible problems of the accompanying personnel, and the patient's evaluation. All this information can be made into reports, arranged by month, quarter, and year, and more intuitive scores can be tabulated, allowing hospitals to optimize medical processes and hospital management based on these scores, and to improve patients' medical experience at the lowest cost.

[0041] In one embodiment of the present application, the user management module is also configured with a security module, which is connected to the personal management module and is configured with personal privacy permissions based on the personal account. The security module is only equipped with a few stable background permissions, and the permission key is burned on a special password card to ensure the security and stability of the system and protect the patient's privacy and data security from infringement.

[0042] Understandably, the user management module is also equipped with a security module. The patient's medical information is confidential. If it is leaked at will, it may affect the patient's life. The security module makes this information confidential. In addition to the patient being able to view it in his or her personal account, only other additional keys are set to allow the hospital to retrieve relevant information when necessary. In addition, only after the patient has made an appointment will the system retrieve the information to plan medical treatment. Such a structure can protect the patient himself or herself to the greatest extent.

[0043] In one embodiment of the present application, the personal management module is configured with a remote care module based on patient information. The remote care module is provided with a remote monitoring unit relative to the personal account. The remote monitoring unit will send a health questionnaire to the personal account according to time. The font of the health questionnaire is large and bold by default, and each question is a multiple-choice question with multiple options, so that the user management system can remotely understand the patient's status and make care suggestions based on the patient's status.

[0044] It can be understood that the personal management module is configured with a remote care module based on patient information. The remote care module is equipped with a remote monitoring unit relative to the personal account. The unit can send health questionnaires to the personal account at regular intervals. The font size is large and bold by default, which can make it easy for the elderly to use the system. The system can determine the user's status based on the built-in preliminary medical information and send the determination criteria to the user in the form of multiple-choice questions. After the user fills in the information, the system can determine the patient's status, provide further care suggestions for the patient, further optimize the patient's medical experience, and help the patient seek medical treatment in time.

[0045] In one embodiment of the present application, the remote care module is also configured with an emergency rescue unit. The emergency rescue unit remotely understands the patient's status based on the remote care module. When the system remotely detects that there is a problem with the patient's status, it will send an online call request. When it is determined that the patient is in danger, the positioning and tracking module will be connected, and the emergency personnel will be called to coordinate with the accompanying personnel to guide or provide first aid as soon as possible.

[0046] It can be understood that the remote care module is also equipped with an emergency rescue unit. When the remote care module finds that the patient's condition is critical, the emergency rescue unit can send an online call application, and the medical institution can remotely repeat the patient's status. When the repeated determination of the patient's status is incorrect, the system will connect the positioning and tracking module, so that first aid personnel and accompanying personnel can arrive at the door in time to ensure the patient's safety.

[0047] In one embodiment of the present application, an emergency rescue unit is provided with a first aid unit relative to a personal account, and the first aid unit is highlighted and enlarged on the personal account. When the user activates the first aid unit, the emergency phone will be called directly. The hang-up position of the emergency phone and the position of the first aid unit are far apart, and the user can only hang up in the personal account within a certain period of time after dialing, and can then only hang up after the medical institution confirms the patient's status; when the emergency call is connected, the patient replies that he is unwell and / or cannot respond for a long time, and the first aid personnel will be dispatched urgently for rescue; when the emergency call is connected, the patient replies that the call is accidentally touched, the patient's physical condition will be simply inquired, and if necessary, patients in need will be helped to register and the accompanying personnel will be contacted.

[0048] It can be understood that the emergency rescue unit has a first aid unit relative to the personal account. The first aid unit is highlighted and enlarged on the personal account. The patient can activate the first aid unit to call the emergency call. After the emergency call is dialed, the hang-up position and the dialing position are completely different, and there is a hang-up countdown. This can avoid patients from touching it by mistake and avoid patients in poor condition. However, accidentally touching the hang-up key can effectively ensure the safety of patients. When the emergency call is connected, the patient replies that he is unwell and / or unable to respond for a long time, and the first aid personnel will be dispatched urgently for rescue; when the emergency call is connected, the patient replies that the call is accidentally touched, the patient's physical condition will be briefly inquired, and if necessary, patients in need will be helped to register, and accompanying personnel will be contacted to improve the efficiency of first aid.

[0049] In one embodiment of the present application, the appointment and scheduling module is configured with a caregiver management module. The caregiver management module has a corresponding caregiver account. After the caregiver account receives the scheduling unit, the navigation service is activated. The caregiver needs to strictly accompany the patient according to the navigation service, and after the patient and the caregiver arrive at the hospital, facial recognition is performed at the same time to confirm that the patient has arrived safely and activate the accompanying task.

[0050] It can be understood that the appointment and scheduling module is configured with a caregiver management module. The caregiver management module has a corresponding caregiver account. The caregiver can accept tasks according to an independent account and is configured with a navigation service. The caregiver can pick up the sick elderly according to the navigation. When the patient is sent to the hospital, the start of the task is determined through facial recognition, which can ensure the safety of the patient and the rights and interests of the caregiver.

[0051] In one embodiment of the present application, the positioning and tracking module is also configured with an accompanying guidance unit. When the accompanying personnel account and the patient's personal account receive the accompanying task, the medical guidance will be activated, and a check-in point will be set up in each department. Patients can check the current medical examination progress through the check-in point, and the accompanying personnel need to check in according to the check-in point to ensure the rationality, safety and reliability of medical accompaniment.

[0052] It can be understood that the positioning and tracking module is also equipped with an accompanying guidance unit. When the accompanying personnel account and the patient's personal account receive the accompanying task, the medical guidance will be activated. The medical guidance generates multiple check-in points, so that the patient can check the current medical progress, and the accompanying personnel can also protect their own rights and interests. The system can enable elderly people living alone to receive medical treatment in time and have medical accompaniment to ensure the safety of the elderly's medical treatment.

[0053] refer to Figures 2 to 3 The present invention further proposes a medical accompanying method, which includes the above-mentioned medical accompanying system. The specific structure of the medical accompanying system refers to the above-mentioned embodiment. Since the medical accompanying method adopts all the technical solutions of all the above-mentioned embodiments, it at least has all the beneficial effects brought by the technical solutions of the above-mentioned embodiments, which will not be repeated here one by one.

[0054] A medical accompanying method proposed by the present invention comprises the following steps:

[0055] S100, collects and integrates data from different sources to obtain disease information, processes and analyzes the disease information to obtain preliminary medical information;

[0056] S200, setting a user management module, configuring a personal account through the user management module, and using the personal account to record patient information or assist accompanying personnel in querying patient information;

[0057] S300, based on patient information, medical institutions provide patients with corresponding online health consultation services and health knowledge education to prevent diseases;

[0058] S400, based on online health consultation, is equipped with an auxiliary appointment registration unit. After the patient's registration is completed, the scheduling information is sent through the scheduling unit and received by the corresponding accompanying personnel account;

[0059] S500, based on the scheduling information, sends navigation information to the accompanying personnel account and the patient's personal account. After the patient is sent to the hospital, both parties perform facial recognition at the same time to settle the task.

[0060] Understandably, the medical escort system is generally divided into user management module, personal management module, appointment and scheduling module, positioning and tracking module, and consultation module in terms of structure and function. The user management module is the general management module, which is internally configured with a database that can collect and integrate data from different sources to obtain disease information, process and analyze the disease information, and obtain preliminary medical information. Through preliminary medical information and big data models, the consultation module can be combined to preliminarily solve patients' questions, assist patients in determining whether they need medical treatment, and help patients make appointments with hospitals when necessary. If medical treatment is required, the nearest hospital with more convenient transportation can be determined based on the patient's past medical experience and current status stored in the database, thereby maximizing the utilization rate of medical resources and enabling users to receive medical treatment efficiently. The personal management module is used to allocate permissions, and the login interface it sets can log in to personal accounts through personal permissions. Personal accounts Patient information can be entered in the system. At the same time, when the patient makes an appointment, the hospital system can use the user management module and user information to quickly determine the patient's needs and formulate a medical consultation process, making the treatment process transparent and reassuring the patient. At the same time, when the appointment is successful, the scheduling unit will send a signal to the accompanying personnel account. The transparent strategy can enable the accompanying personnel to have a strict accompanying plan to ensure the safety of the patient while protecting their own interests. The positioning and tracking module is connected to the patient's personal account and can announce their location. Only the hospital and the accompanying personnel who have received the scheduling task can receive the location signal, which can enable emergency personnel and / or accompanying personnel to receive the patient as soon as possible and send the patient to the hospital more efficiently. The tracking module can enable the system to cooperate with face recognition and intranet connection to determine the patient's location and ensure the accompanying process. Through the above structure, users can receive medical treatment efficiently according to their needs.

[0061] S510, the accompanying personnel account can query the patient's location only after receiving the scheduling information. After delivery, the two devices are connected to the hospital intranet to further confirm the task.

[0062] Understandably, the accompanying personnel can only inquire about the patient's location after receiving the scheduling information, which can effectively protect the patient's privacy and security. When both parties arrive at the hospital and the equipment is connected to the intranet, the system combines facial data and positioning data to determine the patient's arrival, which can protect the patient's safety, safeguard the rights and interests of the accompanying personnel, and avoid medical disputes.

[0063] S520, based on the task, has an accompanying guidance unit, which strictly plans the route to the departments that need to be visited and generates check-in points so that patients can understand the progress and the task is safe and reliable.

[0064] Understandably, an accompanying guidance unit is set up based on the task, which will plan the route to prevent the accompanying personnel from having a bad medical experience for the patient due to their lack of familiarity with the process. The above structure allows users to receive medical treatment efficiently according to their needs.

[0065] The same or similar numbers in the drawings of this embodiment correspond to the same or similar parts; in the description of this application, it should be understood that if the terms "upper", "lower", "left", "right", etc. indicate an orientation or position relationship based on the orientation or position relationship shown in the drawings, it is only for the convenience of describing this application and simplifying the description, rather than indicating or implying that the device or element referred to must have a specific orientation, be constructed and operated in a specific orientation. Therefore, the terms describing the position relationship in the drawings are only used for illustrative purposes and cannot be understood as a limitation on this patent. For ordinary technicians in this field, the specific meanings of the above terms can be understood according to specific circumstances.

[0066] The above are only preferred embodiments of the present application and are not intended to limit the present application. Any modifications, equivalent substitutions and improvements made within the spirit and principles of the present application should be included in the protection scope of the present application.

Claims

1. A medical accompanying system, characterized in that: include: A user management module, which is configured with a database for accepting and processing user registration, login, and authority management issues; A personal management module, wherein the personal management module is configured with a login interface, through which a personal account can be entered, and is used to provide a function of inputting and querying patient information; The reservation and scheduling module is connected to the personal management module and is equipped with a reservation unit and a scheduling unit to assist in online reservation registration and escort by accompanying personnel; A positioning and tracking module, which is connected to the scheduling unit and the user management module, and is used to connect to the personal account of the accompanying personnel after receiving the scheduling unit information, and locate and track the patient's position in real time; A consultation module, which is connected to the personal account and the reservation unit, is used to query patient information and provide online health consultation services and health knowledge education; When the consultation module is working, the positioning and tracking module will synchronize the personal account and match the nearest hospital that can treat the patient based on the patient information.

2. A medical accompanying system according to claim 1, characterized in that: The user management module is configured with a data analysis module based on patient information and the appointment and scheduling module, which is used to collect the patient's medical conditions and efficiency, the accompanying status and possible problems of the accompanying personnel, and the patient's evaluation according to the appointment and scheduling module, and systematically analyze and mine this information, and then generate monthly reports, quarterly reports, and annual reports in time, and feedback to the medical institution for system upgrade and management.

3. A medical accompanying system according to claim 2, characterized in that: The user management module is also configured with a security module, which is connected to the personal management module and is configured with personal privacy permissions based on the personal account. The security module only has a few stable background permissions, and the permission key is burned on a special password card to ensure the security and stability of the system and protect the patient's privacy and data security from infringement.

4. A medical accompanying system according to claim 3, characterized in that: The personal management module is configured with a remote care module based on patient information. The remote care module is provided with a remote monitoring unit relative to the personal account. The remote monitoring unit will send a health questionnaire to the personal account according to time. The font of the health questionnaire is large and bold by default, and each question is a multiple-choice question with multiple options, so that the user management system can remotely understand the patient's status and make care suggestions based on the patient's status.

5. A medical accompanying system according to claim 4, characterized in that: The remote care module is also equipped with an emergency rescue unit. The emergency rescue unit remotely understands the patient's status based on the remote care module. When the system remotely detects that there is a problem with the patient's status, it will send an online call application. When it is determined that the patient is in danger, it will connect to the positioning and tracking module, call emergency personnel to coordinate with accompanying personnel to guide or provide first aid as soon as possible.

6. A medical accompanying system according to claim 5, characterized in that: The emergency rescue unit is provided with an emergency unit relative to the personal account. The emergency unit is highlighted and enlarged on the personal account. When the user activates the emergency unit, the emergency phone will be directly called. The emergency phone hang-up position and the emergency unit position are far apart. The user can only hang up in the personal account within a certain period of time after dialing. After that, the user can only hang up after the medical institution confirms the patient's status; When the emergency call is connected, if the patient responds to the call that he is feeling unwell and / or is unable to respond for a long time, emergency personnel will be dispatched to provide rescue services; When the emergency call is connected, the patient replies with the call notification, and the hospital will briefly inquire about the patient's physical condition, help the patient register if necessary, and contact the accompanying personnel.

7. A medical accompanying system according to claim 6, characterized in that: The appointment and scheduling module is configured with a caregiver management module. The caregiver management module has a corresponding caregiver account. After the caregiver account receives the scheduling unit, the navigation service is activated. The caregiver needs to strictly accompany the patient according to the navigation service, and after the patient and the caregiver arrive at the hospital, facial recognition is performed at the same time to confirm that the patient has arrived safely and activate the accompanying task.

8. A medical accompanying system according to claim 7, characterized in that: The positioning and tracking module is also equipped with an accompanying guidance unit. When the accompanying personnel account and the patient's personal account receive the accompanying task, the medical guidance will be activated. There will be a check-in point in each department. Patients can check the current medical examination progress through the check-in point, and the accompanying personnel need to check in according to the check-in point to ensure the rationality, safety and reliability of medical accompaniment.

9. A medical accompanying method, comprising a medical accompanying system as claimed in any one of claims 1 to 8, characterized in that: The medical accompanying method comprises the following steps: S100, collects and integrates data from different sources to obtain disease information, processes and analyzes the disease information to obtain preliminary medical information; S200, setting a user management module, configuring a personal account through the user management module, and using the personal account to record patient information or assist accompanying personnel in querying patient information; S300, based on patient information, medical institutions provide patients with corresponding online health consultation services and health knowledge education to prevent diseases; S400, based on online health consultation, is equipped with an auxiliary appointment registration unit. After the patient's registration is completed, the scheduling information is sent through the scheduling unit and received by the corresponding accompanying personnel account; S500, based on the scheduling information, sends navigation information to the accompanying personnel account and the patient's personal account. After the patient is sent to the hospital, both parties perform facial recognition at the same time to settle the task.

10. A medical accompanying method according to claim 9, characterized in that: After step S500, the following steps are further included: S510, the accompanying personnel account can query the patient's location only after receiving the scheduling information. After delivery, the two devices are connected to the hospital intranet to further confirm the task; S520, based on the task, has an accompanying guidance unit, which strictly plans the route to the departments that need to be visited and generates check-in points so that patients can understand the progress and the task is safe and reliable.

Images