Large-screen interaction system commonly used by ward patients and medical staff

Abstract

The invention, which relates to the technical field of the medical system, discloses a large-screen interaction system commonly used by a ward patient and a medical worker, comprising a foreground control terminal, a server and a ward shared large-screen terminal. According to the invention, the intelligent reminding device is used, which is of great significance in improving patient participation, enhancing treatment compliance and accelerating the rehabilitation process, so that the active participation of the patient is improved, and the compliance of the patient to medical advices is effectively enhanced; the intelligent equipment ensures that a patient can accurately receive various examinations and accurate medication information through accurate time management and customized reminding functions, avoids treatment delay or errors caused by forgetting or misunderstanding, constructs a more efficient and humanized medical environment for the patient, and ensures that each patient can accurately receive the medication information regardless of the cognitive state of the patient. Therefore, the treatment effect is maximized, and the rehabilitation period is shortened.

Description

Technical Field

[0001] The present invention relates to the technical field of medical systems, and in particular to a large-screen interactive system used by ward patients and medical staff. Background Art

[0002] With the continuous advancement of smart hospital construction, hospitals are increasingly pursuing the improvement of diagnosis and treatment levels and medical quality. At the same time, in the field of medical services, hospitals are also committed to optimizing nursing efficiency and patient service levels, striving to provide patients with better quality and more efficient medical services. As a key link in the construction of smart hospitals, smart wards have achieved a comprehensive upgrade of medical services by integrating advanced technologies such as information technology, the Internet of Things, big data, and artificial intelligence, bringing patients a more convenient, efficient, and personalized medical experience, and successfully solving the last problem of ward information construction.

[0003] However, the existing smart medical system still has defects and shortcomings: First, in the inpatient environment, traditional patient treatment and monitoring are often highly dependent on the verbal guidance of nurses and doctors, especially for the elderly and patients with impaired consciousness. This situation is particularly significant. The cognitive ability of such patients may be limited, resulting in many challenges in following the doctor's orders for necessary examinations and medication. Due to the lack of a clear and systematic way of conveying information, patients' medication compliance and examination cooperation are difficult to be effectively guaranteed, which may have an adverse effect on the patient's health recovery, significantly weaken the treatment effect and prolong the recovery period; Second, the bedside smart card builds an efficient information bridge between patients and medical staff, significantly improving the transparency and immediacy of medical information. However, the current bedside smart card designs on the market often focus on core medical functions, such as detailed patient information display and emergency call services, and the convenience service functions for patients' daily life and entertainment are relatively limited; Third, the rocker arm combined with the bedside smart screen, as a cutting-edge equipment in the field of smart wards, its high cost and one-to-one exclusive configuration mode have become a major bottleneck hindering its popularization in a wide range of medical environments. Although this high-end configuration can significantly improve patient experience and medical service efficiency, it is difficult to promote it in many medical institutions. Most of them are limited to VIP wards or specific areas, which limits the possibility of high-quality intelligent digital services benefiting more patients. Fourth, the rocker arm combined with the bedside smart screen is also accompanied by potential risks of use for the elderly and patients with limited mobility. These patients may mistakenly regard the flexible and versatile rocker arm as a stable support point or armrest, and unconsciously apply excessive force to pull or lean on it. Such improper use can easily damage the precision structure of the rocker arm, which in turn leads to a significant increase in the damage rate of the equipment. At the same time, the uncontrolled use of the screen is another major hidden danger. Long-term, high-frequency or improper operation may not only accelerate screen aging, but also cause software failures, further increasing the difficulty and cost of equipment maintenance. Frequent equipment failures not only affect the normal use experience of patients, but may also have an adverse effect on the continuity and quality of medical services. Fifth, the smart bedside card and the rocker arm combined with the bedside smart screen may become a challenge for patients with critical illnesses and long-term bedridden patients. Due to the limitations of their physical condition and the decline of their physical functions, these patients often find it difficult to complete actions such as operating the rocker arm to adjust the angle of the bed or touching the smart screen next to the bed for information browsing and entertainment. This operational inconvenience may not only affect the patient's comfort and quality of life, but also limit their ability to obtain necessary medical information and services; Sixth, the smart bedside card and the rocker arm combined with the smart screen next to the bed may cause the patient to lose balance and fall or fall out of bed. While these devices improve the patient experience, they may also limit the patient's free range of movement due to occupying space, increasing the risk of falling or falling out of bed.Especially for patients with limited vision or poor sense of direction, they may be more likely to collide with the device when trying to move, causing accidental injuries. In addition, the power supply and circuit system inside the device are also potential sources of danger that cannot be ignored. As time goes by, aging or damage to the circuit may cause leakage, short circuit and other faults, thereby increasing the risk of electric shock. Summary of the invention

[0004] In view of the deficiencies of the prior art, the present invention provides a large-screen interactive system for use by ward patients and medical staff, which solves the problems mentioned in the above background technology.

[0005] To achieve the above objectives, the present invention is implemented through the following technical solutions: a large-screen interactive system based on the common use of ward patients and medical staff, including a front-end control terminal, a server and a ward shared large-screen terminal;

[0006] Front desk control terminal: used to control the large-screen display device in the ward, adjust the display content, layout and playback mode of the large screen in real time, and connect the database server and data engine server to ensure the accurate display of medical information, patient notifications and health education content;

[0007] Server: used to manage health education content, receive and store text messages, and intelligently push health education information and precautions based on the patient's clinical condition;

[0008] Ward shared large-screen terminal: The ward shared large-screen communicates with the server in real time to receive educational content and patient needs, and presents it to patients in an intuitive and easy-to-understand manner.

[0009] Preferably, the front-end control terminal includes a device management module, a security and authority management module, and a maintenance and monitoring module, wherein:

[0010] The equipment management module is used by management personnel to remotely turn on and off the shared large screen in the ward, adjust the volume, and design the layout;

[0011] The security and permission management module opens different operation permissions according to different user roles and manages users' special private information;

[0012] The maintenance and monitoring module is used to monitor the operating status of the large screen in real time, and to detect and handle faults in a timely manner.

[0013] Preferably, the front-end control terminal also includes a notification and reminder module and an education and control module, wherein the notification and reminder module is used by medical staff to send medication reminders, examination reminders, and health promotion related information reminders to patients.

[0014] Preferably, the server comprises:

[0015] Application access module: access to third-party service platforms through various means to achieve system integration, covering but not limited to nutrition ordering, insurance purchase, nurse recruitment, and frequency reminders;

[0016] Information storage module: used to persistently store the information uploaded by the information input module for subsequent data processing, analysis and query;

[0017] Knowledge base management module: used to store rich health education content, covering disease prevention, rehabilitation advice, nutrition guidance, mental health knowledge and other aspects;

[0018] Data planning module: By integrating medical advice information, disease diagnosis, vital signs and multi-dimensional data of comprehensive patient treatment time nodes, it is used to analyze the patient's health status and needs, and then intelligently push personalized health education content.

[0019] Preferably, the ward shared large-screen terminal includes a shared function module, which is used to provide patients with relatively basic smart ward functions in a non-verified state, including:

[0020] Medical and nursing introduction unit: used to comprehensively and professionally introduce the diagnosis and treatment scope, professional fields and research directions of the department's medical team to patients and their families;

[0021] Inpatient education unit: used to provide patients with routine education content during hospitalization, hospital overview, and admission and discharge guidelines;

[0022] Intelligent reminder unit: reminds patients of new health education materials and relevant precautions through Chinese broadcast, ringtones or a combination of forms, reminds patients of unread information at regular intervals, and sets a do not disturb time period during which intelligent reminders are not available;

[0023] Audio and video playback unit: supports on-demand viewing of TV programs and film and television content. Patients can choose the programs or films they want to watch according to their personal preferences;

[0024] Layout custom unit: adjust the theme color of the large-screen display unit according to individual actual needs.

[0025] Preferably, the ward shared large-screen terminal includes a patient-side module, which is used to provide convenient and efficient service functions for patients, including:

[0026] Patient identity verification unit: used to verify the patient's personal identity information, laying the foundation for the smooth progress of subsequent medical processes and the provision of life services;

[0027] Information query unit: used for patients to conveniently access their personal medical records, including basic information, vital signs, clinical test reports, doctor's orders, and surgery schedule information;

[0028] Medical expense recharge unit: used by patients and their families to verify the daily medical expenses and total expenses, and complete online secure recharge;

[0029] Personal education unit: used to receive data engine modules, which intelligently push health education content after integrating medical advice information, disease diagnosis, vital signs and comprehensive patient treatment time node data, and view unread content. Multiple education materials can be viewed continuously at one time;

[0030] Bedside exclusive service unit: used to enable patients to order food, shop, hire nurses, and provide frequency reminders at the bedside;

[0031] To-do event notification unit: connected with the notification reminder module, application access module and information storage module, it is used to obtain medical advice information from HIS according to the attributes of reminder rules, and generate to-do items and reminder records according to the set rules, including imaging examinations, laboratory tests, medication dosage, and frequency reminders;

[0032] Satisfaction survey unit: used to collect patients' evaluation of the department's medical service attitude, diagnosis and treatment technology level, and feedback on the medical system.

[0033] Preferably, the ward shared large-screen terminal includes a medical terminal module, which is used to support medical staff to quickly view and enter patient clinical information and provide medical-related form filling functions, including:

[0034] Medical identity verification unit: used to verify the identity information of medical staff to ensure that only medical staff with legal qualifications can participate in the medical process, thereby ensuring the safety and orderly conduct of medical activities;

[0035] Patient information query unit: used to view basic patient information, vital signs, clinical test reports, and surgery schedule information;

[0036] Medical information entry unit: used to help medical staff efficiently and accurately record patient rounds information, vital signs, daily intake and output, execution of medical orders, medical assessment forms, adverse event reports, and important specialist quality control data;

[0037] Timing unit: used for skin test, postprandial blood sugar test, and timing function of treatment items, and displays the end pop-up window and voice broadcast reminder after the timing ends;

[0038] Remote video unit: When authorized, it is used to monitor the patient's condition in real time in the ward and support remote expert consultation. Experts can directly observe the patient's condition through video and communicate face-to-face with the patient and his family, so as to more accurately judge the condition and formulate treatment plans.

[0039] Education and push unit: In addition to the data engine module intelligently pushing education content to patients based on their comprehensive information, it also supports professional medical staff to push education content to specific patients.

[0040] Beneficial Effects

[0041] The present invention provides a large-screen interactive system for use by ward patients and medical staff.

[0042] Compared with the prior art, it has the following beneficial effects:

[0043] 1. The present invention utilizes intelligent reminder devices, which are of great significance for improving patient participation, enhancing treatment compliance, and accelerating the recovery process. It improves the patient's active participation and effectively enhances their compliance with doctor's orders. Intelligent devices ensure that patients can accurately accept various examinations and accurate medication information through precise time management and customized reminder functions, avoiding treatment delays or errors caused by forgetfulness or misunderstanding, and building a more efficient and humane medical environment for patients, ensuring that every patient, regardless of their cognitive state, can obtain the necessary information, thereby maximizing the treatment effect and shortening the recovery cycle.

[0044] 2. The present invention sets up a ward shared terminal + large-screen interactive system, places the ward shared large screen in the middle area of ​​each ward, and combines it with the large-screen interactive system to avoid the safety hazards caused by the rocker arm and the display screen. The present invention can reduce the initial cost. Since the rocker arm is removed and combined with the bedside smart screen design, the loss rate is reduced, and the daily equipment maintenance cost is also effectively reduced.

[0045] 3. The present invention supports information entry by doctors during ward rounds and by nurses during quality checks, provides routine data reporting functions, connects the nurses' mobile nursing system or nursing management system with the large-screen system, reduces the duplication and mechanical nature of doctors' and nurses' patient information management, and uses the large-screen system in the ward to record and integrate information.

[0046] 4. The present invention is based on a large-screen interactive system used by both patients and medical staff in the ward. First, a patient terminal is set up, which is equipped with multiple functions that are in high demand during the patient's hospitalization, including a call module, surgery appointment scheduling, etc. At the same time, it supports patients or their families to pay and check fees online, and can query personal hospitalization examination and treatment information through the large screen, etc., to meet the actual needs of patients in hospitalization. The application interface is simple, the setting functions are eye-catching, and it is easy to operate, which can effectively improve the utilization rate and convenience of the equipment; secondly, the present invention sets up a patient terminal. Taking into account the patient's personal privacy issues, the patient or his family can select the corresponding bed before entering the personal interface operation, and log in to the personal account through a unique method such as a password, hospitalization number or the last four digits of the ID card; in addition, the present invention optimizes the patient information processing program, reports non-privacy data in real time, and the patient's partial information viewing authority is only for doctors and nurses, and secondary privacy processing is performed on the patient's personal information and key data.

[0047] 5. In the present invention, on the one hand, the large-screen interactive system used by ward patients and medical staff supports the sharing, learning and communication of patient education content. The large-screen system is used to play disease education videos in the ward in a loop, which can effectively avoid the tedious operations of patients during the viewing of health education videos. Video sharing can promote communication between patients and exchange of experience in disease self-management. On the other hand, in view of the problems that the actual amount of information obtained from health education videos is insufficient or does not fit the patient's own disease, the present invention is designed to intelligently push relevant education content through the background of medical advice and nursing evaluation information, including screening, prevention, treatment and rehabilitation of specialized diseases in various departments. The large-screen interactive system used by ward patients and medical staff greatly improves the acceptance and actual utilization rate of Internet medical services for inpatients, and increases the intensity and scope of health education.

[0048] 6. In the present invention, the large-screen interactive system used by ward patients and medical staff adds functions such as patient satisfaction survey, ordering, video on demand, insurance purchase, nursing staff recruitment, video visit, etc. on the basis of the original mobile device functions. BRIEF DESCRIPTION OF THE DRAWINGS

[0049] Figure 1 is a flow chart of the present invention;

[0050] Figure 2 This is a block diagram of the shared function module of the present invention:

[0051] Figure 3 It is a block diagram of the patient end module of the present invention;

[0052] Figure 4 This is a block diagram of the medical end module of the present invention. DETAILED DESCRIPTION

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

[0054] Example 1

[0055] A large-screen interactive system for ward patients and medical staff, mainly involving four modules: front-end control terminal, server, ward large screen and integrated system application, as follows:

[0056] The front-end control terminal includes:

[0057] Equipment management module: used for management personnel to remotely control the large-screen application shared in the ward, involving common applications such as educational broadcasting, message notifications, etc. Installation location selection: If there is an existing TV, it can be installed on the original basis through the matching Android box. It needs to be equipped with a corresponding network cable or use the hospital wireless network. If a wired connection is required, weak current construction is required. After completing the installation of the Android device, the application can be started; if there is no Android TV, an Android interactive device can be built, and the touch mode is convenient for patients and medical staff to use. The installation location can be set in the middle opposite a row of beds;

[0058] Security and authority management module: open different operation permissions according to different user roles (medical staff, patients), and manage users' special private information;

[0059] Maintenance and monitoring module: used to monitor the operation status of the large screen in real time, and to find and handle faults in time. After the system is built, each device is monitored and managed, and the IP management mechanism is used to test and debug the enabled status and data status;

[0060] Notification and reminder module: used by medical staff to send medication reminders, examination reminders, and health promotion related information reminders to patients;

[0061] Education control module: used for effective management and personalized delivery of health education knowledge to patients by medical staff.

[0062] Server: Connect with clinical application systems such as HIS, LIS, mobile nursing, nursing management, and surgical systems, connect data through conventional web and view methods, support the localization requirements of information innovation, and carry applications for localized databases and systems; specifically include:

[0063] Application access module: access to third-party service platforms through various means (such as QR code scanning, Web link integration, etc.) to achieve system integration, covering but not limited to nutrition ordering, insurance purchase, nurse recruitment, and video visitation services;

[0064] Information storage module: used to persistently store the information uploaded by the information input module for subsequent data processing, analysis and query;

[0065] Knowledge base management module: used to store rich health education content, covering disease prevention, rehabilitation advice, nutrition guidance, mental health knowledge and other aspects;

[0066] Data planning module: By integrating multi-dimensional data such as medical advice information, disease diagnosis, vital signs, and comprehensive patient treatment time nodes, it is used to analyze the patient's health status and needs, and then intelligently push personalized health education content.

[0067] The large screen devices in the ward include:

[0068] Weak current construction: Because you need to connect to the Internet, you can directly connect to WiFi if WiFi is supported. If it is not supported, you need to install a network cable;

[0069] App installation: For a TV, you need to add an Android box to install the app. For a touch conference screen, you can directly install the app.

[0070] App system integration applications include:

[0071] Shared function module: used to provide patients with basic smart ward functions in a non-verified state

[0072] Patient-side module: used to provide patients with convenient and efficient service functions;

[0073] Medical and nursing module: used to support medical staff to quickly view and enter patient clinical information, and provide medical-related form filling function.

[0074] Example 2

[0075] Application system module content: mainly composed of shared function module, patient end module, and medical end module, as follows:

[0076] Shared functional modules include:

[0077] Bedside card display unit: used to display the patient's basic information (name, gender, age, responsible doctor and nurse, etc.), nursing level, diet type, drug allergy history, attention signs and patient calls by default on the home page of the patient's bedside screen terminal;

[0078] Medical and nursing introduction unit: used to comprehensively and professionally introduce the diagnosis and treatment scope, professional fields and research directions of the department's medical team to patients and their families;

[0079] Inpatient education unit: used to provide patients with routine education content during hospitalization, hospital overview, and admission and discharge guidelines;

[0080] Intelligent reminder unit: The intelligent reminder unit reminds patients of new health education materials and relevant precautions through Chinese broadcast, ringtones or a combination of forms. It reminds patients of unread information at regular intervals and sets a do not disturb time period during which intelligent reminders are not available.

[0081] Audio and video playback unit: supports on-demand viewing of TV programs and film and television content. Patients can choose the programs or films they want to watch according to their personal preferences;

[0082] Layout custom unit: adjust the theme color of the large-screen display unit according to individual actual needs.

[0083] Patient-side module, including:

[0084] Patient identity verification unit: If the patient needs to enter his or her identity information, he or she needs to verify it, such as using the last digits of the ID card to verify login;

[0085] The functional application is divided into 6 units: information query unit, medical fee payment, application access, personal education, execution monitoring unit, and satisfaction survey. This module is used to verify the patient's personal identity information, laying the foundation for the smooth progress of subsequent medical processes and the provision of life services;

[0086] Among them, the information query unit is used for patients to conveniently access their personal medical records, including basic information, vital signs, clinical test reports, doctor's order information, and surgery scheduling information;

[0087] Medical expense recharge unit: used by patients and their families to verify the daily medical expenses and total expenses, and complete online secure recharge;

[0088] Personal education unit: used to receive data engine modules, which intelligently push health education content after integrating medical advice information, disease diagnosis, vital signs, and comprehensive patient treatment time nodes, and view unread content. Multiple education materials can be viewed continuously at one time;

[0089] Bedside exclusive service unit: used to enable patients to order meals, shop, hire nurses and other services at their bedside.

[0090] To-do event notification unit, the notification reminder module allows input of reminder rule attributes, such as reminder type (SMS, email, system notification, etc.), reminder time (lead time relative to the order execution time), reminder content template, etc., negotiates with the HIS system and integrates the API interface for real-time or scheduled acquisition of order data. The received order data needs to be parsed to extract key fields such as execution time, frequency, and patient information. According to the parsed order data and the set reminder rules, the corresponding to-do items and reminder records are generated, and the to-do items and reminder records are stored in the database to ensure that each record is associated with a specific order and patient. By integrating the PDA (personal digital assistant) system or other execution record system, the order execution status is acquired in real time or regularly, the execution status is compared with the to-do items and reminder records, and the record status in the database is updated. When the order is successfully executed, the corresponding to-do reminder record is automatically marked as completed or deleted. For medical orders whose execution results cannot be automatically verified, a manual processing function is provided. In the to-do list, a "manual processing" button or link is added for medical orders that require manual verification, allowing medical staff to enter or select the execution results through the interface. The system stores the results and marks the corresponding reminder records as verified or cancelled, and provides a feedback interface or notification to inform the user that the processing results have been accepted and the system status has been updated;

[0091] Satisfaction survey unit: used to collect patients' evaluation of the department's medical service attitude, diagnosis and treatment technology level, and feedback on the medical system.

[0092] Example 3

[0093] The medical end module includes:

[0094] Medical identity verification unit: Medical staff need to enter the password to verify login information when entering the system to view patient information;

[0095] The functional application is divided into five units: patient information query, medical information entry, timekeeping, remote video, and education push. This module is used to verify the identity information of medical staff to ensure that only medical staff with legal qualifications can participate in the medical process, thereby ensuring the safety and orderly conduct of medical activities.

[0096] Patient information query unit: used to view basic patient information, vital signs, clinical test reports, and surgery schedule information;

[0097] Medical information entry unit: used to help medical staff efficiently and accurately record patient rounds information, vital signs, daily intake and output, doctor's order execution, medical evaluation form, adverse event reporting, and specialist quality control information to enter important data;

[0098] Timing unit: used for timing functions of skin tests, postprandial blood sugar testing, treatment and other projects, and displays an end pop-up window and voice broadcast reminders after the timing ends;

[0099] Remote video unit: When authorized, it is used to monitor the patient's condition in real time in the ward and support remote expert consultation. Experts can directly observe the patient's condition through video and communicate face-to-face with the patient and his family, so as to more accurately judge the condition and formulate treatment plans.

[0100] Education push unit: In addition to the data engine module intelligently pushing education content to patients based on their comprehensive information, it also supports professional medical staff to push education content to specific patients. Medical staff can check the situation of patients watching materials. In specific circumstances (such as patients with unstable emotions, sensitive to the disease, etc.), medical staff can turn on the disease protection mode to avoid words such as "cancer".

[0101] Meanwhile, the contents not described in detail in this specification belong to the prior art known to those skilled in the art.

[0102] It should be noted that, in this article, relational terms such as first and second, etc. are only used to distinguish one entity or operation from another entity or operation, and do not necessarily require or imply any such actual relationship or order between these entities or operations. Moreover, the terms "include", "comprise" or any other variants thereof are intended to cover non-exclusive inclusion, so that a process, method, article or device including a series of elements includes not only those elements, but also other elements not explicitly listed, or also includes elements inherent to such process, method, article or device.

[0103] Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the appended claims and their equivalents.

Claims

1. A large-screen interactive system for ward patients and medical staff, characterized by: Including front desk control terminal, server and ward shared large-screen terminal; Front desk control terminal: used to control the large-screen display device in the ward, adjust the display content, layout and playback mode of the large screen in real time, and connect the database server and data engine server to ensure the accurate display of medical information, patient notifications and health education content; Server: used to manage health education content, receive and store text messages, and intelligently push health education information and precautions based on the patient's clinical condition; Ward shared large-screen terminal: The ward shared large-screen communicates with the server in real time to receive educational content and patient needs, and presents it to patients in an intuitive and easy-to-understand manner.

2. According to claim 1, a large-screen interactive system for use by ward patients and medical staff is characterized by: The front-end control terminal includes a device management module, a security and authority management module, and a maintenance and monitoring module, wherein: The equipment management module is used by management personnel to remotely turn on and off the shared large screen in the ward, adjust the volume, and design the layout; The security and permission management module opens different operation permissions according to different user roles and manages users' special private information; The maintenance and monitoring module is used to monitor the operating status of the large screen in real time, and to detect and handle faults in a timely manner.

3. A large-screen interactive system for use by ward patients and medical staff according to claim 2, characterized in that: The front-end control terminal also includes a notification and reminder module and an education control module, wherein the notification and reminder module is used by medical staff to send medication reminders, examination reminders and health promotion related information reminders to patients.

4. A large-screen interactive system for use by ward patients and medical staff according to claim 3, characterized in that: The server comprises: Application access module: access to third-party service platforms through various means to achieve system integration, covering but not limited to nutrition ordering, insurance purchase, and nursing staff hiring frequency reminders; Information storage module: used to persistently store the information uploaded by the information input module for subsequent data processing, analysis and query; Knowledge base management module: used to store rich health education content, covering disease prevention, rehabilitation advice, nutrition guidance and mental health knowledge; Data planning module: By integrating medical advice information, disease diagnosis, vital signs and multi-dimensional data of comprehensive patient treatment time nodes, it is used to analyze the patient's health status and needs, and then intelligently push personalized health education content.

5. A large-screen interactive system for use by ward patients and medical staff according to claim 4, characterized in that: The ward shared large-screen terminal includes a shared function module, which is used to provide patients with relatively basic smart ward functions in a non-verified state, including: Medical and nursing introduction unit: used to comprehensively and professionally introduce the diagnosis and treatment scope, professional fields and research directions of the department's medical team to patients and their families; Inpatient education unit: used to provide patients with routine education content during hospitalization, hospital overview, and admission and discharge guidelines; Intelligent reminder unit: reminds patients of new health education materials and relevant precautions through Chinese broadcast, ringtones or a combination of forms, reminds patients of unread information at regular intervals, and sets a do not disturb time period during which intelligent reminders are not available; Audio and video playback unit: supports on-demand viewing of TV programs and film and television content. Patients can choose the programs or films they want to watch according to their personal preferences; Layout custom unit: adjust the theme color of the large-screen display unit according to individual actual needs.

6. A large-screen interactive system for use by ward patients and medical staff according to claim 5, characterized in that: The ward shared large-screen terminal includes a patient-side module, which is used to provide patients with convenient and efficient service functions, including: Patient identity verification unit: used to verify the patient's personal identity information, laying the foundation for the smooth progress of subsequent medical processes and the provision of life services; Information query unit: used for patients to conveniently access their personal medical records, including basic information, vital signs, clinical test reports, doctor's orders, and surgery schedule information; Medical expense recharge unit: used by patients and their families to verify the daily medical expenses and total expenses, and complete online secure recharge; Personal education unit: used to receive data engine modules, which intelligently push health education content after integrating medical advice information, disease diagnosis, vital signs and comprehensive patient treatment time node data, and view unread content. Multiple education materials can be viewed continuously at one time; Bedside exclusive service unit: used to enable patients to order food, shop, hire nurses, and provide frequency reminders at the bedside; To-do event notification unit: connected with the notification reminder module, application access module and information storage module, it is used to obtain medical advice information from HIS according to the attributes of reminder rules, and generate to-do items and reminder records according to the set rules, including imaging examinations, laboratory tests, medication dosage, and frequency reminders; Satisfaction survey unit: used to collect patients' evaluation of the department's medical service attitude, diagnosis and treatment technology level, and feedback on the medical system.

7. A large-screen interactive system for use by ward patients and medical staff according to claim 6, characterized in that: The ward shared large-screen terminal includes a medical terminal module, which is used to support medical staff to quickly view and enter patient clinical information and provide medical-related form filling functions, including: Medical identity verification unit: used to verify the identity information of medical staff to ensure that only medical staff with legal qualifications can participate in the medical process, thereby ensuring the safety and orderly conduct of medical activities; Patient information query unit: used to view basic patient information, vital signs, clinical test reports, and surgery schedule information; Medical information entry unit: used to help medical staff efficiently and accurately record patient rounds information, vital signs, daily intake and output, execution of medical orders, medical assessment forms, adverse event reports, and important specialist quality control data; Timing unit: used for skin test, postprandial blood sugar test, and timing function of treatment items, and displays the end pop-up window and voice broadcast reminder after the timing ends; Remote video unit: When authorized, it is used to monitor the patient's condition in real time in the ward and support remote expert consultation. Experts can directly observe the patient's condition through video and communicate face-to-face with the patient and his family, so as to more accurately judge the condition and formulate treatment plans. Education and push unit: In addition to the data engine module intelligently pushing education content to patients based on their comprehensive information, it also supports professional medical staff to push education content to specific patients.

Images