CN111128352A - Medical information system based on hospital one-face-to-one multi-mode fusion integration platform - Google Patents
Medical information system based on hospital one-face-to-one multi-mode fusion integration platform Download PDFInfo
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- CN111128352A CN111128352A CN201911326974.8A CN201911326974A CN111128352A CN 111128352 A CN111128352 A CN 111128352A CN 201911326974 A CN201911326974 A CN 201911326974A CN 111128352 A CN111128352 A CN 111128352A
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Abstract
The invention discloses a medical information system based on a hospital one-face-to-one multi-mode fusion integration platform, which relates to the technical field of artificial intelligence, and comprises a medical information platform (10), a one-face-to-one multi-mode fusion platform (20) and an application service system (30); the face-to-face multimodal fusion platform (20) comprises an information interaction module (201), an application service system management module (202), a resource storage module (203), a human resource management module (204), a face recognition authentication module (205) and a medical information portal (206) which are connected with the information interaction module, wherein the application service system (30) comprises a hospital face-to-face system (301) and a hospital Internet of things system (302); the face-through multi-mode fusion platform is used as a medical information sharing and service cooperation platform, is a foundation and a carrier for realizing unified integration, resource integration and efficient operation among different service systems in a hospital, can prevent and reduce the problem of information isolated islands, enables the application of face information in the hospital to be unified and centralized, and is beneficial to improving the quality and efficiency of medical management and medical service.
Description
Technical Field
The invention relates to the technical field of artificial intelligence, in particular to a medical information system based on a hospital one-face-through multi-mode fusion integration platform.
Background
Medical Information and intelligent construction are important contents for Hospital construction, an Information department and a infrastructure department are generally responsible for construction of the current management System respectively, the intelligent management System takes security protection as a main line, the Information management System takes a network as a main line, but the intelligent application and data Information are not communicated with a medical Information System (HIS). With the application depth and the improvement of hospital management, particularly the development of the internet of things, the original electronic tag has the defects of being copied, high in consumable cost and cross infection, medical application and non-medical application are relatively independent, the application in the hospital is restricted and shrunk, the face information is used as one of biological identification, the face information in the hospital has multiple advantages of being applied remotely, preventing cross infection, identifying uniqueness and the like, the application of the face information in the hospital is gradually expanded, but the repeatability of face identification authentication, data isolation between applications and the condition that HIS cannot be interconnected and intercommunicated exist in large quantity at present, and application repetition and resource waste are caused.
Disclosure of Invention
The invention provides a medical information system based on a hospital one-face-to-one multi-mode fusion integration platform aiming at the problems and the technical requirements, so that the integration and unification of face information on medical and non-medical management can be realized, and the authenticity of information sharing and recognition can be realized. The technical scheme of the invention is as follows:
medical information system based on hospital one-face-to-many-mode fusion integration platform, this medical information system includes: a medical information platform (10), a one-face multi-mode fusion platform (20) and an application service system (30); the medical information platform (10), the one-face-through multi-mode fusion platform (20) and the application service system (30) are communicated and interacted through a network;
medical staff information, patient information and patient electronic medical records are stored in the medical information platform (10);
the face-through multi-mode fusion platform (20) comprises an information interaction module (201), an application service system management module (202), a resource storage module (203), a human resource management module (204), a face recognition authentication module (205) and a medical information portal (206), wherein the application service system management module (202) is connected with the information interaction module (201), the information interaction module (201) is connected with the medical information platform (10) and carries out data interaction, and the human resource management module (204) is connected with the application service system management module (202);
the information interaction module (201) is used for acquiring medical staff information and patient information, extracting human resource data from the medical staff information and the patient information, transferring the human resource data to the human resource management module (204), and also used for acquiring an electronic medical record of the patient and extracting medical advice information from the electronic medical record of the patient; the application service system management module (202) is used for binding human resource data with face information in the application service system (30), and based on the binding relationship, the information interaction module (201) sends the data and information acquired from the medical information platform (10) to the application service system (30) according to the requirements of the application service system (30); the resource storage module (203) is used for storing the device management information collected from the application service system (30) for the medical information platform (10) to call, and storing the data and information acquired from the medical information platform (10); the human resource management module (204) is used for carrying out numerical monitoring on the acquired human resource data, so that the human resource data in the medical information platform (10) are synchronized to the face-to-face multimodal fusion platform (20); the face recognition authentication module (205) is used for user authentication and login management of the face-to-face multimodal fusion platform (20); the medical information portal (206) is used for providing query and browse of various types of data and information stored in the face-through multimodal fusion platform (20) and links to the application service system (30).
The application service system (30) comprises a hospital one-face system (301) and a hospital Internet of things system (302), the information interaction module (201) is connected with the application service system (30) and performs data interaction, and the information interaction module (201) is used for collecting equipment management information, application data and reports in the application service system (30). After application data related to the face information generated in the application service system (30) is sent to the one-face-to-many mode fusion platform (20), the personnel identities corresponding to the face information of the application data are matched in the application service system management module (202), and then the personnel identities are respectively stored in corresponding medical care personnel information records and patient information records in the resource storage module (203) and are called by the medical information platform (10).
The further technical scheme is that the hospital one-face system (301) comprises a hospital entrance guard system, a hospital consumption system, a hospital visit system, a conference check-in system, an attendance system, a hospital examination system and an operation scheduling system.
The further technical scheme is that the hospital Internet of things system (302) comprises a medical face authentication management system, a medical equipment management system, a hospital parking system and a patient management system.
The further technical scheme is that the face recognition authentication module (205) comprises a face acquisition module and a face comparison engine, wherein the face acquisition module acquires personal face information in the forms of a testimony verification machine, a camera, a photo import and a two-dimensional code scanning, performs login authentication through the face comparison engine, and stores the personal face information in the resource storage module (203) after matching with the personnel information of the human resource management module (204) so as to be called by each application service in the service system (30).
The further technical scheme is that the one-face-to-one multi-mode fusion platform (20) further comprises an intelligent card module (207) and a fingerprint module (208), and the information interaction module (201) is respectively connected with the intelligent card module (207) and the fingerprint module (208).
The beneficial technical effects of the invention are as follows:
the application provides a medical information system based on a hospital one-face-to-one multi-mode fusion integration platform, wherein the one-face-to-one multi-mode fusion platform is used as a medical information sharing and service cooperation platform, is a foundation and a carrier for realizing uniform integration, resource integration and efficient operation among different service systems in a hospital, can prevent and reduce the problem of information isolated island, enables the application of face information in the hospital to be uniformly concentrated, and is favorable for improving the quality and efficiency of medical management and medical service and reducing the management cost.
Drawings
Fig. 1 is a schematic structural composition diagram of a medical information system based on a hospital one-face-to-multi-modality fusion integration platform disclosed in the present application.
Detailed Description
The following further describes the embodiments of the present invention with reference to the drawings.
As shown in fig. 1, the medical information system based on the hospital one-face-to-many mode fusion integration platform includes: a medical information platform (10), a one-face multi-mode fusion platform (20) and an application service system (30); the medical information platform (10), the one-face-through multi-mode fusion platform (20) and the application service system (30) are in communication interaction through a network.
Medical staff information, patient information and patient electronic medical records are stored in the medical information platform (10).
The face-through multi-mode fusion platform (20) comprises an information interaction module (201), an application service system management module (202), a resource storage module (203), a human resource management module (204), a face recognition authentication module (205), a medical information portal (206), a smart card module (207) and a fingerprint module (208), wherein the application service system management module (202), the resource storage module (203), the human resource management module (204), the face recognition authentication module (205) and the medical information portal (206) are connected with the information interaction module (201. The information interaction module (201) is respectively connected with the medical information platform (10) and the application service system (30) for data interaction, and the human resource management module (204) is connected with the application service system management module (202).
The information interaction module (201) is used for acquiring medical staff information and patient information, extracting human resource data from the medical staff information and storing the human resource data to the human resource management module (204), and is also used for acquiring an electronic medical record of the patient and extracting medical advice information from the electronic medical record of the patient, the information interaction module (201) is used for acquiring equipment management information, application data and reports in the application service system (30), and the information interaction module (201) can meet the requirements of sharing and coordination application of various medical information, personnel information and the like as targets and acquiring various data and information.
The application service system management module (202) is used for binding the human resource data with the face information in the application service system (30), namely the human resource data of an individual and the face information related to the individual form a binding relationship, based on the binding relationship, the information interaction module (201) sends the data and information acquired from the medical information platform (10) to the application service system (30) according to the requirements of the application service system (30), for example, the human resource data can be sent to each subsystem in the application service system (30), the application service system (30) does not need to input the human resource data, the personnel information synchronization of the medical information platform (10), the one-face-through multi-modal fusion platform (20) and the application service system (30) can be kept, and once the data in the medical information platform (10) is modified, each human resource data in the application service system (30) can be modified synchronously through the one-face-through multi-modal fusion platform (20) Corresponding data attributes in the subsystem.
The resource storage module (203) is used for storing the device management information collected from the application service system (30) for the medical information platform (10) to call, and is used for storing the data and information acquired from the medical information platform (10).
The human resource management module (204) is used for carrying out numerical monitoring on the acquired human resource data, so that the human resource data in the medical information platform (10) are synchronized to the one-face-to-one multi-modal fusion platform (20), and the human resource management module (204) can also carry out format conversion on the human resource data so as to meet the format requirement of the one-face-to-one multi-modal fusion platform (20).
The face recognition authentication module (205) is used for user authentication and login management of the one-face-through multi-mode fusion platform (20), the unified identity allows a user to log in the system only once, and then the user is authorized to access other associated systems without logging in, so that the steps of system login and application are simplified, and the user can conveniently use the system. The face recognition authentication module (205) comprises a face acquisition module and a face comparison engine, wherein the face acquisition module acquires personal face information in the form of a testimony verification machine, a camera, a photo import and a two-dimensional scanning code, performs login authentication through the face comparison engine, and stores the personal face information in the resource storage module (203) after matching with the personnel information of the human resource management module (204) so as to be called by each application service in the service system (30).
The medical information portal (206) is used for providing query and browse of various types of data and information stored in the face-through multimodal fusion platform (20) and links to the application service system (30). The medical information portal (206) includes a manager portal that collectively presents information of interest to senior managers in a concise and vivid form. The medical information portal (206) also includes a medical personnel portal that provides application data related to relevant medical information, patient electronic medical records, facial information, and the like. Various data and information of cross-platform and system can be inquired on the medical information portal (206), and the visual display of information sharing is realized.
The application service system (30) comprises but is not limited to a hospital one-face system (301) and a hospital Internet of things system (302), and the hospital one-face system (301) comprises but is not limited to a hospital entrance guard system, a hospital consumption system, a hospital visit system, a conference check-in system, an attendance system, a hospital examination system and an operation scheduling system. The hospital internet of things system (302) includes, but is not limited to, a medical face authentication management system, a medical device management system, a hospital parking system, a patient management system, and a medical cold chain management system.
The most typical hardware application feature of the application service system (30) is a large amount of applications of face information, after application data related to the face information generated in the application service system (30) is sent to a face-through multi-mode fusion platform (20), personnel identities corresponding to the face information of the application data are matched in an application service system management module (202), and then the personnel identities are respectively stored in corresponding medical personnel information records and patient information records in a resource storage module (203) and are called by a medical information platform (10).
In the first embodiment, a hospital access control system in the hospital one-face system (301) is taken as an example:
the face information is input into each medical staff, and each hospitalized patient is provided with temporary face information. When medical personnel or patient came in and go out the entrance guard region, must brush people's face information, the hospital access control system will note specific doctor or patient's record of coming in and going out like this, including identity, discrepancy time, the entrance guard position of coming in and going out etc.. The original isolated access control system generally cannot configure a smart card for a patient due to the temporary characteristic of the patient, and even if the smart card is configured, the smart card cannot be hooked with an all-purpose card application system in a hospital. By using the medical information system, the information of temporary personnel (patients) is directly hooked with the face information of the diagnosis and treatment system, the data of the patients do not need to be input again in the hospital access control system, the human resource data in the patient information acquired from the medical information platform (10) can be sent to the hospital access control system by the information interaction module (201), and the access permission of the patients can be automatically allocated. The personnel access records are sent to a face-to-face multimodal fusion platform (20), the identity information of the access personnel is matched on the face-to-face multimodal fusion platform (20), and then the identity information and the identity information are respectively stored in corresponding medical personnel information records and patient information records in a resource storage module (203). When the medical information platform (10) needs, the personnel access records can be called from the face-through multi-mode fusion platform (20) at any time. After logging in a medical information portal (206) of the face-to-face multimodal fusion platform (20), the manager can conveniently inquire the entry and exit records of the persons.
In the second embodiment, a hospital consumption system in the hospital-face communication system (301) is taken as an example:
the hospital consumption system generally comprises an employee consumption system and a patient nutrition ordering system of the hospital, but the two systems are independent from each other and have no relation with the medical information platform (10). By using the medical information system, when a patient orders a meal, through the one-face-to-multi-mode fusion platform (20), medical advice information in an electronic medical record corresponding to the patient in the medical information platform (10) can be transmitted to the patient nutrition ordering system, and then displayed on a handheld machine of an ordering person to remind the patient of the meal attention. After the ordering of the patient is finished, consumption information is generated, the consumption information can be matched with the identity of the ordered patient on a face-to-face multi-mode fusion platform (20) and then stored in a corresponding patient information record in a resource storage module (203), the patient consumption information can be further uploaded to a medical information platform (10), the medical information platform (10) obtains the consumption amount of the patient in a patient nutrition ordering system, the consumption amount and the hospital entrance and exit cost of the patient are paid synchronously, and the phenomenon of secondary charging is reduced. According to the same principle, the consumption information of medical care personnel in the staff consumption system of the hospital can also be transmitted to the one-face-through multi-mode fusion platform (20), stored according to the identity of the personnel and further uploaded to the medical information platform (10). Due to the integration effect of the face-to-face multi-mode fusion platform (20), the patient nutrition ordering system and the worker consumption system which are not related mutually are connected together, so that hospital dining room management is unified, dish preparation and cost management are scientific, the payment of the dining room is also carried out by people's face information without feeling, and the use of workers and patients is facilitated.
In the third embodiment, taking the medical device management system in the hospital internet of things system (302) as an example:
medical device management information in a medical device management system was originally limited to a small range. By using the medical information system, the face-to-face multi-mode fusion platform (20) can uniformly manage the medical equipment. Information of medical equipment, such as equipment operation information, equipment maintenance period information and the like can be collected by the one-face-to-many mode fusion platform (20), and managers can master the information in time so as to take various equipment maintenance or updating measures in time and ensure normal operation of the equipment.
What has been described above is only a preferred embodiment of the present application, and the present invention is not limited to the above embodiment. It is to be understood that other modifications and variations directly derivable or suggested by those skilled in the art without departing from the spirit and concept of the present invention are to be considered as included within the scope of the present invention.
Claims (5)
1. Medical information system based on hospital face leads to multimode integration platform, its characterized in that: the medical information system includes: a medical information platform (10), a one-face multi-mode fusion platform (20) and an application service system (30); the medical information platform (10), the one-face-through multi-mode fusion platform (20) and the application service system (30) are communicated and interacted through a network;
medical staff information, patient information and patient electronic medical records are stored in the medical information platform (10);
the face-to-face multimodal fusion platform (20) comprises an information interaction module (201), an application service system management module (202), a resource storage module (203), a human resource management module (204), a face recognition authentication module (205) and a medical information portal (206), wherein the application service system management module (202), the resource storage module (203), the human resource management module (204), the face recognition authentication module (205) and the medical information portal (206) are connected with the information interaction module (201), the information interaction module (201) is connected with the medical information platform (10) for data interaction, and the human resource management module (204) is connected with the application service system management module (;
the information interaction module (201) is used for acquiring the medical staff information and the patient information, extracting human resource data from the medical staff information and the patient information, transferring the human resource data to the human resource management module (204), and is also used for acquiring the patient electronic medical record and extracting medical advice information from the patient electronic medical record; the application service system management module (202) is used for binding the human resource data with the face information in the application service system (30), and based on the binding relationship, the information interaction module (201) sends the data and the information acquired from the medical information platform (10) to the application service system (30) according to the requirements of the application service system (30); the resource storage module (203) is used for storing the device management information collected from the application service system (30) for the medical information platform (10) to call, and storing the data and information acquired from the medical information platform (10); the human resource management module (204) is used for performing numerical monitoring on the acquired human resource data, so that the human resource data in the medical information platform (10) are synchronized to the one-face multi-modal fusion platform (20); the face recognition authentication module (205) is used for user authentication and login management of the one-face multi-mode fusion platform (20); the medical information portal (206) is used for providing inquiry and browsing of various types of data and information stored in the one-face-through multi-modal fusion platform (20) and links to the application service system (30);
the application service system (30) comprises a hospital one-face system (301) and a hospital Internet of things system (302), the information interaction module (201) is connected with the application service system (30) and performs data interaction, and the information interaction module (201) is used for collecting equipment management information, application data and reports in the application service system (30); after the application data related to the face information generated in the application service system (30) is sent to the one-face-to-many mode fusion platform (20), the personnel identity corresponding to the face information of the application data is matched in the application service system management module (202), and then the personnel identity is respectively stored in the medical care personnel information record and the patient information record corresponding to the resource storage module (203) and is called by the medical information platform (10).
2. The medical information system of claim 1, wherein the hospital face-to-face system (301) comprises a hospital entrance guard system, a hospital consumption system, a hospital visit system, a conference check-in system, an attendance system, a hospital examination system, and a surgical shift scheduling system.
3. The medical information system of claim 1, wherein the hospital internet of things system (302) comprises a medical face authentication management system, a medical device management system, a hospital parking system, a patient management system.
4. The medical information system according to claim 1, wherein the face recognition and authentication module (205) includes a face acquisition module and a face comparison engine, the face acquisition module acquires personal face information in the form of a testifier, a camera, a photo import, and a two-dimensional code scan, performs login authentication through the face comparison engine, and stores the face information in the resource storage module (203) after matching with the personnel information of the human resource management module (204), so as to be called by each application service in the service system (30).
5. The medical information system as claimed in claim 1, wherein the one-face-through multi-modal fusion platform (20) further comprises a smart card module (207) and a fingerprint module (208), and the information interaction module (201) is connected with the smart card module (207) and the fingerprint module (208), respectively.
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| CN111640231A (en) * | 2020-05-11 | 2020-09-08 | 江苏大学附属医院 | Hospital access control authority automatic management device and method |
| CN112582056A (en) * | 2020-12-21 | 2021-03-30 | 曙光星云信息技术（北京）有限公司 | Regional medical information management platform based on big data technology |
| CN112885439A (en) * | 2021-01-20 | 2021-06-01 | 北京瑞致祥和科技有限公司 | Hospital management method based on face recognition |
| CN113012821A (en) * | 2021-03-18 | 2021-06-22 | 日照职业技术学院 | Implementation method of multi-modal rehabilitation diagnosis and treatment cloud platform based on machine learning |
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