CN115482940A - Remote consultation medical management cloud system and method - Google Patents
Remote consultation medical management cloud system and method Download PDFInfo
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- CN115482940A CN115482940A CN202211128879.9A CN202211128879A CN115482940A CN 115482940 A CN115482940 A CN 115482940A CN 202211128879 A CN202211128879 A CN 202211128879A CN 115482940 A CN115482940 A CN 115482940A
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- 238000012797 qualification Methods 0.000 claims description 16
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- G16H80/00—ICT specially adapted for facilitating communication between medical practitioners or patients, e.g. for collaborative diagnosis, therapy or health monitoring
Abstract
The invention discloses a remote consultation medical management cloud system and a method, wherein a consultation management cloud subsystem is used for receiving an information acquisition request, and information data corresponding to the information acquisition request is screened through an intelligent AI; the private cloud subsystems are in communication connection with the consultation management cloud subsystem and used for storing first information data of a corresponding hospital and sending the first information data corresponding to the information acquisition request to the consultation management cloud subsystem; the observation acquisition terminal is in communication connection with the consultation management cloud subsystem, and is used for acquiring second information data corresponding to each object and the information acquisition request, sending the second information data to the consultation management cloud subsystem, displaying the information data sent by the consultation management cloud subsystem, and being used for conference consultation or live consultation; the supervision cloud subsystem is in communication connection with the consultation management cloud subsystem, and the supervision cloud subsystem is used for supervising the consultation management cloud subsystem in real time. The invention can realize resource sharing and ensure information safety.
Description
Technical Field
The invention relates to the technical field of medical information sharing, in particular to a remote consultation medical management cloud system and a remote consultation medical management cloud method.
Background
The gap of the current domestic medical resources is large, and the problem of uneven distribution also exists. Firstly, a large medical resource gap is difficult to solve in a short time, a feasible method is to rapidly deploy on the basis of the current stage, realize uniform resource distribution, and fully utilize the current resources to realize the maximization of the resource utilization rate. Secondly, the existing third-party medical cloud has the problem of supervision loss, and the risk that the third-party medical cloud randomly tampers with the private database of the hospital exists, and the database of the hospital, especially the database of the related patients, is very important. Furthermore, the current third-party medical cloud systems, such as the HIS (medical Information System) System, the LIS (Laboratory Information System) System and the PACS (picture archiving and communication System) System, are not shared, and are difficult to adapt to the current domestic environment.
Disclosure of Invention
The present invention is directed to solving at least one of the problems of the prior art. Therefore, the invention provides a remote consultation medical management cloud system and a remote consultation medical management cloud method, which can realize resource sharing and ensure information safety.
In a first aspect, an embodiment of the present invention provides a remote consultation medical management cloud system, where the remote consultation medical management cloud system includes:
the consultation management cloud subsystem is used for receiving an information acquisition request and screening information data corresponding to the information acquisition request through an intelligent AI according to the information acquisition request;
the private cloud subsystems are in communication connection with the consultation management cloud subsystem and used for storing first information data of a corresponding hospital and sending the first information data corresponding to the information acquisition request to the consultation management cloud subsystem;
the observation acquisition terminal is in communication connection with the consultation management cloud subsystem, and is used for acquiring second information data corresponding to the information acquisition request of each object, sending the second information data to the consultation management cloud subsystem, displaying the information data sent by the consultation management cloud subsystem, and being used for meeting or live consultation;
the monitoring cloud subsystem is in communication connection with the consultation management cloud subsystem and is used for monitoring the consultation management cloud subsystem in real time;
and the third party access subsystem is in communication connection with the consultation management cloud subsystem and is used for accessing a third party service, acquiring third information data of the third party service and transmitting the third information data to the consultation management cloud subsystem.
Compared with the prior art, the first aspect of the invention has the following beneficial effects:
in order to realize resource sharing and tracking, tracing, managing and controlling, the system receives an information acquisition request sent by an expert through a consultation management cloud subsystem, and screens information data corresponding to the information acquisition request through an intelligent AI according to the information acquisition request; the consultation management cloud subsystem is in communication connection with the plurality of private cloud subsystems, and the private cloud subsystems are used for storing first information data of a corresponding hospital and sending the first information data corresponding to the information acquisition request to the consultation management cloud subsystem; the observation and acquisition terminal is in communication connection with the consultation management cloud subsystem and is used for acquiring second information data corresponding to each object and the information acquisition request, sending the second information data to the consultation management cloud subsystem, displaying the information data sent by the consultation management cloud subsystem and being used for conference consultation or live consultation. In order to ensure information safety, the consultation management cloud subsystem is connected through the supervision cloud subsystem in a communication mode and is used for supervising the consultation management cloud subsystem in real time. In order to realize multi-scene application expansion, the consultation management cloud subsystem is in communication connection through the third-party access subsystem, and the third-party access subsystem is used for accessing a third-party service, acquiring third information data of the third-party service and transmitting the third information data to the consultation management cloud subsystem. The system can realize resource sharing and tracking traceability management control through the consultation management cloud subsystem, the private cloud subsystem and the observation acquisition terminal, guarantees information safety through the supervision cloud subsystem, and realizes multi-scene application expansion through the third-party access subsystem.
According to some embodiments of the invention, the consultation management cloud subsystem further comprises:
the patient case information base is used for storing case data information of the patient;
the expert information base is used for storing consultation information of experts;
the medical instrument equipment library is used for storing the state information of the medical instrument equipment and the information data acquired by the medical instrument equipment;
an encryption information repository for storing encryption information;
the AI inference decision frame library is used for storing various artificial intelligence-based model frames, and the model frames are used for screening various information data to obtain prior information data;
the ultra-high speed network transmission module is used for communication transmission of each subsystem in the remote consultation medical management cloud;
a public resource management library, configured to manage the first information data obtained from the plurality of private cloud subsystems and manage public resources in the consultation management cloud subsystem;
the supervision user access module is used for accessing the supervision cloud subsystem into the consultation management cloud subsystem;
and the third party access module is used for accessing the consultation management cloud subsystem by the third party service.
According to some embodiments of the invention, the surveillance cloud subsystem comprises a surveillance interface for accessing a supervisor.
According to some embodiments of the invention, the observation acquisition terminal comprises:
the ultra-high-definition conference equipment is used for receiving a conference request of an expert and making a conference connection response according to the conference request;
the ultra-high-definition live broadcast equipment is used for receiving the live broadcast request of the expert and making a live broadcast connection response according to the live broadcast request;
the entity platform comprises medical equipment in a medical institution, and the medical equipment is used for acquiring the second information data;
and the extended application service platform is used for accessing third-party medical sensing equipment, and the third-party medical sensing equipment is used for acquiring third-party information data.
According to some embodiments of the invention, the extended application service platform comprises:
odour monitoring means for odour monitoring each subject, said subject comprising a patient or a specialist;
the infrared temperature measuring device is used for carrying out infrared temperature measurement on each object;
the environment sensor is used for sensing the environment of each object;
the multispectral imaging device is used for acquiring the coordinate information and the wavelength spectrum information of the two-dimensional image of each object;
a non-contact physiological monitoring device for performing non-contact physiological monitoring on each subject;
a contact physiological monitoring device for performing contact physiological monitoring on each subject;
the three-dimensional sensing equipment is used for acquiring three-dimensional information of each object;
a miniaturized medical examination instrument for performing medical examination on each subject.
According to some embodiments of the invention, the third party access subsystem comprises:
a software interface for accessing a plurality of software programs to acquire the third information data of non-medical qualification certification or the third information data of common medical information department;
and the hardware interface is used for accessing various hardware devices so as to access the non-medical qualification certification instrument or the common medical information department instrument.
In a second aspect, an embodiment of the present invention further provides a remote consultation medical management method, where the remote consultation medical management method includes:
receiving an information acquisition request, and screening information data to be acquired from a consultation management cloud subsystem based on an artificial intelligence model frame and the information acquisition request;
according to the information data needing to be obtained, first information data are obtained from a plurality of private cloud subsystems in a single direction, second information data are obtained through an observation acquisition terminal, or third information data are obtained from a third party access subsystem;
and pushing the first information data, the second information data or the third information data to the consultation management cloud subsystem so that an expert can perform diagnosis analysis according to the first information data, the second information data or the third information data to obtain a diagnosis result.
Compared with the prior art, the second aspect of the invention has the following beneficial effects:
in order to ensure data security and realize resource sharing, the method receives an information acquisition request, and screens information data to be acquired from a consultation management cloud subsystem based on an artificial intelligence model framework and the information acquisition request; according to information data required to be obtained, first information data are obtained from a plurality of private cloud subsystems in a unidirectional mode, second information data are obtained through an observation acquisition terminal, or third information data are obtained from a third party access subsystem; and pushing the first information data, the second information data or the third information data to a consultation management cloud subsystem so that the expert performs diagnosis analysis according to the first information data, the second information data or the third information data to obtain a diagnosis result. The method acquires the first information data in a single direction from the plurality of private cloud subsystems corresponding to each hospital, so that people in other hospitals cannot tamper with the information data of the hospital at will, the safety of the information data can be ensured, information can be acquired from the third-party access subsystem, and resource sharing is realized.
According to some embodiments of the invention, the remote consultation medical management method further includes:
screening a case similar to the current case through the artificial intelligence model frame for consultation to obtain a consultation result of the current case;
and writing the consultation result into a private cloud subsystem of a hospital where the corresponding patient and the expert are located, and backing up the consultation result in the consultation management cloud subsystem.
According to some embodiments of the present invention, the third party access subsystem includes a software interface and a hardware interface, and the obtaining third information data from the third party access subsystem includes:
accessing a software program through the software interface to acquire the third information data of non-medical qualification certification or the third information data of a common medical information department;
accessing a non-medical qualification certification instrument through the hardware interface to acquire third information data acquired by the non-medical qualification certification instrument; and accessing an instrument of the common medical information department through the hardware interface to acquire third information data acquired by the instrument of the common medical information department.
According to some embodiments of the invention, the remote consultation medical management method further comprises:
acquiring the second information data through a third-party medical sensing device accessed by an entity platform of the observation acquisition terminal and an extended application service platform;
pushing the first information data, the second information data or the third information data to the observation acquisition terminal so that the expert can perform conference consultation or live consultation according to the first information data, the second information data or the third information data to obtain a consultation result;
and storing the consultation result into a private cloud subsystem or the consultation management cloud subsystem.
Drawings
The above and/or additional aspects and advantages of the present invention will become apparent and readily appreciated from the following description of the embodiments, taken in conjunction with the accompanying drawings of which:
fig. 1 is a block diagram of a remote consultation medical management cloud system according to an embodiment of the present invention;
fig. 2 is a flowchart of a remote consultation medical management method according to an embodiment of the present invention.
Detailed Description
Reference will now be made in detail to embodiments of the present invention, examples of which are illustrated in the accompanying drawings, wherein like or similar reference numerals refer to the same or similar elements or elements having the same or similar function throughout. The embodiments described below with reference to the accompanying drawings are illustrative only for the purpose of explaining the present invention, and are not to be construed as limiting the present invention.
In the description of the present invention, if there are first, second, etc. described, it is only for the purpose of distinguishing technical features, and it is not understood that relative importance is indicated or implied or that the number of indicated technical features is implicitly indicated or that the precedence of the indicated technical features is implicitly indicated.
In the description of the present invention, it should be understood that the orientation or positional relationship referred to, for example, the upper, lower, etc., is indicated based on the orientation or positional relationship shown in the drawings, and is only for convenience of description and simplification of description, but does not indicate or imply that the device or element referred to must have a specific orientation, be constructed in a specific orientation, and be operated, and thus should not be construed as limiting the present invention.
In the description of the present invention, it should be noted that unless otherwise explicitly defined, terms such as arrangement, installation, connection and the like should be broadly understood, and those skilled in the art can reasonably determine the specific meanings of the above terms in the present invention in combination with the specific contents of the technical solutions.
The gap of the current domestic medical resources is large, and the problem of uneven distribution also exists. Firstly, a large medical resource gap is difficult to solve in a short time, a feasible method is to rapidly deploy on the basis of the current stage, realize uniform resource distribution, and fully utilize the current resources to realize the maximization of the resource utilization rate. Secondly, the existing third-party medical cloud has the problem of supervision loss, and the risk that the third-party medical cloud randomly tampers with the private database of the hospital exists, and the database of the hospital, especially the database of the related patients, is very important. Furthermore, the current third-party medical cloud systems, such as the HIS (medical Information System) System, the LIS (Laboratory Information System) System and the PACS (picture archiving and communication System) System, are not shared, and are difficult to adapt to the current domestic environment.
In order to solve the problems, in order to realize resource sharing and tracking, tracing, managing and controlling, the consultation management cloud subsystem receives an information acquisition request sent by an expert, and information data corresponding to the information acquisition request is screened through an intelligent AI according to the information acquisition request; the consultation management cloud subsystem is in communication connection with the plurality of private cloud subsystems, and the private cloud subsystems are used for storing first information data of a corresponding hospital and sending the first information data corresponding to the information acquisition request to the consultation management cloud subsystem; the observation and acquisition terminal is in communication connection with the consultation management cloud subsystem and is used for acquiring second information data corresponding to each object and the information acquisition request, sending the second information data to the consultation management cloud subsystem, displaying the information data sent by the consultation management cloud subsystem and being used for conference consultation or live consultation. In order to ensure information safety, the consultation management cloud subsystem is connected through the supervision cloud subsystem in a communication mode and is used for supervising the consultation management cloud subsystem in real time. In order to realize multi-scene application expansion, the consultation management cloud subsystem is in communication connection through the third-party access subsystem, and the third-party access subsystem is used for accessing a third-party service, acquiring third information data of the third-party service and transmitting the third information data to the consultation management cloud subsystem. According to the invention, resource sharing and tracing management control can be realized through the consultation management cloud subsystem, the private cloud subsystem and the observation acquisition terminal, information safety is ensured through the supervision cloud subsystem, and multi-scene application expansion is realized through the third-party access subsystem.
Referring to fig. 1, an embodiment of the present invention provides a remote consultation medical management cloud system, which includes a consultation management cloud subsystem 100, a plurality of private cloud subsystems 200, an observation acquisition terminal 300, a supervision cloud subsystem 400, and a third party access subsystem 500, where:
the consultation management cloud subsystem 100 is used for receiving the information acquisition request, and screening information data corresponding to the information acquisition request through the intelligent AI according to the information acquisition request;
the private cloud subsystems 200 are in communication connection with the consultation management cloud subsystem, and are used for storing first information data of a corresponding hospital and sending the first information data corresponding to the information acquisition request to the consultation management cloud subsystem;
the observation acquisition terminal 300 is in communication connection with the consultation management cloud subsystem, and is used for acquiring second information data corresponding to the information acquisition request of each object, sending the second information data to the consultation management cloud subsystem, displaying the information data sent by the consultation management cloud subsystem, and meeting or live consultation;
the supervision cloud subsystem 400 is in communication connection with the consultation management cloud subsystem, and is used for supervising the consultation management cloud subsystem in real time;
and the third party access subsystem 500 is in communication connection with the consultation management cloud subsystem, and is used for accessing a third party service, acquiring third information data of the third party service, and transmitting the third information data to the consultation management cloud subsystem.
Specifically, when meeting discussion and live broadcast observation acquisition requirements exist, an expert initiates an information acquisition request. The consultation management cloud subsystem receives an information acquisition request sent by an expert, and according to the information acquisition request, information data corresponding to the information acquisition request are screened through the intelligent AI. The consultation management cloud subsystem is in communication connection with the plurality of private cloud subsystems and is used for storing first information data of a corresponding hospital and sending the first information data corresponding to the information acquisition request to the consultation management cloud subsystem; therefore, the consultation management cloud subsystem can acquire first information data corresponding to the information acquisition request from the plurality of private cloud subsystems. The consultation management cloud subsystem is in communication connection with the observation acquisition terminal, and the observation acquisition terminal is used for acquiring second information data corresponding to each object and the information acquisition request, sending the second information data to the consultation management cloud subsystem, displaying the information data sent by the consultation management cloud subsystem and being used for conference consultation or live consultation; therefore, the consultation management cloud subsystem can acquire the second information data corresponding to the information acquisition request from the observation acquisition terminal. The consultation management cloud subsystem is in communication connection with a third-party access subsystem, and the third-party access subsystem is used for accessing a third-party service, acquiring third information data of the third-party service and transmitting the third information data to the consultation management cloud subsystem; therefore, the consultation management cloud subsystem can acquire third information data corresponding to the information acquisition request from the third-party access subsystem. The embodiment also comprises a consultation management cloud subsystem which is in communication connection with the supervision cloud subsystem through the supervision cloud subsystem, and the consultation management cloud subsystem is supervised in real time through the supervision cloud subsystem.
It should be noted that the plurality of private cloud subsystems include, for example, an HIS system, an LIS system, a PACS system, and the like, which is not specifically limited in this embodiment.
In order to realize resource sharing and tracking, tracing, managing and controlling, the embodiment receives an information acquisition request sent by an expert through a consultation management cloud subsystem, and screens information data corresponding to the information acquisition request through an intelligent AI according to the information acquisition request; the consultation management cloud subsystem is in communication connection with the plurality of private cloud subsystems, and the private cloud subsystems are used for storing first information data of a corresponding hospital and sending the first information data corresponding to the information acquisition request to the consultation management cloud subsystem; the observation and acquisition terminal is in communication connection with the consultation management cloud subsystem and is used for acquiring second information data corresponding to each object and the information acquisition request, sending the second information data to the consultation management cloud subsystem, displaying the information data sent by the consultation management cloud subsystem and being used for conference consultation or live consultation. In order to ensure information safety, the consultation management cloud subsystem is connected through the supervision cloud subsystem in a communication mode and is used for supervising the consultation management cloud subsystem in real time. In order to realize multi-scene application expansion, the consultation management cloud subsystem is in communication connection through the third-party access subsystem, and the third-party access subsystem is used for accessing a third-party service, acquiring third information data of the third-party service and transmitting the third information data to the consultation management cloud subsystem. According to the embodiment, resource sharing and tracking traceability management and control can be achieved through the consultation management cloud subsystem, the private cloud subsystem and the observation and acquisition terminal, information safety is guaranteed through the supervision cloud subsystem, and multi-scene application expansion is achieved through the third-party access subsystem.
In some embodiments, the consultation management cloud subsystem further includes:
the patient case information base is used for storing case data information of the patient;
the expert information base is used for storing consultation information of experts;
the medical instrument equipment library is used for storing the state information of the medical instrument equipment and the information data acquired by the medical instrument equipment;
an encryption information repository for storing encryption information;
the AI inference decision framework library is used for storing various artificial intelligence-based model frameworks, and the model frameworks are used for screening various information data to obtain prior information data;
the ultra-high speed network transmission module is used for communication transmission of each subsystem in the remote consultation medical management cloud;
the public resource management library is used for managing first information data acquired from the plurality of private cloud subsystems and managing public resources in the consultation management cloud subsystem;
the supervision user access module is used for accessing the supervision cloud subsystem into the consultation management cloud subsystem;
and the third party access module is used for accessing the third party service to the consultation management cloud subsystem.
Specifically, the patient case information base stores case data information of each patient; the expert information base stores consultation information in the diagnosis process of each expert; the medical instrument equipment library stores the state information of the medical instrument equipment and the information data acquired by the medical instrument equipment; the encryption information storage library stores encryption information; the AI inference decision framework stores various model frameworks based on artificial intelligence, the model frameworks are used for screening various information data to obtain prior information data, for example, text prior information data can be obtained through an LSTM model framework, image prior information data can be obtained through an RNN/CNN model framework, a crawler model framework obtains prior information data and the like; the ultra-high speed network transmission module is used for communication transmission of each subsystem in the remote consultation medical management cloud; the public resource management library is used for managing first information data acquired from the plurality of private cloud subsystems and managing public resources in the consultation management cloud subsystem; the supervision user access module is used for accessing the supervision cloud subsystem into the consultation management cloud subsystem; and the third party access module is used for accessing the third party service to the consultation management cloud subsystem.
It should be noted that the ultra-high speed network transmission module includes a 5G network, and may also be another ultra-high speed network, which is not specifically limited in this embodiment. The patient case information base, the expert information base, the medical instrument equipment base, the encrypted information storage base, the AI inference decision framework base, the ultra-high speed network transmission module, the public resource management base, the supervisor access module and the third party access module included in the consultation management cloud subsystem of this embodiment may be changed as needed, which is not specifically limited in this embodiment.
In some embodiments, the surveillance cloud subsystem includes a surveillance interface for accessing a surveillance user.
Specifically, as the medical field needs real-time supervision by related departments, which relates to later legal disputes, in order to prevent the medical data of the citizen from being abused, a supervision interface needs to be reserved so as to prevent the medical data of the citizen from being maliciously tampered and sold. Therefore, the supervision cloud subsystem is provided with a supervision interface, the supervision interface is used for being connected to a supervision user, and the information safety can be guaranteed by the supervision user supervising and consultation management cloud subsystem.
It should be noted that the supervising user in this embodiment may be a device for supervising, which is not specifically limited in this embodiment.
In some embodiments, the observation acquisition terminal comprises:
the ultra high definition conference equipment is used for receiving a conference request of an expert and making a conference connection response according to the conference request;
the ultra-high-definition live broadcast equipment is used for receiving a live broadcast request of an expert and making a live broadcast connection response according to the live broadcast request;
the entity platform comprises medical equipment in a medical institution, and the medical equipment is used for acquiring second information data;
and the extended application service platform is used for accessing the third-party medical sensing equipment, and the third-party medical sensing equipment is used for acquiring third-party information data.
Specifically, when the expert sends a conference request, the conference request of the expert is received through the ultra-high-definition conference equipment, and a conference connection response is made according to the conference request; when an expert sends a live broadcast request, receiving the live broadcast request of the expert through ultra-high-definition live broadcast equipment, and making a live broadcast connection response according to the live broadcast request; the entity platform comprises medical equipment in a medical institution, and the medical equipment is used for acquiring second information data; and the extended application service platform is used for accessing the third-party medical sensing equipment, and the third-party medical sensing equipment is used for acquiring third-party information data.
It should be noted that the solid platform of the present embodiment includes, for example, a cart platform with ultrasound in the ultrasound department, and a platform with dermatology in the dermatology department, and the present embodiment does not specifically limit the solid platform. The ultra-high-definition conference device, the ultra-high-definition live broadcast device, the entity platform and the extended application service platform included in the observation acquisition terminal of this embodiment may be changed as needed, which is not specifically limited in this embodiment.
In some embodiments, the extended application services platform comprises:
an odour monitoring device for odour monitoring each subject, the subject comprising a patient or an expert;
the infrared temperature measuring device is used for carrying out infrared temperature measurement on each object;
the environment sensor is used for sensing the environment of each object;
the multispectral imaging device is used for acquiring the coordinate information and the wavelength spectrum information of the two-dimensional image of each object;
a non-contact physiological monitoring device for performing non-contact physiological monitoring on each subject;
the contact type physiological monitoring device is used for carrying out contact type physiological monitoring on each object;
the three-dimensional sensing equipment is used for acquiring three-dimensional information of each object;
a miniaturized medical examination apparatus for performing medical examination on each subject.
Specifically, the odor monitoring device is used for monitoring odor of each patient or specialist; the infrared temperature measuring device is used for carrying out infrared temperature measurement on each patient or expert; the environment sensor is used for sensing the environment of each patient or expert; the multispectral imaging device is used for acquiring the coordinate information and the wavelength spectrum information of the two-dimensional image of each patient or expert; the non-contact physiological monitoring equipment is used for carrying out non-contact physiological monitoring on each patient or expert; the contact type physiological monitoring equipment is used for carrying out contact type physiological monitoring on each patient or expert; the three-dimensional sensing equipment is used for acquiring three-dimensional information of each patient or expert; a miniaturized medical examination apparatus is used for medical examination of each patient or specialist.
It should be noted that, the odor monitoring device, the infrared temperature measuring device, the environmental sensor, the multispectral imaging device, the non-contact physiological monitoring device, the three-dimensional sensing device, and the miniaturized medical detection instrument included in the extended application service platform of this embodiment may be changed as needed, which is not specifically limited in this embodiment.
In some embodiments, the third party access subsystem comprises:
the software interface is used for accessing various software programs to acquire third information data of non-medical qualification certification or third information data of a common medical information department;
and the hardware interface is used for accessing various hardware devices so as to access instruments with non-medical qualification certification or instruments with common medical information departments.
In the embodiment, the third-party access subsystem accesses various software programs through the software interface and accesses various hardware devices through the hardware interface, so that the troubles of medical qualification authentication of two, two and three types can be avoided, various applications are met, the expansibility is high, and the system can be put to the market as soon as possible.
Referring to fig. 2, an embodiment of the present invention further provides a remote consultation medical management method, including:
s100, receiving an information acquisition request, and screening information data to be acquired from a consultation management cloud subsystem based on an artificial intelligence model frame and the information acquisition request;
step S200, acquiring first information data in a single direction from a plurality of private cloud subsystems, acquiring second information data through an observation acquisition terminal, or acquiring third information data from a third-party access subsystem according to information data required to be acquired;
step S300, the first information data, the second information data or the third information data are pushed to a consultation management cloud subsystem, so that the expert can perform diagnosis and analysis according to the first information data, the second information data or the third information data to obtain a diagnosis result.
In the embodiment, in order to ensure data security and realize resource sharing, an information acquisition request is received, and information data to be acquired is screened from a consultation management cloud subsystem based on an artificial intelligence model frame and the information acquisition request; according to information data needing to be obtained, first information data are obtained from a plurality of private cloud subsystems in a unidirectional mode, second information data are obtained through an observation and collection terminal, or third information data are obtained from a third party access subsystem; and pushing the first information data, the second information data or the third information data to a consultation management cloud subsystem so that the expert performs diagnosis analysis according to the first information data, the second information data or the third information data to obtain a diagnosis result. In the embodiment, the first information data is obtained in a unidirectional manner from the plurality of private cloud subsystems corresponding to each hospital, so that people in other hospitals cannot tamper with the information data of the hospital at any time, the safety of the information data can be ensured, information can be obtained from the third-party access subsystem, and resource sharing is realized.
In some embodiments, the remote consultation medical management method further includes:
screening a case similar to the current case through an artificial intelligent model frame for consultation to obtain a consultation result of the current case;
and writing the diagnosis result into a private cloud subsystem of a hospital where the corresponding patient and the expert are located, and backing up in the consultation management cloud subsystem.
In the embodiment, the case similar to the current case is screened through the artificial intelligence model frame for consultation, so that the consultation of the same disease of different patients can be answered, and the expert time is utilized to the maximum extent.
In some embodiments, the third party access subsystem includes a software interface and a hardware interface, and the obtaining of the third information data from the third party access subsystem includes:
accessing a software program through a software interface to acquire third information data of non-medical qualification certification or third information data of a common medical information department;
accessing the non-medical qualification certification instrument through a hardware interface to acquire third information data acquired by the non-medical qualification certification instrument; and accessing the instrument of the common medical information department through a hardware interface to acquire third information data acquired by the instrument of the common medical information department.
In some embodiments, the remote consultation medical management method further includes:
acquiring second information data through third-party medical sensing equipment accessed by an entity platform of the observation acquisition terminal and the extended application service platform;
the first information data, the second information data or the third information data are pushed to an observation acquisition terminal, so that an expert can conduct conference consultation or live consultation according to the first information data, the second information data or the third information data to obtain a consultation result;
and storing the diagnosis result into a private cloud subsystem or a diagnosis management cloud subsystem.
It should be noted that, since the remote consultation medical management method in the embodiment is based on the same inventive concept as the remote consultation medical management cloud system, the corresponding contents in the system embodiment are also applicable to the method embodiment, and are not described in detail herein.
The embodiments of the present invention have been described in detail with reference to the accompanying drawings, but the present invention is not limited to the above embodiments, and various changes can be made within the knowledge of those skilled in the art without departing from the gist of the present invention.
Claims (10)
1. A remote consultation medical management cloud system, comprising:
the consultation management cloud subsystem is used for receiving an information acquisition request and screening information data corresponding to the information acquisition request through an intelligent AI according to the information acquisition request;
the private cloud subsystems are in communication connection with the consultation management cloud subsystem and used for storing first information data of a corresponding hospital and sending the first information data corresponding to the information acquisition request to the consultation management cloud subsystem;
the observation acquisition terminal is in communication connection with the consultation management cloud subsystem, and is used for acquiring second information data corresponding to the information acquisition request of each object, sending the second information data to the consultation management cloud subsystem, displaying the information data sent by the consultation management cloud subsystem and being used for meeting or live consultation;
the monitoring cloud subsystem is in communication connection with the consultation management cloud subsystem and is used for monitoring the consultation management cloud subsystem in real time;
and the third-party access subsystem is in communication connection with the consultation management cloud subsystem and is used for accessing a third-party service, acquiring third information data of the third-party service and transmitting the third information data to the consultation management cloud subsystem.
2. The cloud system for remote consultation medical management according to claim 1, wherein said consultation management cloud subsystem further comprises:
the patient case information base is used for storing case data information of the patient;
the expert information base is used for storing consultation information of experts;
the medical instrument equipment library is used for storing the state information of the medical instrument equipment and the information data acquired by the medical instrument equipment;
an encryption information repository for storing encryption information;
the AI inference decision frame library is used for storing various artificial intelligence-based model frames, and the model frames are used for screening various information data to obtain prior information data;
the ultra-high speed network transmission module is used for communication transmission of each subsystem in the remote consultation medical management cloud;
the public resource management library is used for managing the first information data acquired from the plurality of private cloud subsystems and managing public resources in the consultation management cloud subsystem;
the supervision user access module is used for accessing the supervision cloud subsystem into the consultation management cloud subsystem;
and the third party access module is used for accessing the consultation management cloud subsystem by the third party service.
3. The cloud system for remote consultation medical management according to claim 1, wherein said supervision cloud subsystem comprises a supervision interface for accessing a supervisor.
4. The cloud system for remote consultation medical management according to claim 1, wherein the observation acquisition terminal comprises:
the ultra-high-definition conference equipment is used for receiving a conference request of an expert and making a conference connection response according to the conference request;
the ultra-high-definition live broadcast equipment is used for receiving the live broadcast request of the expert and making a live broadcast connection response according to the live broadcast request;
the entity platform comprises medical equipment in a medical institution, and the medical equipment is used for acquiring the second information data;
and the extended application service platform is used for accessing third-party medical sensing equipment, and the third-party medical sensing equipment is used for acquiring third-party information data.
5. The cloud system for remote consultation medical management according to claim 4, wherein said extended application service platform comprises:
an odour monitoring device for odour monitoring each subject, said subject comprising a patient or an expert;
the infrared temperature measuring device is used for carrying out infrared temperature measurement on each object;
the environment sensor is used for sensing the environment of each object;
the multispectral imaging device is used for acquiring the coordinate information and the wavelength spectrum information of the two-dimensional image of each object;
a non-contact physiological monitoring device for performing non-contact physiological monitoring on each subject;
the contact type physiological monitoring device is used for carrying out contact type physiological monitoring on each object;
the three-dimensional sensing equipment is used for acquiring three-dimensional information of each object;
a miniaturized medical examination apparatus for performing medical examination on each subject.
6. The cloud system for remote consultation medical management according to claim 1, wherein said third-party access subsystem comprises:
a software interface for accessing a plurality of software programs to acquire the third information data of non-medical qualification certification or the third information data of common medical information department;
and the hardware interface is used for accessing various hardware devices so as to access the non-medical qualification certification instrument or the common medical information department instrument.
7. A remote consultation medical management method, comprising:
receiving an information acquisition request, and screening information data to be acquired from a consultation management cloud subsystem based on an artificial intelligence model frame and the information acquisition request;
according to the information data needing to be obtained, first information data are obtained from a plurality of private cloud subsystems in a unidirectional mode, second information data are obtained through an observation acquisition terminal, or third information data are obtained from a third party access subsystem;
and pushing the first information data, the second information data or the third information data to the consultation management cloud subsystem so that an expert can perform diagnosis analysis according to the first information data, the second information data or the third information data to obtain a diagnosis result.
8. The remote consultation medical management method according to claim 7, further comprising:
screening a case similar to the current case through the artificial intelligence model frame for consultation to obtain a consultation result of the current case;
and writing the consultation result into a private cloud subsystem of a hospital where the corresponding patient and the corresponding expert are located, and backing up the consultation result in the consultation management cloud subsystem.
9. The remote consultation medical management method according to claim 7, wherein the third-party access subsystem includes a software interface and a hardware interface, and the acquiring of the third information data from the third-party access subsystem includes:
accessing a software program through the software interface to acquire the third information data of non-medical qualification certification or the third information data of a common medical information department;
accessing a non-medical qualification certification instrument through the hardware interface to acquire third information data acquired by the non-medical qualification certification instrument; and accessing an instrument of the common medical information department through the hardware interface to acquire third information data acquired by the instrument of the common medical information department.
10. The remote consultation medical management method according to claim 9, further comprising:
acquiring the second information data through a third-party medical sensing device accessed by an entity platform and an extended application service platform of the observation acquisition terminal;
pushing the first information data, the second information data or the third information data to the observation acquisition terminal so that the expert can perform conference consultation or live consultation according to the first information data, the second information data or the third information data to obtain a consultation result;
and storing the consultation result into a private cloud subsystem or the consultation management cloud subsystem.
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