JP6661045B1 - Medical person matching system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a medical staff matching system for supporting a job change of medical staff. A medical personnel matching system 100 includes a medical database 55 in which medical data files are stored, and a host terminal 60 accessible to the medical database 55. The hospital terminal 500 and the user terminal 10 are connected to the communication network 90, and the hospital provision information data of the hospital 400 is stored in the medical database 55 as a medical data file. The medical display information data based on the medical data file is transmitted to the user terminal 10. The medical data file includes at least one of a hospital ID and a hospital name, basic hospital information such as a hospital address, a doctor name to which the hospital belongs, and medical equipment, and at least one 360 ° image information in the hospital. At least one of the owners of the user terminal 10 is a medical person, and 360 ° image information is displayed on the user terminal 10. [Selection diagram] Fig. 1

Description

  The present invention relates to a medical person matching system and a matching method. In particular, it relates to a medical person matching system between a doctor / nurse and a hospital seeking the same. The present invention also relates to a medical person matching system between a hospital / doctor and a patient who is looking for a hospital / doctor.

  Currently, the process of selecting a medical professional is time consuming, inefficient, and anxious. When you find yourself in need of medical care, it is often difficult to find a doctor you are satisfied with. Many choose a physician based on referrals from a GP, recommendations from friends and relatives, or a directory of healthcare providers. These sources do not have a criterion for the quality of knowledge of a physician, as assessed by widely available medical associations or based on published information.

  In addition, patients may search medical institution directories or some Internet assessment website. However, most Internet reputation websites provide a collection of comments and ratings from anonymous sources, and the accuracy of the data is unknown to the public. These sources do not have the physician's knowledge quality criteria as assessed by the broader medical community or based on published sources.

  Patent Literature 1 discloses that in such a situation, it is necessary to provide information for performing evaluation based on the performance and ability of a specialist such as a medical professional, and to provide a highly reliable system and a system. Says. Patent Literature 1 proposes a system including a virtual medical examination application hosted on a server for facilitating medical examination between a patient and a medical professional located far from the patient. In the system including the virtual medical examination application, the communication between the patient and the medical professional is facilitated by connecting the patient computer device to the medical professional computer device for medical care. An electronic message is then communicated from the medical professional computing device to the patient computing device. The electronic messages are related to health-related inquiries during the diagnosis and medical recommendations by the health care professional after the consultation.

  Patent Document 2 discloses a network medical care system. This system was born from the following: That is, conventionally, medical charts are created for each hospital and are not disclosed to the outside.Therefore, there is no mutual understanding between hospitals regarding the treatment history of a single patient. It has been a source of suspicion. Based on this, Patent Document 2 discloses that by connecting hospitals via a network, the medical records for patients can be shared, the treatment history of patients can be viewed at any hospital, and appropriate treatment can be performed. Says. It also states that a medical and nursing care expert system that connects patients and the medical care center via the Internet can be constructed to enable appropriate and prompt medical decisions and emergency measures.

International Publication WO2016 / 080038 JP 2001-344347 A

  In the virtual medical examination application disclosed in Patent Literature 1, highly reliable information can be obtained by connecting a patient and a medical professional by an electronic message. As described above, the communication system between the patient and the medical professional is focused on, but the inventor of the present application has noticed that the problem of the “physician” itself is not focused on. That is, most of the conventional systems are from the patient's point of view, but rather, the point that what kind of hospital the "doctor" wants to belong to, not the patient, was overlooked. Specifically, when a physician changes jobs or works a new job, the only information about the hospital is basic information such as address, telephone number, medical department / department, and number of beds. I didn't know if I was in a field of specialty (eg, cardiology, neurosurgery, otolaryngology, etc.). Therefore, doctors have no choice but to apply for a hospital and then check through an interview to see if they match the hospital.

  Also, when a doctor changes jobs, he or she will use a general job change site or rely on an introducer. In general, job change sites often only show conditions such as salary, and the remaining information is not much different from the information on the Internet site of each hospital. Doctors, unlike regular job changers, are premised on utilizing the knowledge and skills they have gained so far, and even if a surgeon is recruited, that alone will not be a motivation to apply. In addition, even if you change jobs through the referrer, you know the hospital that the referrer recommended, but the only thing the hospital wants is to guess only from information on the hospital's Internet site. It does not become a judgment index or information.

  The network medical care system disclosed in Patent Document 2 proposes sharing medical charts for patients by connecting hospitals with a network. However, medical charts are recorded in a format unique to each hospital, and are not compatible with the adjacent hospital. More specifically, even if the hospitals are affiliated with the same hospital (eg, Saiseikai Hospital), the format of the medical chart between adjacent hospitals of the same affiliate is not shared, and therefore, Even if a patient moves at another hospital, the medical chart cannot be shared unless the format of the previous medical chart is the same. Traditionally, it has been considered desirable to share medical charts, including the national policy.If sharing of medical charts does not proceed, on the premise that sharing of medical charts will not take place, somehow examinations and symptoms can be managed. We examined ways to use the results (data).

  Under such circumstances, the inventor of the present application has come up with a system that is useful for changing the job of medical personnel including doctors. Also, a system was developed that could easily use the patient's own physical data without sharing medical chart data between hospitals, thereby improving the convenience of patients.

  SUMMARY OF THE INVENTION The present invention has been made in view of the above circumstances, and a main object of the present invention is to provide a medical person matching system and method useful for both medical personnel and hospitals when medical personnel including doctors change jobs to hospitals. Is to provide. Another object of the present invention is to provide a medical-related data processing system and method that can effectively utilize the patient's own physical data without sharing medical records between hospitals.

  The medical person matching system according to the present invention is a medical person matching system that supports the change of job of medical people, and is connected to a medical database in which medical data files are stored and a medical database via a communication network. And an accessible host terminal. Hospital terminals and user terminals are connected to the communication network. The hospital-provided information data of the hospital that is the holder of the hospital terminal is stored in the medical database as the medical data file. The medical system database includes a medical personnel network program. The medical personnel network program, a function of registering the hospital provided information data of the hospital as the medical data file in the medical database, and a medical display information data based on the registered medical data file. , A function of transmitting the data to the user terminal. The medical data file includes at least one of a hospital ID and a hospital name, at least one hospital basic information selected from the group consisting of a hospital address, a doctor's name belonging thereto, and medical equipment, and at least one 360-degree hospital. ° Image information is included. At least one of the owners of the user terminal is a medical professional. The 360 ° image information is displayed on the user terminal. The medical staff network program is a program for further realizing a function of connecting the user terminal and the hospital terminal.

  In a preferred embodiment, the medical personnel is selected from the group consisting of a doctor, a nurse, a pharmacist, a dentist, and a dental hygienist. At least one of the user terminals is a smartphone. A smartphone application based on the medical personnel network program is installed in the smartphone. By operating the smartphone application, the basic hospital information and the 360 ° image information are displayed on the screen of the smartphone. The smartphone of the medical staff can be contacted with the hospital terminal through the smartphone application.

  In a preferred embodiment, the owner of the user terminal includes a hospital searcher selected from the group consisting of a patient, a patient, a rescuer, and a medical advisor. At least one of the user terminals is a smartphone. A smartphone application based on the medical personnel network program is installed in the smartphone. By operating the smartphone application, the basic hospital information and the 360 ° image information are displayed on the screen of the smartphone. The smartphone of the hospital searcher can be connected to the hospital reservation system through the smartphone application.

  In a preferred embodiment, the communication network is the Internet. The medical system database is provided in a server device connected to the communication network. The medical personnel network program further includes a function of connecting the host terminal and the medical system database, a function of connecting the hospital terminal and the medical system database, and a user terminal and the medical system database. This is a program that implements the function of connecting. The medical staff network program has a matching function for matching the owner of the user terminal with the hospital that is the owner of the hospital terminal.

  In a preferred embodiment, the matching function is executed by an artificial intelligence program stored in an additional server device different from the server device.

  In a preferred embodiment, the medical personnel network program installed in the user terminal includes a medical image data program that realizes a function of storing and displaying medical image data that is a diagnosis result of the owner of the user terminal. Have.

  In a preferred embodiment, the medical personnel network program has a function of uploading the medical image data from the user terminal to the medical database.

  In a preferred embodiment, the medical personnel network program installed in the user terminal has a function of storing prescription information of the owner of the user terminal.

  In a preferred embodiment, the hospital that is the owner of the hospital terminal includes a pharmacy. The medical personnel network program has a function of transmitting the prescription information to the hospital terminal of the pharmacy.

In a preferred embodiment, said medical personnel network program that has been introduced into the user terminal has a function of already determined the medical costs the owner has received the user terminal.

  In a preferred embodiment, the medical staff network program has an advertisement transmission function of transmitting medical image data to the user terminal.

  In a preferred embodiment, the communication network is a fifth generation (5G) compatible communication network. The medical person matching system has a function of connecting medical operation data of a first hospital, which is one of the hospitals, to a medical device of a second hospital.

  The medical person matching method according to the present invention is a medical person matching method using a medical person matching system realized by a medical person network program. The medical personnel network program, a function of registering the hospital provided information data of the hospital as a medical data file in a medical database, and a medical display information data based on the registered medical data file, a user terminal This is a program that implements a function of transmitting to a user. The medical data file includes at least one of a hospital ID and a hospital name, at least one hospital basic information selected from the group consisting of a hospital address, a doctor's name belonging thereto, and medical equipment, and at least one 360-degree hospital. ° Image information is included.

  In a preferred embodiment, at least one of the owners of the user terminal is a medical professional. The 360 ° image information is displayed on the user terminal. The medical person matching method includes a step of introducing the hospital basic information and the 360 ° image information to the user terminal of the medical person, and a step of introducing the user into the contact information of the hospital where the hospital basic information is displayed. A step of transmitting an inquiry message from a terminal; and a step of receiving, at the user terminal, a reply message from the hospital.

  In a preferred embodiment, the medical personnel is selected from the group consisting of a doctor, a nurse, a pharmacist, a dentist, and a dental hygienist. At least one of the user terminals is a smartphone. A smartphone application based on the medical personnel network program is installed in the smartphone. By operating the smartphone application, the basic hospital information and the 360 ° image information are displayed on the screen of the smartphone. The smartphone of the medical staff can be contacted with the hospital terminal through the smartphone application.

  In a preferred embodiment, the 360 ° image information is a screen that can be moved 360 ° by swiping with a user's finger. The medical person matching method includes a step of displaying the hospital basic information by searching on the smartphone. While the search is being performed, the basic hospital information is displayed by the artificial intelligence program based on the input of the search.

  In a preferred embodiment, the owner of the user terminal includes a hospital searcher selected from the group consisting of a patient, a patient, a rescuer, and a medical advisor. At least one of the user terminals is a smartphone. A smartphone application based on the medical personnel network program is installed in the smartphone. By operating the smartphone application, the basic hospital information and the 360 ° image information are displayed on the screen of the smartphone. The smartphone of the hospital searcher can be connected to the hospital reservation system through the smartphone application. The medical person matching method further includes a step of making a reservation by the reservation system using the smartphone, and a step of displaying a reservation result message from the reservation system on the smartphone.

  In a preferred embodiment, the medical person matching method further stores medical image data, which is a diagnosis result of the owner of the user terminal, using the medical person network program installed in the user terminal. And displaying.

  In a preferred embodiment, the medical staff matching method further includes a step of storing and displaying the prescription information of the owner of the user terminal using the medical staff network program installed in the user terminal. Including.

  In a preferred embodiment, the hospital that is the owner of the hospital terminal includes a pharmacy. The medical person matching method further includes transmitting the prescription information to the hospital terminal of the pharmacy.

In a preferred embodiment, the medical personnel matching method further the step of using the medical personnel network program that has been introduced into the user terminal, to already determined the medical costs the owner of the user terminal has received including.

  In the present invention, the medical system data file registered in the medical system database includes the basic hospital information and the 360 ° image information in the hospital, and the 360 ° image information is stored in the user terminal by the medical personnel network program. It is displayed and a function of connecting the user terminal and the hospital terminal is realized. Therefore, the medical personnel who owns the user terminal can see not only the hospital basic information such as the hospital address but also the 360 ° image in the hospital when changing jobs. The 360 ° image shows the actual atmosphere and the contents of the medical facilities and clinics used, and the user terminal and the hospital terminal are connected. It can be carried out. Also, from the perspective of a hospital that is recruiting, not only the basic hospital information that depends on textual information, but also the 360 ° Since recruitment is done after having the clinics grasped, mismatching is reduced, and contact and response can be made immediately, so that opportunity loss can be reduced. As a result, according to the present invention, it is possible to realize a medical personnel matching system that is useful for both medical personnel and hospitals when medical personnel including doctors change jobs to hospitals.

  In one embodiment of the present invention, the owner of the user terminal can include a hospital searcher such as a patient, a patient, a rescuer, and a medical advisor. In this case, the person searching for the hospital (particularly, the patient) not only writes and writes the word-of-mouth to the hospital being searched, but also uses the user terminal to display a 360 ° image of the hospital together with the basic hospital information such as the hospital address. You can see. Therefore, a person (especially, a patient) looking for a hospital can view not only the basic hospital information such as the hospital address but also the 360 ° image in the hospital, so that the actual atmosphere and the medical care used are After understanding the contents of facilities and clinics, they can visit / inquire at the hospital. Further, it is more convenient when a reservation procedure is also performed by a reservation system.

  Further, in one aspect of the present invention, the function of storing and displaying medical image data can be realized by the medical image data program provided in the medical personnel network program installed in the user terminal. Therefore, even when the data format of the medical examination results is different between hospitals and the medical examination results cannot be shared between the hospitals, the owner of the user terminal displays the medical care image stored in the user terminal, and performs the medical examination at the hospital. Can be shown to a doctor. As a result, there is a remarkable effect that the patient's own physical data can be effectively used without sharing medical records between hospitals.

In one aspect of the present invention, prescription information of the owner of the user terminal can be stored by the medical staff network program installed in the user terminal. Therefore, the owner of the user terminal can determine a combination of dispensing and the like (particularly determining a medicine that should not be prescribed) by showing the prescription information to the pharmacy. And, if the prescription information can be transmitted to the hospital terminal of the pharmacy by the medical personnel network program, the pharmacy can be prepared in advance and convenient, the mistake can be greatly reduced, and furthermore, the pharmacy is displayed on the user terminal. An effect is also obtained that the user can check the information by comparing it with the prescription information. Additionally, in one aspect of the present invention, the medical personnel network program, it is possible to already determine the medical costs, patients undergoing examination is convenient to be able to pay medical costs by using the user terminal is there. In addition, further features or effects of the present invention will be described in an embodiment for carrying out the invention.

1 is a configuration diagram illustrating a medical system cooperation network 200 including a medical person matching system 100 according to an embodiment of the present invention. FIG. 1 is a block diagram illustrating a medical system cooperation network 200 including a medical person matching system 100 according to an embodiment of the present invention. It is a block diagram for explaining the medical person matching method concerning an embodiment of the present invention. 4 is a flowchart illustrating a medical person matching method according to an embodiment of the present invention. 4 is a flowchart illustrating a medical person matching method according to an embodiment of the present invention. It is a flowchart which shows the structure of the medical system data processing apparatus (server apparatus) 50 which concerns on embodiment of this invention. It is a block diagram showing composition of a modification of medical system data processing device (server device) 50 concerning an embodiment of the present invention. FIG. 4 is a diagram for explaining programs 51 and 59 stored in a medical data processing device (server device) 50 according to the embodiment of the present invention. FIG. 1 is a diagram showing a configuration of a medical person matching system 100 according to an embodiment of the present invention. 1 is a configuration diagram (a front view, a housing diagram of a display unit 250 side) of an information terminal (smartphone) 10 in which an application 285 according to an embodiment of the present invention is introduced. It is a figure explaining the first screen (TOP) when application (smartphone application) 285 concerning the embodiment of the present invention is operating. It is a figure explaining the screen of the map details when application (smartphone application) 285 concerning the embodiment of the present invention is operating. It is a figure explaining the screen of the regional hospital display when application (smartphone application) 285 concerning the embodiment of the present invention is operating. It is a figure explaining the screen of the disease name when application (smartphone application) 285 concerning the embodiment of the present invention is operating. It is a figure explaining the screen of the medicine name when application (smartphone application) 285 concerning the embodiment of the present invention is operating. It is a figure explaining the screen of a device name when application (smartphone application) 285 concerning the embodiment of the present invention is operating. It is a figure explaining the screen of the hospital (whole information) when application (smartphone application) 285 concerning the embodiment of the present invention is operating. It is a figure explaining the screen of the hospital (individual information) when application (smartphone application) 285 concerning the embodiment of the present invention is operating. It is a figure explaining the screen of the hospital (360 ° picture, animation, etc.) when application (smartphone application) 285 concerning the embodiment of the present invention is operating. FIG. 9 is a diagram illustrating a screen of a 360 ° image (inspection room) when an application (smartphone application) 285 is operating. It is a figure explaining the screen of the 360-degree image (bed room) when application (smartphone application) 285 is operating. It is a figure explaining the screen of the 360-degree image (examination room) when application (smartphone application) 285 is operating. FIG. 9 is a diagram illustrating a screen of a 360 ° image (waiting room) when an application (smartphone application) 285 is operating. It is a figure explaining the screen of the individual hospital information screen (hospital details) when application (smartphone application) 285 concerning the embodiment of the present invention is operating. It is a figure explaining the screen of the reservation system when application (smartphone application) 285 concerning the embodiment of the present invention is operating. It is a figure explaining the screen of the reservation system when application (smartphone application) 285 concerning the embodiment of the present invention is operating. It is a figure explaining the screen of the reservation system when application (smartphone application) 285 concerning the embodiment of the present invention is operating. FIG. 11 is a diagram illustrating a screen for saving a medical image when an application (smartphone application) 285 according to the embodiment of the present invention is operating.

  The inventor of the present application uses the virtual medical examination application disclosed in Patent Document 1 described above, that is, not simply by connecting a patient and a medical professional by an electronic message. Using the networked medical care system disclosed in the above, i.e., not simply by connecting hospitals with a network to share medical records for patients, but also useful medical personnel for medical personnel and hospitals We studied diligently whether a matching system could be used.

  In particular, when a doctor tries to change jobs, the only situation is to rely on word-of-mouth or writing on the Internet, except for basic hospital information, and even if there are referrals, apply for an interview and actually It is necessary to go to the hospital and see the situation. Physicians are often busy, making it difficult to conduct job interviews. Under these circumstances, if you do not know in advance what the hospital atmosphere, medical facilities, and medical / examination space are, you do not want to apply for an interview. -There was a dilemma of not knowing what the inspection space was. Also, for patients who want to be diagnosed at a hospital, if they do not know the atmosphere of the hospital, medical facilities, and medical care / examination space in advance, they do not want to be diagnosed. There was a dilemma of not knowing what the atmosphere and medical facilities were like.

  Furthermore, the current hospital charts could theoretically share the chart information, but in reality, the format of the medical equipment (CT, MRI, etc.) introduced by the hospital differs between manufacturers. Therefore, even in the case of adjacent hospitals of the same system, it is not possible to share medical devices if the manufacturers of the medical devices are different. Under such circumstances, the inventor of the present application has noticed that, in an actual medical practice, especially in an emergency or for the first medical treatment, medical chart electronic data is not required but a medical treatment image is required. Furthermore, if a smartphone that is widely used today is used, it was examined whether or not the medical image of the patient himself or herself could be used with the intervention of the smartphone. In addition, since the medical care image is important information that is sometimes called the ultimate personal information, it is necessary to take thorough measures to protect its security, and simply save it in the image folder of the smartphone. Needless to say, it is not a thing.

  Under these circumstances, it is convenient for doctors to change jobs, safe and convenient for patients, and excellent for doctors and patients without sharing medical chart data between hospitals As a result of thinking out whether or not there is, the present invention has been achieved.

  Hereinafter, preferred embodiments of the present invention will be described with reference to the drawings. In the following drawings, for the sake of simplicity of description, the same reference numerals are given to members and portions having the same function, and duplicate description may be omitted or simplified. Further, the dimensional relationships (length, width, thickness, etc.) in each drawing may not always accurately reflect the actual dimensional relationships. In addition, matters other than matters specifically mentioned in the present specification and necessary for practicing the present invention can be grasped as design matters of a person skilled in the art based on conventional technology in the relevant field. The present invention can be implemented based on the contents disclosed in the specification and the drawings and common technical knowledge in the art. In addition, the present invention is not limited to the following embodiments.

  FIG. 1 is a diagram (a network diagram using illustrations) for explaining an example of a medical person matching system 100 according to an embodiment of the present invention. FIG. 2 is a block diagram (network diagram) illustrating an example of the medical person matching system 100 of the present embodiment. Further, the entirety including the medical person matching system 100 of the present embodiment is referred to as a medical person network 200.

  The medical person matching system 100 according to the present embodiment is a medical person matching system that supports a job change of a medical person. As shown in FIGS. 1 and 2, the medical person matching system 100 of the present embodiment includes a medical person matching device (server device) 50 provided with a medical system database 55 and a host terminal 60. . The host terminal 60 is a terminal (for example, a personal computer, a smartphone, a tablet terminal, or the like) capable of accessing the medical database (55) in the server device 50 via the communication network 90.

  In the configuration of the present embodiment, a hospital terminal 500 and a user terminal 10 are connected to the communication network 90. The communication network 90 is the Internet (Internet network). The hospital terminal 500 is arranged in the hospital 400 (401, 402, 405). The hospital terminal 500 is a terminal that can access the Internet (communication network) 90 (for example, a personal computer (PC), a smartphone, a tablet terminal, or the like). The user terminal 10 is a terminal that can access the Internet (communication network) 90 (for example, a smartphone, a personal computer (PC), and a tablet terminal).

  More specifically, the Internet communication network (Internet circuit network), which is the communication network 90 of the present embodiment, is currently the most widespread communication network. If a communication network exceeding this will occur in the future, it will be adopted. be able to. Note that the communication network 90 of the present embodiment may be an Internet communication network including a corporate LAN and a wireless LAN (for example, Wi-Fi). Further, although the Internet communication network 90 is used, it is not required that the company (or an organization or an individual) that operates the medical person matching system 100 of the present embodiment owns it, and the configuration of the present invention The “communication network 90 (internet network)” as a requirement may be used as long as it can be used for communication. Further, the communication network 90 can also use a telephone line network (in particular, a mobile telephone communication network), which is currently a fifth generation standard, but is a next generation fifth generation standard (or a later standard). Standards) can be adopted.

  The medical staff matching device 50 is a server device connected to an Internet communication network (communication network) 90. The server device 50 is an electronic computer (computer device) having a function of transmitting and receiving data to and from the Internet communication network 90, and includes a storage device and a semiconductor integrated circuit (IC). The medical database 55 according to the present embodiment is configured from a hard disk (HDD). Specifically, it is a storage medium in the server device 50 connected to the communication network 90. However, the medical database 55 is a storage medium (for example, a LAN hard disk) at a position physically separated from the housing of the server device 50 or a recording medium (a recording device such as a hard disk) on a cloud computer. No problem. The recording medium is not limited to a magnetic recording medium such as a hard disk (HDD), but may be another recording medium such as an optical recording medium, a magneto-optical recording medium, and a semiconductor recording medium (solid state drive: SSD). Absent.

  The medical database 55 according to the present embodiment is stored in a specialized data management company in order to further enhance security, in addition to the case where the medical database 55 is arranged in a company that operates the medical person matching system 100. It is also possible. Also, among private companies, the management of companies that have a high level of trust in personal information (eg, banks, insurance companies, credit card companies, well-known data management companies (or government-related organizations)) It is also possible to have the medical system database 55 stored and operated.

  The host terminal 60 of the present embodiment is typically a personal computer (PC). The host terminal (PC) 60 includes a communication device (for example, an optical fiber connection terminal) connectable to an Internet communication network (communication network) 90, a display device (for example, a liquid crystal display device), and an input device (for example, a keyboard and a mouse). ), An arithmetic unit (for example, a semiconductor integrated circuit device (IC) or a central processing unit (CPU)), and a storage device (for example, a hard disk, a semiconductor storage device, and the like). The host terminal (PC) 10 can input necessary information using an input device, and inputs the necessary information using a computing device (CPU) while using a storage device (HDD, SSD, etc. (or ROM, RAM)). By performing the processing, the server device 50 can be controlled. The description of the host terminal 60 is the same for the hospital terminal 500.

  The host terminal 60 is not limited to a personal computer (PC), and may be another device as long as it can operate the server device 50, and may be, for example, a smartphone, a tablet terminal, a mobile phone, or the like. . The host terminal 60 may be connected to the server device 50 via another communication line, that is, an in-house LAN (wired LAN or wireless LAN) without being connected to the Internet communication network 90. Alternatively, the host terminal 60 may be a workstation terminal instead of a personal computer (PC). The medical person matching apparatus 50 of the present embodiment is not limited to a typical server apparatus, but may be a computer apparatus such as a personal computer (PC) as long as security can be ensured. In the present embodiment, that an information communication terminal (PC, smartphone, or the like) is connected to the communication network 90 means that the information communication terminal is connected for information communication (communication is possible), and is connected by a wired cable. In addition to the case of being physically connected, the case of being connected by wireless or optical communication is also included.

  The user terminal 10 connected to the Internet communication network (communication network) 90 is an information communication terminal of the user (301, 302) using the medical professional matching system 100, and is typically a portable terminal ( For example, a smartphone, a tablet, a notebook PC, etc.). In the present embodiment, the user terminal 10 is a smartphone (for example, an iPhone (registered trademark) manufactured by Apple Inc., a smartphone equipped with an Android OS (various Android smartphones)). A smartphone is a multifunctional mobile phone, and has a call function and an Internet communication function, and can manage, process, and transmit information as well as the call function. However, the information communication terminal 10 of the present embodiment is not limited to a smartphone, and may be a terminal such as a personal computer (for example, a desktop PC), a game machine, a mobile phone, or a television as long as it can perform information communication. . In addition, as a portable communication device (information communication terminal) that can be carried, a tablet computer, a notebook computer, and a wearable computer can be used in addition to a smartphone and a mobile phone.

  In the configuration example shown in FIG. 1, the hospital 400 of the present embodiment includes a large hospital (a university hospital or the like) 401 and a small hospital (a practitioner's hospital or the like) 402. In addition, the hospital 400 of the present embodiment includes not only a hospital in a narrow sense, but also a dental hospital, and can also include a pharmacy because it is a facility where medical personnel are engaged. FIG. 1 also illustrates the pharmacy 405 as one of the hospitals 400. It should be noted that the hospital (medical facility) 400 of the present embodiment can be considered in a broader sense, and can include a nursing home (for example, a nursing home, a nursing home for the elderly, a special elderly nursing home, etc.). It is.

  In the large hospital 401 shown in FIG. 1, a hospital building 410, a doctor / nurse 412, an examination room 415 having a medical facility 417, and a hospital terminal (PC) 500 are illustrated. In the small hospital 402, a hospital building 420, a doctor 422 in an examination room 421, an examination result (radiographic image) 426, and a hospital terminal (PC) 500 are illustrated. In the pharmacy 405, a pharmacy building 450 and a hospital terminal (PC) 500 are illustrated. The hospital terminal (PC) 500 is placed in a predetermined room in the building (410, 420, 450) and is connected to the Internet 90. A camera 490 is displayed in the examination room 415 of the large hospital 401 and the medical office 421 of the small hospital 402. The camera 490 can capture a 360-degree image (360-degree image), and may remove it after the 360-degree image of the room has been captured. Note that the 360 ° image may be any image as long as it has a function of taking a picture with a normal camera and editing it into a 360 ° image. Alternatively, the camera 490 may be a smartphone camera as long as a 360 ° image can be created. In addition, the camera 490 may have a moving image function, and may shoot a moving image of the room. In addition, the camera 490 may be provided so that the inside of the room can be observed.

  The owner of the user terminal 10 in FIG. The medical person 301 of the present embodiment is a doctor, a nurse, a pharmacist, a dentist, a dental hygienist, or the like. In some cases, the caregiver may include the caregiver. The medical person 301 shown in FIG. 1 is a doctor 310, who holds the user terminal 10 in his hand. The illustrated user terminal 10 is a smartphone, but may be a PC (for example, a laptop computer or a desktop personal computer) or a tablet terminal.

  Furthermore, the owner of the other user terminal 10 in FIG. The hospital searcher 302 of the present embodiment is a patient, a patient-related person, a rescuer, a medical adviser, or the like. The medical staff (for example, doctor) 301 may become the hospital searcher 302. In addition, the hospital searcher 302 is a dental patient or the like when searching for a dental hospital, and becomes a care facility resident applicant or the like when searching for a nursing facility.

  Further, in the configuration example shown in FIG. 1, an additional server device 150 is connected to the Internet 90 separately from the server device (first server device or main server device) 50 provided with the medical database 55 of the present embodiment. It is connected. The additional server device 150 is provided with a database 155 different from the medical database 55. Note that the medical system database 55 and the database 155 can be provided in one server device 50. As described above, the database 55 (155) may be constituted by hardware such as a hard disk or a semiconductor recording device, or may be constituted by a cloud server existing on the Internet 90.

  Next, the medical person matching system 100 of this embodiment will be further described with reference to FIG. The server device (medical person matching device) 50 of the present embodiment includes a medical person network program 51. In the configuration of the present embodiment, the server device (medical person matching device) 50 includes a medical image data program 59. The details of the medical image data program 59 will be described later.

  In the illustrated configuration example, the medical staff network program 51 is stored in a medical database 55. The information of the hospital 400 (401, 402, 405), which is the owner of the hospital terminal 500 (particularly, information provided by the hospital using the medical person matching system 100) is stored in the data format of the medical data file 53 in the form of medical data. It is stored in the system database 55. In addition, a server program (not shown) is stored in the server device (medical person matching device) 50 of the present embodiment. The server program is a program for causing the server to operate, and is a program for transmitting and receiving data, storing and rewriting data, and the like.

  In the example shown in FIG. 2, the server device 50, the host terminal 60, the hospital terminal 500 of the hospital 400 registered in the system 100, and the hospital terminal 500 of the hospital 400X not registered in the system 100 are connected to the communication network 90. Have been. Further, a user terminal (registered user terminal) 10 of the registered users 301 and 302 and an information terminal (new user terminal, unregistered guest terminal) 10 of the unregistered user 300X are connected. The user terminal 10 is typically a smartphone, but may be an information communication terminal such as a PC as described above. Further, another server device 150 different from the server device (medical person matching device) 50 of the present embodiment may be connected to the communication network 90 of the present embodiment. Another server device 150 (external server device 150) has an external server database 155. The external server database 155 stores a server program 151 (or a program function, a program structure) and data structures 153 such as reservation data, job change data, and various condition data.

  In the configuration of the present embodiment, the medical staff network program 51 of the server device (medical staff matching apparatus) 50 is installed (or installed) in the host terminal 60, the hospital terminal 500, and the user terminal 10. The medical personnel network program 51 is installed in the hospital terminal 500 of the unregistered hospital 400X and the user terminal 10 of the unregistered user 300X during the registration procedure. Then, by starting the medical staff network program 51, the medical staff matching system 100 is realized by cooperation of hardware and software related to the network 90.

  The host terminal 60 is an information terminal that operates a server device (a medical person matching device) 50. That is, the host terminal 60 can access the server device 50, control the operation of the server device 50, start the program in the server device 50, and Can be added, edited, deleted, etc. The host terminal 60 includes a host terminal program 61 downloaded from the server device 50 and executed. The host terminal 60 includes a data processing device (CPU, memory device, input / output device, etc.) 63 in the host terminal 60. The host terminal 60 also includes a transmission / reception device for transmitting / receiving data via the network 90. In the configuration of the present embodiment, a medical staff network program 69 for the host terminal 60 is stored so that the host terminal 60 can directly introduce the terminal (500, 10) into the terminal (500, 10) instead of downloading from the server device 50. I have. When downloading from the server device 50 to the terminal (500, 10) is not possible for some reason, the software application can be installed in the terminal (500, 10) by the medical staff network program 69.

  The hospital terminal 500 is an information terminal of the hospital 400 (401, 402, 405). The hospital terminal 500 can transmit and receive data to and from the server device 50 via the network 90. The hospital terminal 500 includes a hospital terminal program 510 downloaded from the server device 50 and executed, and a data processing device (CPU, memory device, input / output device, etc.) 520 in the hospital terminal 500. The hospital terminal 500 also includes a transmitting / receiving device that transmits / receives data via the network 90. The person in charge at the hospital 400 (412, 422, etc.) can use the medical person matching system 100 constructed by the operation of the medical person network program 51 by operating the hospital terminal 500.

  The user terminal 10 is an information terminal that can use the medical person matching system 100, and can transmit and receive data to and from the server device 50 via the network 90. The user terminal 10 includes a user terminal program 111 downloaded from the server device 50 and executed, and a data processing device (CPU, memory device, input / output device, etc.) 112 in the user terminal 10. Note that the hospital terminal 500 can also be used as the user terminal 10.

  The user terminal (new user terminal, unregistered guest terminal) 10 of the unregistered user 300X is an information terminal that has not yet used the medical person matching system 100. The unregistered user terminal 10 has a program area 111 where a program is downloaded from the server device 50. The unregistered user terminal 10 includes a data processing device (CPU, memory device, input / output device, and the like) 112, and also includes a transmission / reception device that transmits and receives data via the network 90.

  The server device 50 of the present embodiment can perform data input (93) from the information terminals (10, 60) and data output (94) to those information terminals. Each information terminal (10, 60) is in a state capable of transmitting and receiving to and from the communication network 90 (arrow 91).

  FIG. 3 is a block diagram for explaining the configuration of the medical system database 55 of the present embodiment. As described above, the medical system database 55 includes the medical system data file 53. The medical data file 53 of the present embodiment includes at least one of a hospital ID and a hospital name (for example, XX hospital, △△ clinic, etc.) for specifying the hospital 400 (401, 402, 405) ( Preferably, both the hospital ID and the hospital name are included). Further, the medical data file 53 includes hospital basic information including at least one of a hospital address, an affiliated doctor's name, and a medical facility (each information of the hospital address, the affiliated doctor's name, and the medical facility is included). Preferably included). Further, the medical data file 53 includes 360 ° image information of the hospital.

  The medical data file 53 shown in FIG. 3 is composed of individual medical data files (53a, 53b,...) Corresponding to the hospital ID of each hospital 400 (or hospital terminal 500). The individual medical system data files (53a, 53b,...) Include a hospital ID and a hospital name, a hospital address, the name of a physician and medical facilities, and 360 ° image information in the hospital.

  In the configuration of the present embodiment, the medical system database 55 includes the medical system data file processing unit 52 that processes information of the medical system data file 53. The medical data file processing unit 52 includes a data transmitting / receiving unit 52a for transmitting / receiving data between the medical data file 53 and the outside, a hospital data updating unit 52b for adding and updating new information to the medical data file 53, and And a hospital information editing unit 52c for editing the medical data file 53.

  The individual medical data files (53a, 53b,...) In the medical data file 53 are created by input from the host terminal 60 and / or the hospital terminal 500. Data transmission and reception between the server device 50 and the hospital terminal 500 are executed based on the hospital ID in the individual medical data file (53a, 53b,...). The data structure of the medical data file 53 and the medical data file processing unit 52 (52a, 52b, 52c) of the present embodiment are constructed by executing the medical staff network program 51.

  In the configuration of the present embodiment, the medical system database 55 includes the medical staff network program 51, and when the medical staff network program 51 is executed, the function realized by the medical staff network program 51 is executed. It is possible. In the configuration example of the present embodiment, the medical staff network program 51 is stored in the medical database 55. However, if these programs can be appropriately executed, the medical staff network program 51 is stored in a location other than the medical database 55. It may be stored.

The medical staff network program 51 of the present embodiment
(A) a function of registering the hospital-provided information data of the hospital 400 as the medical data file 53 in the medical database 55;
And (b) a function of transmitting medical display information data based on the registered medical data file 53 to the user terminal 10.
The hospital-provided information data includes a hospital name, a hospital address, the name of a physician and medical facilities, and 360 ° image information in the hospital. These information data are linked by the hospital ID. Note that it is possible to link these information data by the hospital name instead of the hospital ID. However, considering that there is a hospital with the same name, the hospital ID (numerical, English, alphanumeric, etc.) ) Is preferable. The hospital-provided information data can be uploaded from the hospital terminal 500 of the hospital 400 to the medical system database 55, but can also be uploaded from the host terminal 60 in a form entrusted by the hospital 400.

  These functions (a) and (b) can be executed by the medical data file processing unit 52 shown in FIG. Specifically, the hospital-provided information data is fetched from the outside (terminal 500 or 60) by the data transmission / reception unit 52a for transmitting / receiving data between the medical data file 53 and the outside, and the fetched by the hospital data updating unit 52b. The hospital-provided information data can be registered (or updated) in the medical data file 53. The hospital-provided information data registered in the medical data file 53 can be edited by the hospital information editing unit 52c. Then, the hospital-provided information data registered in the medical data file 53 can be transmitted to the outside (in particular, to the user terminal 10) by the data transmitting / receiving unit 52a as medical display information data. Then, the medical display information data can be displayed on the external information terminal (particularly, the user terminal 10). The medical display information data according to the present embodiment is data for displaying a hospital name, a hospital address, the name of a physician to which the hospital belongs, medical equipment, and 360 ° image information in the hospital.

Further, the medical staff network program 51 of the present embodiment further includes:
(C) A program for realizing a function of connecting the user terminal 10 and the hospital terminal 500. With this function (c), the user terminal 10 and the hospital terminal 500 can communicate with each other via the server device 50. Therefore, a message or the like from the user terminal 10 can be received by the hospital terminal 500, and a reply, condition presentation, or offer from the hospital terminal 500 can be received by the user terminal 10. Note that the exchange between the user terminal 10 and the hospital terminal 500 can be recorded in the medical data file 53. At that time, the medical data file processing unit 52 (52a, 52b, 52c) can execute the steps of transmission / reception, registration (recording) and updating.

In addition, the medical person network program 51 of the present embodiment further includes:
(D) a function of connecting the host terminal 60 and the medical system database 55,
(E) a function of connecting the hospital terminal 500 and the medical system database 55,
(F) It may be a program that realizes a function of connecting the user terminal 10 and the medical system database 55. The functions (c) to (e), that is, the function of connecting the external terminals (60, 500, 10) and the medical system database 55 are realized by a general-purpose program instead of the medical staff network program 51. However, it can also be realized by the medical staff network program 51 of the present embodiment. With the cooperation of these functions (c) and (e) and the medical data file processing unit 52 (particularly, the data transmitting / receiving unit 52a), the mutual communication between the external terminals (60, 500, 10) and the medical database 55 is performed. Is secured.

Explaining the individual medical data files (53a, 53b,...) In the present embodiment exemplarily, the files include the following elements.
(1) Hospital ID (and hospital name): An identification number corresponding to the hospital 400 (or the hospital terminal 500). One hospital (hospital name) 400 is assigned one hospital ID, and Not granted. When a hospital ID is assigned to the hospital terminal 500 and there is a plurality of hospital terminals 500 in one hospital 400, a branch number may be added to the hospital ID or a plurality of hospital IDs may be assigned. The hospital ID may be automatically assigned by the system (100) using a serial number system (or a random system), or may be a system that can be freely selected by the person holding the hospital terminal 500.
(2) Hospital basic information: The hospital address, the name of the doctor to which it belongs, the medical equipment, etc., and it is preferable that all information that can be used to know the basic contents of the hospital is included. May be limited to the minimum information that can be specified. Hospital basic information includes telephone number (and / or FAX number), map or access information, number of beds, business days and hours, representative physician name (and / or director, etc.), specialized fields (internal medicine, digestive system) Department, ENT, brain surgery, etc.), philosophy (management policy, treatment policy, examination policy, etc.), and history (including establishment date, etc.) are preferably included.
(3) 360 ° image information in a hospital: an image of a hospital room (for example, an examination room 415 having a medical facility 417, a consultation room 421, a bed room (hospital room), a waiting room, etc.). When the user terminal 10 is a smartphone, it is preferable that the data is such that the screen can be rotated and moved by 360 ° by swiping a finger. When the user terminal 10 is a PC, it is preferable that the data is such that the screen can be rotated and moved by 360 ° by operating the mouse. In addition, the 360 ° image can be viewed at 360 ° by rotating the screen, and can be viewed at 360 ° (or almost 360 °) by moving at a wide viewing angle like a fisheye lens. Such a thing may be used. In addition to the image inside the hospital, a 360 ° image of the hospital building, the front entrance viewed from the outside, and the periphery of the hospital may be included. Also, images of doctors, nurses, etc. may be included (360 ° images or still images from one direction). In addition, the 360 ° image may be a VR (virtual reality) (for example, a VR goggle, a head mount display (HMD), or a VR using a smartphone). . When the 360 ° image is VR, the user terminal 10 is a VR goggle, a head mounted display (HMD), a smartphone, or a VR glass. The 360 ° image may use an AR (augmented reality). In addition, the 360 ° image may include a moving image.
(4) Hospital terminal address: For example, an e-mail address, an address using a mobile phone number (short mail address), and an SNS (social network) address (address such as Facebook or LINE). In the configuration of the present embodiment, since the communication between the server device 50 and the hospital terminal 500 is established by the hospital ID, the hospital terminal address is not essential, but it is preferable that the hospital terminal address such as an e-mail address exists. It is better to have a lot of contacts (including telephone numbers, fax numbers, etc.) that are convenient and can respond to emergencies and unexpected situations.

The above description is about the individual medical data files (53a, 53b,...) At the hospital 400, but the individual medical data files of the user 301 (eg, doctor 310) and the user 302 (eg, patient 320) (53a, 53b, ...) can also be constructed. At that time, it is preferable to include the following elements.
(1a) User ID: An identification number corresponding to the user 301 (or 302). One user ID is assigned to one user 301 (or 302), and is not assigned repeatedly. Note that the user 301 (doctor 310) for changing jobs and the user 302 (patient 320) for treatment use different types of user IDs (for example, doctor ID (changer ID) and patient ID). Preferably. When one user desires a plurality of IDs, a branch number may be added to the user ID or a plurality of user IDs may be added. The user ID may be automatically given by the system (100) in a serial number system (or a random system), or may be a system that can be freely selected by the person holding the user terminal 10.
(2a) User basic information: user name, address, age, date of birth, etc., which are basic contents for specifying a user. It is preferable that all of this information is included, but since it is also related to personal information, some or all of the information may be optional, and anonymous and nicknames are permitted in the required items (for example, name). Such a response may be taken. In addition, the user basic information may include a phone number (and / or a mobile phone number), a mail address, an SNS address, and the like.

  Next, the operation of the medical person matching system 100 realized by the medical person network program 51 of the present embodiment will be described with reference to FIG. In other words, a medical person matching method using the medical person matching system 100 will be described. FIG. 4 is a flowchart for explaining the medical person matching method according to the present embodiment.

  As shown in the flowchart of FIG. 4, first, the user 301 or 302 (for example, the doctor 310 or the hospital searcher (patient) 320 shown in FIG. 1) registers as a member (step S100). Here, taking the doctor 310 as an example, the user operates the smartphone 10 as a user terminal to display an Internet site (homepage) of the medical person matching system 100 of the present embodiment, where the medical person network program After downloading 51, the member registration is performed according to the instructions. In the case of this example, a smartphone application (medical smartphone application) is downloaded by the medical staff network program 51, the application is started, and a member can be registered when the application is introduced. Alternatively, the member registration may be performed on the homepage screen of the medical professional matching system 100 without downloading the application to the smartphone 10.

  Next, the user 301 (the doctor 310) operates the smartphone 10 to search for a hospital using the smartphone application (the medical smartphone application according to the present embodiment) that operates based on the installed medical personnel network program 51 (step). S110). In the search for hospitals, characters and conditions such as hospital names and regions can be used. When a hospital is searched, the hospital 400 registered in the system 100 is displayed. Note that a hospital that is not registered in the present system 100 may be displayed. When the system 100 is first introduced, hospitals that are not registered in the system 100 are operated so as to be displayed. When the name recognition of the system 100 is improved or the usage ratio is increased, only the registered hospital 400 can be displayed. (A registered hospital and an unregistered hospital may be switched and displayed).

  Next, the user 301 (doctor 310) operates the smartphone 10 to acquire the hospital information of the searched hospital 400 (step S120). Here, it is possible to know basic information (hospital name, address, etc.) of the hospital 400. Even in a search result of an unregistered hospital, it is possible to display the basic information (hospital name, address, etc.).

  Subsequently, the user 301 (the doctor 310) operates the smartphone 10 to display the 360 ° screen of the searched hospital 400, and looks at the 360 ° screen (step S125). Here, the 360 ° screen can be displayed at the hospital 400 registered in the present system 100, and since the useful information of the 360 ° screen is included, the probability that the hospital is searched and browsed is also low. Since it is higher, the registration of the present system 100 is promoted.

  By viewing the 360 ° screen, the user 301 (doctor 310) can determine not only the basic information of the hospital 400 but also what medical equipment the hospital is equipped with or whether it is such a medical practice. Not only that, it can be confirmed with an image and a 360 ° image. When the 360 ° image can be advanced in the image, the atmosphere of the hospital can be known as if walking in the hospital.

  Next, the user 301 (the doctor 310) who has seen the atmosphere of the hospital by viewing the 360 ° screen contacts the hospital (step S130). Specifically, the user 301 (doctor 310) operates the smartphone 10 to contact the hospital using the displayed contact screen of the hospital 400. If the user 301 is a doctor 310 who wants to change jobs, an inquiry about a change of job (for example, an interview desired date, recruitment is in progress, work conditions, etc.) may be made.

  Subsequently, the hospital 400 that has received the contact confirms the contents of the contact at the hospital terminal 500, and then writes a reply from the hospital terminal 500, and the user 301 (doctor 310) receives the reply (step S140). The reply received by the user 301 from the hospital may be a fixed message such as an automatic message, or a text actually created by the staff of the hospital 400.

  In the above example, the user 301 (doctor 310) has been described, but the operation is the same for the user 302 (hospital searcher 320). In the case of the user 302 (hospital searcher 320), he is not the one who wants to change jobs, so he performs steps S100 to S125, stops at the point where he saw the 360 ° screen, and uses the smartphone application. May not be contacted. Of course, the user 302 (hospital searcher 320) may also perform steps S130 (contact the hospital) and S140 (receive a reply from the hospital).

  Next, a job change activity flow in the medical person matching method of the present embodiment will be described with reference to FIG. FIG. 5 is a flowchart of a job change activity flow according to the present embodiment.

  At (or before or after) the step S130 shown in FIG. 4 (for example, after a response from the hospital), the user 301 (physician 310) executes the job change activity flow as shown in FIG. Can be.

  First, as shown in FIG. 5, a job change condition is input (step S200). Specifically, the user 301 (doctor 310) operates the smartphone 10 and inputs a job change condition using the job change condition input screen displayed on the smartphone 10. The input of the job change condition may be input of a selection type (such as a pull-down type, a click type, or a point (or point) input type) in addition to the direct character / number input.

  Next, the input job change conditions are registered (step S210). Specifically, the user 301 (doctor 310) may operate the smartphone 10 to confirm the input contents of the displayed job change condition, and press the registration button. Then, the job change condition is registered in the medical system database 55 of the server device 50 of the present embodiment. Specifically, it is registered as a part of the individual medical data file 53 of the user ID (doctor ID) in the medical database 55.

  In addition, instead of searching for one hospital 400, a desired area (for example, Tokyo or Kansai area) or working conditions (for example, annual income of 万 10,000 yen or more) is designated, and It is also possible to input a job change condition (step S200) and register the job change condition (step S210).

  Next, a matching process is performed between the registered job change condition and the hospital 400 meeting the condition (step S220). In the matching process (S220), when one contact (doctor 310) is made for one hospital 400, the staff of the hospital 400 (for example, a doctor's director, a nurse's chief, a human resources staff, etc.) It is possible to confirm the change of job conditions. After that, by replying to the contact (doctor 310), the applicant (doctor 310) is asked whether the recruitment has been accepted, the interview schedule, the answer to the question, the question from the hospital, and the like. A process is performed to determine whether the match is made with the hospital 400 or the contact person (physician 310) matches the hospital 400 that is recruiting.

  In this matching process, before the final decision (for example, determination of the interview date and time), the medical personnel network program 51 stored in the medical system database 55 of the server device 50 changes the job change conditions and the recruitment conditions (recruitment conditions). It is preferable to check whether or not the condition is matched. Such a check (check of the matching process) is performed by the medical staff network program 51 so that a function capable of executing a software comparison step for determining whether or not the job change condition falls within the recruitment condition can be realized. You only need to describe the program.

  In the matching process (S220), when a plurality of contacts (doctors 310) exist for a plurality of hospitals 400, the medical staff network program 51 is provided with a matching function indicating a recommended order. Such a configuration is preferable. Such a matching function may be described not only in the medical staff network program 51 but also using an artificial intelligence program stored in an external server device 150 (external database 155). As such an artificial intelligence program, a program suitable for comparative recommendation processing or processing of big data, or a program suitable for deep learning processing can be used, provided that such a matching processing can be executed. If appropriate, an appropriate artificial intelligence program can be used. In the configuration of the present embodiment, for example, an AI (artificial intelligence) product “NEC the WISE” manufactured by NEC can be used, but the present invention is not limited to this.

  After such matching processing (S220), the contact (doctor 310) and the person in charge of the hospital 400 (for example, a clinic director) conduct an interview or the like, and it is determined whether or not the job change is actually established. According to the medical person matching method of the present embodiment, the doctor 310 who is the contact person has previously viewed the 360 ° image in the hospital and has applied for a job change request. Due to differences from equipment / inspection facilities (even if the equipment name of CT / MRI etc. of text information is the same), they have been interviewed but declined to change jobs, or declined to change jobs due to the lack of atmosphere in the hospital That event can be greatly reduced. In addition, since the hospital 400 can significantly reduce the number of contacts and interviews with the doctors 310 who do not actually change jobs, they often conduct interviews with doctors 310 who are actually compatible. Become. As a result, the cost, time and mental burden can be significantly reduced, which is a great advantage for both doctors and hospitals.

  Next, a hospital search flow in the medical person matching method of the present embodiment will be described with reference to FIG. FIG. 6 is a flowchart illustrating a hospital search flow according to the present embodiment. This hospital search flow is a description of a process in which a hospital searcher 302 (a patient (or a patient-related person or the like) 320) searches for a hospital using the medical person matching system 100 of the present embodiment.

  After the member registration shown in FIG. 4 (step S100), the user 302 (patient 320 or the like) can execute the hospital search flow as shown in FIG.

  First, as shown in FIG. 6, symptom information is input (step S300). Specifically, the user 302 (patient 320) operates the smartphone 10 and uses the symptom information input screen displayed on the smartphone 10 to display the symptom information (for example, headache / tinnitus, two months ago). And so on). The input of symptom information is not only direct character / number input but also selection type input (pull-down type, point (or point) input type, check box type, radio button type, etc.). Is also good.

  Next, the input symptom information is registered (step S310). Specifically, the user 302 (patient 320) may operate the smartphone 10 to check the input content of the displayed symptom information, and press the registration button. Then, the symptom information is registered in the medical system database 55 of the server device 50 of the present embodiment. Specifically, it is registered as a part of an individual medical data file 53 (a patient data file defined by a user ID (patient ID)) in the medical database 55.

  Next, matching processing is performed between the registered symptom information and the hospital 400 that matches the symptom information (that is, a hospital / specialized hospital that is good at treating the symptom) (step S320). In this matching process (S320), when one user 302 (patient 320) is used for one hospital 400, the staff (for example, clinic director, nurse head) of the hospital 400 uses the hospital terminal 500 to change the job change condition. You can do this by checking Then, by replying to the contact person (patient 320), whether treatment / examination is possible at the hospital, communication of the date and time of medical treatment possible, reply to the question, question from the hospital, etc. are performed. A process is performed to determine whether the contact person (patient 320) matches the hospital 400 or whether the contact person (patient 320) matches the hospital 400.

  In this matching process, before the final decision (for example, determination of the medical treatment date and time), the medical staff network program 51 stored in the medical system database 55 of the server device 50 causes the symptom information and the hospital treatment to be performed. -It is preferable to check whether or not the examination ability suitability (specialty for symptoms, presence / absence of specialized / skilled doctors, medical equipment, etc.) matches. Such a check (check of the matching process) is performed by the medical staff network program 51 by software for checking whether or not the condition based on the treatment / examination ability of the hospital falls within the range of the contact condition (the condition based on the treatment information). It is sufficient to describe a program capable of exhibiting a function capable of executing a comparison step like wear.

  In the matching process (S320), when a plurality of contacts (patients 320) exist for a plurality of hospitals 400, the medical staff network program 51 is provided with a matching function indicating a recommended order. Such a configuration is preferable. Such a matching function may be described not only in the medical staff network program 51 but also using an artificial intelligence program stored in an external server device 150 (external database 155). As such an artificial intelligence program, a program suitable for comparative recommendation processing or processing of big data, or a program suitable for deep learning processing can be used, provided that such a matching processing can be executed. If appropriate, an appropriate artificial intelligence program can be used. In the configuration of the present embodiment, for example, an AI (artificial intelligence) product “NEC the WISE” manufactured by NEC can be used, but the present invention is not limited to this.

  Through such a matching process (S320), the contact person (patient 320) and the person in charge of the hospital 400 (for example, a specialist working doctor) can perform a medical examination / examination. According to the medical person matching method of the present embodiment, the patient 320 who is the contact person has applied for treatment after seeing the 360 ° image in the hospital in advance, so that the atmosphere of the hospital, Refusal of treatment due to reasons different from the medical equipment to be actually tested can be greatly reduced. As a result, both can greatly reduce the burden of treatment, which is of great benefit to both patients and hospitals.

  In the matching process (S320), a reservation system in which the user 302 (the patient 320 or a person related to the patient) reserves a consultation time can be used. Specifically, the user 302 (patient 320) operates the smartphone 10 to start the system 100 (medical smartphone application) of the present embodiment, and executes a program that can make a reservation to the hospital 400 there. Can be connected to a reservation system including: This reservation system can be stored in the medical system database 55 of the present embodiment, or can be a system stored in an external server device 150 (external database 155).

  To make this reservation, the patient 320 operates the smartphone 10 to make a reservation using the reservation system, and then displays a reservation result message on the smartphone 10 from the reservation system so that the user can know that the reservation has been completed. You may. Note that, depending on the configuration of the reservation system, a mechanism that can change the reservation once confirmed may be used. By introducing a reservation step by such a reservation system, the burden on both the patient and the hospital can be reduced.

  In the medical person matching system 100 of the present embodiment, the medical system data file 53 registered in the medical system database 55 includes basic hospital information and 360 ° image information in the hospital. Then, 360 ° image information is displayed on the user terminal 10 by the medical staff network program 51. Furthermore, the function of connecting the user terminal 10 and the hospital terminal 500 is realized by the medical staff network program 51, and the user terminal 10 and the hospital terminal 500 can communicate with each other.

  Therefore, the medical staff 301 (the doctor 310 or the like) who owns the user terminal 10 can see not only the hospital basic information such as the hospital address but also the 360 ° image in the hospital when changing jobs. Therefore, if the medical person 301 (the doctor 310 or the like) sees the 360 ° image, he can understand the actual atmosphere and the contents of the medical facilities and clinics used. Since the user terminal 10 and the hospital terminal 500 are connected, it is possible to directly perform a job change activity (such as an inquiry).

  In addition, even in the hospital 400 (401, 402, 405) that is recruiting recruiting, not only the basic information of the hospital depending on the text information but also the 360 ° image can be viewed, so that the actual atmosphere and usage can be improved. Recruitment comes after having grasped medical facility, medical office which there is. Accordingly, the number of mismatches is reduced, and a contact / response can be made immediately, so that opportunity loss can be reduced. As a result, according to the configuration of the present embodiment, when the medical staff 301 including the doctor 310 changes jobs to the hospital 400, a medical staff matching system useful for the medical staff 301 and the hospital 400 can be realized. it can.

  Furthermore, in the configuration of the present embodiment, the owner of the user terminal 10 can include a hospital searcher 302 such as a patient 320 (eg, a patient, a patient, a rescuer, and a medical advisor). In this case, the person 302 (especially the patient 320 or the like) looking for a hospital can not only write and write to the hospital 400 he / she is looking for, but also use the user terminal 10 together with the hospital basic information such as the hospital address. You can see the 360 ° image inside. Therefore, the person 302 (especially, the patient 320) who is searching for a hospital can view not only the basic hospital information such as the hospital address but also the 360 ° image in the hospital. After understanding the contents of the medical facilities, clinics, etc., the hospital 400 can be visited / inquired. It is more convenient if the reservation procedure can be performed by the reservation system.

  Next, referring to FIG. 7 and FIG. 8, a medical staff matching system 100 realized by the medical care image data program 59 together with the medical staff network program 51 of the present embodiment will be described. In particular, the medical image data program 59 that realizes a function of storing and displaying medical image data as a diagnosis result of the user 302 (patient 320) will be described.

  FIG. 7 is a block diagram showing the configuration of the medical image database 57 (second database) together with the medical database 55 (first database) in the server device 50 of the present embodiment. In the configuration of the present embodiment, in order to enhance the security of each of the medical database 55 including the medical data file 53 and the medical image database 57 including the medical image data file 56, the medical image database 57 includes It is constructed as a database different from the database 55. Note that the medical system database 55 and the medical care image database 57 can be constructed as one database as long as security strength can be secured. Further, the server device 50 of the present embodiment includes both the medical system database 55 and the medical image database 57, but may be physically stored in one server device 50, or may be physically connected. If so, it may be installed in a physically distant place. Alternatively, only the medical image data program 59 may be stored in the medical database 55.

  In the configuration of the present embodiment, when the medical image data program 59 of the medical image database 57 is executed, the medical image data storage unit that stores the diagnostic image data in the server device 50 (in the medical image database 57 here). A diagnostic image data processing unit 58 for processing the diagnostic image data is constructed. The diagnostic image data processing unit 58 of the present embodiment extracts the data from the medical image data transmitting / receiving unit 58a that transmits and receives the medical image data storage unit 56 to and from the outside (90) and the medical system data file 53 according to the hospital attribute. It includes a data extraction unit 58b to be executed and a medical image data editing unit 58c for editing medical image data.

  In the configuration of the present embodiment, the user 302 (patient 320) captures a medical image, which is a result of his / her own diagnosis, with the camera of the smartphone 10, and stores the medical image on a storage medium (a part of the data processing device 112) of the smartphone 10. Save the data. Then, the smartphone 10 transmits the medical image data to the medical image database 57 of the server device 50 via the network 90, and then is stored in the medical image data storage unit 56 of the medical image database 57. These processes, that is, the process of receiving and storing the transmitted medical image data, can be executed by the diagnostic image data processing unit 58 (58a, 58b, etc.). Further, a configuration can be adopted in which such medical image data upload processing can be performed by processing by the medical personnel network program of the present embodiment. Further, the medical image data stored in the medical image data storage unit 56 (or a part thereof when the medical database 55 is used) of the medical image database 57 by the medical person network program of the present embodiment. May be uploaded to the smartphone 10 of the user (the medical image person).

  The medical image data is so important that the medical image is sometimes referred to as the ultimate personal information. Therefore, the medical image data is limited to the communication (transmission / reception) between the smartphone 10 and the medical image database 57, and the host It is preferable that the device 60 be configured so that the medical image data in the medical image data storage unit 56 cannot be accessed. Also, the medical image data in the medical image data storage unit 56 can be accessed from the hospital terminal 500 of the hospital 400 of the attending physician only when permission is given from the user (the individual of the medical image). If not, it is preferable to make the configuration inaccessible. If the external database 155 of the external server device 150 has higher security, the medical image data group in the medical image data storage unit 56 may be stored in the external database 155. The handling of medical image data may use blockchain technology. In addition, the handling of medical image data may be based on quantum cryptography, which is expected to be put to practical use in the future.

  FIG. 8 schematically shows functions 51 a to 51 f realized by the medical staff network program 51. Also, a function 59a (and other functions 59x) realized by the medical care image data program 59 is schematically shown. The functions 51a to 51f and the functions 59a to 59x cooperate with software and hardware such as an OS (operation system) and application programs in the server device 50 to implement the above-mentioned medical person matching system 100. To construct. For example, examples of the functions 51a to 51f realized by the medical staff network program 51 are the above-described functions (a) to (f). The functions 59a to 59x realized by the medical person network program 59 are the above-described functions (download processing, storage processing, upload processing, etc. of medical image data).

  Note that a data storage program, a data editing program, a data transmission / reception program, an interface program with an input / output device, a backup program, an error message program, and the like in the server device 50 are not main items of the embodiment of the present invention. Omitted for the purpose of clarifying the contents. These technologies can be implemented / operated (implemented) based on common general knowledge in the field of information and communication technology. In addition, a data processing program, a data transmission / reception program, a telephone / communication technology, an Internet-related technology (including a homepage display and an advertisement display function) in an information communication terminal (for example, a smartphone), a camera imaging technology, an image information processing technology (OCR function, bar Similarly, the code processing function, etc.), the IC tag recognition technology, and the application operation technology are also omitted for the purpose of simplifying the understanding of the technical content. These technologies can be implemented / operated (implemented) based on common general knowledge in the technical field of information communication terminals (smartphones). Further, the functions realized by the above-described programs are mainly the functions viewed mainly from the server device 50. That is, since “transmission” and “reception” are a pair of terms, it is added that the names of the terms change in the function viewed from the information communication terminal (10 or the like). That is, the transmission from the server device 50 (see the arrow 94) is received by the information communication terminal (10 or the like). On the other hand, transmission from the information communication terminal (such as 10) is received by the server device 50 (see arrow 93). Further, specific programming languages / codes, program function names / structures, etc. of various programs can be executed based on common general technical knowledge in the field of information and communication technology. Also, the encryption technology (or blockchain technology) of medical image data and other data (hospital basic information, 360 ° image information, etc.) are not the main items of the embodiment of the present invention. Omitted for the purpose of simplification of understanding.

<Example>
Next, an example of the medical person matching system 100 of the present embodiment will be described with reference to FIGS. 9 and 10 to 28. FIG. 9 is a block diagram of basic components of a homepage of the medical professional matching system 100 realized by the medical professional network program 51. FIG. 10 is a diagram illustrating a configuration of a smartphone that is the user terminal 10 of the present embodiment. FIGS. 11 to 28 are diagrams for explaining an operation method of the medical person matching system 100 using the smartphone 10. Note that this example is an example for more specifically explaining the system and method of the present embodiment in a more understandable manner, and there are many other implementation methods.

  As an example when the medical person matching system 100 of this embodiment is realized with a homepage configuration, a tree structure as shown in FIG. 9 can be constructed. As shown in FIG. 9, the basic homepage component 20 includes a top page (TOP) 21 and a basic information page 25. Below the TOP 21, a map detail page 22, a disease name search page 23, and a drug search page 24 are included. Further, below the basic information page 25, a 360 ° camera page (360 ° image page) 26, a moving image page 27, and a hospital details page 28 are included.

  In the present embodiment, the basic homepage constituent part 20 shown in FIG. 9 is constructed by the medical system database 55 (and the medical personnel network program 51) of the server device 50. Then, in the second database 57 (or the external server device 150) of the server device 50, the reservation system 130, the payment credit system 131, the medical examination image data group 133, the medicine notebook system 135, and the job change service system 140 are constructed. In an example of the present embodiment, the reservation system 130 and the payment credit system 131 are constructed in one database, the medical examination image data group 133 is constructed in one database, and the medicine notebook system 135 is constructed in one database. And, the job change service system 140 is constructed in one database. Note that this is an example, and the database may be constructed with one database (55) including the basic homepage constituent part 20 and the reservation system 130 to the job change service system 140. In addition, the basic homepage constituent part 20 and the medical examination image data group 133 are stored in one server device 50, and the reservation system 130, the payment credit system 131, the medicine notebook system 135, and the job change service system 140 are connected to one or more external servers. The device 150 may be constructed. The contents of each page (21 to 28) and each service (130 to 140) will be described later.

  FIG. 10 illustrates the information communication terminal (smartphone) 10 according to the present embodiment, and illustrates the front surface (the image display unit side) of the smartphone 10.

  The illustrated smartphone 10 includes a housing 210, a button (home button) 230, a camera 240, and an image display unit (display unit) 250. A switch button 211 is provided on a side surface of the housing 210. The display unit 250 is a touch panel type display (liquid crystal display or organic EL display). Note that the illustrated smartphone 10 is provided with a speaker and a microphone, and some of them do not have the home button 230. In addition, it is preferable that the security of access by the person is ensured in the smartphone 10 by password authentication, fingerprint authentication, face authentication, iris authentication, and the like.

  The smartphone 10 can operate a specific program (application), and the application (sometimes referred to as “app”) 280 is displayed on the display unit 250. An application can be operated by touching an icon (eg, 280) on the display unit 250. The program from the medical person matching system 100 of the present embodiment is downloaded through the communication network 90 (internet line, mobile phone line, etc.) and introduced to the smartphone 10, and becomes the application icon 285 of the present embodiment. Is displayed.

  In addition, the smartphone 10 has a GPS function (Global Positioning System) and can obtain position information. The position information can be transmitted to the server device 50 through the communication network 90. Further, an image captured by the camera 240 can be transmitted via a communication network (internet line) 90, or the image (for example, a two-dimensional barcode) can be analyzed and processed. It is possible.

  When the application icon 285 of the present embodiment is pressed with a finger, a TOP screen 21 as shown in FIG. 11 is displayed. A login button 30 is provided on the TOP screen 21, from which a member can log in. A non-member can press the login button 30 and then perform a process for registering a new member from there. In addition, a pull-down button 45 is provided near the login button 30, and the user can press the pull-down button 45 to move to various items.

  In the illustrated configuration, the TOP screen 21 includes a direct search 31, a current location 32, a subject 33, a disease name 34, a medicine 35, a device 36, a reservation 37, a QR code 38, a management 39, a scan 40, a notebook 41, and a medical staff login. 42 buttons are provided.

  In the direct search 31, a search can be performed by inputting a text character there. When the button of the current location 32 is pressed, the position (own position) where the smartphone 10 is held can be confirmed by GPS (or Wi-Fi connection information). When the button of the subject 33 is pressed, more detailed items can be seen. The functions of the direct search 31 and the current position 32 may be made available to unregistered members.

  When the button of the disease name 34 is pressed, a process of searching for the disease name becomes possible. When the button of the QR code 38 is pressed, the camera of the smartphone 10 automatically starts up, reads a two-dimensional bar code (QR code), and recognizes and processes the information (URL information and the like) described therein. Can be. For example, a member registration process can be performed by reading a QR code that can be registered in the system 100.

  When the button of the management 39 is pressed, a management screen is displayed, and various management processes (for example, registration / change of address, credit card information, mail address, etc.) can be performed. When the button of the scan 40 is pressed, scanning using the camera of the smartphone 10 is performed, and an image (particularly, an image of a medical treatment result) can be registered. When the button of the notebook 41 is pressed, a screen on which the used medicine (and / or prescribed medicine) can be displayed and confirmed can be displayed.

  The button of the medical worker login 42 is used by a doctor (or a doctor, nurse, pharmacist, dentist, dental hygienist, or other medical personnel (302 in FIG. 1)) of a job change applicant. In the configuration of the present embodiment, when the button of the medical worker login 42 is pressed, the job change service system 140 shown in FIG. 9 can be used.

  FIG. 12 shows a screen of the map details 22 (see FIG. 9). In the illustrated example, when the button of the current location 32 in FIG. 11 is pressed, the screen 22 of the map details is displayed. Here, a map screen 71 around the current position is displayed, and the travel time (two minutes by foot, one minute by car) is displayed together with the route from the station to the hospital. You may make it display the own position on the map screen 71. In addition, when displaying a surrounding map of a hospital to be examined (route from a station), it is not necessary to display the own position. The degree of detail of the map 71 can be changed with the button of the subject 70.

  FIG. 13 shows a hospital list screen. The screen data shown in FIG. 13 corresponds to medical display information data based on the registered medical data file 53. Further, in the illustrated example, the search result screen of the direct search 31 in FIG. 11 is displayed, and a plurality of hospitals 73 that have made a search hit are displayed. In the column of each hospital, for example, an icon 73, a hospital name, a time (medical consultant time), a URL, and a TEL are displayed as hospital information (simple hospital information) 72. On this hospital list screen, the area can be changed with the area button 70a, and more detailed items can be displayed with the subject button 70b.

  FIG. 14 shows a disease name screen 74. In the illustrated example, this is a screen in which the disease name 34 in FIG. 11 is pressed. On the disease name screen 74, the disease name can be searched by the direct search button 31, and the explanation 74 of the disease name is displayed. In addition to searching for a disease name using the direct search button 31, an examination 74 can also be performed using a selectable button (pull-down button) 70 to display a description 74 of the disease name. On the screen of the explanation 74 of the disease name, there is a button of “near hospital” 75, and a nearby hospital can be displayed. Specifically, in addition to displaying the address and contact information (telephone number) of the hospital, it can be displayed on the map screen 71 of the map details 22 shown in FIG.

  FIG. 15 shows a medicine name screen 76. This corresponds to the medicine search 24 in FIG. In the illustrated example, this is a screen on which the medicine 35 in FIG. 11 is pressed. In this medicine name screen 76, the medicine name can be searched by the direct search button 31, and the explanation of the medicine is displayed. In addition to searching for the drug name using the direct search button 31, the search can be performed using the selectable button (pull-down button) 70. On the screen of the explanation 76 of the medicine, there is a button of “near hospital” 75, and a nearby hospital that handles the medicine can be displayed.

  FIG. 16 shows a device name screen 77. In the illustrated example, this is a screen on which the device 36 in FIG. 11 is pressed. On the device name screen 77, the medical device name can be searched by the direct search button 31, and the description of the medical device is displayed. In addition to searching for the device name using the direct search button 31, it can be checked using the selectable button (pull-down button) 70. The screen of the explanation 77 of the medical device has a button of “near hospital” 75, and a nearby hospital equipped with the medical device can be displayed.

  FIG. 17 shows an individual hospital information screen 78. This corresponds to the basic information 25 in FIG. The data on the individual hospital information screen 78 (basic information 25) corresponds to medical display information data based on the registered medical data file 53. In this example, the individual hospital information screen 78 shown in FIG. 17 is obtained by selecting one hospital from the list screen 72 in FIG.

  On this individual hospital information screen 78, simple hospital information 72 (for example, icon 73, hospital name, time (medical consultant time), URL, TEL) is displayed. Further, when the details button 72a is pressed, more detailed hospital information can be viewed. It is preferable that the detailed information includes a doctor who is enrolled and a specialty (internal medicine, otolaryngology, etc.).

Further, the individual hospital information screen 78 is provided with a reservation time zone table 85 and a reservation button 86. The reservation time slot table 85 is a table showing the time slots in which the hospital can be reserved. Then, the reservation button 86 can be used to make a medical treatment reservation for the hospital. In the configuration of this embodiment, the time frame table 85 and reservation button 86 reservation and can use (payment credit system 131 when to interlock also already determined medical expenses) reservation system 130 shown in FIG. 9 .

  Further, on the individual hospital information screen 78, an in-hospital image button 81 and a moving image 82 are provided. In the illustrated example, the explanation is described together with the in-hospital image button 81. The description is described together with the moving image 82 (moving image screen or moving image button).

  FIG. 18 shows a page of the in-hospital image 79. In the illustrated example, when the button of the in-hospital image 81 in FIG. 17 is pressed, the page of the in-hospital image 79 in FIG. 18 is displayed. Here, a plurality of in-hospital images 81 buttons and their descriptions are displayed, and a reservation button 86 is also provided. In addition, it is also possible to change the inside of the hospital or the other (for example, the exterior of the hospital building, the entrance viewed from the outside, etc.) by using the pull-down 70.

  FIG. 19 shows a page 80 of another configuration example of the in-hospital image. On page 80 shown in FIG. 19, a display screen 85 of a 360 ° image and a display screen 86 of a moving image are shown. Here, the image can be changed by the pull-down 70. For example, switching between a still image, a 360 ° image, and a moving image can be performed. It is also possible to change the inside of the hospital or other places (for example, the exterior of a hospital building, the entrance viewed from the outside, etc.).

  Next, a 360 ° image will be described with reference to FIGS. FIG. 20 shows a 360 ° image 85 of an examination room with medical equipment. The 360 ° image 85 can be viewed on the display screen 250 of the smartphone 10. In this example, the image 85 can be moved in the directions of right and left (arrows 89a and 89b) and up and down (arrows 89c and 89d) with a finger (or a pen if the corresponding model), and can be rotated 360 °. it can. In the case of a PC instead of a smartphone, the same can be performed with a mouse. In addition, depending on the content of the 360 ° image, it is possible to move the camera forward by pressing the center.

  FIG. 21 shows a 360 ° image 85 of a bed room (hospitalization room, drip room, etc.). Next, FIG. 22 shows a 360 ° image 85 of the examination room. Subsequently, FIG. 23 illustrates a 360 ° image 85 of the reception room.

  By viewing such a 360 ° screen, the user 301 (or 302) can simulate the atmosphere, so that the user 301 (or 302) can inquire the hospital 400 after obtaining more information. . Further, depending on the contents of the 360 ° image, it is possible to adopt a configuration in which each room can be moved. Of course, a 360 ° image of only each room may be used.

  Next, FIG. 24 shows a page of an individual hospital information screen (hospital details). This corresponds to the hospital details 28 in FIG. In this example, the page shown in FIG. 24 is displayed when the detail button 72a on the individual hospital information screen 78 shown in FIG. 17 is pressed.

  The page 72a of this individual hospital information screen (hospital details) includes doctor information 95 together with the hospital information (simple hospital information) 72. In this example, a plurality of doctors are described in the doctor information 95, and a face photograph 95p is also included. The hospital detail page 72a also includes a 360 ° image / moving image frame 96, in which a 360 ° image and / or moving image 82 (85, 86) is displayed. Further, the hospital details page 72a includes a frame 99 for job change, and the job change service system 140 can be used by using the frame 99 (button, writing, etc.).

  Next, the reservation system 130 in the present embodiment will be described with reference to FIGS.

  First, when a reservation button 86 on the individual hospital information screen 78 shown in FIG. 17 is pressed, a reservation time zone table 85B (detailed version) as shown in FIG. 25 can be displayed. A desired time zone is selected from the reservation time zone table 85B, and the process proceeds to the reservation confirmation screen 86C shown in FIG. If you are satisfied with this content, press OK (if it is different, cancel and start over). Then, a reservation confirmation screen 86D as shown in FIG. 27 is displayed, and it can be seen that a medical treatment reservation has been made. In addition, a program (reservation change program) including a process for changing the reservation may be provided.

  FIG. 28 is a page 92 for storing and displaying medical image data in the medical person matching system 100 of the present embodiment. This corresponds to the medical image (medical image data group) 133 in FIG. In the example shown in FIG. 28, a plurality of medical images 92a and 92b are registered as image data and can be displayed. Further, the item of the image can be changed by the pull-down button 70.

  In the configuration of the present embodiment, when the scan button 40 on the TOP screen 21 shown in FIG. 11 is pressed, the camera of the smartphone 10 automatically operates to take a medical treatment result as a photograph (image data) and display it in FIG. Can be registered (stored) as image data of the medical images 92a and 92b shown in FIG. Which frame (92a, 92b, etc.) to register can be configured to be selectable with the pull-down button 70.

  The users of the medical care images 92 (92a, 92b) include not only the user 302 such as the patient 320 but also the active doctor 310 and the like (not only the doctor of the job changer, but also the doctor / medical staff of the hospital 400 (medical staff). Person)) can also be used. The general public, including healthy people and patients, regularly receives a health checkup (including a medical checkup) and has the results of the health checkup (diagnosis data). The fact is that they tend not to receive a medical examination due to their overconfidence that they can be examined at the hospital. Under such circumstances, if the method of the present embodiment is used, even a doctor can store and display the medical care images 92 (92a, 92b) on his or her smartphone 10, which is convenient.

  Further, in the configuration of the present embodiment, the method of uploading the medical care image 92 (92a, 92b) from the user terminal (smartphone) 10 to the database 57 (55) of the server device 50 (or 150) has been described. However, since there is a person who has difficulty in getting his / her own medical image (health / disease data) outside, the configuration may be such that only the storage and display in the smartphone 10 is not performed and the upload is not performed. Even in such a configuration, at the time of diagnosis, the smartphone 10 can be taken out and the medical care images 92 (92a, 92b) can be shown to the doctor, so that it plays a sufficient role in a simplified manner.

  Further, the function of the scan button 40 on the TOP screen 21 may be diverted to reading a prescription. That is, for the paper prescription to be brought to the pharmacy, the scan button 40 is pressed, then the prescription is scanned, and the photographed prescription image data is stored in the OCR of the smartphone 10 (such as an application in the smartphone). And stored in the notebook 41 shown in FIG. 11 (or the medicine notebook 135 in FIG. 9). In such a prescription scanning method, the prescription is electronically transferred from the hospital 400 (401, 402) to the pharmacy.

  Further, when the payment credit system 131 (payment credit service) of the present embodiment is used, if the smartphone 10 on which the system 100 of the present embodiment is installed is used, a reservation is made on the smartphone 10 (360 ° image in advance). The medical image 92 (92a, 92b) can be shown at the time of medical examination if necessary, and the medicine (drug) described in the prescription can be received using the smartphone 10. Then, the history of the prescription is electronically recorded and stored in the smartphone 10 in the medicine notebook. Furthermore, credit settlement can also be performed using the smartphone 10. This is very convenient for the patient 320, has many advantages for the hospital 400 (401, 402) and the pharmacy 405, and both have many advantages.

  In particular, the hospital 400 cannot obtain a medical image of the patient 320 (or emergency patient) at the first consultation, and almost always consults without such a medical image (or a medical examination numerical value). It is. Therefore, even if the examination is performed, appropriate medical treatment can be performed only after the examination. Even if it is a hospital of the same system or between affiliated hospitals (a town hospital and a large hospital), the format may be different if the inspection device is different, and it may not be possible to use each other. In addition, even though the sharing of electronic charts is difficult now, unlike large hospitals, small hospitals are hesitant to introduce a comprehensive electronic chart system that can support all formats on a budget. Therefore, the realization of the ideal sharing of electronic medical records is likely to end as a dream. Even in such a case, if the medical person matching system 100 of the present embodiment is used, even if it is a simplified version, the medical image data can be shown from the patient to the doctor while using the smartphone 10, It greatly contributes to medical treatment. In addition, if there is a history of prescriptions, doctors and pharmacists can understand what kind of medication has been taken, and even if patients 320 do not remember the name of the drug used, It is only necessary to show the smartphone 10 to the doctor / pharmacist, including the user, and as a result, appropriate dispensing can be performed.

  In the configuration of the present embodiment, the function of storing and displaying the medical image data (92a, 92b) can be realized by the medical staff network program 51 and the medical image data program 59 installed in the user terminal (smartphone) 10. it can. Therefore, even when the data format of the medical examination results is different between the hospitals 400 (401, 402) and the medical examination results cannot be shared between the hospitals, the owner 302 of the user terminal 10 can use the medical care stored in the user terminal 10 The images (92a, 92b) can be displayed and shown to the doctor at the hospital 400 to be examined. As a result, the patient's own physical data can be effectively used without sharing medical charts between hospitals.

Further, in the configuration of the present embodiment, the prescription information of the owner 302 (320) of the user terminal 10 can be stored by the medical staff network program 51 installed in the user terminal (smartphone) 10. Therefore, the owner 302 (320) of the user terminal 10 can determine a combination of dispensing and the like (particularly, a drug that should not be prescribed) by showing the prescription information to the pharmacy 405. When the prescription information can be transmitted to the hospital terminal 500 of the pharmacy 405 by the medical staff network program 51, the pharmacy 405 can be prepared in advance and convenient, and errors can be greatly reduced. There is also obtained an effect that the user can check the prescription information by comparing it with the prescription information displayed on the display 10. In addition, the medical personnel network program 51, when it can already determine the medical costs, patients 320 who received examination is convenient to be able to pay medical costs by using the user terminal 10.

  Further, in the medical person matching system 100 of the present embodiment, as described above, a management page (user ID) is attached to each of the users 302 to carry images such as blood tests, X-rays, CTs, and MRIs. You can do it. The processing of the images (examination images and medical images) by the management page can be performed by the medical image database 57 (medical image data file 56) and the medical image data program 59 shown in FIG. By being able to carry the examination / medical image, it is possible to have the examination result obtained at one hospital (medical institution) 400 consulted at another hospital, thereby reducing the number of examinations performed each time. . As a result, it leads to a reduction in medical expenses.

  Furthermore, if the medical person matching system 100 of this embodiment is used, reception of medical treatment at the hospital 400 can be performed using a QR code (two-dimensional barcode). Then, in cooperation with the calling of the consultation, etc., the accounting, and then the presentation of the prescription at the pharmacy can all be collectively managed by the application, which is very convenient. Furthermore, with the spread of such convenient applications (smartphone apps) in general, doctors, nurses, pharmacists, etc. will know and use the apps due to the popularity of the famous smartphone apps, and Since a job change can also be performed within the application, the system 100 of the present embodiment can be spread with a synergistic effect. In other words, by using an app for job change, the app is spread to physicians and others, and it is recommended to patients. There is a chain dissemination effect such as proceeding to patients.

  In addition, the fact that such a convenient system (the medical person matching system 100) can be used is an advertisement for the hospital 400. In other words, since the hospital 400 is compatible with the medical person matching system 100, the patient feels convenience and can easily go to the hospital 400. Similarly, the doctor 310 wants to apply for a job change to such a hospital 400. Furthermore, the introduction of the medical person matching system 100 contributes to the development of policies promoted by the government, that is, to the cashlessness of the hospital 400, data carrying, and the like.

  Further, by installing AI (artificial intelligence) in the medical person matching system 100 (in combination with the AI program), analysis of examination image data (medical image data) is performed, whereby the patient 320 It can determine the disease and show the efficacy of the prescribed medicine. In particular, in the configuration example in which the AI program processing for the image analysis uses the AI program of the external server 150, the user 302 can perform the analysis processing (discrimination of a disease, etc.) on the smartphone 10, so that early detection, The effect of preventing misdiagnosis, prevention of accidental ingestion of medicine, and the like can be improved.

  In addition, using the medical person matching system 100 of the present embodiment, the health insurance card can be imported into the smartphone 10 as data, and the health insurance card can be carried as data (as recommended by the Medical Association). You don't have to show it every time. If the medicine notebook is also used as data in the present system 100, a paper medicine notebook is not required, which is convenient. Further, by introducing the reservation system 130 of the present embodiment, the waiting time can be reduced, so that the burden on the patient 320 and the hospital 400 can be significantly reduced. Furthermore, by introducing the payment credit system 131, the waiting time for accounting can be reduced, and similarly, the burden on the patient 320 and the hospital 400 can be significantly reduced.

  The medical person matching system 100 according to the embodiment of the present invention can provide a great advantage for a hospital, a medical and dental clinic, and a pharmacy. Not only hospitals and medical clinic clinics, but also nursing homes and animal hospitals can offer great benefits as well. The system can be applied to beauty salons, kindergartens, nursery schools, restaurants, etc., but the most merit is that the remarkable effects such as doctor's job change and carrying of medical data can be obtained remarkably. This is a medical facility such as a hospital, medical dentistry clinic, or pharmacy. In the configuration / method according to the embodiment of the present invention, a 360-degree image (for example, “85” in FIG. 19) can be viewed in the application 285 of the smartphone 10, and the image (360 ° image) is accepted. , Outpatient, examination room, hospital room, etc. When browsing, a telop may be displayed on the image (360 ° image), or a sound of a doctor or a nurse (for example, a real voice) may be heard.

  When the medical person matching system 100 of the present embodiment is used, a profile of a doctor who belongs to the hospital 400 is posted, so what kind of medical department is good, and what kind of surgery is possible if it is a surgical system At a glance. As a result, useful information is obtained for the patient 320, and is also useful information for the doctor 310 who wants to change jobs. In addition, each test or operation can be shown as a moving image (for example, “86” in FIG. 19). As a result, it is possible to provide not only one-sided explanation based on the text information with many technical terms from the hospital 400 but also an intuitively and visually intuitive explanation for the patient (if there is a sound, also aurally).

  In the hospital search (see FIG. 6), the current position can be specified by GPS, and the distance and time to the hospital 400 can be displayed (see FIG. 12). The route (and / or travel time) when using public transportation (bus, train, etc.) can also be displayed. Further, it is possible to adopt a configuration in which narrowing-down search is performed for a hospital near the area or the present location based on a medical department of a hospital to be treated. Furthermore, if the user does not know what kind of disease, he / she accesses the home medicine (electronic data using the Internet line 90 or electronic data stored in the smartphone 10), and from there, gives a rough explanation. It is possible to specify a disease name and make it possible to search for a hospital.

The use of the medical person matching system 100 of the present embodiment makes it easy to mount a reservation system and make a reservation for a hospital visit, and this can be performed on the user terminal 10 (especially, the smartphone application 285), which is convenient. . The introduction of the reservation system 130 of the present embodiment facilitates preferential use of the reservation system 130 so that it can be recognized in the hospital 400. In addition, the fact that the hospital 400 has introduced the reservation system 130 can be configured so that advertisement distribution (advertisement distribution) can be performed through the Internet 90. Then, the hospital 400 performs an operation in which the reservation person using the reservation system 130 is given priority, and spreads the reservation using the reservation system 130. In addition, by providing a My Page in the application 285, it is possible to adopt a configuration that can collectively manage from reception to payment using a QR code. Furthermore, an IC reading function (smart tag, Felica (product name), etc.) is attached to the entrance of the hospital 400, so that the IC card (or the smart phone 10 with IC) can manage the entry and exit of the IC card and the payment at once. It is also possible to In addition, medical payments can be linked to a credit card. In addition, pre-determined by credit card, cash, other electronic money, point, may be to also correspond mainly due to the virtual currency.

  In the configuration of the present embodiment, the medical fee description may be sent to the My Page of the smartphone application 285. Thus, paperless processing can be performed, which is convenient for both patients and hospitals. Since the prescription can also be managed in the application 285, the use of the application 285 at the nearby pharmacy 405 makes it possible to receive and pay the medicine. By providing the function of a medicine notebook in the application 285, the medicine can also be managed in the application 285. In addition, a configuration can be used in which the efficacy of a drug can be confirmed using the drug data stored in the application 285. In addition, it is also possible to construct a configuration in which, when an instruction to take or take medicine for X days is given, the timing of taking the medicine during the period is notified by a reminder function of the smartphone 10. Thereby, the patient 320 can be prevented from forgetting to take the medicine. Further, the application 285 can be configured so that a reservation for a reexamination can be made on the spot. When the user does not know the schedule on the spot, the function of the provisional reservation (or the change of the reservation) by the application 285 can be executed. Then, it is possible to adopt a configuration in which the timing of re-examination is also notified by the reminder function (on the smartphone 10).

  When the patient 320 has received a medical examination, the application 285 should provide a medical examination reminder function so that a reminder can be sent at a next examination time after a predetermined period (for example, six months, one year, etc.). Can be. Then, it is possible to configure so that the result of the previous inspection can be confirmed on My Page. The blood test, CT, MRI, and camera data (for example, gastric camera data, colon camera data, etc.) can also be configured to be confirmed and compared within the application 285. Further, it is also possible to adopt a configuration in which a test result or the like is transferred to another hospital 400 to receive a second opinion. In addition, a configuration may be provided in which a function relating to a receipt computer (software for creating a medical fee statement (recept)) is provided, and the receipt computer information is centrally managed. In addition, a configuration may be adopted in which health data can be taken into the application 285 of the present embodiment in cooperation with functions of the smartphone 10 (such as a health application and a body measurement application).

  As described above, the configuration of the present embodiment is provided with the function of changing physicians and medical personnel. Being able to change jobs by the application 285 of the smartphone 10 improves the convenience and reduces the burden of the job change applicant. In addition, by registering as a member, recruitment information can be posted and browsed by ID / PASS, and privacy protection that prevents job change activities can be enhanced. Further, the My Page for job change may be configured so that medical facilities and the like that cannot be seen by the patient 302 (320) can be browsed. Furthermore, it is also possible to use a configuration in which a television interview can be performed using the smartphone 10 for the job change interview. Thereby, there is an advantage that the doctor 301 of the job change applicant does not need to go to the hospital 400 directly. In particular, when the hospital 400 is far away, or when the schedule of the doctor 301 / interview person (particularly, a doctor in a specialized field) does not readily meet, the merit is great. In addition, a question can be asked anonymously and the content of the question can be confirmed. The entry sheet can be sent anonymously, and the system can be such that the real name is disclosed after the interview schedule is determined.

  Also, if you want to talk directly with the director of the hospital 400 (or the person in charge of an expert, the director, etc.), set up a special page for the director of the hospital (or a dedicated one) and talk with the director himself (voice In addition to this, a function capable of exchanging characters such as chat) can be provided. When recruitment is decided, a function can be provided such that a recruitment notice is issued if necessary items are described in the input format of necessary items. The recruitment notice can be made visible within the app 285. If an agreement is reached, the employment contract can also be managed within the application 285 and can be configured to be viewed at any time. In addition, a configuration may be adopted in which these documents (electronic documents) can be printed out. Note that the job seeker (301) can consult with an external company (such as a job change consulting company) about the appeal points of the job seeker himself by using the application 285. One of the companies may be a company that operates and manages the host terminal 60.

  Further, nationwide telemedicine can be performed using the medical person matching system 100 of the present embodiment (for example, a patient in Tokyo is treated at a local (Kyushu) hospital (or vice versa). ). After receiving the remote diagnosis, if the doctor is not compatible, the remote diagnosis can be stopped. If the results of the remote diagnosis are compatible (if you are satisfied), you can visit and receive a direct diagnosis. This reduces the mismatch between each other and saves time and money. In order to perform such a remote diagnosis, the system 100 may be configured such that a videophone call or a voice call can be made by pressing an icon (for example, a doctor's face) 95p shown in FIG. The reservation system for remote diagnosis may be constructed by applying the reservation system 130 of the present embodiment.

  Furthermore, using the configuration of the system 100 of the present embodiment, it is possible to use the GPS function of the smartphone 10 to search for a hospital 400 that can be examined immediately in the vicinity (for example, an examination within 30 minutes). This is a convenient function for not only the patient 320 but also the patient's family, rescue workers, police officers, and passers-by rescuers. In addition, if there is a function of checking what time the hospital is open from time to time (emergency hospital), the present system 100 (the application 285 of the smartphone 10) can search for a hospital to be examined at the present time.

  In addition, using the system 100 of the present embodiment, a medical examination ticket may be issued in the application 285, and my number registration management may be performed. If you do so, it will lead to prevention of fraud rather than managing it with paper. Furthermore, a matching system that includes not only hospitals but also nursing homes and nursing homes will lead to regional cooperation. And it can be constructed so that the cooperation with the visiting care can also be performed by the application 285. Then, by introducing an AI system in the matching system, the accuracy and probability of matching can be improved.

  The medical person matching system 100 of the present embodiment contributes to a doctor's job change activity and a patient's hospital decision by using a system capable of viewing a 360 ° image instead of a simple hospital search application, and is extremely excellent. is there. The medical person matching system 100 can be provided with an advertising program for disseminating even unregistered members, and the system 100 can execute and manage a word-of-mouth site. It can be executed by using and applying the external system of the word-of-mouth site.

  As described above, the present invention has been described by the preferred embodiments. However, such description is not a limitation, and various modifications are possible. Although the entire system 100 of the present embodiment has been described, the programs 51 and 59 alone (particularly, the smartphone application 285 to be introduced into the smartphone 10) according to the present embodiment are specifically described as the program itself or the program. It is also possible to commercialize a recording medium in which is stored and a downloadable program product as intellectual property.

  According to the present invention, it is possible to provide a medical person matching system and a medical person useful for a medical person and a hospital when a medical person including a doctor changes to a hospital. Further, it is possible to provide a medical-related data processing system and method capable of effectively utilizing the patient's own physical data without sharing medical charts between hospitals.

10 User terminals (information communication terminals, smartphones)
20 Basic homepage constituent part 21 TOP screen 22 Map details page 23 Disease name search page 24 Drug search page 25 Basic information page 26 360 ° image page 27 Video page 28 Hospital details page 30 Login button 31 Direct search button 32 Current location button 33 Subject button 34 Disease name button 35 Drug button 36 Device button 38, QR code button 39 Management button 40 Scan button 41 Notebook button 42 Medical staff login 45 Pulldown button 50 Medical staff matching device (medical data processing device, server device)
51 Medical person network program 52 Medical data file processing unit 52a Data transmitting / receiving unit 52b Hospital data updating unit 52c Hospital information editing unit 53 Medical data file 55 Medical database 56 Medical image data file (medical image data storage unit)
57 medical image database 58 diagnostic image data processing unit 58a medical image data transmitting / receiving unit 58b data extracting unit 58c medical image data editing unit 59 medical image data program 60 host terminal 61 host terminal program 70 selectable button (pull-down button)
70a Area button 70b Subject button 71 Map screen 72 Simple hospital information 72a Hospital details page 73 Hospital (icon)
74 disease name screen 76 drug name screen 77 device name screen 78 hospital information screen 79 hospital image page 80 hospital image page 81 hospital image button 85 reservation time zone table 86 reservation button 90 communication network (Internet)
92a, 92b Medical image data 95 Doctor information 95p Face photograph 100 Medical person matching system 111 User terminal program (program area)
130 Reservation system 131 Credit system 133 Medical image (medical image data group)
135 Medicine notebook system 140 Job change service system 150 Additional server device (external server device)
151 server program 153 data structure 155 external server database 200 medical system cooperation network 240 camera 250 image display unit (display unit)
280, 285 Application icon 301 Medical staff 302 Hospital searcher 300X Unregistered user 310 Doctor 320 Patient 400 Hospital (medical facility)
401 Large hospital 402 Small hospital 405 Pharmacy 400X Unregistered hospital 410 Hospital building 412 Doctor / nurse 415 Exam room 417 Medical facilities 420 Hospital building 421 Exam room 422 Doctor 426 Exam result (X-ray image)
450 Pharmacy building 490 Camera 500 Hospital terminal

Claims (20)

A medical professional matching system that supports the medical professionals to change jobs,
A medical database in which medical data files are stored;
And a host terminal capable of accessing a medical database via a communication network.
A hospital terminal and a user terminal are connected to the communication network,
The hospital-provided information data of the hospital that is the holder of the hospital terminal is stored in the medical database as the medical data file,
The medical database includes a medical personnel network program,
The medical personnel network program,
A function of registering the hospital provided information data of the hospital as the medical data file in the medical database,
A function of transmitting medical display information data based on the registered medical data file to the user terminal.
In the medical data file,
At least one of a hospital ID and a hospital name,
At least one hospital basic information selected from the group consisting of a hospital address, a doctor's name belonging thereto, and medical equipment,
360 ° image information in at least one hospital, and
At least one of the owners of the user terminal is a medical professional,
The 360 ° image information is displayed on the user terminal,
The medical personnel network program further comprises:
A medical person matching system, which is a program for realizing a function of connecting the user terminal and the hospital terminal. Said medical personnel are selected from the group consisting of doctors, nurses, pharmacists, dentists and dental hygienists;
At least one of the user terminals is a smartphone,
In the smartphone, a smartphone application based on the medical personnel network program is introduced,
When the smartphone application operates, the hospital basic information and the 360 ° image information are displayed on the smartphone screen,
The medical staff matching system according to claim 1, wherein the smart phone of the medical staff can be connected to the hospital terminal through the smartphone application. The owner of the user terminal includes a hospital searcher selected from the group consisting of a patient, a patient-related person, a rescuer and a medical advisor,
At least one of the user terminals is a smartphone,
In the smartphone, a smartphone application based on the medical personnel network program is introduced,
When the smartphone application operates, the hospital basic information and the 360 ° image information are displayed on the smartphone screen,
The medical person matching system according to claim 1 or 2, wherein the smartphone of the hospital searcher can be connected to the reservation system of the hospital through the smartphone application. The communication network is the Internet;
The medical system database is provided in a server device connected to the communication network,
The medical personnel network program further comprises:
A function of connecting the host terminal and the medical system database,
A function of connecting the hospital terminal and the medical system database,
A function for connecting the user terminal and the medical system database.
4. The medical service provider according to claim 1, wherein the medical staff network program has a matching function of matching an owner of the user terminal with a hospital that is a holder of the hospital terminal. 5. Person matching system.   The medical person matching system according to claim 4, wherein the matching function is executed by an artificial intelligence program stored in an additional server device different from the server device.   2. The medical staff network program installed in the user terminal includes a medical image data program that realizes a function of storing and displaying medical image data that is a diagnosis result of the owner of the user terminal. 3. 6. The medical person matching system according to any one of items 1 to 5.   The medical person matching system according to claim 6, wherein the medical person network program has a function of uploading the medical image data from the user terminal to the medical database.   The medical person matching program according to any one of claims 1 to 7, wherein the medical person network program introduced to the user terminal has a function of storing prescription information of the owner of the user terminal. system. The hospital that is the owner of the hospital terminal includes a pharmacy,
The medical person matching system according to claim 8, wherein the medical person network program has a function of transmitting the prescription information to the hospital terminal of the pharmacy. The medical personnel network program that has been introduced into the user terminal has a function of already determined the medical costs the owner of the user terminal has received, according to any one of claims 1 to 9 Medical person matching system.
  The medical person matching system according to any one of claims 1 to 10, wherein the medical person network program has an advertisement transmitting function of transmitting medical image data to the user terminal. The communication network is a fifth generation (5G) compatible communication network,
The medical person matching system according to any one of claims 1 to 11, wherein the medical person matching system has a function of connecting medical operation data of a first hospital which is one of the hospitals to a medical device of a second hospital. Medical person matching system. A medical person matching method using a medical person matching system realized by a medical person network program,
The medical personnel network program,
A function of registering hospital-provided information data in a medical database as a medical data file,
A function of transmitting medical display information data based on the registered medical data file to a user terminal.
In the medical data file,
At least one of a hospital ID and a hospital name,
At least one hospital basic information selected from the group consisting of a hospital address, a doctor's name belonging thereto, and medical equipment,
360 ° image information in at least one hospital;
Is included,
At least one of the owners of the user terminal is a medical professional,
The 360 ° image information is displayed on the user terminal,
The medical person matching method,
A step in which the hospital basic information and the 360 ° image information are introduced to the user terminal in the medical staff;
A step in which an inquiry message from the user terminal is transmitted to the contact information of the hospital where the hospital basic information is displayed,
Receiving a reply message from the hospital at the user terminal. Said medical personnel are selected from the group consisting of doctors, nurses, pharmacists, dentists and dental hygienists;
At least one of the user terminals is a smartphone,
In the smartphone, a smartphone application based on the medical personnel network program is introduced,
When the smartphone application operates, the hospital basic information and the 360 ° image information are displayed on the smartphone screen,
14. The medical personnel matching method according to claim 13, wherein the smartphone of the medical personnel is in a state where the smartphone can be contacted with a hospital terminal through the smartphone application. The 360 ° image information is a screen that can be moved 360 ° by swiping with a user's finger,
The medical person matching method,
A step of displaying the hospital basic information by a search on the smartphone,
The medical person matching method according to claim 14, wherein the hospital basic information is displayed by an artificial intelligence program based on the search input when the search is being performed. The owner of the user terminal includes a hospital searcher selected from the group consisting of a patient, a patient-related person, a rescuer and a medical advisor,
At least one of the user terminals is a smartphone,
In the smartphone, a smartphone application based on the medical personnel network program is introduced,
When the smartphone application operates, the hospital basic information and the 360 ° image information are displayed on the smartphone screen,
The smartphone of the hospital searcher can be connected to the hospital reservation system through the smartphone application,
The medical person matching method further comprises:
Making a reservation by the reservation system using the smartphone;
16. A method according to claim 13, further comprising: displaying a reservation result message from the reservation system on the smartphone. The medical person matching method further comprises:
17. The method according to claim 13, further comprising a step of storing and displaying medical image data, which is a diagnosis result of the owner of the user terminal, using the medical personnel network program installed in the user terminal. Medical person matching method described in. The medical person matching method further comprises:
The medical service according to any one of claims 13 to 17, further comprising a step of storing and displaying prescription information of the owner of the user terminal using the medical staff network program installed in the user terminal. Person matching method. The hospital that owns the hospital terminal includes a pharmacy,
The medical person matching method further comprises:
19. The medical person matching method according to any one of claims 13 to 18, including a step of transmitting prescription information to the hospital terminal of the pharmacy. The medical person matching method further comprises:
Using said user terminal to introduced the medical personnel network program, said comprising the step of settlement of medical expenses which the owner has received the user terminal, medical according to any one of claims 13 to 19 Stakeholder matching method.

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