JP2005339164A - Medical information management system and its management method - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To manage easily and precisely the discrimination of respective persons who have performed various medical practices, in a medical information management system. <P>SOLUTION: The medical information management system 10 provided with database 53 which stores the execution registration situation of medical practices using medical instruments is provided with a RIS terminal 15 which performs the execution registration operation of medical practices by an X-ray CT apparatus 9 on a screen, an identification information receiving means 32 which automatically receives identification information about an execution registrant who has an identification information transmitting means 31 through a radio communication circuit 33 when execution registration operation is performed by the RIS terminal 15, and a control part 51 which registers to the database 53 the execution registrant based on the identification information automatically received by the identification information receiving means 32. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a network security system in a hospital, and more particularly, to a medical information management system and a management method thereof for authenticating an execution registrant during an operation registration operation of a medical practice in a network system or hospital information system in a radiology department.

  A hospital information system called HIS (Hospital Information System) is established between each department in the hospital, and a radiation information system called RIS (Radiology Information System) is also established in the radiation department within each department. Online communication of information is being promoted.

  In the radiography system possessed by the RIS of the radiation department, it is assumed that a login person who logs in to the system and a person who performs medical practice registration (hereinafter referred to as “execution registrant”) are logged in at the time of login. It is a system which authenticates a person as an implementation registrant of medical practice (for example, refer patent document 1).

In addition, there is a system that authenticates an execution registrant at the time of medical practice registration, and there is an example in which fingerprint authentication or IC card authentication is performed by the implementation registrant at the time of medical practice registration.
JP 2003-33342 A

  However, in practice, a plurality of radiation medical personnel (such as doctors and radiological technologists) who have the authority to perform medical practice registration frequently perform operation registration using a single RIS terminal. In a conventional system that authenticates a logged-in person as a registered registrant of medical practice, the authority of registered registration cannot be managed in real time. This is because a user who logs in to the system is authenticated as a medical registrant. Therefore, even when the login person is different from the implementation registrant, it is managed that the login person is the implementation registrant.

  Also, when logging in to the system, the logged-in person is authenticated as the medical registrant, and if the medical registrant is re-authenticated when the medical practice is registered, the software is restarted or changed by the user change function. It is necessary to perform the operation, which is complicated in operation.

  In addition, in a conventional system for authenticating an execution registrant at the time of registration for medical practice, an authentication operation is required every time registration is performed, which is complicated in operation. In addition, when performing an authentication operation using an RIS terminal, the implementation registrant needs to use his / her hand, and there are problems in terms of hygiene of radiological workers who perform examinations of patients.

  Furthermore, when a person who has the authority of implementation registration logs in to the system, the implementation registrant is determined when the login is performed, so that anyone can register for medical practice using the RIS terminal until logoff. Therefore, in the conventional radiography system possessed by the RIS of the radiation department, the authentication method of the execution registrant has been a problem for security.

  The present invention has been made in consideration of the above-described circumstances, and an object of the present invention is to provide a medical information management system and a management method thereof that can easily and accurately manage the identifications of registered registrants who have performed various medical practices. To do.

  Furthermore, it is a second object of the present invention to provide a medical information management system and a management method thereof that can maintain the hygiene of a radiological medical worker who examines a patient.

  In addition, a third object of the present invention is to provide a medical information management system and a management method thereof that can prevent the medical registration of medical practice by a person who does not have the registration authority and can manage accurate records of medical practice. There is.

  In order to solve the above-described problem, the medical information management system according to the present invention is a medical information management system including a database that stores a medical practice implementation registration status using a medical device. An operation means for performing an operation registration operation on the screen, and an identification information reception for automatically receiving, via a wireless communication line, identification information about the operation registrant possessed by the identification information transmitting means when the operation registration operation is performed by the operation means. Means and control means for registering an implementation registrant in the database based on the identification information automatically received by the identification information receiving means.

  The medical information management system according to the present invention performs an operation registration operation on a screen of a medical action by the medical device in a medical information management system including a database that stores an execution registration status of the medical action using the medical device. An operation means for operating, an identification information receiving means for automatically receiving, via a wireless communication line, identification information relating to an implementation registrant possessed by the identification information transmitting means when an operation registration operation is performed by the operation means; The storage means for storing authority information relating to, the identification information automatically received by the identification information receiving means and the authority information stored in the storage means, and if the identification information and the authority information match, An authentication means for authenticating an implementation registrant based on the identification information as an implementation registration authority, and an implementation registrant based on the identification information as an implementation registration authority And control means for registering in the database.

  In order to solve the above-described problems, the medical information management method according to the present invention stores the medical practice implementation registration status using a medical device as a database, and the medical practice management registration screen is displayed. An implementation registration screen display step, a medical practice implementation operation step in which a medical practice by the medical device is implemented on the implementation conditions on the implementation registration screen, and the medical practice registration operation on the implementation registration screen A medical action registration operation step, a position determination step for determining whether an implementation registrant who performed the medical action registration operation is in a required position when the medical action is registered, and a position determination step. When the implementation registrant is at the required position, the identification information receiving step in which identification information about the implementation registrant is received by wireless communication and the identification information receiving step Exemplary registrant based on the received identification information and an exemplary registration registration process to be registered.

  In addition, the medical information management method according to the present invention is a medical information management method for storing a medical practice implementation registration status using a medical device as a database. And a medical practice execution operation step in which a medical practice by the medical device is carried out under the implementation conditions on the implementation registration screen, and a medical practice registration operation step in which the medical practice is registered on the implementation registration screen. And a position determination step for determining whether or not an execution registrant who performed the medical operation registration operation is at a required position when the medical operation is registered, and the execution registrant is required in the position determination step. When in the position, the identification information receiving step in which the identification information about the implementation registrant is received by wireless communication, the identification information received in the identification information receiving step, If the identification information and the authority information match in the comparison process in which the authority information related to the authority for registration is compared, and the comparison process, the registration registrant based on the identification information is registered as the authority for registration An implementation registration authority person registration step.

  According to the medical information management system and the management method according to the present invention, it is possible to easily and accurately manage the identifications of registered registrants who have performed various medical practices.

  Furthermore, according to the medical information management system and the management method thereof according to the present invention, it is possible to maintain the sanitary condition of a person who examines a patient.

  In addition, according to the medical information management system and the management method thereof according to the present invention, it is possible to prevent registration of medical practice by a person who does not have the authority to perform registration, and it is possible to manage accurate records regarding medical practice.

  Embodiments of a medical information management system and a management method thereof according to the present invention will be described with reference to the accompanying drawings.

  FIG. 1 is a block diagram showing a first embodiment of a medical information management system and its management method according to the present invention.

  FIG. 1 shows a modality (medical device) for performing an image examination of a patient using radiation, for example, an X-ray diagnostic apparatus 8 and an X-ray CT (Computerized Tomography) apparatus 9, and a medical practice based on the modality. 1 shows a medical information management system 10 according to the present invention that manages the implementation registration status of the present invention.

  The medical information management system 10 is provided with a network system possessed by the radiation department in the hospital, for example, a RIS (Radiology Information System) 11 which is a radiation information system. Further, the medical information management system 10 is provided with a network system outside the RIS 11 as an issuer of examination request information (examination request order), for example, a hospital information system (HIS) 12.

  The HIS 12 includes an accounting department, a pharmacy department, a medical examination department (such as a brain surgery department, an internal medicine department, a surgical department, and an orthopedic department). The issuer of the inspection request information is not limited to the network system outside the RIS 11 but may be inside the RIS 11.

  The RIS 11 includes a RIS terminal 15 that is mainly operated by one or a plurality of registered registrants, and that performs an operation operation or a registration operation of a medical operation by a modality, and a network that manages an operation registration status of the medical operation A RIS server 16 as a server is provided. On the other hand, the HIS 12 is mainly operated by an instructing doctor in the medical department or the like, and an HIS terminal 17 that is an operation means for issuing examination request information (examination order), and an HIS server 18 that is a network server that manages examination request information. And are provided.

  The X-ray diagnostic apparatus 8, the X-ray CT apparatus 9, the RIS terminal 15, the RIS server 16, the HIS terminal 17 and the HIS server 18 are communicably connected via a local area network (LAN) 20 in the hospital. . Therefore, the X-ray diagnostic apparatus 8 and the X-ray CT apparatus 9 are controlled online via the LAN 20 using the RIS terminal 15 of the medical information management system 10, and the medical action by the X-ray diagnostic apparatus 8 and the X-ray CT apparatus 9 is performed. Can be implemented.

  Further, the medical information management system 10 includes an identification information transmission means 31 for automatically transmitting identification information (such as an implementation registrant name and an implementation registrant ID) of an implementation registrant at the time of an implementation registration operation of a medical practice, and this identification information. Identification information receiving means 32 for automatically receiving identification information from the transmission means 31 is provided. When the identification information transmitting means 31 and the identification information receiving means 32 are within the required range, they are connected in a non-contact manner by a wireless communication line 33 that enables wireless communication including light and radio waves.

  The RIS terminal 15 is, for example, a PC (Personal Computer), and includes a processor (CPU: Central Processing Unit), a ROM (Read Only Memory), a RAM (Random Access Memory), and a hard disk (not shown). The hard disk stores a login program and a browser program for using the medical information management system 10.

  Further, the RIS terminal 15 includes a control unit 41 that operates under program control by a processor, an identification information reading unit 42 that reads and digitizes identification information automatically received by the identification information receiving unit 32, and a medical device that includes identification information. An input device comprising an interface unit 43 for exchanging information with the LAN 20, a display unit 44 such as a display for displaying medical information, a keyboard for inputting characters and numbers, a mouse for moving a pointer on the display unit 44, etc. 45 is provided.

  The RIS server 16 includes a processor and a hard disk (not shown), and a program for identifying an implementation registrant based on identification information sent from the RIS terminal 15 is stored in the hard disk.

  In addition, the RIS server 16 stores a control unit 51 as a control means that operates by program control by a processor, an interface unit 52 that exchanges medical information such as identification information with the LAN 20, and a medical practice implementation registration status. A database 53 is provided. An implementation registrant based on the identification information sent from the RIS terminal 15 can be registered in the database 53.

  Here, the RIS server 16 has an authentication system of several levels (stages). For example, when a person who has logged in to the medical information management system 10 has a login authority to view and use (edit) the examination request information stored in the database 53 of the RIS server 16 online, the login is performed with the login authority. There is a login level that authenticates the user.

  Next, a medical information management method in the medical information management system 10 will be described with reference to the flowchart shown in FIG. In the description of the flowchart shown in FIG. 2, the identification information transmitting means 31 is carried by a person who has the authority to perform registration of medical practice (hereinafter referred to as “execution registration authority”). This is a case where an authorized person becomes a registered registrant of medical practice. The identification information transmitting means 31 carried by each implementation registration authority has identification information (such as an implementation registration authority name and an implementation registration authority ID) unique to each implementation registration authority. In addition, as a person who is authorized to perform registration, radiation medical workers such as doctors and radiographers are applicable.

  The patient goes to the reception of the radiation department and receives an examination. In the database 53 of the RIS server 16 in the radiation department, inspection request information (inspection order) from the HIS server 18 or another inspection order system is stored. If this examination request information is not stored in the database 53, the examination request information is input from a terminal device (not shown) of the radiation department, and the examination request information is stored in the database 53 of the RIS server 16.

  The RIS terminal 15 is logged into the medical information management system 10, and the examination request information of the patient to be examined is read from the database 53 of the RIS server 16 using the input device 45 of the logged-in RIS terminal 15. An implementation registration screen based on the read inspection request information is displayed on the display unit 44 (step S1).

  FIG. 3 is a schematic diagram illustrating an example of an implementation registration screen based on inspection request information.

  FIG. 3 shows an implementation registration screen displayed on the display unit 44 of the RIS terminal 15 based on the examination request information, and is an implementation registration screen for medical practice using a modality, for example, the X-ray CT apparatus 9. On this execution registration screen, execution conditions such as imaging conditions, which are requests from the instructing doctor of the HIS 12, are displayed by default. In addition, by using the input device 45 of the RIS terminal 15, the radiology department can determine and input imaging condition parameters and image processing parameters and image transfer parameters as necessary.

  In addition, on the execution registration screen, accounting information such as medicines, equipment and the number of sheets used for the inspection is input by default using the inspection master. Furthermore, detailed execution conditions such as tube voltage (kV), tube current (mA), X-ray irradiation time (Sec.), And the number of slices transmitted to the X-ray generator (not shown) are input to the execution registration screen. Is done.

  Next, the X-ray CT apparatus 9 is accessed from the RIS terminal 15 shown in FIG. The X-ray CT apparatus 9 is controlled online under the execution conditions entered on the execution registration screen shown in FIG. 3 to perform a medical practice (step S2), and an image inspection is performed by the X-ray CT apparatus 9.

  When the implementation of the medical practice is completed, the implementation registration authority carrying the identification information transmission means 31 performs a registration operation for the implemented medical practice using the RIS terminal 15 (step S3). For example, the input device 45 of the RIS terminal 15 is used for registration of the medical practice, and the registration of the medical practice is performed by clicking “Register (F1)” on the implementation registration screen displayed on the display unit 44. Done.

  When the medical action is registered and operated in step S3, it is determined whether or not the identification information held by the identification information transmitting unit 31 is automatically received by the identification information receiving unit 32 (step S4). Yes in step S4, that is, if the identification information possessed by the identification information transmitting means 31 is automatically received by the identification information receiving means 32, the implementation registration authority possessed by the identification information transmitting means 31 carried by the implementation registration authority The identification information regarding the person is automatically received by the identification information receiving means 32 (step S5). Identification information related to the person who has performed registration is read by the identification information reading unit 42 of the RIS terminal 15.

  Here, the registration operation of the medical practice in step S3 is performed in the vicinity of the RIS terminal 15. Therefore, if the person in charge of implementation registration carries the identification information transmitting means 31, the identification information transmitting means 31 and the identification information receiving means 32 are located within the communicable range in step S4, and the wireless communication circuit 33 Communication.

  The identification information automatically read by the identification information reading unit 42 is sent from the interface unit 43 of the RIS terminal 15 to the interface unit 52 of the RIS server 16 via the LAN 20.

  The RIS server 16 receives the identification information from the RIS terminal 15, and an implementation registration authority based on the identification information is registered in the database 53 (step S6). In addition, the implementation registration authority name of the implementation registration authority registered in step S6 is displayed in the “radiation clinician” box on the implementation registration screen shown in FIG. 3 (step S7). The implementation registration screen displaying the implementation registration authority name is stored as an inspection result display screen.

  By accessing the RIS server 16 from the RIS terminal 15 or the HIS terminal 17, the examination result display screen created in step S 7 can be displayed on the display unit of the RIS terminal 15 or the HIS terminal 17. Available in departments, medical examination departments (brain surgery department, internal medicine department, surgical department, orthopedic department, etc.).

  On the other hand, if the determination in step S4 is No, that is, if the identification information possessed by the identification information transmitting means 31 is not automatically received by the identification information receiving means 32, it is confirmed that an illegal implementation registration (illegal act) has been performed. Output from the server 16 (step S8). For example, if there is a fraudulent act, the RIS server 16 notifies the RIS terminal 15 of the fraudulent act and displays a warning on the display unit 44 of the RIS terminal 15 or outputs a warning from the RIS terminal 15. 16 may be transmitted to a terminal in the HIS 12.

  Here, as the main reason that the identification information possessed by the identification information transmitting means 31 has not been received by the identification information receiving means 32, the authorized person carrying the identification information transmitting means 31 is not at the required position, and the identification information transmission For example, the means 31 and the identification information receiving means 32 are not within the communicable range, and the person in charge of implementation registration did not carry the identification information transmitting means 31 at the time of registration.

  According to the medical information management system 10 and the medical information management method, in addition to the authentication of the logged-in person that is performed at the time of login, the identification information about the registered person who performs the registration is automatically received at the time of the registration of the medical practice, and By registering with, it is possible to easily and accurately manage the identifications of registered registrants who have performed various medical practices.

  Further, according to the medical information management system 10 and the medical information management method, the identification information transmission means 31 and the identification information receiving means 32 automatically receive the identification information about the person who has performed registration at the time of registration of the medical practice. The hygiene of the person performing the inspection can be maintained.

  Further, according to the medical information management system 10 and the medical information management method, in addition to the authentication of the login person that is performed at the time of login, the identification information regarding the registration authority is automatically received at the time of the registration of the medical practice, By registering in the database 53, it is possible to prevent the registration of the medical practice by a person who does not have the registration authority, and it is possible to manage an accurate record of the medical practice.

  FIG. 4 is a block diagram showing a second embodiment of the medical information management system according to the present invention.

  FIG. 4 shows a medical information management system 10A according to the present invention, and this medical information management system 10A is provided with a network system possessed by a radiation department in a hospital, for example, RIS11A which is a radiation information system. The RIS 11A includes an RIS server 16A that is a network server that manages the registration status of medical practice.

  In the RIS server 16A, an authority information storage unit 61 as storage means for storing authority information (such as the name of the authority of registration authority and the ID of authority of execution registration) relating to the authority of registration of medical practice, and the authority information storage unit 61 An authentication unit 62 is provided as an authentication unit that compares the authority information and the identification information sent from the RIS terminal 15 to authenticate the implementation registrant based on the identification information. The authority information stored in the authority information storage unit 61 is stored and read out by the control unit 51.

  In the constituent elements of the medical information management system 10A shown in FIG. 4, the same constituent elements as those in the medical information management system 10 shown in FIG.

  Next, a medical information management method in the medical information management system 10A will be described with reference to the flowchart shown in FIG. Note that the description of the flowchart shown in FIG. 5 is a case where the identification information transmitting means 31 is carried by a user including an implementation registration authority and that user becomes the implementation registrant.

  The patient goes to the reception of the radiation department and receives an examination. In the database 53 of the RIS server 16A in the radiation department, inspection request information from the HIS server 18 or other inspection order system is stored. If the examination request information is not stored in the database 53, the examination request information is input from a terminal device (not shown) that receives the radiation department, and the examination request information is stored in the database 53 of the RIS server 16A.

  The RIS terminal 15 is logged into the medical information management system 10A, and the examination request information of the patient to be examined is read from the database 53 of the RIS server 16A using the input device 45 of the logged-in RIS terminal 15. An implementation registration screen based on the read inspection request information is displayed on the display unit 44 (step S1).

  Subsequently, a modality such as the X-ray CT apparatus 9 is accessed from the RIS terminal 15 via the LAN 20. The X-ray CT apparatus 9 is controlled online under the execution conditions entered on the execution registration screen shown in FIG. 3 to perform a medical practice (step S2), and an image inspection is performed by the X-ray CT apparatus 9.

  When the implementation of the medical practice is completed, the user carrying the identification information transmitting means 31 performs a registration operation for the implemented medical practice using the RIS terminal 15 (step S13). For example, the input device 45 of the RIS terminal 15 is used for registration of the medical practice, and the registration of the medical practice is performed by clicking “Register (F1)” on the implementation registration screen displayed on the display unit 44. Done.

  When the medical practice is registered in step S13, it is determined whether or not the identification information held by the identification information transmitting unit 31 is automatically received by the identification information receiving unit 32 (step S14). When the determination in step S14 is Yes, that is, when the identification information possessed by the identification information transmitting means 31 is automatically received by the identification information receiving means 32, the identification information regarding the user possessed by the identification information transmitting means 31 carried by the user is identified. It is automatically received by the information receiving means 32 (step S15). Identification information about the user is automatically read by the identification information reading unit 42 of the RIS terminal 15.

  Here, the medical practice registration in step S13 is performed in the vicinity of the RIS terminal 15. Therefore, if the user carries the identification information transmission means 31, the identification information transmission means 31 and the identification information reception means 32 are located within the communicable range and can be communicated by the wireless communication circuit 33 in step S14. It becomes.

  The identification information automatically read by the identification information reading unit 42 is sent from the interface unit 43 of the RIS terminal 15 to the interface unit 52 of the RIS server 16A via the LAN 20.

  The RIS server 16A receives the identification information from the RIS terminal 15, the identification information is compared with the authority information stored in the authority information storage unit 61 by the authentication unit 62, and the identification information and the authority information match. It is determined whether or not (step S16).

  If YES in step S16, that is, if it is determined that the identification information and the authority information match, the user based on the identification information is authenticated as an implementation registration authority having the authority to perform the medical practice, and the implementation registration authority is It is registered in the database 53 (step S17). In addition, the name of the implementation registration authority registered in step S17 is displayed in the “radiation clinician” box on the implementation registration screen shown in FIG. 3 (step S18). The implementation registration screen displaying the implementation registration authority name is stored as an inspection result display screen.

  By accessing the RIS server 16A from the RIS terminal 15 or the HIS terminal 17, the examination result display screen created in step S18 can be displayed on the display unit of the RIS terminal 15 or the HIS terminal 17, and the accounting department, the pharmacy department Available in departments, medical examination departments (brain surgery department, internal medicine department, surgical department, orthopedic department, etc.).

  On the other hand, if the determination in step S14 is No, that is, if the identification information possessed by the identification information transmitting means 31 is not automatically received by the identification information receiving means 32, it is determined that an unauthorized implementation registration (illegal act) has been performed. Output from the server 16A (step S8).

  Here, as a main cause that the identification information transmitting means 31 has not been received by the identification information receiving means 32, the user carrying the identification information transmitting means 31 is not at the required position, and the identification information transmitting means 31 and For example, the identification information receiving unit 32 is not within the communicable range, or the user did not carry the identification information transmission unit 31 at the time of registration.

  In addition, when it is determined No in step S16, that is, when it is determined that the identification information and the authority information do not match, the user based on the identification information is not an implementation registration authority person who has an implementation registration authority for medical practice. It is output from the RIS server 16A that an unauthorized implementation registration (an illegal activity) has been performed by a user who does not have the authority to perform the medical activity (Step S8).

  According to the medical information management system 10A and the medical information management method, in addition to the authentication of the logged-in person that is performed at the time of login, identification information about the user is automatically received every time when the medical practice is registered, and the user has the authority to perform registration. In this case, by registering a user as an implementation registration authority, the identification of the implementation registrant who performed various medical practices can be managed easily and accurately.

  Further, according to the medical information management system 10A and the medical information management method, the identification information transmission means 31 and the identification information receiving means 32 automatically receive the identification information about the user at the time of registering the execution of the medical practice, thereby examining the patient. The health condition of the person can be maintained.

  Further, according to the medical information management system 10A and the medical information management method, in addition to the authentication of the logged-in person performed at the time of login, the identification information regarding the registered registrant is automatically received every time the medical practice is registered, and the user has the authority to perform the registration. By registering the user as an implementation registration authority when the user is an authorized person, the implementation registration of the medical practice by a person without the implementation registration authority can be prevented, and accurate recording of the medical practice can be managed.

1 is a block diagram showing a first embodiment of a medical information management system according to the present invention. The flowchart which shows the medical information management method which concerns on this invention. Schematic which shows an example of the implementation registration screen based on inspection request information. The block diagram which shows 2nd Embodiment of the medical information management system which concerns on this invention. The flowchart which shows the medical information management method which concerns on this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10,10A Medical information management system 15 RIS terminal 31 Identification information transmission means 32 Identification information reception means 33 Wireless communication line 42 Identification information reading part 51 Control part 53 Database 61 Authority information storage part 62 Authentication part

Claims (6)

In a medical information management system equipped with a database that stores the registration status of medical practice using medical devices,
An operation means for operating and registering a medical action by the medical device on a screen;
An identification information receiving means for automatically receiving, via a wireless communication line, identification information relating to an implementation registrant possessed by the identification information transmitting means when an operation registration operation is performed by the operation means;
A medical information management system comprising: control means for registering an implementation registrant in the database based on identification information automatically received by the identification information receiving means. In a medical information management system equipped with a database for storing the registration status of medical practice using medical devices,
An operation means for operating and registering a medical action by the medical device on a screen;
An identification information receiving means for automatically receiving, via a wireless communication line, identification information relating to an implementation registrant possessed by the identification information transmitting means when an operation registration operation is performed by the operation means;
A storage means for storing authority information related to the implementation registration authority;
The identification information automatically received by the identification information receiving means is compared with the authority information stored in the storage means, and when the identification information and the authority information match, the implementation registrant based on the identification information is registered. An authentication means for authenticating as an authorized person;
A medical information management system comprising: a control unit that registers an implementation registrant based on the identification information as an implementation registration authority in the database. In the medical information management method for storing the registration status of medical practice using medical devices as a database,
An implementation registration screen display step in which an implementation registration screen of the medical practice is displayed;
A medical practice implementation operation step in which a medical practice by the medical device is implemented and implemented under the implementation conditions on the implementation registration screen;
A medical practice registration operation step in which the medical practice is registered on the implementation registration screen;
A position determination step in which it is determined whether or not an implementation registrant who performed the medical action registration operation is in a required position when the medical action is registered; and
When the implementation registrant is at the required position in the position determination step, identification information receiving step in which identification information about the implementation registrant is received by wireless communication;
A medical registrant registration step of registering an implementation registrant based on the identification information received in the identification information reception step. In the medical information management method for storing the registration status of medical practice using medical devices as a database,
An implementation registration screen display step in which an implementation registration screen of the medical practice is displayed;
A medical practice implementation operation step in which a medical practice by the medical device is implemented and implemented under the implementation conditions on the implementation registration screen;
A medical practice registration operation step in which the medical practice is registered on the implementation registration screen;
A position determination step in which it is determined whether or not an implementation registrant who performed the medical action registration operation is in a required position when the medical action is registered; and
When the implementation registrant is at the required position in the position determination step, identification information receiving step in which identification information about the implementation registrant is received by wireless communication;
A comparison step in which the identification information received in the identification information receiving step is compared with the authority information related to the person in charge of performing registration;
An implementation registration authority registration process in which an implementation registrant based on the identification information is registered as an implementation registration authority when the identification information matches the authority information in the comparison step. Medical information management method. The medical information management method according to claim 4, wherein if the identification information and the authority information do not match in the comparison step, it is output that an unauthorized operation registration operation has been performed. 5. The medical information management method according to claim 3, wherein if the execution registrant is not at a required position in the position determination step, it is output that an illegal operation registration operation has been performed.

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