JP2016099860A - Medical data management system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a medical data management system with which user's medical data can be immediately checked in an emergency so as to allow an ambulance crew to correctly determine medical treatment to be applied to the user.SOLUTION: In a medical data management system 10, a terminal device 12 transmits the medical data to a server 11, and the server 11 converts the medical data to a QR code, and transmits the QR code to the terminal device 12. The QR code is printed out by the terminal device 12, and is stuck to a designated position of the user's home. In the system 10, the QR code stuck to the designated position is read by a two dimensional code reader 13 carried by the ambulance crew, the QR code is converted to the medical data, and the ambulance crew recognizes the user's medical data.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a medical data management system that converts various medical data into a two-dimensional code and manages the medical data as a two-dimensional code.

  From the image associated with the medical data, the storage means for photographing the two-dimensional code obtained by converting the medical data, reading the medical data from the two-dimensional code, and storing the image including the photographed two-dimensional code in association with the medical data There is disclosed a receipt computer that has medical data comparison means for comparing read-out medical data with medical data for which a medical fee has been charged, and displays the difference between the medical data compared by the medical data comparison means (patent) Reference 1). This receipt computer can prevent unauthorized charging of medical fees by using medical data transmission using information processing technology.

JP 2014-157540 A

  In the receipt computer disclosed in Patent Document 1, various medical data input from a terminal device held by the user cannot be converted into a two-dimensional code, and the various medical data of the user are unified as a two-dimensional code. Cannot be held by users. If the user does not have medical data about him / her, emergency medical personnel, caregivers, and caregivers should immediately check the user's medical data in case of emergency, protection, or nursing care. It is impossible to determine the medical measures, protection actions, and care actions that should be performed on the users because the medical data of the users must be referred to the medical institution. In particular, if the user is an elderly person living alone and owns his / her medical data as a medical institution's treatment details or medicine notebook, the storage location of the treatment details or medicine notebook has been lost. , You may lose your treatment details and medicine notebook. In addition, it is difficult to present treatment details and medication notebooks to emergency personnel and caregivers when the user is in an emergency or when protection is required. , You can not immediately know the information of medicines, etc.

  An object of the present invention is to provide a medical data management system that allows a user to centrally hold his / her various medical data as a two-dimensional code. Another object of the present invention is to be able to immediately confirm various medical data of users at the time of emergency, protection required, or nursing care. By using the medical data of users, ambulance crews and assistants An object of the present invention is to provide a medical data management system that can accurately determine medical measures, protective actions, and care actions that caregivers should take on users.

  A feature of the present invention for solving the above problems is that the first to n-th terminal devices for inputting various medical data of a specific number of users, and a server that can be accessed by the terminal devices via a predetermined network, The two-dimensional code conversion means for implementing the medical data transmission means formed by the terminal device for transmitting the medical data input thereto to the server, and for converting the medical data transmitted from the terminal device to the two-dimensional code. And a two-dimensional code transmitting means for transmitting the two-dimensional code to a terminal device that has transmitted medical data corresponding to the two-dimensional code, and the terminal device receives the two-dimensional code transmitted from the server. The object is to implement a code receiving means and a two-dimensional code storage means for storing the two-dimensional code received by the two-dimensional code receiving means.

  As an example of the present invention, the terminal device includes a two-dimensional code display unit that displays a two-dimensional code, and a two-dimensional code printing unit that prints the two-dimensional code.

  As an example of the present invention, a medical data management system includes an optical reader that reads a two-dimensional code, and the optical reader converts medical data conversion means that converts the read two-dimensional code into various medical data, and medical data conversion Medical data output means for outputting the medical data converted by the means.

  As another example of the present invention, the server includes a two-dimensional code encryption unit that encrypts a two-dimensional code, and the optical reader includes a decryption unit that decrypts the encrypted two-dimensional code.

  As another example of the present invention, in the medical data management system, the two-dimensional code printed by the two-dimensional code printing means is affixed to a designated place of the user's living base, and the optical reading device is designated to the living place. Read the two-dimensional code affixed to the.

  As another example of the present invention, the medical data transmission means transmits the transmission date and time when the medical data is transmitted to the server, and the two-dimensional code conversion means converts the transmission date and time together with the medical data into a two-dimensional code. Includes a two-dimensional code / date storage means for storing a two-dimensional code and a transmission date / time.

  As another example of the present invention, the two-dimensional code conversion means converts the medical data into a two-dimensional code every time medical data is transmitted from a specific terminal device, and the two-dimensional code transmission means Medical data update information is transmitted to the terminal device while the latest two-dimensional code converted every time it is transmitted is transmitted to the terminal device.

  As another example of the present invention, when the optical reader reads a two-dimensional code, the optical reader includes two-dimensional code / date / time transmitting means for transmitting the two-dimensional code and the transmission date / time to the server. The transmission date / time determination means for determining whether the transmission date / time of the medical data converted into the two-dimensional code transmitted from the latest transmission date / time or the past transmission date / time, and the latest transmission date / time determined by the transmission date / time determination means or the past Transmission date and time transmission means for transmitting the transmission date and time to the optical reader.

  As another example of the present invention, the two-dimensional code storage means determines from the transmission date / time whether the latest transmission date / time or the past transmission date / time, and the two-dimensional code corresponding to the past transmission date / time corresponds to the latest transmission date / time. While updating to the two-dimensional code, the two-dimensional code of the past transmission date and time is deleted.

  As another example of the present invention, the terminal device stores medical data storage means for storing the input medical data from the past to the present, and the medical data and the latest past data before transmitting the latest medical data to the server. Difference display means for displaying the difference between the latest medical data and the latest medical data while comparing with the medical data is included.

  As another example of the present invention, the terminal device includes medical data display means for displaying the medical data of the user corresponding to the latest two-dimensional code.

  Another example of the present invention includes converted medical data transmission means for transmitting medical data converted from a two-dimensional code by an optical reader to a medical institution via a network.

  As another example of the present invention, medical data includes user's personal information, user's past illness information, user's current medical history information, user's medication history information, user's medication information, user's allergy information , At least personal information of user's doctor information, user's doctor information, user's medical special information, user's infectious disease information, user's test result information, user's disability information, Information on past illness, current medical history information, and medical history information.

  As another example of the present invention, the two-dimensional code is a QR code (registered trademark).

  According to the medical data management system of the present invention, the terminal device transmits various types of medical data input thereto to the server, and the server converts the medical data into a two-dimensional code, and the two-dimensional code corresponds to it. Since the medical device transmits the medical data to the terminal device and the terminal device receives the two-dimensional code transmitted from the server and stores the two-dimensional code, the user's various medical data are stored as a two-dimensional code. The data can be centrally held, and the loss of medical data and the loss of medical data can be prevented. The medical data management system can obtain the user's medical data from the two-dimensional code when the user is in an emergency, needs protection, or needs care. Medical data of the user can be confirmed immediately by the emergency crew, caregiver, and caregiver, and the medical measures that the emergency crew, caregiver, and caregiver should take to the user using the medical data of the user It is possible to accurately judge the act of protecting, protecting and nursing. The medical data management system uses a two-dimensional code even if the user is an elderly person living alone and cannot present medical data in case of emergency, protection or need care. Various medical data can be quickly obtained by emergency personnel, caregivers and caregivers.

  A medical data management system in which a terminal device displays a two-dimensional code and prints the two-dimensional code displays the two-dimensional code on the display of the terminal device, and reads the two-dimensional code by screen capture. The medical data of the user can be acquired from the user, and the medical data of the user can be immediately confirmed by the emergency crew, the caregiver, and the caregiver using the two-dimensional code. In addition, by reading the printed two-dimensional code, the user's medical data can be obtained from the two-dimensional code. Using the two-dimensional code, emergency personnel, caregivers, and caregivers can use the user's medical data. Can be confirmed immediately.

  A medical data management system that includes an optical reader that reads a two-dimensional code, the optical reader converts the two-dimensional code into various medical data, and outputs the converted medical data. By reading a two-dimensional code using a reading device and displaying medical data converted from the two-dimensional code on an optical reading device, emergency personnel, caregivers, and caregivers can immediately check the user's medical data. It is possible to accurately determine the medical measures, protective actions, and care actions that should be taken by users by emergency personnel, caregivers, and caregivers.

  A medical data management system in which a server encrypts a two-dimensional code and an optical reading device decrypts the encrypted two-dimensional code. The code is not read, and only emergency personnel, caregivers, and caregivers with a legitimate authority can confirm the medical data corresponding to the two-dimensional code. The medical data management system can improve the security of the two-dimensional code, can prevent the user's medical data from being stolen, tampered with, and misused, and can protect the privacy of the user.

  The medical data management system that reads the two-dimensional code in which the printed two-dimensional code is affixed to a designated location of the user's living base and the optical reader is attached to the designated location of the living base is By attaching a two-dimensional code to the designated location of the living base, emergency staff, caregivers, and caregivers who arrive at the user's living base in the event of an emergency, needing nursing care or needing care By reading the two-dimensional code affixed to the device with an optical reader, the user's medical data can be immediately confirmed, and medical measures and protective actions that emergency personnel, caregivers, and caregivers should take to the user , Can accurately determine the act of nursing. The medical data management system can save time and effort for emergency personnel, caregivers, and caregivers to find the location of the two-dimensional code by attaching the two-dimensional code to a designated location. In addition to being able to read the dimension code immediately, it is possible to quickly cope with the user's emergency, protection, and care.

  The medical data transmission means transmits the transmission date and time when the medical data is transmitted to the server, and the two-dimensional code conversion means converts the transmission date and time together with the medical data into a two-dimensional code, and the server converts the two-dimensional code to the transmission date and time. The medical data management system that stores data in a linked state can know the date and time when the medical data was converted into the two-dimensional code because the two-dimensional code includes the transmission date and time of the medical data. The user can grasp the old and new medical data converted from the two-dimensional code, and can accurately determine whether the medical data is adopted or not. The medical data management system allows emergency personnel, caregivers, and caregivers to determine the reliability and credibility of medical data converted from two-dimensional codes from the date and time of transmission, and medical data that uses inappropriate medical data. It is possible to prevent misjudgment of measures, protection and care.

  In the two-dimensional code conversion means, every time medical data is transmitted from a specific terminal device, the medical data is converted into a two-dimensional code. In the two-dimensional code transmission means, the medical data is converted every time medical data is transmitted. A medical data management system that transmits medical data update information to a terminal device while transmitting the latest two-dimensional code to the terminal device, the server stores the medical data every time medical data is transmitted from a specific terminal device. By converting to the two-dimensional code, the two-dimensional code can be made to correspond to the latest medical data of the user, and the latest medical data of the user can be provided to emergency personnel, caregivers, and caregivers. The medical data management system transmits medical data update information to the terminal device while transmitting the latest two-dimensional code to the terminal device, so that the medical data of the user and the user are updated to the latest medical data. The data entry person who knows the data can know, and the medical data and medical care and protection by the past medical data is not provided to the emergency crew, the caregiver, and the caregiver. It is possible to prevent misjudgment of actions and nursing care.

  The optical reader transmits the two-dimensional code and the transmission date and time to the server, and the server determines whether the transmission date and time of the medical data converted into the two-dimensional code is the latest transmission date or the past transmission date and time. The medical data management system that transmits the date and time or the past transmission date and time to the optical reading device is used to determine whether the transmission date and time of the two-dimensional code (medical data) read by the optical reading device is the latest transmission date or the past transmission date and time. The emergency personnel, caregivers, and caregivers can accurately perform medical measures, protective actions, and care actions based on the latest medical data. It is possible to reliably prevent misjudgment of protection and nursing care.

  In the two-dimensional code storage means, the terminal device determines whether the latest transmission date / time or the past transmission date / time from the transmission date / time, and updates the two-dimensional code corresponding to the past transmission date / time to the two-dimensional code corresponding to the latest transmission date / time. However, the medical data management system that deletes the two-dimensional code of the past transmission date and time does not leave the two-dimensional code converted from the past medical data in the terminal device, and the latest medical data of the user is saved as an emergency member It can be provided to caregivers and caregivers. The medical data management system does not provide emergency medical staff, caregivers, or caregivers with past medical data of users, and makes decisions on medical measures, protection, and nursing care based on the provision of past medical data. Mistakes can be prevented.

  The medical data from the past to the present sent by the terminal device to the server is stored, and the latest medical data and the latest medical data are compared with the latest medical data before sending the latest medical data to the server. The medical data management system that displays the difference from past medical data displays the difference between the latest medical data and the most recent past medical data on the terminal device. If the data entry person knows the difference between the medical data and there is no difference or there are few differences, it can be judged that the two-dimensional code does not need to be updated. It is possible to determine whether the code needs to be updated. Since the medical data management system updates the two-dimensional code by grasping the difference between the user and the data input person, the latest and appropriate two-dimensional code of the user should be provided to emergency personnel, caregivers and caregivers. Can do.

  The medical data management system in which the terminal device displays the medical data of the user corresponding to the latest two-dimensional code, the terminal device displays the medical data corresponding to the latest two-dimensional code, so that the user and the user can The data input person who inputs the medical data can know the medical data converted into the two-dimensional code, and the medical data corresponding to the two-dimensional code is correct or incorrect by the user or the data input person. Can be determined. When the medical data corresponding to the two-dimensional code includes wrong medical data, the medical data management system can judge the user or data input person, and sends the correct medical data to the server. By converting the medical data into a two-dimensional code, the two-dimensional code containing the wrong medical data can be changed to that of the correct medical data, and the wrong medical data is sent to the emergency personnel, caregivers, and caregivers. It is not provided, and it is possible to prevent misjudgment of medical measures, protection actions, and care actions due to provision of erroneous medical data.

  The medical data management system that transmits the medical data converted from the two-dimensional code to the medical institution via the network by the optical reader transmits the medical data converted from the two-dimensional code to the medical institution in a user's emergency, Before the user is transported to the medical institution, the medical institution can confirm the medical data of the user in advance, and the medical measure to be applied to the user in the medical institution can be accurately determined.

  Medical data includes user's personal information, user's past illness information, user's current medical history information, user's medical history information, user's medication information, user's allergy information, user's primary medical institution information, usage Physician information, user's medical special information, user infectious disease information, user test result information, user disability information at least personal information, past illness information, current medical history information, medication history information The medical data management system allows users to centrally store at least personal information, past illness information, current medical history information, and medical history information as a two-dimensional code. And loss of medical data. The medical data management system can be used because it can acquire at least personal information, past illness information, current medical history information, and medical history information from the two-dimensional code when the user is in an emergency, needs protection, or needs nursing care. Emergency personnel, caregivers, and caregivers can immediately check the user's personal information, past illness information, current medical history information, and medication history information during emergency, protection, and nursing care. It is possible to accurately determine medical measures, protective actions, and nursing care actions to be taken. The medical data management system is used even when the user is an elderly person living alone and the user cannot present at least personal information, past illness information, current medical history information, and medical history information in case of emergency, protection, or nursing care. By using the two-dimensional code, emergency personnel, caregivers, and caregivers can quickly know at least personal information, past illness information, current medical history information, and medical history information of the user.

  The medical data management system in which the two-dimensional code is a QR code can allow a user to centrally hold various medical data as a QR code, and prevent the loss of medical data and the loss of medical data. . The medical data management system can obtain the user's medical data from the QR code when the user is in an emergency, needs protection, or needs care. Emergency medical personnel, caregivers, and caregivers can immediately check the medical data of the user, and can accurately determine the medical measures, protective actions, and care actions that should be performed on the user. The medical data management system uses QR codes even when users are elderly people who live alone and cannot provide medical data in case of emergency, protection, or nursing care. The medical data of ambulance crews, caregivers, and caregivers can be quickly known.

The conceptual block diagram of the medical data management system shown as an example. The figure which shows an example of a menu screen. The figure which shows an example of a medical data input screen. The figure which shows an example of a personal information input screen. The figure which shows an example of a medical data transmission preparation screen. The figure which shows an example of a medical data transmission screen. The figure which shows an example of a data comparison screen. The figure which shows an example of a QR code reception screen. The figure which shows an example of a QR code confirmation screen. The figure which shows an example of the medical data display screen corresponding to QR Code. The figure which shows an example of a QR code display screen. The figure which shows an example of the printed QR code seal 17 The figure explaining transmission / reception of the information between the server 11, an ambulance (emergency vehicle), and a hospital (medical institution). The figure which shows an example of a medical data browsing screen. The figure which shows an example of a transmission date confirmation screen. The figure which shows an example of a hospital search and data transmission screen.

  The details of the medical data management system according to the present invention will be described with reference to the accompanying drawings such as FIG. 1 which is a conceptual configuration diagram of the medical data management system 10 shown as an example. The medical data management system 10 includes a server 11 managed by a management company that provides it, first to n-th terminal devices 12 for inputting various types of medical data of a specific number of users, and a QR code (two-dimensional code). 2D code reader 13 (optical reader). In the medical data management system 10 shown in FIG. 1, the user registration for the management company of a large number of specific users who use it is completed, and the user ID and password are issued to each user from the management company. .

  In FIG. 1, as the terminal device 12, a personal computer 12A, a smartphone 12B (multifunctional mobile terminal), a tablet PC 12C (multifunctional mobile terminal), and a mobile phone 12D are illustrated. In FIG. 1, a server 11, a personal computer 12A, a smartphone 12B, a tablet PC 12C, a mobile phone 12D, and a two-dimensional code reader (bar code reader) are illustrated one by one, but actually connected via the Internet 14. A plurality of personal computers, a plurality of smartphones, a plurality of tablet PCs, a plurality of mobile phones, and a plurality of two-dimensional codes that can be accessed via the Internet 14. A leader forms the system 10.

  The personal computer 12A, the smartphone 12B, the tablet PC 12C, the mobile phone 12D, and the two-dimensional code reader 13 are different in model and carrier (maker) that provides them. The personal computer 12A may be installed in a public institution such as a government office or a public medical institution in addition to the case where each user holds the personal computer 12A. Each user holds the smartphone 12B, the tablet PC 12C, and the mobile phone 12D. The terminal device 12 includes a wearable PC and a personal digital assistant (PDA), and further includes all terminal devices that can be connected to the Internet 14 (network) to be developed in the future. In the system 10, in addition to the Internet 14, other networks such as a LAN and a WAN can be used.

  The server 11 is installed in a data center contracted by a management company (management company). In some cases, the server 11 is installed at a management company's office. The server 11 includes a central processing unit (CPU or virtual CPU), a storage device (memory or virtual memory), and a large-capacity storage area (hard disk, virtual hard disk, etc.), and a physical OS (operating system) or virtual OS ( It is a logical computer operated by a virtual operating system. Although not shown in the figure, an input device such as a keyboard and a mouse and an output device such as a display and a printer are connected to the server 11 via an interface (wireless or wired). The server 11 is connected to a router (physical security router or virtual security router) and a firewall (physical firewall or virtual firewall) that exist in the data center.

  The server 11 includes a DNS server that sets a correspondence between a host name and an IP address assigned to the host name, and a database file that provides a function of receiving requests from other computers and other servers and reading and writing various information. Various servers such as servers, web servers necessary for publishing home pages, mail servers for sending and receiving e-mail, and document servers that store all created text and image data and make those data searchable Are connected, and these servers form a server group.

  The server 11 forms a network with other servers and clouds in the data center installed in any of the world via the Internet 14. The server 11 can be connected to the Internet 14, and by using the Internet 14, it is possible to access and log in to an unspecified number of other servers (computers) and the cloud with no access restrictions. Note that the server 11 itself has a DNS server function, a database server function, a Web server function, a mail server function, and a document server function, and may be classified by software for each server function.

  The server 11 activates the medical data conversion application stored in the internal address file of the memory based on the control by the operating system (OS), and implements the following means according to the application. The server 11 is a QR code converting means for converting medical data transmitted from the personal computer 12A, the smartphone 12B, the tablet PC 12C, and the mobile phone 12D and the transmission date and time of the medical data into a QR code (encrypted two-dimensional code) ( Two-dimensional code conversion means) is executed, and QR code encryption means (two-dimensional code encryption means) for encrypting the QR code (encryption method: AES method (Rijndael-128)) is executed. The server 11 uses the QR code (at least the QR code before encryption of the QR code before encryption and the QR code after encryption) as terminal identification information of the personal computer 12A, the smartphone 12B, the tablet PC 12C, and the mobile phone 12D. In addition, QR code / date / time storage means (two-dimensional code / date / time storage means) is stored in the storage area in a state associated with the transmission date / time.

  The server 11 implements QR code transmission means (two-dimensional code transmission means) for transmitting the QR code generated by the QR code conversion means to the personal computer 12A, the smartphone 12B, the tablet PC 12C, and the mobile phone 12D. The server 11 implements transmission date / time determination means for determining whether the transmission date / time of the medical data converted into the QR code transmitted from the two-dimensional code reader 13 is the latest transmission date / time or the past transmission date / time. The transmission date and time transmission means for transmitting the latest transmission date and time or the past transmission date and time determined by the above to the two-dimensional code reader 13 (computer 16 to be described later) is implemented.

  The medical data includes the user's personal information, the user's past illness information, the user's current medical history information, the user's medication history information, the user's medication information, the user's allergy information, and the user's primary medical institution information. , The user's doctor information, the user's medical special information, the user's infectious disease information, the user's test result information, and the user's failure information. As medical data, at least personal information, past illness information, current medical history information, and drug history information are necessary.

  The personal information includes the user's name (kanji and hiragana), address, telephone number, date of birth, sex, blood type, height, weight, RH antibody, e-mail address, and the like. Medical special information includes: whether insulin is used, whether inhaler is used, whether nitroglycerin is used, whether pacemaker is used, whether home oxygen is used, whether ventilator is used, whether epinephrine is used, artificial Presence / absence of dialysis, presence / absence of gastrostoma, presence / absence of gastrointestinal catheter, presence / absence of renal pelvis, presence / absence of ureteral catheter, presence / absence of artificial bladder, presence / absence of shunt, presence / absence of port, etc. The server 11 does not hold the user's medical data itself.

  In this system 10, a QR code is used as a two-dimensional code, but in addition to the QR code, a matrix type SP code, VeriCode (MaxiCode), CP code, DataMatrix, Code1, AztecCode, Interactor code, card e can be used. Stacked PDF417, Code49, Code16K, Codeblock, Super Code, Ultra Code, RSS Composite, and AztecMesa can also be used. The two-dimensional code used in the system 10 includes all that will be developed in the future.

  The personal computer 12A is a logical computer that includes a central processing unit, a storage device, and a large-capacity storage area, and is operated by a physical OS or a virtual OS. Although not shown in the figure, an input device such as a keyboard and a mouse and an output device such as a display and a printer are connected to the computer 12A via an interface (wireless or wired). The smartphone 12B, the tablet PC 12C, and the mobile phone 12D each include a physical computer that has a central processing unit (CPU or MPU) and a memory (main memory and cache memory) and that is operated by an independent operating system (OS). ing.

  The memory of the computer 12A, the smartphone 12B, the tablet PC 12C, and the mobile phone 12D stores a medical data conversion application that executes each unit of the medical data management system 10. The medical data conversion application accesses the server 11 directly or downloads from the server 11 after accessing the server 11 from another server via a link. The memory of the smartphone 12B, the tablet PC 12C, and the mobile phone 12D stores a web browser and an e-mail client that performs e-mail transmission / reception and e-mail management. The computer 12A, the smartphone 12B, the tablet PC 12C, and the mobile phone 12D can be connected to the Internet 14. By using the Internet 14, the server 11 and many other unspecified servers (computers) that have no access restrictions can be used in the cloud. You can access and log in.

  In the storage area of the computer 12A, the memory of the smartphone 12B, the tablet PC 12C, and the mobile phone 12D, terminal identification information that identifies them and the URL of the server 11 are stored. As the terminal identification information, the IP address or MAC address, URL, e-mail address, cookie information, individual identification number, etc. of the computer 12A, the smartphone 12B, the tablet PC 12C, and the mobile phone 12D can be used. The tablet PC 12C and the mobile phone 12D can uniquely generate a unique identifier for identifying them, and the generated identifier can be used as terminal identification information. The storage area of the computer 12A, the smartphone 12B, the tablet PC 12C, and the memory of the mobile phone 12D store personal information of users who have authority to use them.

  The computer 12A, the smartphone 12B, the tablet PC 12C, and the mobile phone 12D start the medical data conversion application stored in the internal address file of the memory based on the control by the operating system (OS), and according to the application, the following units To implement. The computer 12A, the smartphone 12B, the tablet PC 12C, and the mobile phone 12D implement medical data storage means for storing the input medical data from the past to the present and the input date and time.

  Before the computer 12A, the smartphone 12B, the tablet PC 12C, and the mobile phone 12D transmit the latest medical data input thereto to the server 11, the latest medical data is compared with the latest medical data. And a difference display means for displaying the difference between the latest medical data and the past medical data. The computer 12 </ b> A, the smartphone 12 </ b> B, the tablet PC 12 </ b> C, and the mobile phone 12 </ b> D implement medical data transmission means that transmits the medical data input thereto and the transmission date / time of the medical data to the server 11.

  The computer 12A, the smartphone 12B, the tablet PC 12C, and the mobile phone 12D implement QR code receiving means (two-dimensional code receiving means) that receives the QR code transmitted from the server 11, and receive the QR code received by the QR code receiving means. QR code storage means (two-dimensional code storage means) for storing in a storage area or memory in a state associated with the reception date and time and the user number is implemented.

  The computer 12 </ b> A, the smartphone 12 </ b> B, the tablet PC 12 </ b> C, and the mobile phone 12 </ b> D implement medical data display means for displaying the user's medical data corresponding to the latest QR code transmitted from the server 11. The computer 12A, the smartphone 12B, the tablet PC 12C, and the mobile phone 12D perform QR code display means (two-dimensional code display means) for displaying the QR code on the display 15 or the touch panel 15, and print the two-dimensional code via a printer. QR code printing means (two-dimensional code printing means) is implemented.

  The two-dimensional code reader 13 (optical reader) is possessed by a specific number of emergency personnel, caregivers, and caregivers. As the two-dimensional code reader 13, a handy type using a CCD is used, but a laser type using a laser can also be used. The two-dimensional code reader 13 is connected to a computer 16 (including a tablet PC) via an interface (wireless or wired).

  Similar to the personal computer 12A, the computer 16 to which the two-dimensional code reader 13 is connected includes a central processing unit, a storage device, and a large-capacity storage area, and is operated by a physical OS or a virtual OS. An input device such as a keyboard and a mouse and an output device such as a display and a printer are connected to the computer 16 via an interface (wireless or wired). The two-dimensional code reader 13 and the computer 16 form a two-dimensional code reader system (optical reading system).

  The memory of the computer 16 stores a medical data conversion application that executes each unit of the medical data management system 10, and the storage area of the computer 16 stores the URL of the server 11. The medical data conversion application accesses the server 11 directly or downloads from the server 11 after accessing the server 11 from another server via a link. The computer 16 (two-dimensional code reader 13) can be connected to the Internet 14, and by using the Internet 14, the server 11 and other unspecified servers (computers) with no access restrictions and access to the cloud and login can do.

  The computer 16 activates the medical data conversion application stored in the internal address file of the memory based on the control by the operating system (OS), and implements the following means according to the application. The computer 16 (two-dimensional code reader 13) executes QR code decoding means (two-dimensional code decoding means) for decoding the read QR code, and converts the QR code into various medical data and transmission date and time. Implement medical data conversion means. The computer 16 (two-dimensional code reader 13) implements medical data output means for outputting the medical data converted by the medical data conversion means and the transmission date and time to the display.

  The computer 16 (two-dimensional code reader 13) implements a QR code / date / time transmitting means (two-dimensional code / date / time transmitting means) for transmitting the read QR code to the server 11, and the latest transmission date / time transmitted from the server 11. Alternatively, a transmission date / time receiving means for receiving a past transmission date / time is implemented. The computer 16 (two-dimensional code reader 13) implements a transmission date / time display means for displaying the latest transmission date / time received from the server 11 or a past transmission date / time. The user's medical data converted from the QR code, the transmission date / time, Of these, at least medical data transmission means for transmitting medical data to the medical institution via the Internet 14 is implemented.

  FIG. 2 is a diagram illustrating an example of a menu screen displayed on the display 15 of the computer 12A. FIG. 3 is a diagram illustrating an example of a medical data input screen displayed on the display 15 of the computer 12A. FIG. 4 is a diagram showing an example of the personal information input screen displayed on the display 15 of the computer 12A. In these drawings, illustration of other operation buttons and icons of the display 15 of the computer 12A is omitted, and information (items) displayed in each input area and each display area is omitted.

  Hereinafter, only the display 15 of the personal computer 12A will be illustrated and the medical data management system 10 will be described. Note that the same screens as in FIGS. 2 to 4 and the following screens shown in FIGS. 5 to 11 are also displayed on the touch panel 15 of the smartphone 12B, the touch panel 15 of the tablet PC 12C, and the touch panel 15 of the mobile phone 12D.

  When the computer 12A is activated, an icon (not shown) representing the medical data management system 10 is displayed on the display 15 connected thereto. When the icon of the medical data management system 10 is clicked (the icon is tapped on the touch panel 15 of the smartphone 12B, the tablet PC 12C, or the mobile phone 12D), a login screen (not shown) is displayed on the display 15. An ID input area, a password input area, and a login button are displayed on the login screen. Enter the ID in the ID input area, enter the password in the password input area, and click the login button.

  When the login button is clicked and the ID input in the ID input area and the password input in the password input area are correct, the medical data conversion application is activated. A menu screen shown in FIG. 2 is displayed on the display 15. On the menu screen of FIG. 2, a medical data input button 2a, a medical data transmission button 2b, a medical data display button 2c, a QR code display button 2d, a QR code print button 2e, and a close button 2f are displayed. When the close button 2f is clicked, the started medical data conversion application is terminated (the same applies to the following close buttons).

  In order to input medical data, the medical data input button 2a on the menu screen is clicked. When the medical data input button 2a is clicked, the medical data input screen shown in FIG. The medical data input screen of FIG. 3 includes a past symptom information input area 3a, a current medical history information input area 3b, a drug history information input area 3c, a regular medicine information input area 3d, an allergy information input area 3e, an attending physician medical institution information input area 3f, The primary doctor information input area 3g, infectious disease information input area 3h, test result information input area 3i, failure information input area 3j, special information information input area 3k, input button 3l, menu screen button 3m, close button 3n, clear button 3o Is displayed.

  In addition, past illness information, current medical history information, drug history information, and regular medicine information are indispensable input information.Allergy information, doctor medical institution information, doctor information, infectious disease information, test result information, disorder information, and special information are , Any input information. When the menu screen button 3m is clicked, the menu screen in FIG. 2 is displayed (the same applies to the following menu screen buttons). When the clear button 3o is clicked, the information input in each input area is cleared, and information is input again in each input area (the same applies to the following clear buttons).

  A data input person who enters medical data on behalf of the user or a user (an official of a government office or an employee of a public medical institution that receives the user's request and inputs the medical data of the user) The staff of the institution inputs the user's past symptom information in the past symptom information input area 3a (multiple inputs are possible) or selects the past symptom information from the pull-down list in the past symptom information input area 3a (multiple selections are possible). The user's current medical history information is input into the current medical history information input area 3b (multiple input is possible), or the current medical history information is selected (multiple selection is possible) from the pull-down list in the current medical history information input area 3b.

  The user's medication history information is input to the medication history information input area 3c (multiple inputs are possible), or the medication history information is selected from the pull-down list in the medication history information input area 3c (multiple selections are possible). The user's home medicine information is input into the home medicine information input area 3d (multiple input is possible), or the home medicine information is selected (multiple selection is possible) from the pull-down list of the home medicine information input area 3d. The user's allergy information is input into the allergy information input area 3e (multiple inputs are possible), or allergy information is selected from the pull-down list in the allergy information input area 3e (multiple selections are possible). The main doctor / medical institution information input area 3f is input with the user's main doctor / medical institution information (multiple inputs are allowed), or the main doctor / medical institution information is selected (multiple selectable) from the pull-down list in the main doctor / medical institution information input area 3f. The user's attending doctor information is input to the attending doctor information input area 3g (multiple inputs are possible), or the attending doctor information is selected from the pull-down list of the attending doctor information input area 3g (multiple selections are possible).

  The infectious disease information input area 3h is input with the user's infectious disease information (multiple inputs are possible), or the infectious disease information is selected from the pull-down list in the infectious disease information input area 3h (multiple selections are possible). The test result information of the user is input into the test result information input area 3i (multiple input is possible), or the test result information is selected from the pull-down list in the test result information input area 3i (multiple selection is possible). The disabled person information input area 3j is input with the disabled person information of the user (multiple input is possible), or the disabled person information is selected from the pull-down list of the disabled person information input area 3j (multiple selection is possible). The user's special item information is input into the special item information input area 3k (multiple input is possible), or the special item information is selected (multiple selection is possible) from the pull-down list of the special item information input area 3k.

  After inputting information in each of the input areas 3a to 3k, the input button 3l is clicked. When the input button 3l is clicked, the personal information input screen shown in FIG. The personal information input screen of FIG. 4 includes a user name input area 4a, a user address input area 4b, a user birth date input area 4c, a user telephone number input area 4d, and a user gender input. Area 4e, user blood type input area 4f, user height input area 4g, user weight input area 4h, user GH antibody input area 4i, user mail address input area 4j, input button 4k, A return button 41, a menu screen button 4m, a close button 4n, and a clear button 4o are displayed. When the back button 4l is clicked, the previous screen is displayed (the same applies to the following back buttons).

  After inputting each item in each input area 4a-4j, the input button 4k is clicked. When the input button 4k is clicked, a data confirmation screen is displayed on the display 15 (not shown). On the data confirmation screen, a storage button, a re-input button, a menu screen button, and a close button are displayed together with a data confirmation area displaying each medical data input to each input area. When the re-input button is clicked, the medical data input screen of FIG. 3 is displayed, and the medical data is input again.

  When the user or data input person confirms each medical data displayed in the data confirmation area and then clicks the store button, the computer 12A stores the input medical data and the input date and time in association with the terminal identification information. Store in the area (medical data storage means). In addition, in the input of medical data, when personal information has already been input in the past, the input of personal information is omitted, and the personal information input screen of FIG. 4 is not displayed. Further, it is assumed that medical data and input date / time from the past to the present are stored in the storage area of the computer 12A in a state associated with the terminal identification information.

  FIG. 5 is a diagram illustrating an example of a medical data transmission preparation screen displayed on the display 15 of the computer 12A. FIG. 6 is a diagram illustrating an example of a medical data transmission screen displayed on the display 15 of the computer 12A. . FIG. 7 is a diagram illustrating an example of a data comparison screen displayed on the display 15 of the computer 12A. FIG. 8 is a diagram illustrating an example of a QR code reception screen displayed on the display 15 of the computer 12A. 5-8, illustration of the other operation buttons, icons, etc. of the display 15 is abbreviate | omitted, and illustration of the information (item) displayed on each input area or each display area is abbreviate | omitted.

  In order to transmit the input medical data to the server 11, the medical data transmission button 2b on the menu screen in FIG. 2 is clicked. When the medical data transmission button 2b is clicked, the medical data transmission preparation screen shown in FIG. In the medical data transmission preparation screen of FIG. 5, a user number input area 5a, a name input area 5b, an address input area 5c, a telephone number input area 5d, a confirmation button 5e, a menu screen button 5f, and a close button 5g are displayed. .

  When the medical data is transmitted to the server 11 for the first time, since the user number is not provided (transmitted) from the server 11, the user or the data input person leaves the user number input area 5a blank and enters the name input area 5b. The user's name is input, the user's address is input in the address input area 5c, and the user's telephone number is input in the telephone number input area 5d, and then the confirmation button 5c is clicked. When the confirmation button 5c is clicked, the medical data transmission screen shown in FIG. Since the user number is provided from the server 11 at the second and subsequent medical data transmissions, the user number is input in the user number input area 5a, and the other input areas 5b to 5d are omitted. can do.

  When the computer 12A determines the authenticity of the user or the data input person who transmits medical data based on the user number, name, address, or telephone number, and determines that there is authenticity, the medical data transmission screen of FIG. When it is determined that there is no authenticity, an error message is displayed on the display 15. The medical data transmission screen in FIG. 6 includes a user number display area 6a, name display area 6b, address display area 6c, telephone number display area 6d, medical data display area 6e, transmission button 6f, menu screen button 6g, and close button. 6h is displayed.

  In the pull-down list of the medical data display area 6c, the input date and time of medical data from the past to the present is displayed. When a user or a data input person selects specific medical data from the pull-down list in the medical data display area 6c and clicks on the medical data, a detailed display screen of the medical data is displayed on the display 15 (not shown). Is done. A user or an input person can know the medical data of the user at a predetermined time (past to present) by looking at the medical data detail display screen.

  In the medical data transmission screen of FIG. 6, the user number and the data input user can see the user number displayed in the user number display area 6a, the name displayed in the name display area 6b, the address displayed in the address display area 6c, After confirming the telephone number displayed in the telephone number display area 6d and the date and time displayed in the medical data display area 6c, when the transmission button 6d is clicked, the computer 12A inputs this time while referring to the input date and time of the medical data. Compared medical data (latest medical data) with previously entered medical data (last medical data) and display the difference between the latest medical data and the past medical data (difference display means). Note that if no arbitrarily entered medical data is input, the corresponding comparison area is blank.

  A data comparison screen shown in FIG. 7 is displayed on the display 15. The data comparison screen of FIG. 7 includes a past illness information comparison area 7a, a current medical history information comparison area 7b, a drug history information comparison area 7c, a conventional medicine information comparison area 7d, an allergy information comparison area 7e, an attending physician / medical institution information comparison area 7f, and an attending physician. Information comparison area 7g, infectious disease information comparison area 7h, test result information comparison area 7i, failure information comparison area 7j, special information information comparison area 7k, transmission decision button 7l, re-input button 7m, return button 3n, menu screen button 3o A close button 3p is displayed.

  The past disease information (latest medical data) inputted this time and the previous past information (last medical data) inputted last time are displayed in the past disease information comparison area 7a, and the current history information comparison area 7b is inputted this time. The current medical history information inputted last time and the current medical history information inputted last time are displayed, and in the medicine history information comparison area 7c, the medicine history information inputted this time and the medicine history information inputted last time are displayed. The medicine information comparison area 7d displays the medicine information inputted this time and the medicine information inputted last time, and the allergy information comparison area 7e shows the allergy information inputted this time and the allergy information inputted last time. Then, the main doctor medical institution information comparison area 7f displays the main doctor medical institution information input this time and the main doctor medical institution information input last time.

  The attending doctor information comparison area 7g displays the currently input attending doctor information (latest medical data) and the previously input attending doctor information (last medical data), and the infectious disease information comparing area 7h inputs this time. The infectious disease information inputted last time and the infectious disease information inputted last time are displayed, and in the test result information comparison area 7i, the test result information inputted this time and the test result information inputted last time are displayed. The fault information comparison area 7j displays the fault information input this time and the fault information input last time. The special note information comparison area 7k displays the special note information input this time and the special note information input last time. Is displayed.

  When the information input this time is different from the information input last time, the different comparison areas are inverted. The user or data input person can know the difference of the input medical data by looking at the inverted comparison area. When the medical data is greatly different and the correction of the medical data input this time is necessary, or when the error of the medical data input this time is found and the correction of the medical data is necessary, the re-input button 7m is clicked. When the re-input button 7m is clicked, the medical data input screen of FIG. 3 is displayed on the display 15, and the medical data is input again on the medical data input screen of FIG. 3 to correct the medical data (including correction of personal information). Sometimes).

  The medical data management system 10 displays the difference between the information (latest medical data) input this time and the previously input information (latest medical data) in the computer 12A. If you can know the difference of medical data and there is no difference or few differences, you can judge whether the medical data (QR code) need not be modified or updated, and if there is a big difference, It is possible to determine whether data (QR code) needs to be corrected or updated.

  In order to transmit the medical data of the user who has confirmed the data comparison screen of FIG. 7 to the server 11, click the transmission determination button 7 l. When the transmission determination button 7l is clicked, the computer 12A connects to the Internet 14 and accesses and logs in to the server 11 using the URL of the server 11. Next, the computer 12A transmits the medical data (latest medical data) input this time, the terminal identification information of the computer 12A, and the transmission date / time of the medical data (including the input date / time of the medical data) to the server 11 (medical treatment). Data transmission means).

  There is a case where a predetermined time elapses after the first medical data is transmitted to the server 11 and the medical data needs to be corrected (updated) due to a change in the physical condition of the user. In this case, the user or the data input person inputs new medical data from the menu screen of FIG. 2 according to the procedure described above, and transmits the medical data to the server 11. The computer 12A stores the newly input medical data and the input date and time in the storage area in association with the terminal identification information (medical data storage means). The newly input medical data (latest medical data) and the computer The terminal identification information of 12A and the transmission date / time of medical data (including the input date / time of medical data) are transmitted to the server 11 (medical data transmission means).

  Receiving the medical data, terminal identification information, and transmission date / time (including the input date / time) from the computer 12A, the server 11 receives the medical data transmitted from the computer 12A and the transmission date / time of the medical data with a QR code (encrypted two-dimensional code). QR code conversion means (two-dimensional code conversion means) for conversion into a code). In other words, when medical data is transmitted from the computer 12A, a QR code corresponding to the medical data is generated. In the QR code conversion means (two-dimensional code conversion means), the server 11 generates a unique user number corresponding to each user.

  Next, the server 11 encrypts the generated QR code (QR code encryption means (two-dimensional code encryption means)). In QR code encryption, a new password (key) is generated each time medical data and transmission date and time are converted into a QR code, and the password is set in the QR code. Similarly, when the medical data is transmitted from the smartphone 12B, the tablet PC 12C, or the mobile phone 12D, the medical data and the transmission date and time of the medical data are converted into a QR code, and the QR code is encrypted.

  The server 11 uses the QR code as the terminal identification information of the computer 12A, the transmission date and time (including the input date and time), the user number (or the terminal identification information of the smartphone 12B, the tablet PC 12C, and the mobile phone 12D, the transmission date and time, the user number). (QR code / date / time storage means (two-dimensional code / date / time storage means)). The server 11 sends the encrypted QR code (encrypted two-dimensional code) and the transmission date and time to the computer 12A (or smartphone 12B, tablet PC 12C, mobile phone 12D) that has transmitted medical data corresponding to the QR code. Transmit (QR code transmitting means (two-dimensional code transmitting means)).

  Each time medical data is transmitted from the computer 12A, the server 11 converts the medical data into a QR code (QR code converting means (two-dimensional code converting means)), and encrypts the QR code (QR code encryption). (Two-dimensional code encryption means)). In other words, each time new medical data is transmitted from the computer 12A, a new QR code corresponding to the new medical data is generated, and the QR code is encrypted.

  The server 11 associates the newly generated QR code (the QR code generated each time medical data is transmitted) with the terminal identification information, the transmission date / time (including the input date / time), and the user number of the computer 12A. Store in the storage area (QR code / date / time storage means (two-dimensional code / date / time storage means)). The server 11 transmits the latest QR code and transmission date / time (including the input date / time) converted every time medical data is transmitted to the computer 12A (QR code transmission means (two-dimensional code transmission means)), The medical data update information is transmitted to the computer 12A.

  The computer 12A receives the QR code (encrypted QR code) and the transmission date / time (including the input date / time) transmitted from the server 11 (QR code receiving means (two-dimensional code receiving means)). A QR code reception screen shown in FIG. 8 is displayed on the display 15. The QR code reception screen of FIG. 8 includes a name display area 8a displaying the user's name, a user number display area 8b displaying the user's user number, a transmission date / time display area 8c displaying the transmission date and time, and a server. 11, a QR code display area 8d displaying the QR code transmitted from 11 and a reception confirmation button 8e are displayed. When the second and subsequent QR codes are transmitted, although not shown, a medical data update message (medical data update information) is displayed on the QR code reception screen of FIG. The user or the data input person can confirm that the medical data or the QR code is updated by looking at the medical data update message.

  When the user or data input person clicks the reception confirmation button 8d, the computer 12A stores the QR code and the transmission date and time (including the input date and time) in the storage area in a state associated with the user number and the terminal identification information. Storage means (two-dimensional code storage means). When the second and subsequent QR codes are transmitted from the server 11, the QR code storage unit (two-dimensional code storage unit) determines whether the latest transmission date (or input date) from the transmission date (or input date) or the past It is determined whether the transmission date / time (or input date / time), and the past transmission date / time is updated while the QR code corresponding to the past transmission date / time (or input date / time) is updated to the QR code corresponding to the latest transmission date / time (or input date / time). Delete the QR code (or input date and time). Accordingly, the QR code obtained by converting past medical data does not remain in the computer 12A.

  In the medical data management system 10, the computer 12A (or the smartphone 12B, the tablet PC 12C, and the mobile phone 12D) (terminal device) transmits various medical data input thereto to the server 11, and the server 11 transmits the medical data to the QR. The code (two-dimensional code) is converted, and the QR code is transmitted to the computer 12A (or the smartphone 12B, the tablet PC 12C, and the mobile phone 12D) that transmitted the corresponding medical data, and the computer 12A (or the smartphone 12B, Since the tablet PC 12C and the mobile phone 12D) receive the QR code transmitted from the server 11 and store the QR code, the user can centrally hold his / her various medical data as a QR code. Of medical data It is possible to prevent the loss of loss and medical data.

  9 is a diagram showing an example of a QR code confirmation screen displayed on the display 15 of the computer 12A. FIG. 10 is an example of a medical data display screen corresponding to the QR code displayed on the display 15 of the computer 12A. FIG. 9 and 10, illustration of other operation buttons, icons, etc. of the display 15 is omitted, and illustration of information (items) displayed in each display area is omitted. In order to confirm the medical data corresponding to the QR code, the medical data display button 2c on the menu screen of FIG. 2 is clicked.

  When the medical data display button 2 c is clicked, a QR code confirmation screen shown in FIG. 9 is displayed on the display 15. The QR code confirmation screen of FIG. 9 includes a name display area 9a that displays the name of the user, a user number display area 9b that displays the user number of the user, and a transmission date and time display area that displays the transmission date and time of the medical data. 9c, a QR code display area 9d displaying a QR code, a medical data display button 9e, a menu screen button 9f, and a close button 9g are displayed.

  When a user or a data input person who confirms the transmission date and time displayed in the transmission date and time display area 9c or the QR code displayed in the QR code display area 9d clicks the medical data display button 9e, the medical data display screen shown in FIG. Is displayed on the display 15 (medical data display means). The medical data displayed on the medical data display screen corresponds to the QR code displayed on the QR code confirmation screen of FIG.

  The medical data display screen of FIG. 10 displays a past medical condition information display area 10a that displays a user's past medical history, a current medical history information display area 10b that displays a current medical history, a medical history information display area 10c that displays a medical history, and a conventional medicine. Medicine information display area 10d, allergy information display area 10e displaying allergies, attending doctor medical institution information display area 10f displaying the attending doctor's medical institution, attending doctor information displaying area 10g displaying the attending doctor, infectious disease information displaying displaying the infectious disease An area 10h, an inspection result information display area 10i that displays the inspection result, a failure information display area 10j that displays the failure information, and a special item information display area 10k that displays special items are displayed. Further, a QR code display area 10l displaying a QR code, a print button 10m, a return button 10n, a menu screen button 10o, and a close button 10p are displayed. By clicking the print button 10m, the medical data displayed on the medical data display screen can be printed together with the QR code.

  The medical data management system 10 displays the medical data corresponding to the latest QR code (two-dimensional code) by the computer 12A (terminal device), so that the user or the data input person converts the medical data into the QR code. The user or data input person can determine whether the medical data corresponding to the QR code is correct data or includes wrong data. When the medical data corresponding to the QR code includes wrong medical data, the medical data management system 10 can determine the user or the data input person, and transmits the correct medical data to the server 11. Then, by converting the medical data into a QR code, the QR code including the wrong medical data can be changed to that of the correct medical data.

  FIG. 11 is a diagram showing an example of a QR code display screen displayed on the display 15 of the computer 12A, and FIG. 12 is a diagram showing an example of a printed QR code seal 17. In FIG. 11, illustration of other operation buttons, icons, and the like of the display 15 is omitted, and information (items) displayed in each display area is omitted. In order to display the QR code on the display 15, the QR code display button 2d on the menu screen of FIG. 2 is clicked.

  When the QR code display button 2d is clicked, the QR code display screen shown in FIG. 11 is displayed on the display 15 (QR code display means (two-dimensional code display means)). The QR code display screen of FIG. 11 includes a name display area 11a that displays the name of the user, a user number display area 11b that displays the user number of the user, and a transmission date and time display area that displays the transmission date and time of the medical data. 11c, a QR code display area 11d displaying a QR code, a capture button 11e, a menu screen button 11f, and a close button 11g are displayed.

  By clicking the capture button 11e, only the QR code is displayed on the display 15 so that the two-dimensional code reader 13 can read the QR code. In this state, the QR code can be read directly from the display 15 (or touch panel 15). When the QR code displayed in the QR code display area 11d is clicked, the medical data display screen in FIG. 10 showing the details of the medical data corresponding to the QR code is displayed on the display 15.

  To print the QR code, click the QR code print button 2e on the menu screen of FIG. When the QR code print button 2e is clicked, a QR code print screen is displayed on the display 15 (not shown). The QR code print screen displays a name display area that displays the user's name, a user number display area that displays the user number of the user, a transmission date and time display area that displays the transmission date and time of medical data, and a QR code. A QR code display area, a print button, a menu screen button, and a close button are displayed.

  By clicking the print button, the QR code is printed by the printer (QR code printing means (two-dimensional code printing means)). It is assumed that the QR code is printed by a printer owned by the data input person. In the printer, the QR code seal 17 shown in FIG. 12 printed with the QR code is made. The QR code seal 17 has a QR code and a user number printed on its printing surface 18, and an adhesive (not shown) is applied to its affixing surface 19, and the adhesive is a release paper (not shown). Is covered and protected.

  The data input person instructs the QR code sticker 17 to be pasted to a designated place in the user's home (living base). The designated location is, for example, a refrigerator door, a toilet door, the front of a front door clog box, and the like. The user peels off the release paper from the QR code seal 17 and affixes the QR code seal 17 to a designated location via an adhesive. In addition, when QR code is printed with a printer owned by the user, apply an adhesive to the back side of the QR code sheet (paper or film) on which the QR code is printed, and specify the QR code sheet via the adhesive. Affix to the part of.

  FIG. 13 is a diagram for explaining transmission / reception of information among the server 11, the ambulance 19 (emergency vehicle), and the hospital 20 (medical institution). FIG. 14 is a diagram of the computer 16 to which the two-dimensional code reader 13 is connected. It is a figure which shows an example of the medical data browsing screen displayed on the display. FIG. 15 is a diagram illustrating an example of a transmission date confirmation screen displayed on the display 18 of the computer 16, and FIG. 16 is a diagram illustrating an example of a hospital search / data transmission screen displayed on the display 18 of the computer 16. is there. 14 to 16, illustrations of other operation buttons, icons, and the like of the display 18 are omitted, and information (items) displayed in each display area is omitted.

  Hereinafter, the medical data management system 10 will be described by taking as an example a case where the user has lost physical condition and called the ambulance 19 after the QR code seal 17 or the QR code sheet is attached to a designated place at home. Although one ambulance 19 and one hospital 20 are illustrated in FIG. 13, a plurality of ambulances 19 and a plurality of hospitals 20 actually use the system 10. The ambulance 19 is equipped with a hand-held two-dimensional code reader 13 and a computer 16 to which the two-dimensional code reader 13 is connected wirelessly. The ambulance crew who gets into the ambulance 19 is informed of where the QR code is attached.

  After the user or his / her family (user in the case of living alone) calls the ambulance 19 and the ambulance 19 arrives at home, the ambulance crew enters the user's home with the two-dimensional code reader 13. Next, one emergency worker goes to the place where the QR code is attached and reads the QR code by the two-dimensional code reader 13. When the QR code is peeled off from the pasted place or the QR code is damaged and cannot be read, the display 15 (or touch panel 15) of the computer 12A (or smartphone 12B, tablet PC 12C, mobile phone 12D) is used. Read the QR code.

  When the QR code is read, the QR code is transferred from the two-dimensional code reader 13 to the computer 16. Note that a password (key) generated when the medical data and the transmission date and time are converted into a QR code is transmitted from the server 11 to the computer 16 or notified from a management company that manages the server 11. The computer 16 uses the password (key) to decode the QR code read by the two-dimensional code reader 13 (QR code decoding means (two-dimensional code decoding means)). The computer 16 converts the decrypted QR code into medical data and transmission date / time of the user (medical data conversion means), and displays the medical data and transmission date / time converted by the medical data conversion means on the display 18 (medical data output). means). A medical data browsing screen shown in FIG. 14 is displayed on the display 18.

  The medical data browsing screen of FIG. 14 includes a name display area 14a displaying the name of the user, an address display area 14b displaying the address, a birth date display area 14c displaying the date of birth, and a telephone displaying the phone number. Number display area 14d, sex display area 14e displaying sex, blood type display area 14f displaying blood type, height display area 14g displaying height, weight display area 14h displaying weight, GH antibody displaying GH antibody The display area 14i, the mail address display area 14j displaying the mail address, and the past disease information display area 14k displaying the past medical history, the current medical history information display area 14l displaying the current medical history, and the medical history information displaying the medical history. Display area 14m, medicine information display area 14n that displays medicines, alleles that display allergies -Information display area 14o, primary doctor medical institution information display area 14p displaying the primary doctor medical institution, primary doctor information display area 14q displaying the primary doctor, infectious disease information display area 14r displaying the infectious disease, test result information displaying the test result A display area 14s, a failure information display area 14t displaying failure information, and a special item information display area 14u displaying special items are displayed. Further, a transmission date / time display area 14v displaying the transmission date / time, a print button 14w, a transmission date / time inquiry button 14x, a medical data transmission button 14y, and a close button z are displayed.

  By clicking the print button 14w, the medical data (including the transmission time) displayed on the medical data browsing screen can be printed (medical data output means). The ambulance crew can transmit the transmission date / time of the medical data converted from the QR code to the server 11 and inquire whether the transmission date / time of the medical data is the latest transmission date / time or the past transmission date / time. In order to make an inquiry about the transmission date and time, the transmission date and time inquiry button 14x on the medical data browsing screen in FIG. 14 is clicked. When the transmission date / time inquiry button 14x is clicked, the computer 16 transmits the QR code, transmission date / time, terminal identification information, and user number read by the two-dimensional code reader 13 to the server 11 (QR code / date / time transmission means (two-dimensional Code / date and time transmission means)).

  The server 11 identifies the user by comparing the terminal identification information and user number transmitted from the computer 16 with the terminal identification information and user number stored in the storage area, and from the past to the present of the identified user. QR code and its transmission date and time are extracted. Next, the transmission date / time transmitted from the computer 16 and the transmission date / time extracted from the storage area are collated to determine whether the transmission date / time transmitted from the computer 16 is the latest transmission date / time or a past transmission date / time (transmission date / time). Judgment means). The server 11 transmits the latest transmission date / time or past transmission date / time determined by the date / time determination means to the computer 16 (two-dimensional code reader 13) (transmission date / time transmission means).

  The computer 16 (two-dimensional code reader 13) receives the latest transmission date / time or past transmission date / time transmitted from the server 11 (transmission date / time receiving means), and receives the latest transmission date / time or past transmission date / time received from the server 11. Is displayed (transmission date and time display means). On the display 18, a transmission date confirmation screen shown in FIG. 15 is displayed. The transmission date confirmation screen of FIG. 15 includes a name display area 15a that displays the user's name, a user number display area 15b that displays the user number, and a verification target transmission date and time display area 15c that displays the transmission date and time of the verification target. A latest judgment display area 15d for displaying the latest transmission date or past transmission date, a latest transmission date display area 15e for displaying the latest transmission date of the user, a print button 15f, a return button 15g, and a close button 15h. Is displayed.

  In the latest judgment display area 15d that displays whether the latest transmission date / time or the past transmission date / time, if the transmission date / time to be verified is the latest transmission date / time, a circle is displayed, and the transmission date / time to be verified is the latest transmission date / time. When it is not the date and time but the past transmission date and time, x is displayed. The latest transmission date / time display area 15e displays the latest transmission date / time of the user's medical data.

  The emergency personnel can transmit the medical data of the user converted from the QR code to the hospital 20 (medical institution). In order to transmit the medical data to the hospital 20, the medical data transmission button 14y on the medical data browsing screen in FIG. 14 is clicked. When the medical data transmission button 14y is clicked, the hospital search / data transmission screen shown in FIG. A hospital search area 16a, a data transmission button 16b, a return button 16c, and a close button 16d are displayed on the hospital search / data transmission screen in FIG.

  In the hospital search area 16a, hospital names of a plurality of hospitals, addresses of the hospitals, telephone numbers of the hospitals, and URLs of the hospitals are displayed. The ambulance crew selects the hospital in the hospital search area 16a, inverts the hospital, specifies the hospital to which the medical data is transmitted, and then clicks the data transmission button 16b. When the data transmission button 16b is clicked, the computer 16 connects to the Internet 14, accesses and logs in to the server (computer) of the hospital 20 using the identified hospital URL, and displays the medical data browsing screen of FIG. The displayed medical data is transmitted to the server of the hospital 20 (converted medical data transmission means). The same screen as the medical data browsing screen of FIG. 14 is displayed on the display connected to the server of the hospital 20.

  The medical data management system 10 uses a two-dimensional code reader 13 (optical reader) to read a QR code (two-dimensional code) when the user is in an emergency, needs protection, or needs care. Since the data is output, various medical data of the user can be acquired using the QR code. The medical data management system 10 can immediately check the user's medical data in case of emergency or protection of the user or when the user needs care, and the medical data of the user can be confirmed. By using it, it is possible to accurately determine medical measures, protective actions, and care actions that should be performed on the users by emergency crews, caregivers, and caregivers.

  The medical data management system 10 uses a two-dimensional code even when the user is an elderly person living alone and cannot present medical data in case of emergency, protection, or nursing care. Therefore, emergency medical personnel, caregivers, and caregivers can earn various medical data, and emergency medical personnel, caregivers, and caregivers can quickly know various medical data of users. The medical data management system 10 can determine whether the transmission date / time of the two-dimensional code (medical data) read by the two-dimensional code reader 13 is the latest transmission date / time or the past transmission date / time. Caregivers can accurately perform medical measures, protective actions, and nursing care based on the latest medical data, and reliably prevent misjudgment of medical measures, protective actions, and nursing care actions based on past medical data be able to.

  The medical data management system 10 applies a QR code to a designated location of the user's home (living base), so that an emergency arrives at the user's home in the event of a user's emergency, nursing care, or nursing care Members, caregivers, and caregivers can save time and labor to find the location of the QR code, and the two-dimensional code reader 13 can immediately read the QR code affixed to the designated location. It is possible to respond quickly in case of an emergency, protection, or care.

  By encrypting the QR code, the medical data management system 10 prevents the unauthorized third party from reading the QR code, and only the emergency personnel, caregivers, and caregivers who have the proper authority can read the QR code. Medical data corresponding to the code can be confirmed. The medical data management system 10 can improve the security of the QR code, can prevent the user's medical data from being stolen, tampered with, and misused, and can protect the privacy of the user.

DESCRIPTION OF SYMBOLS 10 Medical data management system 11 Server 12 1st-nth terminal device 12A Personal computer 12B Smartphone 12C Tablet PC
12D mobile phone 13 Two-dimensional code reader (optical reader)
14 Internet 15 Display 16 Computer 17 QR Code Sticker 18 Display 19 Ambulance 20 Hospital (Medical Institution)

Claims (14)

Formed from first to n-th terminal devices for inputting various medical data of a specific number of users, and a server accessible to these terminal devices via a predetermined network,
The terminal device implements medical data transmitting means for transmitting the medical data input thereto to the server, and the server converts the medical data transmitted from the terminal device into a two-dimensional code. Two-dimensional code transmitting means for transmitting the two-dimensional code to the terminal device that has transmitted the medical data corresponding to the two-dimensional code is implemented, and the terminal device transmits the two-dimensional code transmitted from the server. A medical data management system comprising: a two-dimensional code receiving unit that receives the two-dimensional code; and a two-dimensional code storage unit that stores the two-dimensional code received by the two-dimensional code receiving unit.   The medical data management system according to claim 1, wherein the terminal device includes a two-dimensional code display unit that displays the two-dimensional code, and a two-dimensional code printing unit that prints the two-dimensional code.   The medical data management system includes an optical reader that reads the two-dimensional code, and the optical reader converts the read two-dimensional code into various medical data, and the medical data converter The medical data management system according to claim 1 or 2, wherein medical data output means for outputting the converted medical data is implemented.   The medical device according to claim 3, wherein the server includes a two-dimensional code encrypting unit that encrypts the two-dimensional code, and the optical reader includes a decrypting unit that decrypts the encrypted two-dimensional code. Data management system.   In the medical data management system, the two-dimensional code printed by the two-dimensional code printing unit is affixed to a designated location of the user's living base, and the optical reader is affixed to the designated location of the living base. The medical data management system according to claim 4, wherein the two-dimensional code is read.   The medical data transmission means transmits the transmission date and time when the medical data is transmitted to the server, and the two-dimensional code conversion means converts the transmission date and time together with the medical data into a two-dimensional code, and the server 6. The medical data management system according to claim 1, further comprising: a two-dimensional code / date / time storage unit that stores the two-dimensional code and the transmission date / time.   The two-dimensional code conversion means converts the medical data into a two-dimensional code every time the medical data is transmitted from the specific terminal device, and the two-dimensional code transmission means transmits the medical data. The medical data management system according to claim 6, wherein medical data update information is transmitted to the terminal device while transmitting the latest two-dimensional code converted every time to the terminal device.   When the optical reading device reads the two-dimensional code, the optical reading device includes a two-dimensional code / date / time transmission means for transmitting the two-dimensional code and the transmission date / time to the server, and the server transmits from the optical reading device. A transmission date / time determination means for determining whether the transmission date / time of the medical data converted into the two-dimensional code is the latest transmission date / time or a past transmission date / time, and the latest transmission date / time or past transmission determined by the transmission date / time determination means The medical data management system according to claim 6 or 7, further comprising transmission date and time transmission means for transmitting date and time to the optical reader.   The two-dimensional code storage means determines whether the transmission date is the latest transmission date or the past transmission date, and updates the two-dimensional code corresponding to the past transmission date to a two-dimensional code corresponding to the latest transmission date. The medical data management system according to any one of claims 6 to 8, wherein the two-dimensional code of the past transmission date and time is deleted.   The terminal device compares medical data storage means for storing input medical data from the past to the present, and the latest medical data before the latest medical data is transmitted to the server. 10. The medical data management system according to claim 6, further comprising difference display means for displaying a difference between the latest medical data and the most recent past medical data.   The medical data management system according to claim 10, wherein the terminal device includes medical data display means for displaying medical data of a user corresponding to the latest two-dimensional code.   The medical data management system according to any one of claims 4 to 11, wherein the optical reading device includes converted medical data transmission means for transmitting medical data converted from the two-dimensional code to a medical institution via the network.   The medical data includes the user's personal information, the user's past illness information, the user's current medical history information, the user's medication history information, the user's regular medicine information, the user's allergy information, and the user's primary medical institution information. , User's primary doctor information, user's medical special information information, user's infectious disease information, user's test result information, user's disability information, at least the personal information, the past disease information, the current medical history The medical data management system according to any one of claims 1 to 12, which is information and the medicine history information. The medical data management system according to any one of claims 1 to 13, wherein the two-dimensional code is a QR code.

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