KR20250074845A - Medical institution treatment reception authentication management system and method through NFC Tag - Google Patents

Abstract

In the present invention, a system and method for authenticating medical treatment reception at a medical institution using an NFC tag are disclosed.
A management system and method are provided so that a user can conveniently submit a treatment application by authenticating himself or herself with information that can identify the medical institution using NFC Tag (QR code) information placed at various predetermined reception window locations, and entering information including the relevant treatment subject and the questionnaire information required for treatment at the medical institution on the generated mobile screen to use the treatment application provided by the medical institution.

Description

Medical institution treatment reception authentication management system and method through NFC Tag {Medical institution treatment reception authentication management system and method through NFC Tag}

The present invention relates to a system and method for managing authentication for receiving medical treatment at a medical institution using an NFC Tag, and more particularly, to a technology for providing a system and method for receiving medical treatment by authenticating a user's mobile device through an NFC Tag (QR code) fixedly installed or placed around a medical institution reception window, and then generating information necessary for receiving treatment provided by a medical institution, and then easily and conveniently transmitting the generated information corresponding to the related questionnaire information to be submitted to the medical institution to the medical institution by checking and entering the generated information to be received, and transmitting it to the medical institution so that a medical treatment application can be received.

As information and communication technology and mobile communication become more widespread, various personalized mobile services that allow access to the Internet anytime and anywhere are becoming widespread.

In general, mobile real-name authentication management is widely used in Internet-based financial transactions through simple authentication methods such as mobile OTP (One-Time Password), mobile authentication app, mobile phone real-name authentication, and biometric authentication that allow easy real-name authentication with the user's smartphone, and as mobile real-name authentication is performed, technology for identifying users is becoming widely distributed.

For example, higher-level medical institutions mainly use a separate device for kiosk authentication.

Here, to authenticate oneself, the user enters their health insurance number, resident registration number, customer number, etc. into the kiosk, or scans information such as a QR code or barcode. As the user enters authentication information, the application for medical treatment is accepted through the recognized information.

These medical treatment application processes are very important because they involve verifying the user's identity to confirm that the user has the rightful authority to use the medical treatment benefits.

However, the process of entering health insurance number, resident registration number, customer number, etc. at the kiosk is inconvenient because the screen is displayed large for the digitally disadvantaged, so the information may be exposed to people around you, and you have to enter the relevant number every time you use it.

In addition, the method of generating a QR code by running the health insurance APP and scanning the QR code information generated at the kiosk is limited to verifying personal information through the health insurance APP.

For example, if a legal representative selects an application for a first visit, the patient information such as the relationship to the patient, patient name, patient date of birth, and documents necessary for the relationship with the patient (patient's ID card (1 copy), family relationship certificate, etc.) are confirmed. In order to shorten the consultation time between the patient and the doctor in charge, information that is repeatedly asked to the patient such as department of treatment, area of pain, bringing records from other hospitals, presence of diseases (current medications), allergies, pregnancy, height, weight, blood pressure, etc., should be created and can be selected or entered. However, there is the inconvenience of having to write it out separately by hand or having to explain again when receiving the consultation the relevant information necessary for patient treatment such as area of pain, bringing records from other hospitals, presence of diseases (current medications), allergies, pregnancy, height, weight, and blood pressure.

In addition, barcodes generated on medical records, prescriptions, invoices, reservations, etc. are scanned at a kiosk, and are mainly for information on existing treatment, so a separate treatment reception process is required for treatment of other areas, and there is the inconvenience of having to carry it with you at all times.

In many cases, the inconvenience of using the kiosk was due to the immaturity of the process of registering for treatment, which caused delays and made people feel uncomfortable (52.8%), or difficulties in operating the kiosk (46.8%). Among these, the most inconvenient thing was ‘difficulty in operating the kiosk’ among the age group of 60 and above.

In addition, when a patient visits a medical institution (small hospital, clinic) to register for treatment at the medical institution, it is common to meet the administrative staff of the medical institution in person and manually fill out the treatment registration form with personal information (name, date of birth) to proceed with the treatment registration procedure.

During these medical treatment registration procedures, personal information will inevitably be exposed to patients who apply for treatment later.

In addition, when it is the patient's turn to be seen after completing the registration, most administrative staff call the patient's name by voice and then reconfirm the patient's date of birth by voice.

In this way, personal information is being exposed indiscriminately.

As such, the input of personal information indiscriminately exposes personal information and entails the inconvenience of having to input it every time a medical procedure is performed. Therefore, there is an urgent need for an automated personal authentication system that can resolve inconveniences in daily life and make it easier for many digitally disadvantaged people, such as the elderly who have had difficulty using devices to apply for medical treatment, to use.

The present invention has been created to solve the above-described problems, and provides a system and method for easily and conveniently applying for and receiving necessary treatment at a medical institution by using NFC Tag (QR code) information placed at a medical institution's reception window, and providing related information so that information corresponding to a related treatment subject and questionnaire information required by a medical institution to receive treatment can be generated or entered on a mobile screen generated with user authentication-related information verified through an NFC Tag (QR code) placed at a medical institution's reception window with a user's mobile device.

According to one embodiment of the present invention, a system and method are provided in which an electronic tag (NFC Tag, QR code) containing information that can identify a medical institution at various predetermined locations and information required for treatment at a medical institution for convenient application for treatment is provided, and when information related to user authentication is verified through an electronic tag (NFC Tag, QR code) placed near a medical institution treatment reception window with a user's mobile device, a questionnaire information required for treatment at the medical institution is generated, verified and entered, and provided to the medical institution so that treatment provided by the medical institution can be conveniently used in sequence.

In the system and method for authenticating medical institution treatment reception using an NFC Tag of the present invention, a unique identification information data code encrypted as a unique code system including an interface such as URL/special characters or numbers/special functions is created so that information that can accurately identify a medical institution (medical institution treatment subject, information required by a related medical institution to provide treatment) can be matched for issuing an electronic tag, and the encrypted unique identification information data code is stored in a management server, and the stored unique identification information data code is encoded into an NFC Tag or a QR code is created to produce an electronic tag (NFC Tag or QR code) and placed near the medical institution reception window.

In order to achieve this purpose, in the present invention, when a user's mobile phone with a communication function comes into contact with an electronic tag (NFC Tag, QR code) installed or placed in a medical institution, information for authenticating the user is generated on the user's mobile screen by a pre-input electronic tag (NFC Tag, QR code) information processor, and the generated treatment information corresponding to the relevant information required for treatment at the medical institution can be checked and selectively entered, thereby enabling easy and simple application for and reception of treatment.

According to the disclosure, when a user's mobile device touches an electronic tag (NFC Tag, QR code) placed in a medical institution, the user's information and the medical institution's treatment information are compared and confirmed, and the questionnaire information necessary to enable application for treatment corresponding to the information that can authenticate the user is generated, and the user can apply for treatment at the medical institution through real-time confirmation and selection with the generated information, and the information related to the treatment applied for by the user is displayed in real-time on the PC program screen used by the administrator for confirmation, thereby simplifying the process of applying for and receiving treatment, improving the convenience of the administrator and the user, thereby resolving the inconvenience in the daily lives of many digitally disadvantaged people who have had difficulty using digital devices and minimizing time and costs.

FIG. 1 is a system block diagram of a preferred embodiment for explaining a medical institution treatment reception authentication management system using an NFC tag according to one embodiment.
FIG. 2 is a flow chart of a preferred embodiment for explaining a process for using medical institution treatment reception authentication operation and medical institution treatment reception through an NFC tag according to one embodiment.
FIG. 3 is a preferred embodiment of a real-world resolution of a user's mobile device for explaining a process in which a user can apply for treatment by pressing a re-examination application (same disease) button generated on the user's mobile device through NFC Tag (QR code) information placed around a medical institution reception window according to one embodiment of the present invention.
FIG. 4 is a preferred embodiment of a real-world resolution of a user's mobile device for explaining a process of re-confirming patient information when the accompanying guardian changes and the information does not match when a legal representative applies for a first-time visit or a legal representative applies for a second-time visit (same disease) using NFC Tag (QR code) information placed around a medical institution reception window using a user's mobile device according to one embodiment of the present invention.
FIG. 5 is a preferred embodiment of a real-world resolution of a user's mobile device for explaining a process in which the user can select the area to be treated by pressing the user's first-time treatment application (change of re-treatment treatment subject) button generated on the user's mobile device through NFC Tag (QR code) information placed around the reception window of a medical institution according to one embodiment of the present invention.
FIG. 6 is a management page resolution that enables a user who will use medical treatment at a medical institution according to one embodiment to create or input information such as treatment subject, pain site, records from other hospitals, presence of disease (medication being taken), allergies, pregnancy, height, weight, blood pressure, etc., and to store the information input on the management page on the server.
FIG. 7 is a management page resolution that allows a user to create or input treatment-related information and apply for treatment according to one embodiment of the present invention, generate a reception number on the management page and display it in a waiting state, and transmit a call voice and call message to the user by selecting the displayed reception number.

The following detailed description of the present invention is given of embodiments in which the present invention may be practiced, and reference is made to the accompanying drawings which are provided as examples of such embodiments.

It should be understood that the various embodiments of the present invention, while different, are not necessarily mutually exclusive.

For example, the specific shapes, structures, and characteristics described herein may be implemented in other embodiments without departing from the spirit and scope of the present invention.

It should also be understood that the location or arrangement of individual components within each published embodiment may be changed without departing from the spirit and scope of the present invention.

Accordingly, the detailed description provided below is not intended to be taken in a limiting sense, and similar reference numerals in the drawings designate the same or similar functions throughout.

Terms including ordinal numbers, such as first, second, etc., may be used to describe various components, but the components are not limited by the terms. The terms are used only to distinguish one component from another.

The terminology used in this application is only used to describe specific embodiments and is not intended to limit the present invention, and the singular expression includes the plural expression unless the context clearly indicates otherwise.

The terms used in the present invention are selected from the most widely used general terms possible while considering the functions of the present invention, but these may vary depending on the intention of engineers working in the field, precedents, the emergence of new technologies, etc.

In addition, in certain cases, there are terms arbitrarily selected by the applicant, and in such cases, their meanings will be described in detail in the description of the relevant invention.

Therefore, the terms used in the present invention should be defined based on the meaning of the terms and the overall content of the present invention, rather than simply the names of the terms.

When a part of a specification is said to “include” a component, this does not mean that it excludes other components, but rather that it may include other components, unless otherwise stated.

Additionally, terms such as “unit” or “module” described in the specification mean a unit that processes at least one function or operation, which may be implemented by hardware or software, or by a combination of hardware and software.

Meanwhile, in the present invention, the mobile may be any electronic device having a touch screen, and may be referred to as a portable mobile, a mobile mobile, a communication mobile, a portable communication mobile, a portable mobile mobile, a mobile communication mobile, a mobile phone, etc.

Additionally, any electronic device may be a smartphone, a mobile phone, a game console, a display device, a notebook computer, a laptop computer, a tablet computer, a PMP (Personal Media Player), a PDA (Personal Digital Assistants), a navigation device, etc.

In the present invention, a network means a connection structure in which information can be exchanged between each node, such as a plurality of terminals and servers, and examples of such a network include, but are not limited to, RF, 3GPP (3rd Generation Partnership Project) network, LTE (Long Term Evolution) network, 5GPP (5th Generation Partnership Project) network, WIMAX (World Interoperability for Microwave Access) network, Internet, LAN (Local Area Network), Wireless LAN (Wireless Local Area Network), WAN (Wide Area Network), PAN (Personal Area Network), Bluetooth network, NFC network, satellite broadcasting network, analog broadcasting network, DMB (Digital Multimedia Broadcasting) network, etc.

Additionally, the user mobile and electronic devices in the present invention may be flexible devices or flexible display devices.

Here, the representative configurations of electronic devices are for PCs, notebook computers, laptop computers, and tablet computers, and some components in the representative configurations of these electronic devices may be omitted or changed as needed.

A display according to an embodiment of the present invention may include an electric discharge display (ELD), a vacuum fluorescent display (VFD), a light emitting diode display (LED), a cathode ray tube (CRT), a liquid crystal display (LCD), a thin film transistor liquid crystal display (TFT LCD), a plasma display panel (PDP), an alternative surface lighting (ALiS), a digital light emitting diode (DLP), a liquid crystal on silicon (LCoS), an organic light emitting diode (OLED), a surface conduction electron emission display (SED), a field emission display (FED), a laser TV (quantum dot laser, liquid crystal laser), an optoelectronic liquid display (FLD), an interferometric modulator display (iMoD), a thick film dielectric electric (TDEL), a quantum dot display (QD-LED), a telescopic pixel display (TPD), an organic light emitting transistor (OLET), a laser fluorescent display (LPD), a screen for displaying an image output from a beam projector, a flexible display, etc.

The storage unit according to an embodiment of the present invention may include all types of recording media in which programs and codes are stored so as to be readable by a computer system.

For example, it may include a punch card, a paper tape, a PROM (Programmable Read-Only Memory), an EPROM (Erasable PROM), a FLASH-EPROM, a ROM (Read Only Memory), a RAM (Random Access Memory), a CD (Compact Disk), a CD-ROM (Compact Disc Read-Only Memory), a DVD (Digital Video Disk)-ROM, a magnetic tape, a floppy disk, a flexible disk, an optical code storage device, a hard disk drive (HDD), a solid state drive (SSD), a solid state hybrid drive (SSHD), and an embedded Multi Media Card (eMMC).

Hereinafter, embodiments of the present invention will be described in detail with reference to the attached drawings.

FIG. 1 is a system block diagram of a preferred embodiment for explaining a medical institution treatment reception authentication management system using an NFC tag according to one embodiment.

In the present invention, when a user's mobile device (200) contacts an NFC Tag (QR code) (100) placed in a medical institution, which includes information (110) that can identify multiple medical institutions and questionnaire information (120) required for treatment at the medical institution, the user receives information (110) that can identify the medical institution and related questionnaire information (120) required for treatment at the medical institution through the NFC Tag (QR code) (100) so that the user can use the medical institution.

Then, the selected mobile authentication-related information among the information received by the user mobile (200) can be verified and the verified information can be transmitted to the management server (300).

Before this, a related URL is sent to the user via message so that the user can register as a member by authenticating his/her personal information, and the user can self-register via mobile phone (200).

Accordingly, users can easily and conveniently use the NFC Tag (QR code) (100) information placed at multiple medical institutions through a single personal information authentication, and generate information on a related questionnaire (120) required for treatment at the medical institution. This information can be used to easily and conveniently receive medical treatment applications at the medical institution through the NFC Tag (QR code) (100) information placed at the medical institution.

This allows administrators to collectively manage user information for medical institutions, allowing them to easily and simply apply it to work at necessary medical institutions.

Then, you can easily apply for treatment at a medical institution without having to go through additional procedures such as submitting an application for treatment and adding a waiting list.

In this way, the process of requesting medical treatment is simplified through user authentication, which not only increases convenience and reduces business costs, but also strengthens personal information security.

Here, the medical institution information (110) or information (120) required for treatment at a medical institution includes information (110) that can identify the medical institution through the user's mobile phone in order to use the NFC Tag (QR code) identification information to apply for treatment at a medical institution, and information that includes the questionnaire information (120) required for treatment at a medical institution, and information that can be checked and entered to apply for treatment, etc.

Specifically, it further includes information that allows a medical institution manager to manage information including questionnaire information (120) required for treatment at a medical institution by using information on related treatment subjects and NFC Tag (QR code) placed at the medical institution location to use the treatment provided by the medical institution, as well as information (110) that can identify the medical institution.

According to one embodiment of the present invention, when a user's mobile device (200) touches an NFC Tag (QR code) (100) fixedly installed or placed around a medical institution reception window so as to manage the process of applying for treatment, the user's mobile device (200) receives related questionnaire information (120) required to receive treatment provided by the medical institution through the NFC Tag (QR code) (100) placed at the medical institution reception window, and the user's mobile device (200) can confirm and select the user authentication information corresponding to the related information to be submitted to the medical institution and the questionnaire information (120) to receive treatment, and transmit them to the medical institution.

Here, the user's mobile (200) device can conveniently apply for treatment by using an NFC Tag (QR code) (100) installed at a number of medical institutions, and a display unit (210) that generates a questionnaire information (120) required for treatment at a related medical institution and a corresponding user authentication information window to display information that can perform user authentication on the screen, and a communication unit (220) that receives the medical institution information (110) corresponding to the NFC Tag (QR code) (100) installed at the reception window of the medical institution and the related treatment subjects provided by the medical institution and the questionnaire information (120) required for treatment at the related medical institution in order to use the treatment at the medical institution, and checks and selects the user authentication information generated corresponding to the information required by the medical institution and the questionnaire information to apply for treatment, and transmits the related information; and

The present invention further includes an input unit (250) for confirming information corresponding to the medical questionnaire information (120) required for treatment at a medical institution received on the user's mobile (200) or for inputting additional information; an extraction unit (230) for extracting information capable of authenticating the user's mobile corresponding to the relevant information through an NFC Tag (QR code) (100) containing the medical questionnaire information (120) required for treatment at a medical institution so that the user can conveniently apply for treatment and receive treatment provided by the medical institution from the user's mobile (200) device; a control unit (240) for controlling the display unit (210) so that the medical institution can check whether the medical questionnaire information (120) required for treatment including the user's mobile (200) personal information received is valid information using the NFC Tag (QR code) (100) information placed at the medical institution location and select and use the medical questionnaire information (120) required for treatment provided by the medical institution.

Here, the medical institution further includes a control unit (240) that can control selected information so that a user can apply for and withdraw a treatment subject through a user authentication process using a mobile wireless access network using an NFC Tag (QR code) (100) placed at the medical institution location, and a communication unit (220) that can transmit the controlled information.

Here, the user mobile (200) is a communication-capable computing device used by each different user, and is a mobile device such as a smartphone that is assigned unique identification information so that the user can use the medical treatment subject.

And among the computing devices above, a tag reader capable of reading information recorded in an electronic tag such as an NFC Tag (QR code) (100) can be provided.

And the computing devices may include applications executed by the processor that provide medical treatment to the user.

These applications may or may not be virtually all the same application.

And, by using the tag reader equipped in each computing device, tag information recorded in the electronic tag of another computing device can be obtained.

Here, the user mobile (200) is a user device that can use related treatment subjects by contacting the NFC Tag (QR code) (100) attached to multiple medical institutions without installing an application.

Here, the user mobile (200) unique identification information includes one or more of the following: a mobile identification number (hereinafter referred to as MIN or Mobile Subscription Identification Number, hereinafter referred to as MSIN) that can identify the user smartphone, international mobile device identification information (hereinafter referred to as IMEI), mobile phone number information, owner information, country-specific language identification information, and information that can identify the electronic device.

Here, the management server (300) uses information (110) that can identify multiple medical institutions and information on NFC tags (QR codes) (100) placed in multiple medical institutions to conveniently apply for treatment at the medical institutions, and provides information including patient information and information on receiving treatment to the user so that the user can select and input the information, and provides related information so that personal authentication information corresponding to information including related treatment subjects and questionnaire information (120) required for treatment at the medical institution can be generated on a mobile screen generated through the NFC tags (QR codes) (100) placed in multiple medical institutions using the user's mobile (200) device.

Here, the management server (300) is a server system composed of one or more computing devices, and can be operated under various operating systems including or not including Windows series operating systems, MacOS, Java, UNIX, or Linux.

Here, the database can be configured as a separate server.

Here, the database may be implemented to suit the purpose of the present invention using a relational database management system (RDBMS) such as Oracle, Informix, Sybase, DB2, or an object-oriented database management system (OODBMS) such as Gemston, Orion, O2, etc., and may have appropriate fields to achieve its function.

Here, the management server (300) provides users with information necessary for treatment by linking with at least some user devices or at least some applications through a communication network.

In addition, the management server (300) can also communicate data with partner servers (not shown) for one or more medical subjects. Examples of partner servers include mobile carrier servers, related organization servers, related corporate servers, and cloud servers.

The communication network herein may include multiple heterogeneous networks and support multiple communication protocols. For example, the communication network supports at least some of the communication protocols, such as TCP/IP, IPX, SPX, NetBIOS, Ethernet, ARCNET, Fiber Distributed Data Interface (FDDI), IEEE 802.11, IEEE 802.11a, and direct synchronization connection.

According to one embodiment, a communication unit (310) capable of receiving selected treatment application information by comparing and confirming relevant information (120) required for treatment at a medical institution and user mobile authentication information based on NFC Tag (QR code) (100) identification information from a user's mobile device; and

It includes a storage unit (350) that receives and stores treatment information that can identify the medical institution and information that can verify the user's mobile phone authentication so that the medical institution can check and manage the questionnaire information (120) required for treatment in order to use the medical institution and the treatment subjects related to the medical institution based on the identification information of the NFC Tag (QR code) (200).

Here, based on the user authentication information received from the user's mobile device (200), the medical institution provides related questionnaire information (120) required for treatment, which corresponds to the NFC Tag (QR code) (100) identification information provided by the medical institution, and the information authentication unit (320) that can check the information stored in the storage unit (350), and the control unit (340) that controls the communication unit (310) that checks the related treatment subject and related questionnaire information (120) required for treatment at the medical institution so that the user can conveniently apply for treatment at the medical institution using the information received from the user's mobile device (200), and generates information including the user information and related information required for treatment at the medical institution, and transmits the information so that it can be displayed on the user's mobile device.

In addition, the system further includes a storage unit (350) that registers related information that can be connected to an existing management system and API or linked to a Core API so that an electronic device installed in a medical institution can flexibly issue and revoke a medical treatment application reception authority anytime and anywhere using a user's mobile (200) wireless access network by connecting an existing management system and API or linking a Core API, and a control unit (340) that controls a communication unit (310) that can transmit medical treatment-related questionnaire information (120).

Then, there is no need to spend money on complicated electronic device work at each treatment reception window, and an environment for treatment application management system can be established anytime and anywhere by using the user's mobile (200) wireless access network through linked electronic devices, allowing treatment applications to be made much more easily and flexibly.

In the present invention, an independent environment capable of executing a smart contract can be created so that each function can be designed separately for smooth function changes and efficient transaction processing.

In addition, it allows you to set multiple conditions so that when a user inputs a desired condition, it can be automatically executed when that condition is met.

Then, based on the NFC Tag (QR code) (100), a process is possible to create information by matching the information (110) that can identify a medical institution and the information (120) on the medical subject questionnaire that is preset and stored in the server (300), or by connecting the API with an existing management system or linking the Core API, and the information (120) on the medical subject and questionnaire that is issued to each subject attached to the NFC Tag (QR code) (100) to multiple medical institutions.

FIG. 2 is a flow chart of a preferred embodiment for explaining a process for using a medical institution treatment reception authentication operation and a medical institution treatment application reception through an NFC tag according to one embodiment.

Here, in the method of operating the medical institution treatment reception authentication, the medical institution manager (400) touches the NFC Tag (QR code) to be installed at the medical institution location with a portable terminal or inputs (402) the identification code information corresponding to the NFC Tag (QR code) on the manager PC (400), and on a page (see FIG. 6) configured so that the medical subject, which is information that can be treated at the medical institution, can be selected or directly input, the medical subject is selected or directly input so that the relevant questionnaire information (120) required for treatment can be generated in order for the user to utilize the medical institution-related treatment, and is registered (403) and stored (301) on the server (300).

Here, information such as consultation time, patient name (relationship), date of birth, gender, patient mobile phone number, desired attending physician (217), treatment subject (412), painful area, records from other hospitals, presence of disease, allergies, pregnancy (411), etc., is created or entered into a questionnaire (120) and transmitted (403) to a server (300) and stored (301).

And when a user who uses medical treatment at a medical institution touches (201) an NFC Tag (QR code) (100) to create or enter (202) treatment-related information, a reception number (404) is created on the administrator page (see FIG. 7) and displayed in a waiting state (415). When the displayed reception number (413) is selected, a call voice and a call message are transmitted to the user, and after the call voice and message are transmitted, the status is changed to a completed state (414).

Here, when a user who intends to use medical treatment at a medical institution touches (201) an NFC Tag (QR code) (100) to generate or enter treatment-related information, a reception number (215) and the number of people waiting (216) are displayed on the screen of the user's mobile phone (200), and a voice message saying "Treatment application has been completed" is generated, and when the administrator selects the generated reception number (413) on the administrator page, the user can receive (205) a call voice and call message (225).

In this way, the inconvenience of patients who have applied for treatment at a medical institution having to check their waiting order can be resolved only through the display devices installed in each location, such as the treatment reception window, treatment department, doctor, and examination room.

In addition, in the method of authenticating medical treatment reception at a medical institution using an NFC Tag (100), the user's mobile device (200) touches (201) an NFC Tag (QR code) (100) placed at a medical institution, and information is generated on the user's mobile device that allows selection of treatment subject information provided by the medical institution that matches the NFC Tag (QR code) (100).

Here, in order to use the medical treatment subjects provided by the medical institution, the user authentication information generated through the mobile phone (200) and the questionnaire information (120) required for treatment at the medical institution are compared (303).

And if the information is within the valid range, relevant information that can be used for the medical institution is displayed on the user's mobile phone (200), and the user verifies and inputs (202) the relevant information displayed on the user's mobile phone (200), and the generated personal authentication information and the medical treatment information to be received at the medical institution are input to transmit the generated questionnaire information (120) to the management server (300) (203).

FIG. 3 is a preferred embodiment of a user mobile device real-time resolution for explaining a process in which a user can apply for medical treatment by pressing an application button generated on a user mobile device (200) through NFC Tag (QR code) (100) information placed around a medical institution reception window according to one embodiment of the present invention. The user mobile device (200) provides information that allows the user to select an application for first-time treatment (change of re-examination treatment subject) (211), an application for first-time treatment by a legal representative (212), an application for re-examination by the user (same disease) (213), and an application for re-examination by a legal representative (same disease) (214).

Here, if you select application for re-examination by yourself (same disease) (213) or application for re-examination by legal representative (same disease) (214), a voice message saying “Application for treatment has been completed” is generated and the application number (215) and the number of people waiting (216) are displayed on the user’s mobile phone (200).

Here, FIG. 4 is a preferred embodiment for explaining a process of re-confirming the patient information to be examined when the accompanying guardian changes and the information does not match with the patient when applying for a legal representative's first visit (212) or applying for a legal representative's re-visit (same disease) (214) through the NFC Tag (QR code) (100) information placed around the reception window of a medical institution using the user's mobile (200) device according to one embodiment. In this case, when applying for a legal representative's first visit (212) or applying for a legal representative's re-visit (same disease) (214) and the accompanying guardian changes and the information does not match, the patient information to be examined is re-confirmed to confirm the relationship with the patient, the patient's name, the patient's date of birth, the patient's mobile phone number, the desired doctor in charge (217), and the documents necessary for the relationship with the patient (one copy of the patient's ID card, family relationship certificate, etc.).

In the case of a legal representative's first visit application (212), after confirming the relationship with the patient, a questionnaire is created (219) containing information on the desired treatment subject, current pain area, records from other hospitals, presence of disease (medication being taken), allergies, pregnancy, height, weight, blood pressure, etc., and an information window is created where selection or entry can be made.

Here, referring to FIG. 5, a preferred embodiment of the user's mobile device is a real-world resolution for explaining a process in which a user can select the area to be treated by pressing the first-time treatment application (change of re-examination subject) button generated on the user's mobile device through NFC Tag (QR code) information placed around the reception window of a medical institution according to one embodiment of the present invention. When the user selects the first-time treatment application or change of re-examination subject (211) corresponding to the user at the medical institution, an information window is generated in which the desired treatment subject, current pain area, records from other hospitals, presence of disease (medication being taken), allergies, pregnancy, height, weight, blood pressure, and other questionnaire information are selected or entered.

This can reduce unnecessary medical treatment time for medical professionals by having to fill out a questionnaire when examining patients.

We have so far examined the present invention focusing on its preferred embodiments.

A person skilled in the art will appreciate that the present invention may be implemented in modified forms without departing from the essential characteristics of the present invention.

Therefore, the disclosed embodiments should be considered in an illustrative rather than a restrictive sense.

The scope of the present invention is indicated by the claims, not the foregoing description, and all differences within the scope equivalent thereto should be construed as being included in the present invention.

100 : NFC Tag (QR Code)
200 : User Mobile
300 : Management Server
400 : Medical Institution Manager Mobile or PC

Claims (16)

In a medical institution treatment reception authentication management system using NFC tags,
NFC Tag (QR code) fixedly installed or placed around the reception window of a medical institution to manage the process of receiving treatment applications from patients;
When a user's mobile device touches an NFC Tag (QR code) fixedly installed or placed around a medical institution's reception window, the medical institution receives relevant information necessary for convenient treatment application through the placed NFC Tag (QR code), and the user's mobile device can check and select the user authentication information and treatment information corresponding to the received information to be submitted to the medical institution and transmit it to the medical institution;
A medical institution treatment reception authentication management system using an NFC Tag, characterized in that the management server generates information including patient information and questionnaire information for receiving treatment so that the medical institution can conveniently apply for treatment by using information that can identify multiple medical institutions and NFC Tag (QR code) information placed at the medical institution location to use the treatment provided by the medical institution, and provides the information to the user so that the user can select and enter the information, and the user provides the management server with related information so that the user can generate personal authentication information corresponding to the information including related treatment subjects and questionnaire information required for treatment by the medical institution on the mobile screen generated by the NFC Tag (QR code) placed at the medical institution location with the user's mobile device. In the first paragraph, the user mobile
A display section that displays on the screen the questionnaire information required for treatment at the relevant medical institution and the corresponding personal authentication information window so that the patient can conveniently apply for treatment using the NFC Tag (QR code) installed at a number of medical institutions;
A communication unit that receives medical institution information corresponding to the NFC Tag (QR code) placed at the reception window of the above medical institution, related treatment subjects provided by the medical institution, and questionnaire information required for treatment at the relevant medical institution in order to use the medical institution treatment, and checks and selects user authentication information generated in response to the information required by the medical institution and transmits related questionnaire information; and
An input section for confirming information corresponding to the medical questionnaire information required for treatment at a medical institution received on the user's mobile phone or for entering additional information;
An extraction unit capable of extracting information that can authenticate the user's mobile device by using an NFC Tag (QR code) containing questionnaire information required for treatment at a medical institution in order to use the medical institution and receive treatment provided by the medical institution from the user's mobile device;
A medical institution treatment reception authentication management system using an NFC Tag, characterized in that it further includes a control unit that controls the display unit to check whether the questionnaire information required for treatment including the user's mobile personal information at the received medical institution is valid information using the NFC Tag (QR code) information placed at the medical institution location, and to allow the user to select and use the questionnaire information required for treatment provided by the medical institution. In the second paragraph,
A medical institution treatment reception authentication management system using an NFC Tag, characterized in that it further includes a control unit capable of controlling selected information so that a user can apply for and withdraw treatment through a user authentication process using a mobile wireless access network using an NFC Tag (QR code) placed at the medical institution location, and a communication unit capable of transmitting the controlled information. In the first paragraph, the management server,
A communication unit capable of receiving selected treatment application information by comparing and confirming the relevant questionnaire information required for treatment at a medical institution and the user's mobile authentication information based on the NFC Tag (QR code) identification information from the user's mobile device; and
A storage unit that receives and stores information on medical subjects that can identify a medical institution and information that can verify the user's mobile phone authentication so that the medical institution can check and manage the medical subjects and questionnaire information required for treatment at the medical institution based on the above NFC Tag (QR code) identification information;
An information authentication unit that verifies and confirms information stored in a storage unit to provide related questionnaire information required for treatment at a medical institution corresponding to the NFC Tag (QR code) (100) identification information provided by the medical institution based on the user authentication information received from the user's mobile device;
A medical institution treatment reception authentication management system using an NFC tag, characterized in that it includes a control unit that controls a communication unit that generates questionnaire information including the user information and the relevant information required by the medical institution for treatment so that the questionnaire information can be displayed on the user's mobile device so that the relevant treatment subjects and the relevant questionnaire information required by the medical institution for treatment can be checked by using the information received from the user's mobile device in order to use the medical institution treatment. In the method of operating the medical institution treatment reception authentication,
A step of touching an NFC Tag (QR code) to be installed at a medical institution location with a portable terminal of a medical institution administrator or entering identification code information corresponding to the NFC Tag (QR code) on the administrator PC;
A method for authenticating medical institution treatment reception through an NFC tag characterized by storing and registering on a server so that the user can conveniently apply for treatment at a medical institution by selecting or directly entering the treatment subject on a page configured so that the treatment subject, which is information that can be treated at the above medical institution, can be selected or directly entered at each hospital, and the related questionnaire information required for treatment can be created. In paragraph 5,
A method for authenticating medical institution treatment reception using an NFC tag, characterized in that the user using the medical institution treatment creates or enters information such as treatment time, patient name (relationship), date of birth, gender, treatment subject, painful area, records from other hospitals, presence of disease (medication being taken), allergies, pregnancy, height, weight, blood pressure, etc., and transmits and stores the information on the questionnaire to the server. In paragraph 6,
A method for authenticating medical treatment reception using an NFC tag, characterized in that when a user who will use medical treatment at a medical institution applies by creating or entering treatment-related information, a reception number and the number of people waiting are displayed on the user's mobile screen, a voice message saying "Treatment application has been completed" is generated, and when the generated reception number is selected on the administrator page, the user can receive a call voice and call message. In paragraph 7,
A method for authenticating medical institution treatment reception using an NFC tag, characterized in that when a user who will use medical institution treatment creates or enters treatment-related information and applies, a reception number is generated on the administrator page and displayed in a waiting state, and when the displayed reception number is selected, a call voice and a call message are transmitted to the user, and after the call voice and message are transmitted, the status is changed to a completed state. In the method of authenticating medical treatment reception at a medical institution using an NFC tag,
Step of contacting the NFC Tag (QR code) placed at the medical institution location with the user's mobile device;
A step of generating information that allows the user to select patient information to receive treatment at the medical institution that matches the NFC Tag (QR code) on the user's mobile phone;
A step of comparing the user authentication information generated through the user's mobile phone to use the medical treatment subjects provided by the above medical institution with the questionnaire information required for treatment by the medical institution;
If the above information is within the valid range, the step of displaying relevant information for using the medical institution on the user's mobile phone;
A method for authenticating medical treatment reception at a medical institution using an NFC tag, characterized in that the method comprises checking the related information displayed on the user's mobile phone, entering the generated user authentication information and the treatment information to be received at the medical institution, and transmitting the generated questionnaire information to the management server. In Article 9,
At the stage where information is generated that allows you to select patient information to receive treatment at the above medical institution,
A method for authenticating medical institution treatment reception through an NFC tag, characterized by providing information that allows the user to select a first-time treatment application by the user (change of re-treatment subject), a first-time treatment application by a legal representative, a re-treatment application by the user (same disease), or a re-treatment application by the legal representative (same disease). In Article 10,
A method for authenticating medical treatment reception through an NFC tag characterized by generating a voice message saying, “Application for treatment has been completed,” and displaying a message with the reception number and number of people waiting on the screen on the user’s mobile phone when selecting the above application for re-examination by the person (same disease) or application for re-examination by the legal representative (same disease). In Article 11,
A method for authenticating medical institution treatment reception through an NFC tag, characterized by including an additional process of reconfirming the patient information to be examined when the accompanying guardian changes and the patient information does not match when applying for re-examination by the above legal representative (same disease), and confirming the relationship with the patient, patient name, patient date of birth, and documents necessary for the relationship with the patient (one copy of the patient's ID card, family relationship certificate, etc.). In Article 10,
At the stage where information is generated that allows you to select patient information to receive treatment at the above medical institution
A method for authenticating medical institution reception through an NFC tag characterized in that when the user selects a change in the subject of the first or re-examination treatment corresponding to the above user, an information window is created where the user can select or enter the desired subject of treatment, current painful area, records from other hospitals, presence of disease (current medication), allergies, pregnancy, height, weight, blood pressure, and other necessary medical questionnaire information so that the information required for treatment can be changed. In Article 10,
At the stage where information is generated that allows you to select patient information to receive treatment at the above medical institution
A method for authenticating admission to a medical institution using an NFC tag, characterized in that when a request for first-time consultation by a legal representative corresponding to the above user is selected, the patient information necessary for treatment, such as the relationship with the patient, patient name, patient date of birth, and documents necessary for the relationship with the patient (one copy of the patient's ID card, family relationship certificate, etc.), is confirmed, and then an information window is created where the desired treatment subject, current pain area, records from other hospitals, presence of illness (medication being taken), allergies, pregnancy, height, weight, blood pressure, etc., are selected or entered. In clauses 13 to 14,
A method for authenticating medical treatment reception through an NFC tag, characterized in that when an information window is created where the above information can be selected or entered, the entered information and generated information are further confirmed and a treatment application is made. A computer-readable recording medium having recorded thereon a program for executing the method described in any one of claims 1 to 14 on a computer.