KR102356778B1 - Medical and epidemic managing service system and its methods utilizing contactless biometric technology - Google Patents

Abstract

The present invention relates to a non-face-to-face medical and infectious disease management service system using a non-contact biometrics authentication technology, and more specifically, to a medical and infectious disease management service system, which is a device which shares medical information in connection with a server of a plurality of medical institutions, but processes authentication using biometric information obtained in a non-contact manner using a camera, acquires biometric information in a non-contact manner using a cloud server and a camera which provide authentication-processed medical information of a patient and transmits the biometric information to a cloud server. Through this, medical accidents can be drastically reduced, and tracking and management of infectious diseases can be performed accurately and efficiently through authentication of biometric information.

Description

Non-face-to-face medical and infectious disease management service system and method using non-contact biometrics authentication technology

The present invention relates to a medical and infectious disease management service system and method, and more particularly, to a non-face-to-face medical and infectious disease management service system and method using a non-contact biometrics authentication technology.

The level of response to an epidemic situation such as a pandemic and an urgent emergency medical situation are important indicators to judge the operation status and level of a country's medical system. The quality of Korea's medical system and medical staff has been positively evaluated internationally. However, according to the OECD Health Statistics of the Organization for Economic Cooperation in 2020, the number of domestic clinical doctors is 2.4 per 100 population, which is far below the OECD average of 3.5, and the fields of specialization of specialists are also limited to a few specified fields. reported to be biased. In addition, in the case of serious diseases (cancer, cerebrovascular disease, dementia and heart disease, etc.), reservations are concentrated in large general hospitals in the metropolitan area.

Reservations made by medical institutions are made through their own authentication process (mostly mobile phone number authentication) through various solutions, and there is no effort to integrate reservations, data management, and identity authentication for such patients' treatment. to be. In addition, the methodological problem of the current identity authentication system is that authentication is difficult for individuals who are not systematically allowed to authenticate themselves through a mobile phone or are difficult due to health problems. Medical, insurance, fraud, and employment accidents/accidents that occur due to inaccurate identification during treatment continue to occur, and in particular, in case of illegal receipt of health insurance by foreigners, theft of personal information leaked during medical treatment, and emergencies Accidents occur due to delays in identifying patient health information and medical records.

More specifically, when an emergency patient occurs, the life or death of a patient depends on quickly identifying the patient's condition and providing the optimal emergency treatment. In other words, from field trips accompanied by the police in charge of security, to first aid by field staff, and to the establishment and collaboration of an organic cooperative system between emergency medical teams at medical institutions, the level of response to emergency medical situations and furthermore, the survival rate of patients are determined. . In addition, various methodologies are being proposed for effective response to emergency situations due to the growing interest in public health and safety and various recent safety accidents. Nevertheless, in the current situation, there is a problem in that the time from the first meeting of the emergency patient to the actual “starting of emergency medical care” by the emergency medical personnel is very delayed.

In Korea, emergency medical personnel (emergency medical specialists) are very scarce (specialist application rate and mid-level resignation rate are high), so ambulances do not have specialists who can provide direct emergency medical treatment. In addition, a lot of time and administrative power is wasted until the first medical treatment starts in a situation where the current emergency patient is unconscious and does not have an ID. The first step in resolving this situation is to secure the patient's basic personal information (contact details of guardians, age, etc.) and medical information (blood type, allergic reaction, chronic disease and other basic medical records, etc.) necessary for promptly initiating medical treatment for the patient.

On the other hand, due to the emergence of influenza such as H1N1 in 2009 and contagious disease caused by a highly contagious mutant virus such as Corona 19 in 2020, the social, economic, medical, and political situations of all countries are being damaged, and It is unclear when the realistic recovery of the damage caused and the return to the previous appearance will occur. For example, according to the United Nations World Tourism Organization's 2020 report, the SARS-CoV-2 pandemic caused the international tourism industry to lose between 100 and 120 million tourism workers and lose their jobs. In cases where international travel is required due to unavoidable circumstances, many countries, including Korea, conduct (1) check for infection and check results for infectious diseases monitored by the World Health Organization upon arrival of overseas travelers, (2) at a designated place or facility. quarantine, (3) re-examination to confirm the presence of infection before the end of the final quarantine period and activity, (4) to prevent the spread of infection and the laws enacted by each country It will be monitored according to the recommendations of the relevant international standards (ISO/DPAS 5643; ISO/PAS 45005:2020) for

Infectious diseases such as COVID-19 are causing changes in various social life and work environment through face-to-face contact. In particular, in the case of medical staff who work with patients and those who require diagnosis/testing, a higher level of vigilance about health and safety is required. For example, international standards such as ISO/PAS 45005:2020 are recommendations for establishing a framework for proper work environment, facility operation and effective management to minimize the negative impact of infectious diseases.

However, in the case of systems introduced for the prevention and spread of infectious diseases, controversies over privacy and human rights violations due to disclosure of individual movement routes that occur during epidemiological investigations for tracking infected people and searching for close contacts continue. In the case of the Task Force, the reality is that it is recommended to collect and utilize a minimum amount of personal information. As mentioned above, accidents due to personal information leakage occurring in medical institutions occur very frequently. The most common situation is that, in most medical institutions in Korea, identification for the initiation of pre-examination and treatment is carried out by calling “name, date of birth” and proceeding without any identification or other procedures. .

The basic intervention methods for the prevention and spread of infectious diseases are identification of infected persons and vaccination. After vaccination, it is necessary to continuously monitor the generation of antibodies and each individual's health status, and such monitoring activities must be carried out within the allowable level of the use of personal information (personal information and medical records) permitted by the individual. Currently, there is no authentication system for infectious disease testing, confirmation of results, and confirmation of test status. there is no reality

Therefore, there is a need to develop and introduce a new method for patient reservation, management of medical data, response to emergency situations, and monitoring to prevent the spread of infectious diseases.

On the other hand, the most closely used technology among various biometric information-based authentication systems is fingerprint authentication. Fingerprints have different innate values for each individual, and are recognized as a very convenient means to identify a specific individual for a large number of people. Fingerprints formed on the fingers that are with them from the moment they are born maintain their shape and shape regardless of the changes in time or growth, so the stability and reliability of identification are high, and the storage and use of the information are easy. Recently, fingerprint authentication has been widely used in fintech such as unlocking functions of personal communication terminals, access security devices for facilities, Internet of Things devices, and financial settlements.

Most of the fingerprint recognition systems applied to all facilities and systems mentioned above, except for personal communication terminals, are separate fingerprint recognition terminals (optical or contact type fingerprint reader, Korean Intellectual Property Office Registration Patent Publication Nos. 0896247, 1274260, and 0604267) etc.), and the installation, maintenance, and management costs for it are also not small. In addition, there is a problem that the shape of the fingerprint may be distorted depending on the user's skin condition that changes according to the ambient temperature and humidity and the clean condition of the sensor glass surface. In particular, since an unspecified number of people have to contact the fingerprint recognition terminal with the skin, there is a limit in that non-contact, which must be observed at a time when an infectious disease such as a pandemic is prevalent, cannot be maintained.

The present invention has been proposed to solve the above problems of the previously proposed methods, obtains the patient's consent to share medical information, obtains biometric information in a non-contact manner using a camera, and pre-registers the patient's medical institution In situations such as use, emergency situations, and tracking and management of infectious diseases, authentication is processed using pre-registered non-contact biometric information, and medical information of the authenticated patient is provided. An object of the present invention is to provide a non-face-to-face medical and infectious disease management service system and method using non-contact biometrics authentication technology that can easily, accurately and quickly identify a patient's basic identity and medical information without the need for it.

In addition, the present invention uses biometric information that is difficult for forgery/falsification to process the patient's identity authentication and use a medical institution, so health insurance theft, rental, fraud caused by inaccurate identity authentication during treatment, especially in the short-term Another purpose is to provide a non-face-to-face medical and infectious disease management service system and method using non-contact biometrics authentication technology, which can be used as a preventive measure related to the illegal supply of health insurance for visiting overseas residents and foreign residents.

In addition, the present invention can increase the efficiency of medical information management while preventing the leakage of personal information because it is possible to make a reservation for treatment and access medical information through non-contact biometric information authentication when a patient uses a medical institution, and emergency patient Even in situations where the patient is unconscious, the basic identity and medical information can be quickly grasped to accelerate the start of treatment and provide appropriate treatment for the patient's situation. Another object of the present invention is to provide a non-face-to-face medical and infectious disease management service system and method using non-contact biometrics authentication technology that can accurately and efficiently track and manage infectious diseases.

A non-face-to-face medical and infectious disease management service system using a non-contact biometrics authentication technology according to a feature of the present invention for achieving the above object,

As a medical and infectious disease management service system,

A cloud server that shares medical information in connection with the servers of a plurality of medical institutions, processes authentication using biometric information obtained in a non-contact manner using a camera, and provides medical information of the authenticated patient; and

A device that acquires biometric information in a non-contact manner using a camera and transmits it to the cloud server An emergency terminal for obtaining and communicating with the cloud server to receive medical information corresponding to the obtained biometric information, and for acquiring biometric information from a patient in a non-contact manner for tracking and managing infectious diseases and communicating with the cloud server A mobile device including a terminal for managing infectious diseases that receives medical information corresponding to one biometric information,

The cloud server,

a communication unit for transmitting and receiving data to and from the mobile device;

a database unit for matching and storing patient information and non-contact biometric information received from the patient terminal;

Obtaining consent to share medical information from the patient terminal, storing the non-contact biometric information received from the patient terminal in the database unit, and registering an application for sharing medical information using the non-contact biometric information in a server of the medical institution the registration processing unit;

an authentication processing unit that searches the database unit for the biometric information received from the mobile device, processes authentication, and checks whether a patient's medical information sharing application is registered; and

When the authentication and confirmation are processed by the authentication processing unit, it is characterized in that it includes an information providing unit that provides the requested medical information to the mobile device through the communication unit.

Preferably, the non-contact biometric information,

fingerprint or palm print information,

The mobile device is

A camera and lighting are built-in to acquire a fingerprint or palm print image in a non-contact manner and transmit it to the cloud server,

The authentication processing unit,

The fingerprint or palm print image may be processed to extract key points, and authentication may be processed using the extracted key points.

Preferably, the information providing unit,

a first information providing module for providing treatment reservation information and treatment information to the patient terminal;

a second information providing module for providing patient information and medical information of the patient for coping with an emergency situation to the emergency terminal; and

and a third information providing module for providing medical information of the patient related to infectious disease management including identification, tracking, and vaccination of infected persons to the patient terminal or the terminal for managing infectious diseases.

More preferably, the first information providing module,

When the authentication and confirmation are processed by the authentication processing unit, according to the request of the patient terminal, the medical institution issues a prescription, issuance of a receipt for medical expenses, issuance of medical/examination result records, printout of medical records, and transfers of medical records to other institutions. can be transferred and delivered.

More preferably,

The authentication processing unit uses the non-contact biometric information obtained from the patient terminal to perform a self-authentication procedure necessary for treatment and examination when the patient visits a medical institution,

The first information providing module provides medical information including basic information including the reservation status, name and date of birth of the patient authenticated by the authentication processing unit to the terminal of the medical institution, and information on the patient's treatment or examination turn may be provided to the patient's personal terminal.

Even more preferably,

By processing the identity authentication required for patient treatment or examination through the authentication processing unit, it is possible to prevent theft, lending, or fraud of health insurance, including illegal receipt of health insurance by delinquent health insurance delinquents, short-term overseas residents, and foreign residents.

More preferably, the database unit,

As medical information of the patient to be provided in the event of the emergency, emergency provision information including information on drugs being taken, blood type, chronic disease, and allergic reaction is matched and stored with the patient's non-contact biometric information,

The second information providing module,

The emergency provision information stored in the database unit may be provided to the emergency terminal.

Preferably, the database unit,

Request data including an information requestor requesting medical information provided by the information providing unit, an information request target patient, an information request date and time, and an information request location may be stored.

Preferably, the cloud server,

The mobile device may further include a web/app operating unit that operates a web page or application that provides an interface for registering and authenticating non-contact biometric information and sharing medical information through the information providing unit by accessing the mobile device.

More preferably, the web / app operating unit,

It is installed in the terminal for emergency situations used by emergency personnel, including emergency medical personnel, police and paramedics, and provides patient information and medical information of the patient for handling emergency situations by using the patient's non-contact biometric information Operates an application dedicated to receiving emergencies,

The emergency-only application is,

After authenticating that the user is the emergency response personnel, it may be operated normally.

A non-face-to-face medical and infectious disease management service method using a non-contact biometrics authentication technology according to a feature of the present invention for achieving the above object,

A medical and infectious disease management service method comprising:

It shares medical information in connection with the servers of multiple medical institutions, but processes authentication using biometric information obtained in a non-contact method using a camera, provides authenticated patient medical information, and provides patient information and non-contact biometric information of the patient. a cloud server including a database unit for matching and storing information; and

A device that acquires biometric information in a non-contact manner using a camera and transmits it to the cloud server An emergency terminal for obtaining and communicating with the cloud server to receive medical information corresponding to the obtained biometric information, and for acquiring biometric information from a patient in a non-contact manner for tracking and managing infectious diseases and communicating with the cloud server Each step is performed by a service system including a mobile device including a terminal for managing infectious diseases that receives medical information corresponding to one biometric information;

(1) acquiring non-contact biometric information by the patient terminal;

(2) storing, by the cloud server, the non-contact biometric information received from the patient terminal in the database unit, and registering an application for sharing medical information using the non-contact biometric information to the servers of the medical institution and emergency response organization; ;

(3) acquiring non-contact biometric information by the mobile device;

(4), by the cloud server, searching the database unit for non-contact biometric information received from the mobile device, processing authentication, and confirming whether the patient's medical information sharing application is registered; and

(5) if the authentication and confirmation are processed in the step (4), it is characterized in that it comprises the step of providing the requested medical information to the mobile device.

According to the non-face-to-face medical and infectious disease management service system and method using the non-contact biometrics authentication technology proposed in the present invention, the patient's consent to share medical information is obtained, and the biometric information is obtained in a non-contact manner using a camera and registered in advance. , biometric authentication using body parts by processing authentication using pre-registered contactless biometric information in situations such as patient use of medical institutions, emergency situations, and tracking and management of infectious diseases, and providing authenticated patient medical information Through this, the patient's basic identity and medical information can be identified easily, accurately and quickly without a separate ID.

In addition, according to the non-face-to-face medical and infectious disease management service system and method using the non-contact biometrics authentication technology proposed in the present invention, the patient's identity authentication is processed using biometric information that is difficult to forge / falsification and use a medical institution. , It can be used as a preventive measure for health insurance theft, lending, and fraud caused by inaccurate identification during treatment, especially for short-term overseas residents and foreigners staying in Korea for health insurance fraud.

In addition, according to the non-face-to-face medical and infectious disease management service system and method using the non-contact biometrics authentication technology proposed in the present invention, when using a patient's medical institution, it is possible to make a reservation for a treatment and access medical information through non-contact biometric information authentication. Therefore, it is possible to increase the efficiency of medical information management while preventing the leakage of personal information, and to quickly identify the basic identity and medical information even in situations such as an emergency patient unconscious It can provide treatment, which can dramatically reduce medical accidents and enable accurate and efficient tracking and management of infectious diseases through authentication of biometric information.

1 is a diagram showing the configuration of a non-face-to-face medical and infectious disease management service system using a non-contact biometrics authentication technology according to an embodiment of the present invention.
2 is a diagram illustrating an information processing flow of a non-face-to-face medical and infectious disease management service system using a non-contact biometrics authentication technology according to an embodiment of the present invention.
3 is a diagram illustrating, for example, a state in which a mobile device acquires contactless fingerprint information in a non-face-to-face medical and infectious disease management service system using a non-contact biometrics authentication technology according to an embodiment of the present invention.
4 is a diagram illustrating, for example, a state in which a mobile device acquires contactless palm print information in a non-face-to-face medical and infectious disease management service system using a non-contact biometrics authentication technology according to an embodiment of the present invention.
5 is a diagram illustrating, for example, a state in which feature points are extracted from a fingerprint image in a non-face-to-face medical and infectious disease management service system using a non-contact biometrics authentication technology according to an embodiment of the present invention.
6 is a diagram illustrating a detailed configuration of a cloud server in a non-face-to-face medical and infectious disease management service system using a non-contact biometrics authentication technology according to an embodiment of the present invention.
7 is a diagram illustrating a detailed configuration of an information providing unit in a cloud server of a non-face-to-face medical and infectious disease management service system using a non-contact biometrics authentication technology according to an embodiment of the present invention.
8 is a diagram illustrating a flow of a non-face-to-face medical and infectious disease management service system using a non-contact biometrics authentication technology according to an embodiment of the present invention.

Hereinafter, preferred embodiments will be described in detail so that those of ordinary skill in the art can easily practice the present invention with reference to the accompanying drawings. However, in describing the preferred embodiment of the present invention in detail, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the gist of the present invention, the detailed description thereof will be omitted. In addition, the same reference numerals are used throughout the drawings for parts having similar functions and functions.

In addition, throughout the specification, when a part is 'connected' with another part, it is not only 'directly connected' but also 'indirectly connected' with another element interposed therebetween. include In addition, "including" a certain component means that other components may be further included, rather than excluding other components, unless otherwise stated.

1 is a diagram showing the configuration of a non-face-to-face medical and infectious disease management service system using a non-contact biometrics authentication technology according to an embodiment of the present invention. As shown in FIG. 1 , a non-face-to-face medical and infectious disease management service system using a non-contact biometrics authentication technology according to an embodiment of the present invention may be configured including a cloud server 100 and a mobile device 200 . have.

2 is a diagram illustrating an information processing flow of a non-face-to-face medical and infectious disease management service system using a non-contact biometrics authentication technology according to an embodiment of the present invention. As shown in FIG. 2 , in the non-face-to-face medical and infectious disease management service system using the non-contact biometrics authentication technology according to an embodiment of the present invention, the cloud server 100 connects with the servers of a plurality of medical institutions, A cloud computing environment can be established so that people who need access to a patient's medical information, such as medical staff, police, paramedics, and infectious disease managers, can share medical information using the patient's biometric information. Here, the Cloud Computing environment is an ICT (Information Communication & Technology) environment based on the Internet and networks. A data server is built in an intangible Internet environment, and both users and providers of data store data through various computing devices. A system that can be shared with A network base that exists in an intangible form such as a cloud with improved information sharing, processing, storage and security compared to a physical DB (Database), which is physical and has relatively limited capacity and objects to be shared. computing environment.

Meanwhile, the biometric information may include fingerprint information or palm print information, and may be information for face recognition, iris recognition, etc., depending on the embodiment, or a combination of two or more may be used. In addition, if authentication can be processed in a non-contact manner using a camera, various biometric information can be used.

On the other hand, the non-contact fingerprint / palm print authentication technology used in the present invention is a fingerprint / palm print recognition method using a camera and lighting built in a mobile device 200 such as a smart phone and a portable terminal, and is an optimal fingerprint / palm print recognition data. It may conform to international standards (ISO/IEC 19794-2:2011; ISO/IEC 19794-2:2011) for extraction, compatibility, storage and utilization.

More specifically, ISO/IEC 19794-2:2011 is an international standard that specifies the concept and data usage format for representing fingerprints using the basic concept of minitia. The characteristic of this standard is that automated fingerprint recognition data can be applied and applied to a wide range of data platforms. The data elements valid for determining the characteristic data format of the fingerprint and the determination parameter value of the suitability information are the basic data elements used for the minimum unit representation of the fingerprint and the data format for the exchange and storage of the unit representation data of the fingerprint (1) Record-based format, (2) regular and small format that can be used for smartcards in match-on-card applications, and (3) optional extended data format to contain additional data such as ridge count, core and delta positions.

ISO/IEC 19794-4:2011 is an international standard for the process of specifying the data record exchange format for storing, recording and transmitting information in one or more finger or palm image areas within the ISO/IEC 19785-1 data structure. Through the application of these standards, efficient exchange and comparison of fingerprint/palmprint image data is possible.

In addition, this standard defines the measurement unit, format, and content for the exchange of finger image data that can be used in the verification or identification process of a subject. This standard was established for the purpose of smooth exchange between organizations that utilize automated devices and systems for the purpose of identifying or verifying information in the finger image area. That is, information compiled and formatted according to ISO/IEC 19794-4:2011 may be recorded on a machine readable medium or transmitted by a data communication facility.

Hereinafter, each configuration of the non-face-to-face medical and infectious disease management service system using the non-contact biometrics authentication technology will be described in detail with reference to FIGS. 1 and 2 .

The cloud server 100 may share medical information in connection with servers of a plurality of medical institutions, process authentication using biometric information obtained in a non-contact manner using a camera, and provide medical information of the authenticated patient have. That is, the cloud server 100 builds a cloud computing environment so that a plurality of medical institutions and the mobile device 200 can share data with each other, and enables access to medical information using the patient's non-contact biometric information. , through a network, biometric information authentication, various consent procedures for sharing medical information, and provision of information requested by each mobile device 200 .

Here, the network is a wired network such as a local area network (LAN), a wide area network (WAN), or a value added network (VAN), or a mobile radio communication network, a satellite communication network, All kinds of wireless networks such as Bluetooth, Wireless Broadband Internet (Wibro), High Speed Downlink Packet Access (HSDPA), Long Term Evolution (LTE), 3/4/5th Generation Mobile Telecommunication (3/4/5G), etc. can be implemented as

At this time, since the patient's medical information is managed by each medical institution as sensitive personal information, the cloud server 100 does not directly collect such medical information and, if necessary, holds the medical information through the patient's biometric information authentication. Institutions can establish an information sharing environment to provide limited access to people in need and support a secure biometric information authentication method. According to an embodiment, the patient's basic personal information, allergy information, etc. may be directly stored by the cloud server 100, and medical information of the patient may be collected and stored from the medical institution with the consent of each patient and the medical institution.

In addition, the cloud server 100 converts the patient's non-contact biometric information to standard resolution, and manages health and medical information together with the patient's electronic medical record (EMR) and personal health record (PHR) It can be transmitted and stored in the DB of institutions (medical institutions, Korea Health and Medical Information Service, etc.), the DB of the center that centrally manages emergency medical information, and the DB of government-related organizations (National Police Agency, etc.) in charge of public safety and security. A detailed configuration of the cloud server 100 will be described in detail later with reference to FIG. 6 .

The mobile device 200 is a device that acquires biometric information in a non-contact manner using a camera and transmits it to the cloud server 100 , and includes a patient terminal 210 , an emergency terminal 220 , and an infectious disease management terminal 230 . It may be composed of More specifically, the mobile device 200 may be used by patients, medical staff, paramedics, infectious disease managers, police, etc., or implemented as an electronic device installed in a medical institution or an infectious disease management place to obtain biometric information. and may access the cloud server 100 through an application, web app, browser, SaaS (Software as a Service), etc.

Here, the electronic device includes a smartphone, a tablet PC (personal computer), a mobile phone, a video phone, an e-book reader, a laptop PC, a netbook computer, a personal digital assistant (PDA), a media box, It may include at least one of a game console, an electronic dictionary, or a wearable device, and the wearable device is an accessory type (eg, a watch, a ring, a bracelet, an anklet, a necklace, glasses, a contact lens, or a head wearable device ( HMD, head-mounted-device), fabric or garment integral (e.g. electronic garment), body-attached (e.g. skin pad or tattoo), or implantable circuit. In various embodiments, the electronic device is not limited to the aforementioned devices, and may be a combination of two or more of the aforementioned various devices.

Hereinafter, each terminal constituting the mobile device 200 will be described in detail.

The patient terminal 210 may agree to share the patient's medical information and pre-register non-contact biometric information. More specifically, at the time of the patient's application for sharing medical information, the patient terminal 210 may obtain and submit non-contact biometric information together, and may be matched with the patient's basic information and stored. In this case, the patient can consent to the confirmation of medical information, consent to the sharing of medical information, consent to the collection of personal information, etc., and can use non-contact biometric information for identification and authentication for such consent.

That is, the patient terminal 210 may be a mobile terminal used by the patient, but may be a terminal used for patient management in a medical institution, a kiosk installed in a medical institution, or the like. That is, if the patient pre-registers non-contact biometric information and can request and confirm various medical information through non-contact biometric information according to the consent of the patient, the specific shape and installation location of the patient terminal 210 may vary. can be implemented.

Here, the medical information to be shared may include a patient's Electronic Medical Record (EMR), Personal Health Record (PHR), family history, allergy or not, and text, images, and images. , video, multimedia, and the like.

The emergency terminal 220 may obtain biometric information from a patient in a non-contact manner when an emergency occurs, and communicate with the cloud server 100 to receive medical information corresponding to the acquired biometric information. That is, the emergency terminal 220 is a device used by emergency personnel including emergency medical personnel, police and paramedics, and uses a camera to obtain non-contact biometric information of a patient and authenticate through the cloud server 100 . and receive medical information necessary to respond to emergency situations.

At this time, in the terminal 220 for an emergency, an application for obtaining, authenticating, and receiving medical information may be installed and driven in the non-contact biometric information. can be operated normally. That is, after it is confirmed that the user corresponds to an emergency medical personnel, police officers, paramedics, etc. through biometric information authentication and password input, the patient's medical information may be provided.

In addition, the patient's medical information provided to the emergency terminal 220 includes basic information for identifying the patient's identity, contact information for guardians, etc., since the patient may be unconscious, and specific medical information may be unnecessary. It may be emergency provision information that includes only information necessary for emergency situations, including information on current medications, blood types, chronic diseases, and allergic reactions.

In the conventional emergency response process, all procedures are performed without knowing the basic identity of the emergency patient and medical information (blood type, allergic reaction record, chronic disease, medication list, surgery/procedure record, etc.) There were problems such as delay in selecting a power source for the required treatment (hospital capable of providing the appropriate emergency treatment) and inadequate first aid treatment during transport. In particular, delay in the initiation of treatment and lack of medical information can lead to life-threatening acute systemic allergic reactions such as anaphylaxis (acute systemic allergic reaction) and damage to various organs including the brain due to decreased blood oxygen saturation (SpO2). It can be linked to morbidity and the like, putting the patient's life in jeopardy.

However, according to the non-face-to-face medical and infectious disease management service system using the non-contact biometrics authentication technology according to an embodiment of the present invention, the patient's non-contact biometric information is obtained with the emergency terminal 220 in a situation where the emergency patient is first encountered. And, through this, basic medical information of emergency patients can be checked, so it is possible to dramatically prevent and reduce many medical accidents that have occurred during the delay in the initiation of treatment and during transport.

The terminal 230 for managing an infectious disease may obtain biometric information from a patient in a non-contact manner for tracking and management of an infectious disease, and communicate with the cloud server 100 to receive medical information corresponding to the acquired biometric information. That is, the terminal 230 for managing infectious diseases is a device that is provided at an infectious disease test site, a vaccine vaccination site, or the like, or is used by medical staff, and obtains biometric information such as a fingerprint/palmprint of a patient in a non-contact manner with the provided camera to obtain the patient's biometric information. of medical information may be requested from the cloud server 100 .

Therefore, if the patient has registered biometric information in advance, without the patient terminal 210, identification card, or handwriting of contact information, a finger or palm is photographed in a non-contact manner with the terminal 230 for infectious disease management to verify identity, You can check related medical information. Here, the medical information provided by the terminal 230 for managing infectious diseases may include whether or not inoculation, date of inoculation, number of times of inoculation, type of inoculated vaccine, etc. in relation to vaccination, and whether or not examination, date of examination, and examination in relation to diagnosis of infectious disease. As a result, the date of quarantine, the date of release of quarantine, whether or not treatment is administered, etc. may be included.

Here, an application for acquiring, authenticating, and receiving medical information may be installed and driven in the terminal 230 for managing infectious diseases, and the application for managing infectious diseases operates normally after authenticating that the user is an infectious disease management personnel. can be In other words, the user is responsible for preventing and managing infectious diseases through biometric information authentication and password input. After verification of management personnel, the patient's medical information may be provided.

Hereinafter, a process in which the mobile device 200 as described above acquires biometric information in a non-contact manner will be described.

The non-contact biometric information used in the non-face-to-face medical and infectious disease management service system using the non-contact biometrics authentication technology according to an embodiment of the present invention may be fingerprint or palm print information. The mobile device 200 has a built-in camera and lighting to acquire a fingerprint or palm print image in a non-contact manner and transmit it to the cloud server 100, and the cloud server 100 processes the fingerprint or palm print image to extract feature points, , authentication can be processed using the extracted feature points.

3 is a diagram illustrating, for example, a state in which the mobile device 200 acquires non-contact fingerprint information in a non-face-to-face medical and infectious disease management service system using a non-contact biometrics authentication technology according to an embodiment of the present invention; 4 is a diagram illustrating, for example, a state in which the mobile device 200 acquires contactless palm print information in a non-face-to-face medical and infectious disease management service system using a non-contact biometrics authentication technology according to an embodiment of the present invention.

That is, as shown in FIGS. 3 and 4 , the mobile device 200 acquires a fingerprint image or palm print image by photographing a finger or palm with a camera using a web page or application operated by the cloud server 100 . can At this time, a guide instructing the position or pose of a finger or palm may be output on the screen to be suitable for obtaining a fingerprint or palm print, and the fingerprint/palmprint may be accurately recognized by controlling the lighting of the mobile device 200 according to the external illuminance. It is possible to obtain an image of as bright as possible.

Due to the innovative development of the camera technology of various mobile devices 200 such as smartphones in recent years, the resolution of the fingerprint / palm print image captured by the camera and lighting of the mobile device 200 is used as a new fingerprint / palm print recognition method. It was possible to achieve sufficient compatibility and image data standardization (500dpi based on international standard resolution). Due to the standardization of image data, it can be widely used for authentication and security purposes by various organizations.

5 is a diagram illustrating, for example, a state in which feature points are extracted from a fingerprint image in a non-face-to-face medical and infectious disease management service system using a non-contact biometrics authentication technology according to an embodiment of the present invention. The cloud server 100 of the non-face-to-face medical and infectious disease management service system using the non-contact biometrics authentication technology according to an embodiment of the present invention, as shown in FIG. It is possible to extract key points from the palm print image, compare the key points with each other to determine whether they match, and process identity authentication when they match.

A specific technology of non-contact fingerprint/palmprint recognition using the mobile device 200 may use the non-contact fingerprint recognition method of Korean Patent Registration No. 10-1596298.

6 is a diagram illustrating a detailed configuration of a cloud server 100 in a non-face-to-face medical and infectious disease management service system using a non-contact biometrics authentication technology according to an embodiment of the present invention. 6, the cloud server 100 of the non-face-to-face medical and infectious disease management service system using the non-contact biometrics authentication technology according to an embodiment of the present invention includes a communication unit 110, a database unit 120, It may be configured to include a registration processing unit 130 , an authentication processing unit 140 , and an information providing unit 160 , and may further include a web/app operating unit 150 .

The communication unit 110 may transmit/receive data to and from the mobile device 200 . The communication unit 110 may transmit/receive various types of information and data to and from the mobile device 200 using various available networks.

The database unit 120 may match and store the patient information and the non-contact biometric information received from the patient terminal 210 . More specifically, the database unit 120 may match and store patient information such as the patient's name, contact information, and guardian's contact information with the non-contact biometric information of the patient. In addition, the database unit 120 stores the request data including the information requestor requesting the medical information provided by the information providing unit 160, which will be described in detail later, the information request target patient, the information request date and time, and the information request location. can

The registration processing unit 130 receives the consent to share medical information from the patient terminal 210 , stores the non-contact biometric information received from the patient terminal 210 in the database unit 120 , and stores the non-contact biometric information in the server of the medical institution. An application for sharing medical information using the information can be registered. In other words, the patient can apply for sharing of medical information in advance so that it can be used later for medical treatment or used in emergency situations and infectious disease management situations. In this case, the registration processing unit 130 may process various consent procedures related to sharing medical information through the patient terminal 210 , and transmit the patient's non-contact biometric information to a server of a medical institution that holds the patient's medical information and may register an application for sharing medical information.

On the other hand, if the patient's non-contact biometric information is already registered in the database unit 120 , it is possible to process to use the previous data without registering new non-contact biometric information, and to perform a necessary consent procedure.

The authentication processing unit 140 may search for the biometric information received from the mobile device 200 in the database unit 120 to process authentication, and check whether the patient's medical information sharing application is registered. That is, in a situation where patient medical information is required, information requesters such as the person, guardian, emergency response personnel, and infectious disease management personnel use the mobile device 200 to photograph the patient's finger or palm with a camera to obtain non-contact biometric information When transmitted, the authentication processing unit 140 receives, searches for matching pre-registered information in the database unit 120, processes the authentication, and confirms the medical institution holding the medical information of the patient who has applied for sharing.

In this way, the authentication processing unit 140 processes the identity authentication by non-contact biometric information, so that it uses characteristics of the body that cannot be transferred or rented, such as fingerprints and palm prints, so there is no need for a separate identification card, and the patient is unconscious or unable to talk You can verify the identity of a patient and request medical information even when you do not have personal belongings to verify your identity.

More specifically, the authentication processing unit 140 may process the fingerprint or palm print image obtained by the mobile device 200 to extract key points, and process authentication using the extracted key points.

The web/app operation unit 150 is a web page or application that provides an interface through which the mobile device 200 accesses, registers and authenticates non-contact biometric information, and shares medical information through the information providing unit 160 . can operate In addition, when the non-contact biometric information of the patient terminal 210 is initially registered, an application link is provided through the web/app operating unit 150 or biometric information is registered on a web page (homepage) operated by the web/app operating unit 150 . You can also provide an interface that can do this. In some embodiments, messages such as SMS, MMS, instant message, etc. for downloading and activating an application may be transmitted to the patient terminal 210 or the like according to a patient's request.

In particular, the web/app operation unit 150 is installed in the emergency terminal 220 used by emergency personnel including emergency medical personnel, police and paramedics, and when an emergency occurs using the patient's non-contact biometric information It is possible to operate an emergency-only application that receives patient information and patient medical information for coping. Here, the emergency-only application may be operated normally after authenticating that the user is an emergency response personnel.

When authentication and confirmation are processed by the authentication processing unit 140 , the information providing unit 160 may provide the requested medical information to the mobile device 200 through the communication unit 110 . More specifically, the information providing unit 160 transmits patient information and/or non-contact biometric information to a medical institution that has medical information of a patient whose authentication and confirmation by the authentication processing unit 140 have been completed to request and receive medical information. , it may be provided to the mobile device 200 . Here, the medical information provided by the information providing unit 160 may be different depending on the type of the mobile device 200 . Hereinafter, a detailed configuration of the information providing unit 160 will be described in detail with reference to FIG. 7 .

7 is a diagram illustrating a detailed configuration of the information providing unit 160 in the cloud server 100 of a non-face-to-face medical and infectious disease management service system using a non-contact biometrics authentication technology according to an embodiment of the present invention. 7, the information providing unit 160 of the non-face-to-face medical and infectious disease management service system using the non-contact biometrics authentication technology according to an embodiment of the present invention includes a first information providing module 161, a first The second information providing module 162 and the third information providing module 163 may be included.

The first information providing module 161 may provide treatment reservation information and treatment information to the patient terminal 210 . That is, the first information providing module 161 is configured to transmit data when the patient himself/herself visits a medical institution or tries to check his/her own medical information. When performing treatment and examination at a medical institution, non-contact biometric information authentication can be used to verify the identity and proceed with treatment, examination, and reservation. In addition, when a medical institution issues a prescription, issuance of medical expenses receipt, issuance of medical/examination result records, printout of various medical record documents, and transferring and delivering one's medical records to other institutions, You can check and receive issuance, etc. In other words, when issuing medical/examination records, printing through kiosks, transferring/transferring to other institutions (medical institutions, insurance companies, National Health Insurance Corporation, police stations, and the Ministry of Justice (Access Management), the patient confirms his/her identity through non-contact biometric authentication. We can handle the requested work.

On the other hand, when a patient visits a medical institution, a non-contact biometric authentication procedure can be used for personal authentication required for treatment and examination. That is, the authentication processing unit 140 uses the non-contact biometric information obtained from the patient terminal 210 to perform a self-authentication procedure necessary for treatment and examination when the patient visits a medical institution, and the first information providing module 161, Medical information including basic information including the reservation status, name and date of birth of the patient authenticated by the authentication processing unit 140 is provided to the terminal of the medical institution, and information about the patient's treatment or examination turn is provided to the patient's personal terminal can provide

Currently, in medical institutions, the patient's name is partially covered and the list with minimal anonymity is displayed on the monitor, and when the name is called, the patient enters the treatment room. ) Waiting for examination room (primary hospital if examination is required), (4) arrival of examination turn, (5) personal information leakage due to identification through name and date of birth, (6) examination proceeding (same as each examination situation), (7) When medical personnel start medical treatment, problems such as reoccurrence of personal information leakage through name and date of birth may occur.

According to the non-face-to-face medical and infectious disease management service system using the non-contact biometrics authentication technology according to an embodiment of the present invention, it is possible to confirm a reservation, the arrival of a medical appointment, and the identity during examination using non-contact biometric information. It is possible to solve the problem as described above.

In addition, personal authentication required for patient treatment or examination is processed through the authentication processing unit 140 to prevent health insurance theft, lending, or fraud, including illegal receipt of health insurance by delinquent health insurance delinquents, short-term overseas residents, and foreign residents can do.

The second information providing module 162 may provide patient information and medical information of the patient for coping with an emergency situation to the emergency terminal 220 . That is, the second information providing module 162 is configured to allow medical staff, security personnel, and the like, to access the patient's medical information when dealing with an emergency.

In an emergency situation, basic information of the patient and essential emergency provision information are quickly needed rather than detailed medical records, so the cloud server 100 separately stores such emergency provision information and uses the second information provision module 162 to provide emergency information in emergency situations. can provide That is, the database unit 120 matches the patient's medical information to be provided in case of an emergency, and stores the emergency provision information including the drug being taken, blood type, chronic disease and allergic reaction information with the non-contact biometric information of the patient. The second information providing module 162 may provide the emergency provision information stored in the database unit 120 to the emergency terminal 220 .

The third information providing module 163 may provide the patient terminal 210 or the terminal 230 for managing an infectious disease with patient's medical information related to infectious disease management, including identification, tracking, and vaccination of a confirmed patient. That is, the third information providing module 163 is configured to allow infectious disease management personnel, such as the person, medical staff, and a person with public security or public authority, to access the patient's medical information for preventing and monitoring the spread of infectious diseases.

The medical information provided by the third information providing module 163 to the infectious disease management personnel may include whether or not inoculation, inoculation date, number of inoculations, type of inoculated vaccine, etc. are performed in relation to vaccination, and whether or not examination is performed in relation to the diagnosis of infectious diseases; It may include information for monitoring infectious diseases such as test date, test result, quarantine date, quarantine release date, and whether or not a therapeutic agent is administered.

Meanwhile, the database unit 120 may store request data including the information requester requesting the medical information provided by the information providing unit 160 , the information request target patient, the information request date and time, and the information request location. Therefore, by storing a detailed history of who, when, where, and for whom information was requested and what information was provided, it is possible to safely manage sensitive personal information, medical information, and to track the data provision flow. have.

8 is a diagram illustrating a flow of a non-face-to-face medical and infectious disease management service method using a non-contact biometrics authentication technology according to an embodiment of the present invention. As shown in FIG. 8 , in the non-face-to-face medical and infectious disease management service method using the non-contact biometrics authentication technology according to an embodiment of the present invention, the non-contact biometric information is obtained by the patient terminal 210 ( S100 ) , the cloud server 100 storing the non-contact biometric information received from the patient terminal 210 in the database unit 120, and registering an application for sharing medical information using the non-contact biometric information to the server of a medical institution (S200) ), a step of acquiring non-contact biometric information by the mobile device 200 (S300), the cloud server 100 searches the database unit 120 for the non-contact biometric information received from the mobile device 200 and processes authentication and confirming whether the patient's application for sharing medical information is registered (S400), and when authentication and confirmation are processed by the authentication processing unit 140, providing the requested medical information to the mobile device 200 (S500) It can be implemented including

Since detailed information related to each step has been sufficiently described in relation to the patient data management service system using contactless biometric authentication according to an embodiment of the present invention, detailed descriptions will be omitted.

As described above, according to the non-face-to-face medical and infectious disease management service system and method using the non-contact biometrics authentication technology proposed in the present invention, the patient's consent to share medical information is obtained and biometric information is obtained in a non-contact manner using a camera. Acquisition and pre-registration, processing authentication using pre-registered contactless biometric information in situations such as patient use of medical institutions, occurrence of emergencies, and tracking and management of infectious diseases, and providing authenticated patient’s medical information Through biometric authentication using

In addition, according to the present invention, by using biometric information that is difficult for forgery/falsification to process the patient's identity authentication and use a medical institution, health insurance theft, rental, fraud, It can be used as a preventive measure related to illegal receipt of health insurance by delinquent health insurance, short-term overseas residents, and foreign residents.

In addition, according to the present invention, when a patient uses a medical institution, it is possible to make a reservation for treatment and access medical information through non-contact biometric information authentication, thereby preventing leakage of personal information and increasing the efficiency of medical information management, Even in situations such as unconsciousness of the patient, basic identity and medical information can be quickly identified to accelerate the start of treatment and provide appropriate treatment for the patient's situation. This enables accurate and efficient tracking and management of infectious diseases.

Meanwhile, the present invention may include a computer-readable medium including program instructions for performing operations implemented in various communication terminals. For example, the computer-readable medium includes magnetic media such as hard disks, floppy disks and magnetic tapes, optical media such as CD_ROM and DVD, and floppy disks. It may include magneto-optical media and hardware devices specially configured to store and execute program instructions, such as ROM, RAM, flash memory, and the like.

Such a computer-readable medium may include program instructions, data files, data structures, etc. alone or in combination. In this case, the program instructions recorded on the computer-readable medium may be specially designed and configured to implement the present invention, or may be known and used by those skilled in the art of computer software. For example, it may include not only machine language code such as generated by a compiler, but also high-level language code that can be executed by a computer using an interpreter or the like.

Various modifications and applications of the present invention described above are possible by those skilled in the art to which the present invention pertains, and the scope of the technical idea according to the present invention should be defined by the following claims.

100: cloud server
110: communication department
120: database unit
130: registration processing unit
140: authentication processing unit
150: web/app operation department
160: information provision unit
161: first information providing module
162: second information providing module
163: third information providing module
200: mobile device
210: patient terminal
220: terminal for emergency
230: terminal for managing infectious diseases
S100: step of acquiring non-contact biometric information by the patient terminal
S200: a step of the cloud server storing the non-contact biometric information received from the patient terminal in the database unit, and registering an application for sharing medical information using the non-contact biometric information in the server of the medical institution
S300: step of acquiring non-contact biometric information by the mobile device
S400: The cloud server searches the database unit for non-contact biometric information received from the mobile device, processes authentication, and checks whether the patient's medical information sharing application is registered.
S500: When authentication and confirmation are processed by the authentication processing unit, providing the requested medical information to the mobile device

Claims (11)

As a medical and infectious disease management service system,
A cloud server 100 that shares medical information in connection with servers of a plurality of medical institutions, processes authentication using biometric information obtained in a non-contact manner using a camera, and provides medical information of the authenticated patient; and
A device that acquires biometric information in a non-contact manner using a camera and transmits it to the cloud server 100. A patient terminal 210 that agrees to share medical information with a patient and pre-registers non-contact biometric information, from the patient in case of an emergency. An emergency terminal 220 that acquires biometric information in a non-contact manner and communicates with the cloud server 100 to receive medical information corresponding to the acquired biometric information, and biometric information from a patient for tracking and managing infectious diseases and a mobile device 200 including a terminal 230 for managing infectious diseases that is acquired in a non-contact manner and communicated with the cloud server 100 to receive medical information corresponding to the acquired biometric information,
The cloud server 100,
a communication unit 110 for transmitting and receiving data to and from the mobile device 200;
a database unit 120 for matching and storing patient information and non-contact biometric information received from the patient terminal 210;
After obtaining consent for sharing medical information from the patient terminal 210, the non-contact biometric information received from the patient terminal 210 is stored in the database unit 120, and the non-contact biometric information is transmitted to the server of the medical institution. a registration processing unit 130 for registering an application for sharing used medical information;
an authentication processing unit 140 that searches for biometric information received from the mobile device 200 in the database unit 120, processes authentication, and checks whether a patient's medical information sharing application is registered; and
When authentication and confirmation are processed by the authentication processing unit 140, the communication unit 110 includes an information providing unit 160 that provides the requested medical information to the mobile device 200,
The non-contact biometric information is fingerprint or palm print information,
The mobile device 200,
A camera and lighting are built-in, so that a fingerprint or palm print image is acquired in a non-contact manner and transmitted to the cloud server 100, but the image is obtained by controlling the lighting according to external illuminance, ISO/IEC 19794-2:2011 and Acquires an image for fingerprint or palm print recognition data conforming to the international standard of ISO/IEC 19794-4:2011,
The authentication processing unit 140,
Process the fingerprint or palm print image to extract key points, and process authentication using the extracted key points,
The information providing unit 160,
a first information providing module 161 for providing treatment reservation information and treatment information to the patient terminal 210;
a second information providing module 162 for providing patient information and medical information of the patient for coping with an emergency situation to the emergency terminal 220; and
a third information providing module 163 for providing medical information of the patient related to infectious disease management including identification, tracking, and vaccination of infected persons to the patient terminal 210 or the terminal 230 for managing infectious diseases; and
The first information providing module 161,
When the authentication and confirmation are processed by the authentication processing unit 140 , the medical institution issues a prescription, issuance of a receipt for medical treatment, issuance of a medical treatment/inspection result record, printout of a medical record document, and the person according to the request of the patient terminal 210 . Transfer and delivery of medical records to other institutions,
The authentication processing unit 140,
When a patient visits a medical institution, the self-authentication procedure necessary for treatment and examination is processed using the non-contact biometric information obtained from the patient terminal 210,
The first information providing module 161 provides medical information including basic information including the reservation status, name, and date of birth of the patient authenticated by the authentication processing unit 140 to the terminal of the medical institution, and the patient's treatment or providing information about the examination turn to the patient's personal terminal,
By processing the identity authentication required for patient treatment or examination through the authentication processing unit 140, health insurance theft, lending, or fraud, including fraudulent receipt of health insurance by delinquent health insurance delinquents, short-term overseas residents, and foreign residents, can be prevented. can,
The database unit 120,
As the patient's medical information to be provided in the event of the emergency, emergency provision information including information on drugs being taken, blood type, chronic disease, and allergic reaction is matched with the patient's non-contact biometric information and stored;
The second information providing module 162,
Provides the emergency provision information stored in the database unit 120 to the emergency terminal 220,
The database unit 120,
By storing the request data including the information requestor requesting the medical information provided by the information providing unit 160, the information request target patient, the information request date and time, and the information request location, the data provision flow of medical information can be tracked Non-face-to-face medical and infectious disease management service system using non-contact biometrics authentication technology, characterized in that there is.
delete delete delete delete delete delete delete According to claim 1, wherein the cloud server 100,
A web/app operating unit ( 150), characterized in that it further comprises, a non-face-to-face medical and infectious disease management service system using a non-contact biometrics authentication technology.
The method of claim 9, wherein the web / app operating unit 150,
It is installed in the terminal 220 for emergency situations used by emergency personnel including emergency medical personnel, police and paramedics, and patient information and medical care for the patient for handling an emergency using the patient's non-contact biometric information Operates an emergency application that receives information,
The emergency-only application is,
Non-face-to-face medical and infectious disease management service system using non-contact biometrics authentication technology, characterized in that the user is normally operated after authenticating that the user is the emergency response personnel.
A medical and infectious disease management service method comprising:
It shares medical information in connection with the servers of multiple medical institutions, but processes authentication using biometric information obtained in a non-contact method using a camera, provides authenticated patient medical information, and provides patient information and non-contact biometric information of the patient. Cloud server 100 including a database unit 120 for matching and storing information; and
A device that acquires biometric information in a non-contact manner using a camera and transmits it to the cloud server 100. A patient terminal 210 that agrees to share medical information with a patient and pre-registers non-contact biometric information, from the patient in case of an emergency. An emergency terminal 220 that acquires biometric information in a non-contact manner and communicates with the cloud server 100 to receive medical information corresponding to the acquired biometric information, and biometric information from a patient for tracking and managing infectious diseases Each step is performed by a service system including a mobile device 200 including a terminal 230 for managing infectious diseases that is acquired in a non-contact manner and communicated with the cloud server 100 to receive medical information corresponding to the acquired biometric information. is performed,
(1) acquiring non-contact biometric information by the patient terminal 210;
(2) the cloud server 100 stores the non-contact biometric information received from the patient terminal 210 in the database unit 120, and uses the non-contact biometric information to the servers of the medical institution and emergency response institution. registering an application for sharing medical information;
(3) acquiring non-contact biometric information by the mobile device 200;
(4) the cloud server 100 searches the database unit 120 for the non-contact biometric information received from the mobile device 200 to process authentication, and confirms whether the patient's medical information sharing application is registered to do; and
(5) when authentication and verification are processed in step (4), providing the requested medical information to the mobile device 200;
The non-contact biometric information is fingerprint or palm print information,
The mobile device 200,
A camera and lighting are built-in, so that a fingerprint or palm print image is acquired in a non-contact manner and transmitted to the cloud server 100, but the image is obtained by controlling the lighting according to external illuminance, ISO/IEC 19794-2:2011 and Acquires an image for fingerprint or palm print recognition data conforming to the international standard of ISO/IEC 19794-4:2011,
In step (4),
Process the fingerprint or palm print image to extract key points, and process authentication using the extracted key points,
The step (5) is,
a first information providing module 161 for providing treatment reservation information and treatment information to the patient terminal 210;
a second information providing module 162 for providing patient information and medical information of the patient for coping with an emergency situation to the emergency terminal 220; and
a third information providing module 163 for providing medical information of the patient related to infectious disease management including identification, tracking, and vaccination of infected persons to the patient terminal 210 or the terminal 230 for managing infectious diseases; It is performed by the information providing unit 160 to
The first information providing module 161,
When the authentication and confirmation are processed in step (4), the medical institution issues a prescription, issuance of a medical fee receipt, issuance of a medical treatment/inspection result record, printout of a medical record document, and medical treatment according to the request of the patient terminal 210 Transfer and transfer of records to other institutions;
In step (4),
When a patient visits a medical institution, the self-authentication procedure necessary for treatment and examination is processed using the non-contact biometric information obtained from the patient terminal 210,
In step (5), the first information providing module 161 provides medical information including basic information including the reservation status, name, and date of birth of the patient authenticated in step (4) to the terminal of the medical institution. and providing information about the patient's treatment or examination turn to the patient's personal terminal,
By processing the identification required for patient treatment or examination in step (3) above, health insurance theft, lending, or fraud, including illegal receipt of health insurance by delinquent health insurance delinquents, short-term overseas residents, and foreign residents can be prevented. ,
The database unit 120,
As the patient's medical information to be provided in the event of the emergency, emergency provision information including information on medication, blood type, chronic disease and allergic reaction being taken is matched with non-contact biometric information of the patient and stored;
The second information providing module 162,
Provides the emergency provision information stored in the database unit 120 to the emergency terminal 220,
The database unit 120,
By storing the request data including the information requestor requesting the medical information provided by the information providing unit 160, the information request target patient, the information request date and time, and the information request location, the data provision flow of medical information can be tracked Non-face-to-face medical and infectious disease management service method using non-contact biometrics authentication technology, characterized in that there is.

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