KR101587924B1 - System and method for hospital management using face recognition - Google Patents

Abstract

Disclosed are a hospital management system using facial recognition and a management method thereof. The system includes: an entrance camera which records people coming in or going out through the entrance of a hospital; an indoor camera which is installed inside the hospital and records a specific place; a data acquisition unit which analyzes the images recorded by the entrance camera and the indoor camera, acquires facial recognition data of the people in the images, and acquires data about the location and time of the face-recognized people; a database where identification data of registered people including registered patients and staff of the hospital is stored in match with facial data and schedule data of patients is updated, stored, and managed; a comparison and determination unit which compares the facial recognition data acquired by the data acquisition unit and the data about the registered people stored in the data to check if the face-recognized person is a registered person, and, if yes, determines whether the registered person is staff, a patient with reservation, a patient without reservation, or a hospitalized patient; an input unit through which data about newly registered people and data about patients′ reservation, treatment, examination, surgery, prescription, entry procedure, and discharge procedure are inputted; a management server which, for each of the registered people verified by the comparison and determination unit, traces the people and manages the schedules according to the schedule data stored in the database through facial recognition; and a data transmission unit which transmits the data processed or generated by the management server to a mobile terminal of the predefined recipients.

Description

TECHNICAL FIELD [0001] The present invention relates to a hospital management system and a management method using facial recognition,

The present invention relates to a system and a management method for managing a hospital by identifying visitors, hospitalized patients, and employees who visit hospitals without collecting and using personal information such as resident registration numbers using face recognition technology.

Hospitals are characterized by a very large number of people with a floating population. To manage these systems, a large space is required for diverse and specialized management personnel and system operation as well as medical staff. In addition, it is necessary to manage the location and access of patient and hospital personnel in real time for personal identification authentication for security and safety in a special environment of hospitals, and quick response to emergencies.

In recent years, hospitals have become larger and specialized, and it is required to develop a system for efficiently managing large numbers of high-density personnel such as visiting patients and employees while ensuring security and safety.

In addition, due to the strengthening of the Personal Information Protection Act, both patients and hospitals are suffering from inconvenience due to the restriction of the use of the resident registration number, which is used for the advance reservation before the visit and for the medical treatment and examination treatment, and the risk of medical accidents is increasing. Hospitals are developing systems for additional personnel in the existing patient management system or individual authentication systems in hospitals themselves, and it is urgently required to construct an efficient and uniform personal authentication system.

Korean Patent Publication No. 10-2009-0109635

It is an object of the present invention to provide a hospital management system and a management method using facial recognition capable of more efficiently performing management and operation of a hospital using facial recognition technology, have.

In order to accomplish the above object, the present invention provides a hospital management system using facial recognition, comprising: an entrance camera for photographing a doorway of a hospital to photograph an entrance; An indoor camera installed in a room of the hospital to photograph a specified specific place; An information acquiring unit for acquiring facial recognition information of a person in the image by analyzing the images photographed by the entrance camera and the indoor camera, respectively, and acquiring a photographing place and photographing time information of the facial recognition person; A database in which identification information of the registrant including the registered patient and employee of the hospital is matched and stored with the facial information, and the patient-specific schedule information is updated and stored; Comparing the facial recognition information obtained by the information obtaining unit with the information of the registrants stored in the database to confirm whether the recognized person is a registrant and determining whether the recognized person is an employee, a reserved patient, a non-reserved patient, ; An input unit for receiving information on a person to be newly registered and information on a patient's reservation, diagnosis, examination, treatment, operation, prescription, admission procedure, and discharge procedure; A management server that tracks and monitors a schedule of the registrants identified by the comparison determination unit according to the schedule information stored in the database through facial recognition; And an information transmission unit for transmitting the information processed and generated by the management server to at least one of a portable terminal of a target person, a speaker in a hospital, and a bulletin board (electric billboard).

Here, the management server may include an employee management module that tracks and manages the position and the confirmation time of the employee when the face recognized person is an employee including a medical staff; A patient management module that processes and manages a schedule including reception, treatment, prescription, treatment, and inspection by face recognition if the face recognized person is a patient; And an inpatient management module for tracking and managing the position of the inpatient on the basis of the facial recognition information through the entrance camera when the facial recognized subject is an inpatient.

Also, the in-patient management module may be configured to check whether or not an in-patient who is photographed by the entrance camera and facially recognized is in and out, stores photographing information and out-of-time information when confirming the outpatient, It is a good idea to call the guards by controlling the guards to send a confirmation command.

The inpatient management module may transmit an estimation command signal to the terminal of the security team or the security guard when the inpatient who goes out to the entrance does not return within the set time from the outgoing time, It is preferable to transmit the outgoing information of the inpatient to the person in charge of the outpatient hospitalized patient and the outpatient terminal.

In addition, the patient management module may be configured to automatically process the reservation patient when the reservation patient is confirmed through the entrance camera, to acquire reservation waiting time information from the reservation department, Number information to the portable terminal of the reservation patient, and confirms arrival of the reservation department by the reservation camera through the indoor camera, and then transmits the reservation information of the reservation patient to the reservation department.

In addition, the patient management module may further include at least one schedule selected from a prescription issuance procedure, a reception procedure, an inspection procedure, a treatment procedure, and a hospitalization procedure among the next schedule information of the patient inputted through the input unit It is preferable that the position and arrival time of the patient are tracked and managed through facial recognition, and that the schedule information of the patient is transmitted to the portable terminal of the patient.

In addition, the staff management module updates and manages information (location information, time information, and facial recognition information) acquired for the staff including the medical staff in the database, and stores the most suitable nearest employee It is preferable to generate and transmit the paging information to be called through the portable terminal or the in-house broadcast.

In addition, the patient management module stores and manages the patient information received on the same day through the reception counter or the reception terminal device among the facially recognized visitors as the registrant, in the database and matches the facial recognition information, It is preferable to control the position and the arrival time according to the schedule of the reception side by using facial recognition and to transmit the schedule information of the patient on that day to the portable terminal of the patient.

In addition, the patient management module may acquire facial recognition information of a patient visiting the hospital, periodically update the database, and store and manage the facial recognition information.

The staff management module may store information that is confirmed by confirming whether or not the employee is out of the office and is out of the office, taken out by the entrance camera, informed by the employee's terminal, and stores the commute time automatically It is good to manage.

In addition, the present invention provides a touch screen that allows a registrant or a new patient to visit and perform an acceptance procedure directly, transmits the received information to the management server, receives information of the patient whose treatment is completed from the management server, An unattended terminal device for unattended processing of the received patient and a prescription issuing procedure; And a reception camera for photographing a patient received through the reception terminal or the reception counter to acquire facial information, wherein information photographed by the reception camera is received at the reception terminal or at the reception counter It is preferable that the information is matched with the patient information and stored in the database.

The information processing apparatus may further include a monitor for displaying outgoing information of the inpatient patient processed by the management server and location information of the employee on the screen.

In addition, when a customer joins as a member through a web page or an application capable of online membership by using a portable terminal or a computer connected to a communication network, identification information including the name and facial recognition information of the customer is inputted A registration subscription module for registering the customer as a member, and a registration client for inputting identification information including facial identification information of the customer when the registered customer applies for the hospital consultation reservation through the web page or the application using the portable terminal or the computer And a web server for providing the web page and the application to a customer, the web page having a reservation management module for receiving and processing a personal service reservation of the customer.

According to another aspect of the present invention, there is provided a method for managing a hospital using facial recognition, comprising: a photographing step of photographing a person entering a hospital and a person at a specific place inside the hospital; An information acquiring step of acquiring facial recognition information by recognizing a facial image of a photographed person by analyzing an image photographed in the photographing step, and acquiring positional information and time information from which the facial recognition information is obtained; Comparing the facial recognition information obtained in the information obtaining step with facial recognition registration information stored in a database to confirm whether the facial recognition information is a registrant or a non-registrant; Classifying the registrant identified in the checking step as a reservation patient, a non-reservation patient, an employee, and an inpatient; A scheduled patient management step of stepwise checking and processing the next schedule of the reservation patient on the basis of the photographing position and the photographing time of the reservation patient classified in the classification step; And authenticating the patient himself or herself through facial recognition using a camera before the medical act in at least one of the laboratory, treatment room (including blood transfusion, anti-cancer drug) and the operating room when the outpatient medical treatment or the specific medical treatment of the hospitalized patient is determined ; And

Herein, the non-reserved patient management step of stepwise checking and processing the next schedule of the non-reserved patient based on the reception time and the reception position of the non-reserved patient at the time of receiving the reception information of the non- ; ≪ / RTI >

In addition, the reserved patient management step may include a step of automatically accepting the reservation medical examination department when confirming that the reservation patient has entered the entrance of the hospital; Transmitting the reservation waiting time and the waiting patient number information in the reservation examination department to the portable terminal of the reservation patient after the automatic reception processing of the reservation patient; Confirming a state of the reservation patient arriving at the reservation department through facial recognition, and delivering the arrival information of the reservation patient to a reservation department; And a schedule management step of checking the content of the next schedule inputted together with the completion information of the reservation patient in the reservation department and managing and processing the next schedule.

The schedule management step may include the steps of confirming the receiving process through facial recognition, issuing a prescription after confirming the received patient through facial recognition, A step of managing (examining) a treatment of at least one of examination and treatment of a patient using facial recognition; An inpatient management step of transferring the information on the inpatient procedure guidance information to the patient's terminal upon confirming the patient's admission decision information, confirming the patient moved to the ward through facial recognition, and tracking and managing the patient; It is preferable to include at least one of the steps.

Transmitting the position information, the time information, and information obtained through facial recognition to the terminal of the person in charge, when the registrant who is recognized as a face-recognized person in the classification step is identified as an inpatient; Determining whether the inpatient is out of the building, storing acquisition information when the patient goes out, and designating the outpatient as a main monitored subject; Transmitting the paging information and outgoing inpatient information to a terminal of a security guard to provide information so that the security guard can check it; Confirming whether the outgoing time of the inpatient exceeds the set period, and, if exceeding, sending the outgoing information of the inpatient to the terminal of the security team and the terminal of the security team and the guardian terminal.

Sorting the employees by job group in the sorting step, updating and storing information acquired for the employees classified by the job group in the database; When an emergency occurs in a hospital, an employee located nearest to the employee is searched based on the information stored in the database, and the call information is transmitted to at least one of the employee's portable terminal, the speaker in the hospital, The method comprising the steps of:

A member registration step of accessing a web page or an application provided by a web server or a computer via a web terminal or a computer, receiving a basic information and facial recognition information from a member when a customer requests a member registration, and registering the member; And a registered member accessing a web page or an application provided by the web server or a computer via a portable terminal or a computer, requesting the registrant for personal authentication through facial recognition information at the time of requesting a clinic appointment, And a reservation step of comparing the facial recognition information with the facial recognition information and processing the medical care reservation after completing the personal authentication.

In addition, the facial recognition information requested by the customer in each of the member registration step and the reservation step may include a plurality of facial imaged images obtained by photographing the customer's face in a plurality of different directions.

The method may further include the step of acquiring access information and access time information of a hospital entrance of the employee, transmitting the acquired information to a mobile terminal of the employee, and storing the acquired information in the database to automatically manage commute / It is good to do.

A patient information updating step of acquiring facial recognition information of a patient visiting the hospital and periodically updating and storing the facial recognition information of the patient in a database; And updating the facial recognition information of the employee in units of a predetermined period.

According to the hospital management system using facial recognition according to the present invention, the person who enters and exits the hospital building as well as the people in the building are photographed and classified into registrants and non-registrants based on facial recognition information. In the case of registrants, It can be divided into staff and patient. In case of patient, it is possible to keep track of registrants' position by dividing them into reserved patients, non-reserved patients, and inpatients.

In addition, in the case of the patient, it is possible to automatically manage the schedule by moving and receiving the patient by locating and confirming the patient through facial recognition according to the following schedule information, thereby simplifying the system and preventing waste of the hospital personnel In addition, there is an advantage that the patient waiting time can be reduced in the outpatient clinic, the laboratory, and the treatment room, and the hospital space can be utilized efficiently.

In addition, when a specific medical action is decided by the patient, there is an advantage that it is possible to prevent a medical accident such as a patient change through the authentication step before the medical act through the camera in the laboratory, treatment room (blood transfusion, anti-cancer drug, etc.) and the operating room.

In addition, if the hospital employee is in the hospital, it is possible to manage the automatic commute management through the information of the entrance and departure time, and the advantage of being able to call the nearest suitable employee in the emergency situation in the hospital through the location and time information of the employee have.

Furthermore, the user can access the web (app) server via the Internet, and can use the facial recognition to register the member, as well as the registrant to receive the appointment. In other words, since the member registration and the treatment reservation can be performed by processing personal authentication through facial recognition without inputting personal information such as the existing resident registration number, the hospital can normally operate the medical service according to the inability to use personal information, Even if the information can not be used, it is possible to perform the normal medical service, that is, the hospital management work, thereby solving the problem of providing the medical service and managing the hospital.

1 is a block diagram illustrating a hospital management system using facial recognition according to an embodiment of the present invention.
FIG. 2 is a block diagram for explaining the information obtaining unit of FIG. 1. FIG.
3 is a diagram for explaining a state of connecting a terminal and a computer to a web (app) server.
4 is a flowchart illustrating a hospital management method using facial recognition according to an embodiment of the present invention.
5 is a flow chart illustrating a method for tracking in-patient patients.
6 is a flowchart for explaining a management method for a prescription-issued subject.
FIG. 7 is a flowchart for explaining a management method for a subject to be examined (treated).
8 is a flowchart for explaining a management method for a person to be admitted to a hospital after the treatment.
9 is a flowchart illustrating a process of registering a member using a facial recognition by accessing a web (app) server.
FIG. 10 is a flowchart for explaining a process of accessing a web (app) server and making appointments using facial recognition.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a hospital management system and a management method using facial recognition according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 and 2, a hospital management system using facial recognition according to an embodiment of the present invention includes at least one entrance camera 10 installed to photograph a person entering and leaving a doorway of a hospital, At least one indoor camera 20 installed so as to photograph a designated position, an image captured by the entrance camera 10 and the indoor camera 20 to analyze the face of the person photographed, A comparison determining unit 50, an information transmitting unit 60, an inputting unit 70, a monitor 80, a management server 90, an unattended terminal device 100 And a web (app) server 110.

The entrance / exit camera 10 is provided with a plurality of entrance / exit cameras 10 so as to be able to identify people entering and exiting the entrance of the hospital building.

The indoor camera 20 is installed at a specific place in the hospital building, and photographs people. For example, the indoor camera 20 is installed to photograph a specific place such as a reception window, an automatic terminal device 100, a waiting room of each department, a laboratory, a treatment room, and an operation room.

The images photographed by the entrance camera 10 and the indoor camera 20 are transmitted to the information obtaining unit 30 through the wired or wireless network of the building.

The information acquiring unit 30 acquires facial recognition information of a person in the image by analyzing the images photographed by the entrance camera 10 and the indoor camera 20, . 2, the information obtaining unit 30 includes an image capturing unit 31, an image processing unit 32 for processing image information transmitted from the image capturing unit 31, a feature point detecting unit 33, Respectively. The image capturing unit 31 converts an external image signal captured and transmitted by the camera into a digital signal and transmits the digital signal to the image processing unit 32.

The image processor 32 processes the image signal converted into a digital signal by the image capturing unit 21, corrects the contour, filters the noise, and transmits the image signal to the feature point detector 33. The feature point detection unit 33 extracts feature points, i.e., facial images, in the image processed by the image processing unit 32 to acquire facial information. In addition, the feature point detection unit 33 can detect and acquire the time of delivery of the image including the facial image and the delivery position (position information of the delivery camera) together with the facial image. That is, the position information is easily obtained by matching and transmitting the camera position information or the camera identification information for each transmitted image.

 In this way, the information (facial recognition information, position information, time information) acquired by the feature point detecting unit 33 is transmitted to the comparison determining unit 50.

In the database 40, information on a registrant including a hospital registered patient (customer) and an employee is stored in a matching manner with the facial information. In addition, the database 40 is divided into a reserved patient, an inpatient, and a patient undergoing treatment for each treatment section, and a schedule table (information) for each patient is stored and managed. The data managed and stored in the database 40 may be transferred through the information acquisition unit 30 and stored in the database 40. The data may be input through the input unit 70 or input through the unmanned terminal device 100, .

The comparison determining unit 50 compares the facial recognition information obtained by the information obtaining unit 30 with the information of the registrants stored in the database 40 to determine whether the recognized person is a registrant, Whether the patient is a reserved patient, a non-reserved patient, or an inpatient, and classifies and classifies the patient. The information separated by the comparison determination unit 50 is transmitted to the management server 90 and is selectively stored and managed in the database 40 by the management server 90.

The information transmission unit 60 transmits information processed and generated by the management server 90 to a terminal of a necessary person as information including character and image information. The terminal of the target person may include a terminal 210 of a clinic department, a registered patient terminal 220, a security team terminal 230, a security guard terminal 240, a guardian terminal 250 of a hospitalized patient, . Accordingly, in the information transmission unit 60, necessary information is sent to the terminal of the target person in the form of a text message or a voice message in accordance with an instruction from the management server 90. [

The information transmitting unit 60 can transmit the information processed and generated by the management server 90 through a bulletin board (electric sign board) 280 or an in-house broadcast module (speaker) 270 installed in the hall . For example, the schedule information for the reservation patient may be displayed on the bulletin board of the department, or an emergency call signal of the staff including the medical staff may be transmitted through the bulletin board 280 or the intrasponse module 270.

The input unit 70 may include a plurality of computer devices and terminal devices installed in the reception place, the medical department, the ward, etc. of the hospital building and used by the staff. Information on new registrants and information and schedule information related to a patient's reservation, reception, examination, examination, treatment, prescription, admission procedure, surgery, discharge, etc. are inputted through the input unit 70, Is provided to the server (90), and is stored and managed in the database (40).

The input unit 70 includes a computer device or a portable terminal device that can communicate with each other via the Internet or an internal communication network and is connected to the management server 90 and can check the information stored in the database 40 within an allowable range desirable.

The monitor 80 may be arranged at a necessary place such as a central control room of a hospital building, a situation room of each ward, a security room, etc. On the screen of the monitor 80, outgoing information of in- Is displayed as identification information. Therefore, the person in charge of the situation room, the guard room, and the like can confirm and grasp the position of the doctor or the inpatient in charge from time to time, thereby being able to cope with emergency / emergency quickly.

The web server 110 can access a web page and an application through a communication network such as the Internet so that a customer can use a portable terminal (patient terminal) 220 or a computer 260 to perform a member registration process and an appointment to provide. To this end, the web (app) server 110 includes a membership subscription module 111 and a reservation management module 113.

That is, when a web (app) server provides a homepage and an application for a patient customer to register and make a reservation, accesses to a homepage, accesses through a home page, and joins as a member, Receives the identification information including the facial recognition information of the customer along with basic information including the name, address, etc. of the customer, registers the customer as a member of the hospital, and stores the registered customer in the database 40.

Specifically, the membership subscription module 111 provides a menu for inputting the basic information when a member registration procedure is performed through a homepage or an application of a customer. In addition, facial recognition information is requested and received as information for personal authentication instead of a conventional resident registration number or the like. At this time, the customer's facial transplantation information requests and inputs images taken at at least three different angles, including a front image of the face of the customer, a left image taken from the left side, and a right image taken from the right side .

More preferably, it is preferable to request and receive a facial image which is photographed within the last 6 days. Accordingly, the customer captures the image with his / her own terminal, that is, the built-in camera 223 of the patient terminal 220, inputs the captured facial image through a homepage or an application displayed on the screen 221 of the terminal 220, The procedure can be easily performed.

Of course, when a user joins a computer using the computer 260, a facial image may be captured and input using a separate external or built-in camera 263.

In addition, when the registered customer accesses a web page or an application by using the patient terminal 220 or the computer 260 and applies for a hospital care reservation, the reservation management module 113 registers the facial recognition information of the registrant Upon receipt of the identification information, the personal authentication is performed. When the personal authentication is completed, the client receives the treatment reservation requested by the client (registrant), and stores the received information in the database 40. In addition, the information processing unit transmits the received information to the medical department reserved by the patient.

In addition, the reservation management module 113 transmits the reservation information to the reservation patient, that is, the reservation date and time, the booked reservation, and the information on the doctor in charge, as well as the character information, by e-mail good.

Specifically, when the registrant requests the appointment reservation through the web page or the application, the reservation management module 113 requests the facial recognition information for personal authentication together with the basic information input. At this time, the facial recognition information requesting for the reservation requests the facial recognition information captured in real time, and also requests a plurality of image captures photographed at a predetermined angle from the left and right sides, . The reservation management module 113 compares the input basic information and the facial recognition information with the identification information of the registrer stored in the database 40 to determine that the basic information matches and that the facial recognition information coincides within a predetermined error range , It is determined that the personal authentication has been confirmed and the reservation reception processing is performed. Here, the predetermined error range is preferably set to be within 0.1%, but may vary depending on the degree of development of the facial recognition technology. In addition, it is possible to increase the accuracy of the individual authentication by using the back side (four digits) of the telephone number among the basic information inputted through the reservation management module 113 together with the facial recognition information. In this case, As shown in FIG.

Referring to FIGS. 1 to 8, an entrance camera 10 and an indoor camera 20 installed at a doorway of a hospital take pictures of people passing through a doorway and people in a specific area of the doorway (S10).

The images photographed by the entrance camera 10 and the indoor camera 20 are transmitted to the information acquiring unit 30 and the information acquiring unit 30 analyzes the received image to acquire facial recognition information of a person in the image , The photographing place and the photographing time information of the facial recognized person are obtained (S11).

The information (facial recognition information, position information, and time information) obtained by the information obtaining unit 30 is transmitted to the comparison determining unit 50.

The comparison and determination unit 50 compares the information acquired by the information acquisition unit 30, that is, facial recognition information, with registration information stored in the database 40 to determine whether the registered person is a non-registered person or not (S12). Herein, the database 40 stores and manages information on staff, hospitalized patients and customers (registration patients) of the hospital together with the facial recognition information, and newly received patient and employee information is updated and stored and managed.

If it is confirmed in step S12 that it is not a registrant, it can be confirmed through the reception process of the reception counter or the unmanned terminal device 100 whether it is a new patient (new customer) (S13) In the case of a new patient, a new patient is accepted. The new patient may be received at the reception counter for storing the patient, or may be provided through the separately provided unattended terminal device 100 (S15). To this end, a reception camera 102 for photographing the face of the receptionist may be installed in the reception window, and a reception camera may be integrally installed in the unattended terminal device 100 or may be installed separately to photograph the face of the reception customer .

As described above, in the case of the reception camera 102 provided at the reception counter, the reception staff is provided through the screen of the input device in the process of inputting the personal information of the reception customer through the input device (computer) during the reception process, And the registered information is communicated to the database 40 via the communication network and stored and managed. The registered customer information can be registered and matched with the inputted customer information. The new patient information newly received and processed is transmitted to the management server 90.

If it is determined that the registered facial information is obtained in step S12, it is determined whether it is an employee including a medical staff or a patient (step S16).

If it is determined in step S16 that the employee is a doctor including a medical staff, it is checked again whether the confirmed employee is a doctor or not (S17).

In the case of an employee including the medical staff, the classified information is classified into the respective job groups (S19a), and the classified location information and the employee identification information are acquired, matched, updated and stored (S19b).

If it is determined that the employee is recognized through the camera 10 at the doorway, that is, the photographing position is the doorway (S19e), and if it is confirmed that the employee is photographed at the doorway, the management server obtains accessory time information To the portable terminal of the employee (S19f). Then, the commute information is recognized at the entrance, and the commute information is generated and stored in the database (S19g).

More preferably, it is preferable to generate commute / departure information only when the access information is not confirmed within a predetermined time after the access time information of the employee is acquired before the step S19g, , It is possible to check and process it by going out to work and going out. As described above, since the staff can automatically manage the commute management using the face recognition, a separate commute management system is not required.

In the case where an emergency patient is generated (S19c), the staff management module 91 calls the personnel located at a short distance from the staff of the relevant group, based on the location of the emergency patient and the emergency patient information, (S19d). In this way, by classifying the employees according to their positions, and by storing and managing them, it is possible to immediately call the employees of the corresponding group in the event of an emergency, .

That is, in the case of an employee including the medical staff identified in the step S17, it is classified according to the job group based on the facial recognition information, the location information and the time information of the classified staff are matched with the facial recognition information, And updates the acquisition information in the database 40 and stores it. Then, the management server 90 continuously keeps track of the position of the employee and quickly grasps the position of the job group (physician, etc.) at the time of an emergency (when an emergency patient occurs) The portable terminal, the electric sign board, and the like, and also the position information of the doctor can be searched through the database 40 and immediately confirmed and grasped in the medical department requiring the staff, There is an advantage that it can cope immediately.

If it is determined in step S16 that the registrant is a patient, the comparison determination unit 50 compares the reservation patient list stored in the database 40 with the reservation patient list or the non-reservation patient list (S20).

If it is determined in step S20 that the patient is a reserved patient, the information confirmed by the comparison determination unit 50 is transmitted to the management server 90, and the patient management module 91 of the management server 90 tracks .

In other words, the reservation patient management module 91 automatically accepts the next schedule of the reservation patient according to the confirmed location of the reservation patient, and provides the reception result to the mobile terminal 220 of the reservation patient as a character ( S23a). In addition, when the reservation patient management module 91 confirms that the reservation patient visits the hospital through the entrance, the facial recognition information is automatically updated in the database 40 and managed (S23b). In other words, facial recognition information is obtained and managed automatically every visit to the hospital, thereby updating and managing the occurrence of a change in the facial recognition information of the patient with the passage of time so that the latest facial recognition information It is possible to increase the accuracy and reliability of personal authentication and reduce the error occurrence rate.

Specifically, the reservation patient management module 91 receives the reservation time and the waiting time information from the reservation department automatically when the reservation patient is first confirmed through the gateway, 220 (S24). For example, your booking is 'Orthopedic' and the reservation time is 14:30. The current waiting time is 20 minutes, and the waiting time is 3, so you can send a text like 'Please come to the reservation department 10 minutes before.'

In step S25a, the patient management module 91 recognizes the arrival of the reserved patient in the reservation field through facial image recognition through the indoor camera 20 installed for each location. When it is confirmed that the reservation patient arrives at the reservation department, the patient management module 91 automatically delivers information on the reservation patient to the reservation section (S25b).

In this manner, the arrival information of the reservation patient is transmitted to the reservation department, so that it is possible to calculate how many waiting patients are in the reservation service, and to provide the reservation information to the patient management module 91, so that the reservation patient can normally perform the service procedure.

Further, further, when the reservation patient is not confirmed by facial recognition at the reservation department 10 minutes before the reservation time, the reservation waiting time is imminent with the portable terminal of the reservation patient, It is good to send confirmation information. Therefore, the reservation patient can check the reservation time at another place, and can immediately go to the reservation department to see the patient's care normally, thereby effectively performing the patient care procedure and preventing the patient waiting time from being delayed.

After the reservation patient has received the medical care, if the doctor's doctor inputs the contents of the reservation patient and the next schedule through the input unit 70, that is, the computer of the person in charge, (Step S26).

Here, the next schedule information may be various kinds of cases such as a prescription issue, a post-examination re-examination, a post-test treatment, an admission decision, etc. According to the next schedule information set for each patient among the various schedule information, The face of the person in charge can be tracked and managed through facial recognition and transmitted to the contact person terminal 210.

The process according to the schedule information will be described in detail below, for example.

<Procedure for issuing prescriptions after treatment>

The first method is that the staff in the department can directly store and prescribe the prescription, which is usually used in general hospitals.

5, the patient makes a request for issuing a prescription at the counter or unattended terminal device 100, and then the prescription issuance request information is received by the management server 90 (S201).

Then, the management server 90 confirms whether the patient is in agreement with the received prescription issuance request information and confirms the identity after the facial recognition (S202). At this time, the face of the patient can be recognized through the indoor camera 20 or the reception camera 102, and it is possible to confirm whether or not the face recognition information matches the prescription issuance request requester and confirm the identity of the person.

When the identification of the user is completed in step S202, the patient management module 91 confirms the information stored in the database 40 and confirms that the storage is completed (S2043). If it is confirmed that the storage is completed, 91 allows the issuance of a prescription through the unattended terminal device 100 or through the counter (S206).

On the other hand, if it is determined in step S202 that the storage is not performed, the patient management module 91 displays information on the receiving procedure through the touch screen of the patient's terminal 220 or the unattended terminal device 100, (S204).

When the patient's face is recognized through the window or through the unmanned terminal device 100, the result of the storage process is transferred to the management server 90 and the database 40.

<Re-examination or treatment after examination (treatment)>

7, if a doctor or a physician is required to examine or treat a doctor in the clinic so that the examination or treatment schedule is inputted by using the input unit 70 (computer), the examination (treatment) And is notified to the relevant examination room (treatment room) through the communication network.

Then, the patient management module 91 transmits the examination (treatment) schedule information to the patient's terminal 220 as a letter, and the patient confirms the examination (treatment) item, the location of the examination room (treatment room) Guide you to receive your examination (treatment).

Then, the reservation patient arrives at the examination room (treatment room) for examination (treatment) and waits. Then, when it is confirmed that the facial recognition information of the patient is obtained through the image taken by the indoor camera 20 and the patient's schedule is confirmed and visited for examination (treatment), the patient management module 91 The arrival and waiting information of the patient is notified to the examination room (treatment room) and an automatic acceptance process is performed (S302).

In step S303, the patient management module 91 confirms whether the patient is correct or not in the examination room (treatment room). When the identification of the patient is confirmed, the person in charge of the examination room (treatment room) guides the patient who arrived for the examination (treatment) and examines (treats) the item on the schedule. And transmitted to the management server 90 and the database 40 (S304). Then, the doctor in charge is provided to connect to the database 40 to confirm the examination (treatment result). Of course, the doctor in charge may directly perform the examination and treatment, and input the results through the input unit 70. [

After the completion of the examination (treatment), the patient management module 91 confirms the next schedule of the patient, goes back to the department, and confirms whether the schedule is a retreat or a retention schedule (S305).

If it is confirmed in step S305 that the recurrence schedule is held, the patient management module 91 proceeds from step S25 as described above with reference to FIG. 3, so that the patient can receive medical care at the medical service Management.

6, the patient management module 91 manages the process from the step S201 to the storing process and the prescription issuance process is performed by the person himself / herself through facial recognition, as described above with reference to FIG. 6, It can be managed so as to be performed together with the confirmation process.

<Decision on hospitalization after treatment>

Referring to FIG. 8, when the doctor makes an admission decision and inputs the patient's admission schedule to the input unit 70, the entered admission schedule is stored in the database 40 and transmitted to the management server 90. [

Then, the patient management module 91 goes to the reception counter for admission procedure to the patient terminal 220, and sends out information about the reception counter position, the receptionist information and the hospitalization procedure so that the receptionist can proceed to the reception procedure.

When the patient, that is, the patient to be hospitalized goes to the reception counter, facial recognition is performed through the indoor camera 20, and when the patient is recognized as the hospitalized patient, the reception for the admission procedure is automatically processed (S401). Therefore, the reception counter staff only has to confirm that the result of the reception processing and the patient to be admitted are actually identical. At this time, it is possible to inform the reception counter staff to move to the ward to be admitted to the hospitalized patient, or to instruct the patient management module 91 to move to the ward together with the position information of the ward to be admitted to the terminal 220 of the hospitalized patient Can be transmitted. Of course, the staff (nurse) can accompany the patient and guide them to the hospital ward.

When the patient to be hospitalized moves to the ward, the patient to be hospitalized is photographed by the indoor camera 20 installed in the ward and the face recognition is performed. The patient management module 91 confirms whether the patient to be admitted has arrived (S402).

Then, the patient management module 91 sends the facial-recognized information to the person in charge terminal 201 of the hospital ward or the management monitor of the hospital ward and notifies it (S403).

Then, the person in charge of the ward guides, provides and explains the necessary information according to admission to the patient, and the patient management server 91 can provide information necessary for admission to the patient's terminal 220.

When the patient goes to the hospital room and enters the hospital, information on the admission fact of the patient is input through the input unit 70 provided in the ward (S404), and the input information is transmitted to the database 40 and the management server 90.

After the patient is admitted to the hospital, the inpatient management module 92 keeps track of the admittance of the inpatient in the hospital room, and the schedules of the in-hospital movement, treatment, and operation through facial recognition.

In addition, the in-patient management module 92 determines whether the inpatient is a patient to be treated or a patient to be treated according to the schedule information input by the doctor in charge for each inpatient, .

The inpatient management module 92 sends the inpatient schedule information to the patient and the guardian terminals 220 and 250, respectively (S405). Therefore, hospitalized patients can easily confirm schedule information such as their own examination, treatment, treatment, and surgery.

When the operation date or the date of examination or treatment is reached, the inpatient management module 92 confirms whether the patient is a surgical patient or a treatment (inspection) patient on an inpatient basis (S406) Management.

First, when the inpatient is a patient to be operated on, the inpatient management module 92 performs authentication of the patient before the medical treatment through the facial recognition information of the patient entering the operating room (S409). If the patient to be operated and the person to be recognized are in agreement with each other, the operator of the operating room is notified of the authentication of the person through the monitor or the portable terminal of the operating room.

In addition, the staff management module 91 confirms employees (doctors, nurses) who entered the operating room through facial recognition, and recognizes whether the facially recognized staff is the operating doctor and staff who are matched to the surgical schedule of the facially recognized patient in the operating room Through the schedule information stored in the database (40). As a result of confirmation, when the employee information is confirmed, the information is stored in the management server 90 and the database 40 and managed. It will be possible to manage the exams of the surgeon and the staff more thoroughly.

After the operation, if the information of the operation procedure and the operation result are inputted through the input unit 70 of the operation room, the inputted information is stored and managed in the database 40 (S410). Of course, the inpatient management module 92 may control the camera installed in the operating room to photograph the operation procedure, and the image taken after the operation procedure may be stored and managed in the database 40. Therefore, the doctor in charge can confirm the operation procedure and the operation result stored in the database 40, and can more accurately observe and treat the patient management and the post-operative progress.

 In addition, it is possible to effectively manage the surgical procedure and the treatment process by storing and managing the image of the surgical procedure, and storing and storing the surgical imaging image with the facial recognition information.

In this way, in the operating room, the authentication of the patient as well as the employee is performed through facial recognition, thereby enabling more accurate identification of the patient and the employee, thereby preventing medical accidents and negligence in advance.

If the inpatient is confirmed as a patient for the treatment (inspection) in the step S406, the inpatient management module 92 authenticates the patient through face recognition in the examination room (treatment room) (S407) Can be achieved.

After the examination or treatment, the results of the examination (treatment) are inputted through the input unit of the examination room (treatment room), and the inputted information is stored and managed in the database 40 (S408).

On the other hand, if it is determined in step S20 that the face-recognized patient is not a prescriber, the comparison determination unit 50 determines whether the patient is an inpatient or a non-registered patient (registered outpatient) (S21).

If it is confirmed in step S21 that the user is a non-prescriber, the management server 90 discards the information obtained through facial recognition. Then, the non-reserving party can accept the request through the reception counter or through the unmanned reception terminal 100 (S22). After the acceptance process is performed as described above, the patient management module 91 transmits the non- Tracking can be done.

4, the in-patient management module 92 displays the position and time information of the inpatient in the inpatient, which is photographed by the inpatient, Or may be stored and managed in the database 40 so that the employee of the corresponding department can be confirmed at any time through the computer at step S110.

In addition, the inpatient management module 92 may transmit the location and the confirmation time of the inpatient to the portable terminal of the caregiver and the portable terminal of the person in charge (physician or nurse) of the corresponding department.

In addition, the in-patient management module 92 confirms whether the in-patient-recognized facial position is inside or outside the building through the obtained information (S111). When the patient is inside the building, the inpatient management module 92 keeps track of only the location of the inpatient and the confirmation time information.

On the other hand, if it is confirmed that the facial recognition-recognized inpatient is outside the building, the inpatient management module 92 stores the captured image information in the database 40 and manages it, and sets it as a main monitored object (S112).

Then, the inpatient management module 92 transmits the information about the inpatient set as the main surveillance director to the surveillance monitor of the security guard terminal 240 or the security guard room so that the security guard can be called and confirmed by the security guard in step S113.

In addition, the in-patient management module 92 counts the time when the inpatient recognized the face is out of the building and determines whether the in-patient has exceeded the set time (S114), and if it is not confirmed that the in- It is determined that the user is unauthorized departure, and the monitoring of the security team or notification of the unauthorized departure of the inpatient is notified to the terminal 230 (S115).

In addition, the inpatient management module 92 notifies the inpatient's unauthorized departure from the terminal 210 of the person in charge of the inpatient (doctor, nurse) or a management monitor of the inpatient, The patient is informed of the unauthorized departure of the patient (S116).

In this way, it is possible to clarify the problem of the responsible subject as well as the safety accident caused by the unauthorized departure of the inpatient by tracking and managing according to the confirmation position of the inpatient, and there is an advantage that the inpatient can be more thoroughly managed have.

If the inpatient management module 92 confirms that the patient who has gone outside the building enters the building again, it is excluded from the list of the main monitoring target persons, and the in-patient management terminal 92 and the in- (250).

A method of registering membership through facial recognition will be described with reference to FIG.

First, the customer accesses a web page or an application provided by the web (app) server 110 to the patient's terminal 220 or the computer 260, (S610).

Then, the membership subscription module 111 requests to input personal authentication information (facial recognition information) together with basic information (S611).

Then, the membership subscription module 111 receives basic information and facial recognition information that the customer delivers through a web page or an application (S612).

The membership subscription module 111 determines whether the inputted facial recognition information, that is, the facial image, is recognizable (S613). If the facial image is not recognizable or satisfies the facial image (distance, resolution, photographing angle, If not, the user requests re-capture (re-input) (S614).

Then, the customer can take a picture with the camera 222 of the patient's terminal 220 or the camera 263 connected to the computer 260 (S615), and directly input the captured image.

If it is determined in step S613 that the input image is an image that can be recognized, the member management module 111 generates identification information of the customer by matching the inputted facial recognition information with the basic information, (S616).

Then, the registration management module 111 stores the registered member information in the database 40 (S617).

As described above, the customer can access the web page or application provided by the web (app) server 110 through the portable terminal or the computer, and can register the member. In addition, the customer inputs facial recognition information together with basic information So that member registration can be easily performed through facial recognition information having discriminating power while protecting personal information.

Referring to FIG. 10, a method for a registered member to make a medical appointment reservation using facial recognition will be described.

First, the registered member accesses a web page or an application provided by the web (app) server 110 through a portable terminal or a computer, and requests for a medical appointment (S620).

Then, the reservation management module 113 requests input of personal authentication information (facial recognition information) together with basic information (S621).

Then, the reservation management module 113 receives basic information and facial recognition information that the customer delivers through a web page or an application (S622).

When the basic information and the facial recognition information are input, the reservation management module 113 compares the basic information and the facial recognition information to check whether they match the registration information stored in the database 40 (S623).

If the comparison result input information does not match the registration information in step S623, the reservation management module 113 requests re-input (re-shooting) (S624). That is, it requests that the inputted facial image be re-entered or re-captured and input.

Then, the registrant can shoot with the camera 222 of the terminal 220 or the camera 263 connected to the computer 260 (S625), and can again input the photographed image.

On the other hand, if it is determined that the information input in step S623 matches the registration information, the reservation management module 113 receives and processes the entered medical care reservation request information (S626).

Then, the reservation management module 113 stores the received treatment reservation information in the database 40 (S627), transmits the received treatment reservation information to the reservation (medical department) and the reservation person, It can be transmitted by e-mail (S628).

Then, the reservation management module 113 confirms whether reservation cancellation information is input until reservation date (S629). If the reservation cancellation information is inputted, the reservation reservation module 113 cancels the reservation cancellation (S630). Then, it is preferable that the reservation canceling information is stored in the database 40, the care department is notified, and the canceling completion information is also transmitted to the canceling terminal.

In addition, it is preferable that the cancel process is performed after confirming the personal authentication using the facial recognition information even when the cancellation is requested.

As described above, according to the hospital management method using the facial recognition of the present invention, it is possible to perform facial recognition of people photographed using a plurality of cameras 10, 20, and 102 installed inside and outside a hospital building And the registrant can be classified into a reservation patient, a non-reservation patient, an employee, and an inpatient, and can automatically track and manage the registrant separately.

Also, in the case of a non-registrant, when switching to a registrant through tracking management, a newly registered subject can be set as a non-scheduled patient and tracked and managed.

Accordingly, it is possible to reduce the cost of operating and managing hospitals, reduce manpower, reduce unnecessary reception and waiting time for patients, and provide rapid and accurate medical services, .

In addition, it is possible to automatically and thoroughly manage the inpatient patients, thereby reducing human and material costs due to inpatient management, precisely managing responsibilities due to unauthorized departure of the inpatient patients, It is possible to prevent and minimize the occurrence of safety problems due to disengagement.

10 .. entrance camera 20 .. indoor camera
30. Information acquiring unit 40. Database
50. A comparison determination unit 60. An information transmission unit
70 .. Input section 80 .. Monitor
90 .. Management Server 100 ... . Unmanned terminal device
102 .. Reception Camera 110 .. Web (App) Server
111 .. Subscription module 113 .. Reservation management module
210 .. Person in charge terminal 220 .. Patient terminal
230 .. Security Team Terminal 240 .. Security Terminal
250 .. Protector terminal 260 .. Computer
270 .. In-house broadcasting module (speaker) 280 .. Bulletin board (electric signboard)

Claims (23)

An entrance camera for photographing a doorway of a hospital and photographing a guest;
An indoor camera installed in a room of the hospital to photograph a specified specific place;
An information acquiring unit for acquiring facial recognition information of a person in the image by analyzing the images photographed by the entrance camera and the indoor camera, respectively, and acquiring a photographing place and photographing time information of the facial recognition person;
A database in which identification information of the registrant including the registered patient and employee of the hospital is matched and stored with the facial information, and the patient-specific schedule information is updated and stored;
Comparing the facial recognition information obtained by the information obtaining unit with the information of the registrants stored in the database to confirm whether the recognized person is a registrant and determining whether the recognized person is an employee, a reserved patient, a non-reserved patient, ;
An input unit for receiving information on a person to be newly registered and information on a patient's reservation, diagnosis, examination, treatment, operation, prescription, admission procedure, and discharge procedure;
A management server that tracks and monitors a schedule of the registrants identified by the comparison determination unit according to the schedule information stored in the database through facial recognition;
An information transmission unit for transmitting information processed and generated by the management server to at least one of a portable terminal of a target person, a speaker in a hospital, and a bulletin board (electric billboard);
When a customer joins as a member through a web page or an application capable of online membership using a portable terminal or a computer connected to a communication network, the user inputs identification information including the name and facial recognition information of the customer, A member registration module for registering the member as a member,
When a registered customer applies for a hospital treatment reservation through the web page or application by using a portable terminal or a computer, it receives identification information including facial recognition information of the customer, processes the personal authentication, And a reservation management module for receiving and processing,
Further comprising a web server for providing the web page and the application to a customer,
When the reservation management module requests facial recognition information for personal authentication of a customer requesting reservation, it requests facial recognition information captured in real time, requests a plurality of captured images taken at different angles, Wherein the facial recognition is performed by a facial recognition system. The management server according to claim 1,
An employee management module that keeps track of the position and confirmation time of the employee when the face recognized person is an employee including a medical staff;
A patient management module that processes and manages a schedule including reception, treatment, prescription, treatment, and inspection by face recognition if the face recognized person is a patient; And
And an inpatient management module for tracking and managing the position of the inpatient on the basis of the facial recognition information through the entrance camera when the facial recognized subject is an inpatient, . 3. The method of claim 2,
Wherein the inpatient management module comprises:
The entrance and exit times of the inpatient who is photographed by the exit entrance camera and facially recognized, and the entrance and exit times, and stores the photographing information and the outgoing time information at the time of confirmation of going out, selects the main observation target person, A hospital management system using facial recognition characterized by calling a security guard. 4. The inpatient management system according to claim 3,
When the inpatient who has traveled to the entrance and exit does not return within the set time from the outgoing time, transmits an estimation command signal to the terminal of the security team or the security guard to trace the outpatient inpatient, And the outgoing information of the inpatient is transmitted to the terminal and the caregiver terminal of the hospital management system using facial recognition. 3. The patient management system according to claim 2,
And a reservation waiting time information acquiring unit for acquiring the reservation waiting time information from the reservation department and storing the reservation time, waiting time and waiting number information in the reservation patient And transmits the arrival information of the reservation patient to the department that has made a reservation after confirming arrival at the department reserved by the reservation patient through the indoor camera. 6. The system according to claim 5,
A position and an arrival time of the patient are displayed on the face according to at least one schedule selected from a prescription issuance procedure, a reception procedure, an inspection procedure, a treatment procedure, and a hospitalization procedure among the next schedule information of the patient inputted through the input unit Wherein the controller is configured to perform tracking and management through recognition, and to transmit the patient's schedule information to the portable terminal of the patient. The system according to claim 2,
(Location information, time information, and facial recognition information) acquired for the staff including the medical staff are stored in the database and stored and managed. In the emergency situation in the hospital, the nearest employee is called through the portable terminal or the park broadcasting And the call information is generated and transmitted to the hospital management system using facial recognition. 3. The patient management system according to claim 2,
The information of the patient received on the day is stored and managed in the database by matching the information of the patient received on the same day through the reception counter or the reception terminal device of the registered face recognizing the registrant and the position and arrival time The facial recognition is performed, and the schedule information of the patient on the same day is transmitted to the portable terminal of the patient. 3. The method of claim 2,
Wherein the patient management module acquires facial recognition information of a patient who has visited the hospital and periodically updates and stores the facial recognition information in the database. 3. The method of claim 2,
The staff management module stores information that is confirmed by confirming the entrance and exit times and times of employees who are photographed by the doorway camera and facially recognized by the entrance camera and transmits the information confirmed to the employee's terminal to automatically store and manage the commute time A hospital management system using facial recognition. 11. The method according to any one of claims 1 to 10,
The present invention provides a touch screen that allows a registrant or a new patient to visit and perform an acceptance procedure directly, transmits the received information to the management server, receives information of the patient whose treatment is completed from the management server, An unattended terminal device for unattended processing of a patient's receiving procedure and a prescription issuing procedure; And
And a reception camera for photographing a patient received through the reception terminal or the reception counter to acquire facial information,
Wherein information photographed by the reception camera is matched with information of a patient received at the reception terminal or reception counter and stored in the database. 12. The method of claim 11,
Further comprising a monitor for displaying outgoing information of an inpatient patient and location information of an employee processed on the management server through a screen. delete A photographing step of photographing a person entering a hospital and a person at a specific place inside the hospital;
An information acquiring step of acquiring facial recognition information by recognizing a facial image of a photographed person by analyzing an image photographed in the photographing step, and acquiring positional information and time information from which the facial recognition information is obtained;
Comparing the facial recognition information obtained in the information obtaining step with facial recognition registration information stored in a database to confirm whether the facial recognition information is a registrant or a non-registrant;
Classifying the registrant identified in the checking step as a reservation patient, a non-reservation patient, an employee, and an inpatient;
A scheduled patient management step of stepwise checking and processing the next schedule of the reservation patient on the basis of the photographing position and the photographing time of the reservation patient classified in the classification step;
Authenticating the patient himself or herself through facial recognition using a camera before a medical act in at least one of a laboratory, a treatment room (including a transfusion, an anticancer drug), and an operating room when the outpatient medical treatment or a specific medical treatment of the hospitalized patient is determined;
Transmitting information on the position, time information, and facial recognition information of the inpatient to the terminal of the person in charge when the registrant who is recognized as a face-recognized person in the classification step is identified as the inpatient;
Determining whether the inpatient is out of the building, storing acquisition information when the patient goes out, and designating the outpatient as a main monitored subject;
Transmitting the paging information and outgoing inpatient information to a terminal of a security guard to provide information so that the security guard can check it;
Confirming whether the outgoing time of the inpatient exceeds the set period, and if the inactivity time exceeds the set period, sending the outgoing information of the inpatient to the terminal of the security team and the terminal of the security team and the guardian terminal;
A member registration step of accessing a web page or an application provided by a web server or a computer via a mobile terminal or a computer to receive a basic information and facial recognition information from a member when a customer requests a member registration; And
A registered member accesses a web page or an application provided by the web server or a computer via a web terminal or a computer to request personal authentication through facial recognition information at the time of requesting a patient's appointment, And a reservation step of comparing the recognition information and processing the appointment reservation after completion of the personal authentication,
Wherein the facial recognition information requested by the customer in each of the member registration step and the reservation step includes a plurality of facial imaged images obtained by photographing the face of the customer in a plurality of directions different from each other. 15. The method of claim 14,
A non-scheduled patient management step of stepwise checking and processing the next schedule of the non-reserved patient based on the reception time and the reception position of the non-reserved patient when the reception information of the non-reserved patient classified in the classification step is acquired; Wherein the method further comprises the steps of: 15. The method according to claim 14,
Automatically confirming the fact that the reservation patient has entered the entrance of the hospital, automatically processing the reservation department;
Transmitting the reservation waiting time and the waiting patient number information in the reservation examination department to the portable terminal of the reservation patient after the automatic reception processing of the reservation patient;
Confirming a state of the reservation patient arriving at the reservation department through facial recognition, and delivering the arrival information of the reservation patient to a reservation department;
And a schedule management step of checking contents of the next schedule inputted together with the completion information of the reservation patient in the reservation department and managing and processing the next schedule. 17. The method according to claim 16,
Confirming the receiving process through facial recognition, issuing a prescription after confirming the received patient through facial recognition;
A step of managing (examining) a treatment of at least one of examination and treatment of a patient using facial recognition; And
An inpatient management step of transferring the information on the inpatient procedure information of the patient to the patient's terminal when confirming the patient's admission decision information, confirming the patient moved to the ward through facial recognition, and tracking and managing the patient; The method comprising the steps of: (a) receiving a facial recognition request from a faculty member; delete 18. The method according to any one of claims 14 to 17,
Classifying the employees according to the job group in the classifying step and updating and managing information acquired for the employees classified by the job group in the database;
When an emergency occurs in a hospital, an employee located nearest to the employee is searched based on the information stored in the database, and the call information is transmitted to at least one of the employee's portable terminal, the speaker in the hospital, The method of claim 1, further comprising the steps of: delete delete 20. The method of claim 19,
Further comprising the step of acquiring access information and access time information of a hospital entrance of the employee, transmitting the obtained information to a mobile terminal of the employee, and storing the acquired information in the database to automatically manage commute / Hospital management method using face recognition as a feature. 18. The method according to any one of claims 14 to 17,
A patient information updating step of acquiring facial recognition information of a patient visiting the hospital and periodically updating and storing facial recognition information of the patient in a database; And
And updating the facial recognition information of the employee in units of a predetermined period. &Lt; RTI ID = 0.0 &gt; 11. &lt; / RTI &gt;

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