KR102595741B1 - System and Method for Taking a Physical Examination Using a Smart-Phone - Google Patents

Abstract

An embodiment of the present disclosure includes providing a screen for making a health examination reservation to an examinee's electronic device connected to a health examination progress server, and receiving reservation information input on the screen from the electronic device; The health examination progress server responds to the reception of the medical examination center arrival signal from the electronic device, provides a screen for unmanned reception according to the reservation information, and provides health examination information of the examinee based on personal information input through the screen. generating a; When a login input from the electronic device is obtained, the health examination progress server transmits a health examination service start signal to the electronic device, and processing the electronic device to perform a patient examination in response to the start signal; When it is determined that all examinations of the examinee have been completed in consideration of the examinee's health information, a method of conducting a health examination using a smart terminal including the step of the health examination progress server transmitting an examination completion message to the electronic device. to provide.

Description

Method and system for taking a physical examination using a smart terminal {System and Method for Taking a Physical Examination Using a Smart-Phone}

The present invention relates to a method and system for conducting a health examination using a smart terminal. More specifically, the entire process from the examinee's visit to the hospital and reception for a health examination to the progress and completion of the examination is conducted through a smart terminal carried by the examinee. This relates to a method and system for guiding health examination using a smart terminal that allows the process to be performed under unmanned guidance.

In general, the process for a comprehensive health checkup is first completed by visiting or making a phone call for the checkup, then registering on the waiting list in writing when visiting the hospital for a health checkup, and then receiving direct guidance from staff according to the order of progress.

In this conventional health examination process, duplicate work occurs through data conversion of paper documents received from patients, such as consent forms and questionnaires, and continuous exhaustion of one-time printed materials such as information to be read before examination occurs. Inefficiency is becoming a problem.

In addition, it is difficult to determine the status of the examination rooms distributed on multiple floors in real time, and it is difficult to manage examinations and waiting times for each patient, which leads to operational difficulties, as well as having to follow a complex route with more than 20 medical examination movements. In addition, there was a problem of reduced customer convenience due to inefficient use of time due to overlapping routes and waiting times.
Prior literature - Republic of Korea Patent Publication No. KR 10-2014-0021101

Therefore, the purpose of the present invention to solve the above problems is to use a smart terminal to perform unmanned registration by entering medical history information according to reservation information consisting of personal information, biometric information, and test information of the reserved patient. The purpose is to provide a method to guide the diagnosis process.

In addition, another object of the present invention is to conduct a health examination using a smart terminal in which the user terminal receives the patient's health examination information from the health examination progress server and guides the entire process from the start to the end of the health examination according to the reserved health examination time. The purpose is to provide a guidance system.

Another purpose of the present invention is that, as the examinee performs a health examination process using a smartphone terminal, the manager smartphone terminal sends the overall hospital situation, the situation by laboratory, the situation by patient, group patient management, endoscopy request, and patient notification messages. The purpose is to provide a health examination guide system using a smart terminal to support work performance.

A method according to embodiments of the present disclosure includes providing a screen for making a health examination reservation to an electronic device of a examinee connected to a health examination progress server and receiving reservation information input on the screen from the electronic device; The health examination progress server responds to the reception of the medical examination center arrival signal from the electronic device, provides a screen for unmanned reception according to the reservation information, and provides health examination information of the examinee based on personal information input through the screen. generating a; When a login input from the electronic device is obtained, the health examination progress server transmits a health examination service start signal to the electronic device, and processing the electronic device to perform a patient examination in response to the start signal; And when it is determined that all examinations of the examinee have been completed in consideration of the examinee's health information, the health examination progress server may include transmitting an examination completion message to the electronic device.

The reservation information may include the examinee's personal information, biometric information, or test information.

In the step of generating the health examination information, the health examination progress server receives the examinee's personal information from the electronic device, searches the examinee's health examination details using the personal information, and retrieves the health examination details from the electronic device. A screen is transmitted, and the screen of the health examination details includes an icon that moves to a screen for inputting a medical examination from the examinee. The medical examination information is obtained from the examinee through a selection input for the icon, and the health examination is performed. After the questionnaire information is obtained, the progress server displays a consent submission screen agreeing to the issuance of a medical examination result sheet through the electronic device, and the health examination progress server displays the consent submission screen on the electronic device after the consent submission screen. The method may further include providing a screen for inputting result sheet receipt information.

The step of processing to perform the examination of the examinee is to sequentially send the health examination server to the electronic device a dressing room movement guide message, a locker room locker number guide message, a locker automatic opening guide message, and a lock guide message for changing clothes before the test. transmits, and when the electronic device receives an event of contact with the wireless reader of the first examination room from the wireless reader, information on the number of people waiting in the first examination room, information on the waiting order of the examinee, or information on the examinee's entrance is generated. and sequentially provided, and the health examination progress server processes the barcode information screen to be output through the output unit of the electronic device, and when the barcode information provided through the barcode information screen is recognized by the wireless reader, the recognized barcode Receiving information from the wireless reader; and the step of the health examination progress server generating health status information of the examinee indicating that the first examination of the electronic device has been completed.

When the electronic device contacts the wireless reader of the first electronic locker, the first electronic locker obtains personal information from the electronic device, transmits the personal information and recorded locker information to the locker server, and opens the locker from the locker server. It may further include processing to open the door of the first electronic locker when a signal is received.

According to embodiments of the present disclosure, a wireless reader installed in an examination room recognizes barcode information of an electronic device, transmits the recognized barcode information to the health examination progress server, and the health examination progress server , updating the status information for each examinee to 'inspection in progress', and when the wireless reader recognizes the barcode information of the electronic device again, setting the status information for each examinee to 'examination completed'. .

Comprising a communication unit and a processor according to embodiments of the present disclosure, the processor provides a screen for making a health examination reservation to an electronic device of a connected examinee, and receives reservation information input on the screen from the electronic device, In response to the reception of a medical examination center arrival signal from the electronic device, a screen for unmanned reception according to the reservation information is provided, and medical examination information of the examinee is generated based on personal information entered through the screen, and the electronic device When a login input from the device is obtained, a health examination service start signal is transmitted to the electronic device, the electronic device processes the examinee to perform an examination in response to the start signal, and the examinee is processed in consideration of the examinee's health examination information. If it is determined that all tests have been completed, a test completion message may be transmitted to the electronic device.

A computer program according to an embodiment of the present invention may be stored in a medium to execute any one of the methods according to an embodiment of the present invention using a computer.

In addition to this, another method for implementing the present invention, another system, and a computer-readable recording medium for recording a computer program for executing the method are further provided.

Other aspects, features and advantages in addition to those described above will become apparent from the following drawings, claims and detailed description of the invention.

Therefore, the method and system for guiding health examination using a smart terminal of the present invention as a means of solving the above problems facilitates patient data management through the establishment of smart device-based services and provides IT infrastructure to reduce costs such as paper documents and promotional printed materials. By building it, work efficiency can be increased.

In addition, by building a smart infrastructure that takes into account the physical characteristics of the health diagnosis center, management efficiency can be provided, and customer satisfaction can be increased by shortening the examination time and establishing a digital service infrastructure.

1 is a diagram of a network environment of a health examination progress system according to embodiments of the present disclosure.
Figure 2 is a flowchart of a method of conducting a health examination according to embodiments of the present disclosure.
FIGS. 3A, 3B, and 3C are exemplary diagrams of screens displayed on the unmanned reception device while the unmanned reception step (S200) is performed.
Figure 4 is a flowchart of detailed steps in the examinee examination progress step (S300).
FIGS. 5A, 5B, 5C, 5D, 5E, 5F, and 5G are examples of screens displayed on the second electronic device while the examinee examination progress step (S300) is performed.
Figure 6 is an overall configuration diagram of a health examination progress guide system using a smart terminal according to other embodiments of the present disclosure.
Figure 7 is a block diagram of the health examination progress server 100.
Figure 8 is an example diagram of a center situation map generated through a health examination progress server.
Figure 9 is an example diagram of a screen that provides status information for each examination room.
Figure 10 is an example diagram of a screen that provides situational information for each patient.
Figure 11 is an example diagram of a screen that provides status information of one or more examinees belonging to a group.
Figure 12 is an example diagram related to a bus group provided to the manager terminal.
Figure 13 is an example diagram related to an endoscope request provided to the manager terminal.
Figure 14 is an example diagram related to the creation of a text message provided to the manager terminal.
Figure 15 is a block diagram of a second electronic device according to embodiments of the present disclosure.

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

Since the present invention can be modified in various ways and can have various embodiments, specific embodiments will be illustrated in the drawings and described in detail in the detailed description. The effects and features of the present invention and methods for achieving them will become clear by referring to the embodiments described in detail below along with the drawings. However, the present invention is not limited to the embodiments disclosed below and may be implemented in various forms.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. When describing with reference to the drawings, identical or corresponding components will be assigned the same reference numerals and redundant description thereof will be omitted. .

In this specification, terms such as “learning” and “learning” are not intended to refer to mental operations such as human educational activities, but are terms that refer to performing machine learning through procedural computing. interpret.

In the following embodiments, terms such as first and second are used not in a limiting sense but for the purpose of distinguishing one component from another component.

In the following examples, singular terms include plural terms unless the context clearly dictates otherwise.

In the following embodiments, terms such as include or have mean the presence of features or components described in the specification, and do not exclude in advance the possibility of adding one or more other features or components.

In the drawings, the sizes of components may be exaggerated or reduced for convenience of explanation. For example, the size and thickness of each component shown in the drawings are shown arbitrarily for convenience of explanation, so the present invention is not necessarily limited to what is shown.

In cases where an embodiment can be implemented differently, a specific process sequence may be performed differently from the described sequence. For example, two processes described in succession may be performed substantially at the same time, or may be performed in an order opposite to that in which they are described.

Hereinafter, embodiments of the health examination progress guide method and health examination progress guide system using a smart terminal of the present invention will be described in more detail through the attached drawings.

1 is a diagram of a health examination progress guide system using a smart terminal, according to embodiments of the present disclosure.

The health examination progress guide system may include a health examination progress server 100, an electronic device 200 carried by the user, and a locker server 500.

The health examination progress server 100 or locker server 500 refers to a computing device including one or more processors, and may be implemented with one or more computing devices. The health examination progress server 100 or the locker server 500 may further include a communication device capable of wired or wireless communication, communicate with other electronic devices, and receive data from other electronic devices.

The electronic device 200 refers to a computing device that includes one or more processors. The electronic device 200 may further include a wired or wireless communication device and communicate with external devices. Electronic device 200 may include computers (e.g., desktops, laptops, tablets, etc.), media computing platforms (e.g., cable, satellite set-top boxes, digital video recorders), handheld computing devices (e.g., PDAs, This may include, but is not limited to, any form of mobile phone, email client, etc.), or any other type of computing or communication platform.

The locker server 500 can manage the electronic locker in the locker room provided in the medical center. The locker server 500 communicates with a wireless reader provided in the electronic locker and can manage the open/closed status of the electronic locker. The locker server 500 periodically checks whether the electronic locker is open, and if the electronic locker is open for more than a preset maximum open time, the locker server 500 performs a health check to transmit the open status of the electronic locker to the electronic device 200. It can be controlled through the progress server 100.

The electronic device 200 may access the health examination server 100 to reserve a medical examination service and process a process in which the reserved medical examination service is performed. The electronic device 200 may obtain a reservation input from the examinee. The reservation signal according to the reservation input may be transmitted to the health examination progress server 100 and processed to reserve the health examination service for the examinee.

The electronic device 200 includes a screen for inputting personal information received from the health examination server 100 (S21), a screen for completing a questionnaire (S22), a consent form screen (S23), and a screen for entering a receipt of a result sheet (S24). is provided, and input can be obtained from the examinee through screens such as S21, S22, S23, and S24.

The electronic device 200 may receive the examination schedule of the examinee from the health examination progress server 100. The examinee may enter a reservation for one examination room included in the examination schedule through the electronic device 200. When the electronic device 200 is waiting in the first testing room, it cannot make a duplicate waiting request for the second testing room. If the waiting application for the second examination room is to be changed, a signal canceling the waiting application for the first examination room may be generated and transmitted to the wireless reader or the health examination progress server 100 of the first examination room.

The electronic device 200 may provide a guidance message about the examination room reserved by the examinee.

The electronic device 200 can be implemented to recognize the wireless reader of the examination room and input reservation and waiting information for the examination room.

The wireless reader in the testing room can recognize one or more electronic devices within a predetermined distance and transmit a signal requesting a test reservation confirmation input to each recognized electronic device. When the test reservation confirmation input is received, the wireless reader of the laboratory can add the examinee who entered the test reservation confirmation input to the waiting information in the corresponding laboratory. This changed waiting list may be transmitted to the health examination progress server 100.

Figure 2 is a flowchart of a method for guiding a health examination using a smart terminal, according to embodiments of the present disclosure.

As shown in FIG. 2, the first electronic device possessed by the examinee (patient receiving a health examination) connects to the health examination progress server 100 of the health examination center where the examinee wishes to receive a health examination and makes a health examination reservation. A reservation step (S100) in which reservation information is input is performed.

In the reservation step (S100), the health examination progress server 100 provides a screen for entering reservation information including the examinee's personal information, biometric information, examination information, and health examination date and time through the electronic device 200. You can. Here, personal information includes the examinee's name, date of birth, etc., biometric information includes the examinee's height, weight, gender, etc., and test information may include information about health examination items for which the examinee wishes to be examined. For example, test information may include, but is not limited to, thyroid ultrasound, gastroscopy, enteroscopy, etc. and may include various tests.

After performing the reservation step (S100), the examinee who visited the center on the health examination reservation date can connect to the health examination progress server 100 through the electronic device 200 to check reservation information and/or medical examination details. The electronic device 200 may connect to the health examination server 100, perform an unmanned reception process, and perform an unmanned reception step (S200) of generating health examination information of the examinee.

The screens provided in the unmanned reception step (S200) will be explained with FIGS. 3A, 3B, and 3C. In the unmanned reception step (S200), the electronic device 200 provides the examinee's reservation information in response to the examinee's unmanned reception input, and collects personal information including the name, date of birth, and/or resident registration number entered at the time of reservation from the examinee. A screen for receiving input (S21 in FIG. 3A) can be provided. A screen S22 (see FIG. 3b) may be provided based on the personal information entered by the examinee in S21. The S22 screen (see Figure 3B) can provide confirmation information for further testing. If a confirmation input is input from the examinee in S22, a personal information collection consent screen (S23, see FIG. 3C) may be provided. The S23 screen is optionally provided and may be implemented not to be provided. Regarding screen S23, when consent is input, a screen for entering a result sheet receipt (S24, see FIG. 3D) may be provided. If the S23 screen is unnecessary, it can be implemented to move directly from the S22 screen to the S24 screen. The electronic device 200 may provide a screen for checking health examination details (see S22 in FIG. 3B) and provide health examination details related to the examinee. The health examination details related to the examinee may be generated based on the examination data obtained from the health examination progress server 100 after the information entered in S21 is transmitted to the health examination progress server 100. After confirming the medical examination details, a questionnaire creation step is performed to obtain the input information by checking the confirmation items on the screen to create the questionnaire.

After the screen S22 providing the examination details is displayed, a screen providing medical examination items corresponding to the examinee's examination items may be provided. The questionnaire writing stage may include questions such as confirmation of fasting, confirmation of endoscopy method (sleeping/non-sleep), and confirmation of taking bowel cleansing medication according to colonoscopy. In the questionnaire preparation step (S22), a screen is provided to the output unit of the electronic device 200 to input confirmation of at least one of menstruation, pregnancy, lactation, menopause, and cessation of lactation according to the gynecological examination to the female examinee. It can be.

After performing the questionnaire preparation step (S22), the electronic device 200 may provide a screen for consent to issue medical treatment results according to the health examination received from the health examination progress server 100 (see S23 in FIG. 3C). Through the consent form screen (S23 in FIG. 3c), you can perform the consent signature step of entering signature information for the health examination service.

After performing the signature step on the consent form screen (S23), the electronic device 200 provides a receipt information input screen (see S24 in FIG. 3D) according to the medical examination results received from the health examination progress server 100 to receive the results. It can be implemented to input information. In the result receipt information input step (S24), information about the method of receiving the health examination results is input. Depending on which one of in-person receipt, mail receipt, or e-mail receipt is selected, the corresponding address information, e-mail information, etc. are entered. By receiving the reception module, the unmanned reception step (S200) can be completed by generating health information. After performing the unmanned reception step (S200), the electronic device 200 possessed by the examinee may be implemented to connect to the health examination progress server 100 after the examinee's personal information is input. The electronic device 200 may execute a program to guide the examination according to the examinee health information received from the health examination server 100 and perform the examinee examination progress step (S300).

Figure 4 is a detailed flowchart of inspection progress steps in an electronic device.

FIGS. 5A, 5B, 5C, 5D, 5E, 5F, and 5G are example diagrams of screens displayed on an electronic device while the examinee examination progress step (S300) is performed.

As shown in FIG. 4, the test progress step (S300) may include steps S310, S320, S330, S340, and S350 in detail. In the test progress step (S300), the electronic device 200 may provide a login screen (S51, see FIG. 5A) to receive the examinee's personal information. The electronic device 200 can access the health examination progress server 100 using the personal information entered through the login screen S51 and receive health examination information corresponding to the personal information from the health examination progress server 100. there is. The electronic device 200 is provided with a preparatory step for performing the test, and provides changing room usage guidance that provides a user interface to guide changing room movement, changing room locker number, and automatic opening and locking of the locker to guide the use of the changing room for changing clothes before the test. Step (S320) can be performed.

In the locker room use guidance step (S320), as the electronic device 200 presents a locker room location guide on the screen, a screen providing information on available locker numbers upon request from the locker server 500 (FIG. 5b) S52) can be provided. The electronic device 200 that has reached the locker with the corresponding number can contact the wireless reader provided in the electronic locker with the corresponding number and transmit the examinee's personal information to the locker server 500. The locker server 500 receives locker information and personal information from the electronic locker, checks the locker information and personal information, and if it is determined that the user of the personal information has authority to the electronic locker of the locker information, the electronic locker The door is controlled to open. After a predetermined period of time has elapsed, the door of the electronic locker can be implemented to automatically lock. The electronic locker can transmit data about the locking state to the locker server 500. When the electronic locker detects that the lock state is OFF, it can transmit an opening warning signal to the locker server 500, and the locker server 500 can transmit an opening warning signal to the electronic device 200 when the opening warning signal is generated more than a preset number of times. A warning message related to this can be transmitted, and the warning message can be controlled to be output through the output unit of the electronic device 200.

The electronic device 200 may provide a guidance message according to the examination order of the examinee's health examination information received from the health examination progress server 100. The guidance message may include a test room guidance message for the examinee to receive the test (see S53 in FIG. 5C), a waiting number information message (S56 in FIG. 5F), an entrance guidance message (S55 in FIG. 5E), etc. The electronic device 200 may provide a guidance message through the output unit (S330). In the examination room guidance step (S330), the electronic device 200 may provide a screen (see S53 in FIG. 5C) that displays guidance text on the examination room location. Depending on the user's input, a map screen guiding the examination room may be provided, and additionally, a movement route screen may be provided according to the examinee's examination order. When the examinee moves to the first examination room location according to the examination room location guidance message displayed by the electronic device 200, the wireless reader (T31) located at the first examination room entrance door can recognize the barcode included in the electronic device 200. there is. A barcode screen (see S54 in FIG. 5) is provided on the screen of the electronic device 200. The wireless reader in the first examination room reads the recognized barcode and transmits information related to the recognized barcode to the health examination progress server 100, so that the health examination progress server 100 adds an electronic device (electronic device) to the waiting list of the first examination room. 200), information about the examinee can be registered according to the information related to the barcode.

The output device installed in the examination room can connect to the health examination progress server 100, receive the waitlist confirmation screen 72, and provide the waitlist confirmation screen 72. The output device installed in the examination room can display information about examinees included in the waiting list and information about currently admitted examinees in the order of admission or waiting order through the waitlist confirmation screen. Whenever the health status is changed or added, it is displayed on the waiting list confirmation screen.

The barcode displayed on the electronic device 200 (see S54 in FIG. 5D) may include a message according to information on the number of people waiting in the examination room. A wireless reader connected to a terminal in the examination room can recognize the barcode displayed on the electronic device 200 of the examinee who has completed the examination.

Information about the recognized barcode may be transmitted to the health examination progress server 100. The health examination progress server 100 may change the examination status of the health examination information for each examinee based on the received information. For example, an entrance signal can be transmitted to the electronic device 200 possessed by a patient waiting for the next examination, and the electronic device 200 can display an entrance guidance message (S55 in FIG. 5e) in response to the entrance signal. there is. The health examination progress server 100 may change the health status of the health examination information for each examinee based on the information received from the examination room terminal. The laboratory terminal can register examinees of electronic devices recognized through the laboratory wireless reader as a waiting list. The health examination progress server 100 counts the number of people waiting for the examination room based on the received information, generates new waiting number guidance messages to be sent to all waiting recipients waiting for each examination room, and sends new waiting number information messages. It can be transmitted to each examinee's electronic device 200.

The waiting patient confirmation screen (A72) displayed on the terminal in the examination room can display the changed health status.

When an examinee enters the examination room and receives treatment, a wireless reader connected to the examination room terminal performs recognition of the image screen of the barcode displayed on the output unit of the examinee's electronic device 200 for which the examination has been completed, and recognizes the recognized barcode. Information about may be transmitted to the health examination progress server 100. At this time, the electronic device 200 determines the next test after the present, and sends a test room guidance message for receiving the next test (S53), a waiting person information message for the next test (S56), or entrance guidance. A message (S55) can be displayed. Whether there is a test in the next order, a guidance message for the next test (S53), a waiting number information message (S56), and an entrance guidance message (S55) can be received from the health examination progress server 100. The health examination progress server 100 may transmit a guidance message (S53) about the examination room to the electronic device 200 until all subsequent examinations are eliminated. When the examinee's last order of examination is completed, the electronic device 200 may display a health examination completion message (see S57 in FIG. 5g). The electronic device 200 may perform the medical examination completion step (S350) to display the changing room movement message (S52). The locker room movement message (S52) may be received from the health examination progress server 100.

In the medical examination completion step (S350), the electronic device 200 may display a health examination completion message and a message for moving the examinee to the locker room (S52).

In the medical examination completion step (S350), when the electronic device 200 comes into contact with the wireless reader of the electronic locker, the electronic locker is opened and information about whether the electronic locker is open and locked status is transmitted to the health examination progress server 100. You can. The health examination progress server 100 may transmit a message about the locking status of the electronic locker to the electronic device 200 and display it. After the examination completion step (S350) is performed and the door of the locker room in the locker room is locked, the electronic device 200 treats the inspection as completed as the completion wireless reader contacts the electronic device 200. (S400) is performed.

In the examination completion step (S400), when the electronic device 200 is contacted with the wireless reader and the examinee's personal information is transmitted to the health examination progress server 100, the health examination progress server 100 transmits the examinee's health examination information to the electronic device 200. ) can be saved by adding inspection completion information.

When all tests assigned to the examinee have been completed, the health examination progress server 100 may transmit a mobile coupon for a meal or drink corresponding to the test completion information to the electronic device 200. A guidance message according to test completion may be transmitted to the electronic device 200 in which test completion information is registered. A re-confirmation screen for the receipt of the result sheet entered by the examinee, a result screen for the examinee that can be immediately confirmed, etc. may be transmitted to the electronic device 200.

Additionally, a counseling guidance message or a consultation availability link may be transmitted to the electronic device 200 several times before the designated consultation availability period elapses. When the electronic device 200 confirms the consultation link, a chat window may be provided through which chat consultation with a medical staff member can be performed.

The electronic device 200 of the examinee waiting in the first examination room may be implemented to play content related to the first examination room. For example, for the first examination room for electrocardiogram measurement, content such as heart-healthy food and exercise can be played on the electronic device 200. The content playback signal may be transmitted from the wireless reader to the electronic device 200 through short-distance communication.

Figure 6 is a configuration diagram of a health examination progress system using a smart terminal according to embodiments of the present disclosure. As shown in Figure 6, the health examination progress system includes a health examination progress server 100 located in the server room, a location determination server 100a, a locker server 500, a database 100b storing the patient's information, and an electronic device. (200), manager terminal (300a) used by the manager, test completion terminal (T10) and wireless reader for test completion terminal (T11), electronic locker (T20) located in the locker room, and test room terminal (T30) located in the test room. and a wireless reader (T31) for a laboratory terminal.

In addition, wireless AP network devices are placed throughout the center to receive location information of the electronic device 200, and switches and hubs for transmitting and receiving data from various terminals are configured.

The health examination center is divided by zone into an entrance, locker room, examination room, exit, etc., and wireless AP network devices can serve the role of providing zone information within the health examination center and recognizing electronic devices located within the zone. Wireless AP network devices can recognize electronic devices located within an area by actively recognizing sensors included in the electronic devices.

The AP network device can recognize electronic devices arriving at the entrance and transmit them to the health examination progress server 100 or the location determination server 100a. The AP network device can recognize electronic devices that have arrived at the examination room, transmit the unique numbers of the electronic devices to the health examination progress server 100, and cause examination room guidance messages, waiting guidance messages, etc. to be output to each electronic device. The AP network device manages the limited number of people in each testing room, and when the number of examinees in each testing room exceeds the limited number of people, it can transmit information about the testing room in which the limited number of people exceeds the limited number of people to the health examination progress server 100. The health examination progress server 100 may transmit a message suggesting that some of the electronic devices adjacent to the examination room move to another examination room and wait.

In addition to AP network devices, the health examination progress server 100 can obtain information about electronic devices located in the examination room, entrance, exit, etc. from wireless readers.

The health examination progress server 100 includes an electronic device 200, a manager terminal 300a, a reception and return terminal (T10) and a wireless reader for the reception and return terminal (T11), an electronic locker (T20) located in the locker room, and an examination room. Receives signals or information from equipment such as the laboratory terminal (T30), wireless reader for laboratory terminal (T31), and unmanned camera (T40), performs data processing, and then processes and transmits the desired information from each device. You can.

Figure 7 is a block diagram of a health examination progress server 100 according to embodiments of the present disclosure.

As shown in FIG. 7, the health examination progress server 100 includes a reservation module 110, a reception module 120, an examinee guide module 130, a center situation map provision module 140, and a situation module for each examination room (150). ), a situation module for each examinee (160), and a group management module (170).

The reservation module 110 may receive reservation information including the examinee's personal information, biometric information, examination information, and health examination date and time from the electronic device 200 connected to the health examination progress server 100.

Here, personal information refers to information related to the examinee. Specifically, it may include the examinee's name, date of birth, etc., biometric information may include the examinee's height, weight, gender, etc., and test information refers to the information that the examinee wishes to be examined. Health examination item information may be included.

The reception module 120 provides a screen (S21) for receiving personal information including name, date of birth, and/or identification information (resident registration number) entered from the examinee at the time of reservation through the electronic device 200, and the screen S21 You can re-enter your personal information through . The reception module 120 provides screens for checking health examination details with the electronic device 200 and can receive input through the provided health examination details confirmation screen (S22) and the questionnaire creation screen. The questionnaire creation screen may include the NHIS questionnaire, and may include a process for confirming whether the corporation is subject to the questionnaire and the examinee. The electronic device 200 may provide a screen for filling out a questionnaire and a screen for consent to issue medical results based on a health examination (S23) based on the data received from the reception module 120. The unmanned reception device 300 displays a signature information input screen (S23) and a receipt information input screen (S24) and can transmit the receipt information input through the screens to the health examination progress server 100. The health examination progress server 100 may generate health examination information of the examinee based on signature information, receipt information, etc.

The patient guide module 130 may receive the patient's personal information from the electronic device 200 and generate patient health information. The examinee guide module 130 performs the examinee's health examination process based on information received through the wireless reader (T11, T31), location determination server (100a), or locker server (T20), and the examinee's current health status. Status information can be updated in real time.

The examinee guide module 130 receives barcode information from the examinee's electronic device 200 to wait in the examination room through the wireless reader (T31) installed at the entrance to the examination room and sets the examination status of the examination information for each examinee to 'waiting'. You can. The examinee guide module 130 receives the barcode information of the electronic device 200 of the examinee whose examination has been completed through the wireless reader (T31) for the examination room terminal connected to the examination room terminal (T30), and the health examination information for each examinee displayed as 'waiting'. You can change the health status to ‘Inspection Complete’. As the patient guide module 130 registers, changes, and deletes the medical examination status of the medical examination information for each patient, the waiting patient confirmation screen (T32) can display this.

The examiner guide module 130 can receive waiting information, inspection information, etc. from the status module 150 for each inspection room. When the number of patients waiting in the first examination room exceeds the preset limit or the waiting time according to the number of patients exceeds the preset limit time value, the examinee guide module 130 selects a lower priority examinee with a waiting rank higher than the predetermined waiting rank. You can change the next order of inspection. The next test for a low-priority examinee can be set to the second test room, which is a low-priority test from the first test room. At this time, if there is more than one second examination room, the next examination of the lower priority examinee may be changed to the examination room with the shortest waiting time or waiting order among the second examination rooms.

The waiting patient confirmation screen (T32) can be displayed through an output device installed in the patient waiting space of each examination room. The output device may be a DID (Digital Information Display) installed on the wall of the waiting space. The examinee guide module 130 can change the examination status of the examination information for each patient and display output data including the waiting order and/or entrance order of the patients according to the changed examination situation for each patient on the output device. As shown in FIG. 8, the center situation map providing module 140 can generate a center situation map, which is map data showing the location distribution of each patient. The center situation map providing module 140 may provide output data including the location distribution for each examinee in addition to the entire center map data. At this time, the location distribution for each examinee can generate a center situation map according to the real-time situation using the location information of the electronic devices 200 possessed by the examinees. The center situation map generated in this way can be provided to the manager terminal 300a or the electronic device 200. Location information of the electronic devices 200 possessed by the examinees may be collected from the location determination server 100a. The location determination server 100a may transmit location information of the electronic devices 200 possessed by the examinees to the center situation map providing module 140. The location determination server 100a may periodically acquire location information of the electronic device 200 and generate map data corresponding thereto. Location information may be received from a location sensor unit provided in the electronic device 200 or obtained from wireless readers T11, T21, and T31. The positions of the wireless readers (T11, T21, and T31) can be set to the positions of the electronic device 200 in contact with them.

As shown in FIG. 9, the examination room-specific situation module 150 can generate data on a screen that displays examinee situation information for each examination room. The screen for patient status information for each laboratory provides the patient's age, gender, name, medical examination number, patient number, special information, special information on reception, number of tests performed, etc. (see A31 in Figure 10) and the number of tests performed. It may include an area (A33) that informs. The screen for examinee status information for each examination room may provide status information (see A32 in FIG. 10) of completed, waiting, or in progress for examinations assigned to the examinee. For each inspection, status information (see A34 in FIG. 10) of one of not performed, pending, inspected, or completed may be provided.

The examination room-specific situation module 150 transmits the data of the patient-specific situation information list, which is changed to be upgraded in real time by the examinee guide module 130, to the manager terminal 300a and displays the situation information list in the output of the manager terminal 300a. can be displayed. The status information list may include information on examinees currently undergoing testing, information on examinees waiting, waiting order, etc. The status information list can be created and managed for each examination room, including examinees being tested, patients waiting, and the waiting order of examinees.

The situation information list is created based on progress data generated by the health examination progress server 100 and can be updated from the electronic device 200 in contact with the wireless reader T31 installed in the examination room.

The situation module 150 for each examination room can predict the actual examination performance time for examinees waiting in each examination room, and calculate the examination waiting time for each patient by adding up the examination performance times of those waiting before the examinee. The test performance time may be calculated based on the actual test performance time of each examinee and the examinees in a similar group.

The status module 150 for each examination room takes into account the patients waiting in other examination rooms around the first examination room in relation to the examinees waiting in the first examination room and sends a message informing the examinees waiting in the first examination room to wait in another examination room. It can be transmitted to an electronic device or manager terminal.

As shown in FIG. 11, the patient-specific situation module 160 can generate a screen displaying the patient-specific medical examination information and current patient situation information and transmit the screen to the manager terminal 300a. The situation module 160 for each examinee can generate situation information for one or more examinees belonging to the same group and transmit it to the manager terminal. The manager terminal 300a can receive an input to change the examination order of examinees so that the examination completion time of examinees belonging to the same group falls within a predetermined time range, considering the situation information of the examinees.

The examinee situation information changed by the examinee guide module 130 can be generated as situation information list data for each examinee and transmitted to the manager terminal 300a. The status information list for each recipient includes personal information for each individual examinee, examination status information, number of tests in progress, etc., and the detailed recipient status information may display the medical examination confirmation information entered when generating the medical examination information.

In addition, as shown in FIG. 11, the group management module 170 collects the situation information of one or more examinees designated as one group and provides it to the manager terminal 300a, so that the situation information of a plurality of examinees is transmitted to the manager terminal 300a. It can be monitored by . One or more examinees designated as one group may be set by a given authority, and the group may be designated based on a designated time period of the health examination center. Additionally, one group may be designated in connection with the means of transportation of the examinees. For example, one or more examinees associated with the first bus can be designated as one group. One or more examinees performing health examination services in the first time period (8 o'clock time) can be designated as one group. The situation information screen for each group may include an area for examinee A (A41) and an area for examinee B (A42), and for each examinee, icons (A43, A44) move to a screen where additional information can be entered. ) can be provided.

In addition, as shown in FIG. 12, the group management module 170 collects the status information of the examinees of the bus group that has been reserved and received as a group in the reservation stage and the reception stage and provides the status information of the examinees to the manager terminal 300a. Allow monitoring. As shown in FIG. 12, a group list A5 including a first bus group, a second bus group, and a third bus group may be displayed through the manager terminal 300a.

As shown in FIG. 13, the notification module 180 can transmit a user interface (A6) for entering an endoscope request to the manager terminal 300a. The notification module 180 can transmit the endoscopy request to the examinee's electronic device 200 based on the information input through A6.

As shown in FIG. 14, the notification module 180 may transmit a user interface (A71) for entering a notification message to the manager terminal 300a. When the notification module 180 receives information about A71 from the manager terminal 300a, it can generate a patient notification message based on this information and transmit it to the electronic device 200.

The location determination server 100a may receive location information of the electronic device 200 through a wireless AP network within a center where health checkups are performed. The location determination server 100a can receive the unique code number and location information of the electronic device 200 from devices in the wireless AP network. The location of the device transmitting the information can be set to the location of the electronic device 200. The location of one or more devices forming a wireless AP network is fixed, and the location of an adjacent electronic device 200 can be received. The location determination server 100a can receive location information of the examinee's electronic device 200 moving within the center through a wireless AP network located at regular intervals. The location determination server 100a may determine the location of the transmitted AP network device from preset information and generate location information of the electronic device 200 based on the location of the AP network device.

The location determination server 100a may receive location information of the electronic device 200 through a device installed in the medical center. The location determination server 100a may transmit location information of the electronic device 200 to the health examination progress server 100. The health examination progress server 100 may receive location information of one or more electronic devices located in the health examination center. Location information of one or more electronic devices may be received through the location determination server 100a. AP network devices can recognize adjacent electronic devices 200 by communicating with the electronic device 200 through a short-range communication method.

When the first AP network device recognizes the first electronic device, the location of the first electronic device can be set to location information registered in the first AP network device.

The health examination progress server 100 may receive information about adjacent electronic devices from each AP network device. The AP network device may transmit the number of recognized electronic devices and identification information obtained from the recognized electronic devices to the health examination progress server 100. The health examination progress server 100 can manage electronic devices adjacent to each AP network device based on the maximum number of people assigned to each AP network device. The health examination progress server 100 can transmit information about AP network devices exceeding the maximum number of people to the manager terminal. The manager terminal may transmit a message about a movement to a laboratory or a movement of a location to some of the electronic devices selected from among one or more electronic devices located around the first AP network device that exceeds the maximum number of people.

The locker server 500 may receive a request for available locker number information from the electronic device 200 and may transmit empty locker number information to the electronic device 200. Empty locker number information can be searched based on the locking status of one or more electronic lockers (T20) provided in the center. Locker numbers are assigned to the electronic lockers T20, and information including whether the electronic locker is locked can be periodically transmitted to the locker server 500.

When the electronic device 200 contacts the wireless reader of the electronic locker with the corresponding number, the wireless reader T21 receives the examinee's personal information and locker information from the electronic device 200, and stores the examinee's personal information and locker information in the locker. It can be transmitted to the server 500. The locker server 500 can compare the received personal information and locker information with the personal information and locker information of the corresponding electronic locker (T20). After checking whether they match, you can control to open the door of the corresponding electronic locker (T20). When the locker server 500 receives the identification information of the contacted electronic device 200 from the wireless reader T21, the locker server 500 compares the unique code number of the electronic device 200 with the identification information of the wireless reader T21, which is the sending device. , Based on the comparison result, it can be confirmed whether the unique code number is identification information assigned to the wireless reader (T21). The locker server 500 may receive from the health examination progress server 100 whether the identification information is assigned to the wireless reader T21. The locker server 500 can transmit an open message to the corresponding electronic locker (T20) if the identification information is assigned to the wireless reader (T21). The locker server 500 can monitor the lock status of the electronic locker (T20). For an electronic locker (T20) that has been opened, the locker server (500) sends an open message from the electronic locker (T20) that detects this when the door of the electronic locker (T20), which is closed after storing items, is not locked after a certain period of time. is received, and a message corresponding to the open message can be transmitted to the electronic device 200 whenever an open message is transmitted. The locker server 500 may continuously transmit a locking request message to the electronic device 200.

The database server 100b can store reservation information for medical examination, medical examination information generated and delivered from the reception module, current examination status information of the examinee, status information for each examination room, status information for each group, etc. Such information may be received from the health examination progress server 100 or may be received from the electronic device 200. The electronic device 200 is a device owned by the examinee, and can install a program to reserve the examination service and manage the progress of the examination of the examination service. The electronic device 200 may be an electronic device issued by a medical center. The electronic device 200 may be a computing device including a processor, a communication module, an output unit that outputs image data, a smartphone, etc.

When the electronic device 200 enters the radius of the AP network, it can transmit its unique code number to the location determination server 100a. That is, the electronic device 200 can transmit the identification number of the AP network and its own unique code number to the location determination server 100a. Through this, the location determination server 100a can receive such information from the electronic device 200 or a device of the AP network and determine real-time location information of the second electronic device based on this information. The location information of the electronic device 200 may be transmitted to the health examination progress server 100.

The electronic device 200 is equipped with a corresponding program to provide health examination guidance according to health examination information, and can receive data from the health examination progress server 100 through the program.

The electronic device 200 can display messages such as locker room location information, electronic locker information information, examination room location information, waiting number information information, room entry information, barcode information for recognition of test completion, movement route information, return information, etc. through the output unit. .

As shown in FIG. 15, the electronic device 200 includes a locker room location information module 411 that processes a message providing information on the location of the locker room to be used by the examinee, and a message providing information on the electronic locker of the locker room to be used by the examinee. An electronic locker guidance module 412, which processes a message guiding the examinee with the location information of the examination room in which the examinee is to be examined, a test room location guidance module 413, which processes a message guiding the examinee with information on the number of people on standby in which the examinee must wait, and waiting person information. A guidance module 414, a room entry guidance module 415 that processes a message informing the examinee of the examinee's entry into the room, a barcode generation module 416 that displays a barcode image for recognition of test completion to convey test completion information of the examinee, the examinee It may include a route information guidance module 417 that guides the movement route of the examination room. The locker room location information module 411 may display a guidance message guiding the location of the locker room assigned to the examinee, the holder. A guidance message guiding the location of the locker room may be received from the health examination progress server 100.

The electronic locker guidance module 412 may display a guidance message including the location and movement path of the electronic locker information received from the health examination progress server 100.

The examination room location guidance module 413 can display a guidance message about the examination rooms of designated examinations to the examinee who is the holder. When an examinee who is a holder of personal information is designated, the examination room location information module 413 may receive a guidance message about the examination room of the examinee from the health examination progress server 100 based on the reservation information reserved by the examinee. . In another embodiment, the examination room location guidance module 413 may receive a list of examination rooms for examinations designated for the examinee from the health examination progress server 100. The laboratory location guidance module 413 acquires the location of one or more examination rooms included in the laboratory list and the movement path between the front and rear examination rooms through an installed program, and provides guidance to the examination room based on the location of the examination room and the movement route between the front and rear examination rooms. A guidance message can be created. The waiting number information guidance module 414 can contact the wireless reader (T31) installed in the examination room, receive information on the number of people waiting for the relevant examination room, and generate and output a guidance message about the number of people waiting based on this.

The room entry guidance module 415 may receive an entry guidance message to enter the examination room from the examination room terminal T30 and display the room entry guidance message.

The barcode generation module 416 can generate a barcode corresponding to the current holder based on the input personal information and display the barcode through an output unit based on user input or a request signal from the wireless readers (T11, T21, and T31).

The moving line information guidance module 417 may generate moving line information based on the location of the second electronic device managed by the location determination server 100a. The route information guidance module 417 can generate and display a message about route information. The health examination progress server 100 may generate movement information of the examinee based on the location of the electronic device 200 received from the location determination server 100a and transmit this movement information to each electronic device 200. .

If it is determined that all tests assigned to the examinee have been completed, the test completion message guidance module 418 may generate and display a message regarding test completion. Alternatively, the test completion message guidance module 418 may receive a message about test completion from the health examination progress server 100 and display it. The health examination progress server 100 may periodically check examinees who have completed designated examinations and display a message about examination completion on the examinees' electronic devices 200.

The manager terminal 300a is a wireless communication terminal carried by the manager, and through the health examination progress server 100, the status of examinees in the entire center can be classified by examinee and examination room and generated as a map.

The examinee examination situation includes information about one or more examinees being examined within the examination center, and may include examination information for each examinee, examination status, and examinee information about the examination room.

The manager terminal 300a can receive the status of the examinee for each examination room through the health examination progress server 100. The manager terminal 300a can create a screen that provides the examination status of the examinee for each examination room. Information about examinees being examined and awaiting examination in the first examination room may be provided. When the number of patients waiting in the first examination room exceeds the preset maximum number of people waiting, the manager terminal 300a sends a message to the examination room terminal to disable waiting for examination input for the first examination room exceeding the maximum number of people waiting. Can be transmitted.

The manager terminal 300a receives the health examination information, situation information, and patient detailed information for each patient through the health examination progress server 100, generates output data to check the health examination information, situation information, and patient detailed information for each patient, and sends an output unit to the output unit. It can be provided through. The manager terminal 300a collects the examinees who have been examined together with the examinee into a group and manages and monitors them.

The manager terminal 300a can receive input to change the health examination information and situation information for each examinee received by the health examination progress server 100. The manager terminal 300a can transmit the changed health examination information and situation information for each examinee to the health examination progress server 100. The manager terminal 300a can receive and provide status information for each patient of bus groups that have been reserved and accepted as a group. The manager terminal 300a can transmit the examinee's endoscope request, create a notification message, and transmit it to the examinee's electronic device 200.

The wireless reader health examination progress server 100 can receive the examinee's health examination information stored in the database server 100b. The health examination progress server 100 may transmit health examination information to the electronic device 200 in contact with the wireless reader T11. Health information may be generated based on entered personal information. Health examination information can be generated corresponding to each examinee.

The electronic locker (T20) receives the personal information of the second electronic device (400) contacted by the electronic locker wireless reader (T21), transmits it to the locker server (500), and makes a locker inquiry under the control of the locker server (500). Perform opening and locking.

The examination room terminal (T30) can monitor medical status information for each patient by recognizing the electronic device 200 that it comes into contact with. The laboratory terminal (T30) may be connected to the wireless reader (T31) for the laboratory terminal. After the wireless reader (T31) for the examination room terminal recognizes the barcode of the electronic device (200), the barcode information can be transmitted to the health examination progress server (100). The health examination progress server 100 can identify the examinee based on barcode information and update the examinee's situation information and location information.

The device described above may be implemented with hardware components, software components, and/or a combination of hardware components and software components. For example, devices and components described in embodiments may include, for example, a processor, a controller, an arithmetic logic unit (ALU), a digital signal processor, a microcomputer, a field programmable gate array (FPGA), etc. , may be implemented using one or more general-purpose or special-purpose computers, such as a programmable logic unit (PLU), a microprocessor, or any other device capable of executing and responding to instructions. The processing device may execute an operating system (OS) and one or more software applications running on the operating system. Additionally, a processing device may access, store, manipulate, process, and generate data in response to the execution of software. For ease of understanding, a single processing device may be described as being used; however, those skilled in the art will understand that a processing device includes multiple processing elements and/or multiple types of processing elements. It can be seen that it may include. For example, a processing device may include a plurality of processors or one processor and one controller. Additionally, other processing configurations, such as parallel processors, are possible.

Software may include a computer program, code, instructions, or a combination of one or more of these, and may configure a processing unit to operate as desired, or may be processed independently or collectively. You can command the device. Software and/or data may be used on any type of machine, component, physical device, virtual equipment, computer storage medium or device to be interpreted by or to provide instructions or data to a processing device. , or may be permanently or temporarily embodied in a transmitted signal wave. Software may be distributed over networked computer systems and stored or executed in a distributed manner. Software and data may be stored on one or more computer-readable recording media.

The method according to the embodiment may be implemented in the form of program instructions that can be executed through various computer means and recorded on a computer-readable medium. The computer-readable medium may include program instructions, data files, data structures, etc., singly or in combination. Program instructions recorded on the medium may be specially designed and configured for the embodiment or may be known and available to those skilled in the art of computer software. Examples of computer-readable recording media include magnetic media such as hard disks, floppy disks, and magnetic tapes, optical media such as CD-ROMs and DVDs, and magnetic media such as floptical disks. -Includes optical media (magneto-optical media) and hardware devices specifically configured to store and execute program instructions, such as ROM, RAM, flash memory, etc. Examples of program instructions include machine language code, such as that produced by a compiler, as well as high-level language code that can be executed by a computer using an interpreter, etc. The hardware devices described above may be configured to operate as one or more software modules to perform the operations of the embodiments, and vice versa.

As described above, although the embodiments have been described with limited examples and drawings, various modifications and variations can be made by those skilled in the art from the above description. For example, the described techniques are performed in a different order than the described method, or components of the described system, structure, device, circuit, etc. are combined or combined in a form different from the described method, or other components or equivalents are used. Appropriate results can be achieved even if replaced or replaced by .

Therefore, other implementations, other embodiments, and equivalents of the claims also fall within the scope of the claims described below.

Claims (15)

Providing a screen for making a health examination reservation to the examinee's electronic device connected to the health examination progress server, and receiving reservation information input on the screen from the electronic device;
The health examination progress server responds to the reception of the medical examination center arrival signal from the electronic device, provides a screen for unmanned reception according to the reservation information, and provides health examination information of the examinee based on personal information input through the screen. generating a;
When a login input from the electronic device is obtained, the health examination progress server transmits a health examination service start signal to the electronic device, and processing the electronic device to perform a patient examination in response to the start signal; and
When it is determined that all examinations of the examinee have been completed in consideration of the examinee's health information, the health examination progress server transmits an examination completion message to the electronic device,
The processing steps to perform the examinee examination process are
The health examination server sequentially transmits to the electronic device a locker room movement guide message, a locker room locker number guide message, a locker automatic opening guide message, and a lock guide message for changing clothes before the examination,
When the electronic device receives an event of contact with the wireless reader of the first examination room from the wireless reader, information on the number of people waiting in the first examination room, information on the waiting order of the examinee, or information on the examinee's entrance are sequentially generated. Provides,
The health examination processing server processes the barcode information screen to be output through the output unit of the electronic device, and when the barcode information provided through the barcode information screen is recognized by the wireless reader, the recognized barcode information is transmitted from the wireless reader. receiving; and
Further comprising the step of the health examination progress server generating health status information of the examinee indicating that the first examination of the electronic device has been completed,
When the electronic device contacts the wireless reader of the first electronic locker,
The first electronic locker obtains personal information from the electronic device and transmits the personal information and recorded locker information to the locker server,
When an opening signal is received from the locker server, the door of the first electronic locker is processed to open, and when the locker server opens the door of the first electronic locker for a period exceeding a preset maximum opening time, Health examination using a smart terminal further comprising controlling the open state of the first electronic locker to be transmitted to the electronic device through the health examination progress server and controlling the door of the first electronic locker to be automatically locked. How to proceed. According to clause 1,
A method of conducting a health examination using a smart terminal, wherein the reservation information includes the examinee's personal information, biometric information, or test information. According to clause 1,
The step of generating the health information is,
The health examination progress server receives the examinee's personal information from the electronic device, searches the examinee's health examination details using the personal information, and transmits a screen of the health examination details to the electronic device,
The screen of the health examination details includes an icon that moves to a screen for entering a medical examination from the examinee, and obtaining medical examination information from the examinee through selection input on the icon,
After the health examination progress server obtains the questionnaire information, displays a consent form submission screen agreeing to the issuance of a medical treatment result sheet according to the health examination through the electronic device,
A method of performing a health examination using a smart terminal, further comprising the step of the health examination server providing a screen for entering result sheet receipt information after the consent submission screen on the electronic device. delete delete According to paragraph 1,
A wireless reader installed in the examination room recognizes the barcode information of the electronic device, transmits the recognized barcode information to the health examination progress server, and the health examination progress server provides status information for each patient based on the barcode information. ', and when the wireless reader recognizes the barcode information of the electronic device again, setting the status information for each examinee to 'test completed'. A method of conducting a health examination using a smart terminal, further comprising: Ministry of Communications, and
Provide a screen for making a health examination reservation on the connected electronic device of the examinee, and receive reservation information entered on the screen from the electronic device,
In response to the reception of a medical examination center arrival signal from the electronic device, a screen for unmanned reception according to the reservation information is provided, and medical examination information of the examinee is generated based on personal information entered through the screen,
When a login input from the electronic device is obtained, a health examination service start signal is transmitted to the electronic device, and the electronic device is processed to perform a patient examination in response to the start signal,
If it is determined that all examinations of the examinee have been completed in consideration of the examinee's health information, sending a test completion message to the electronic device,
The electronic device sequentially transmits a locker room movement guide message, a locker room locker number guide message, a locker automatic opening guide message, and a lock guide message for changing clothes before the examination,
When the electronic device receives a signal from the wireless reader in contact with the wireless reader of the first examination room, it sequentially generates information on the number of people waiting in the first examination room, information on the waiting order of the examinee, or a message guiding the entrance of the examinee. Provides and processes the barcode information screen to be output through the output unit of the electronic device,
When the barcode information provided through the barcode information screen is recognized by the wireless reader, the recognized barcode information is received from the wireless reader, and the first examination of the electronic device is completed, generating health status information of the examinee; ,
A health examination progress server including a processor configured to obtain personal information from the electronic device and transmit the personal information and recorded locker information to the locker server when the electronic device contacts the wireless reader of the first electronic locker;
an electronic locker that opens the door of the first electronic locker when an opening signal is received from the locker server; and
When the door of the first electronic locker is opened for more than a preset maximum opening time, the open status of the first electronic locker is transmitted to the electronic device through the health examination progress server, and the first electronic locker is opened. A health examination progress system further comprising: the locker server controlling the door to be automatically locked. In clause 7,
A health examination progress system in which the reservation information includes the examinee's personal information, biometric information, or test information. In clause 7,
The processor is
Receiving the examinee's personal information from the electronic device, searching the examinee's health examination details using the personal information, and transmitting a screen of the health examination details to the electronic device,
The screen of the health examination details includes an icon that moves to a screen for entering a medical examination from the examinee, and obtaining medical examination information from the examinee through selection input on the icon,
After the questionnaire information is obtained, a screen for submitting a consent form agreeing to the issuance of a medical treatment result sheet according to the health examination is displayed through the electronic device,
A health examination progress system that provides a screen for entering result sheet receipt information into the electronic device after the consent submission screen. delete delete In clause 7,
It further includes a wireless reader installed in the examination room, which recognizes the barcode information of the electronic device and transmits the recognized barcode information to the health examination progress server,
The processor is
Based on the barcode information, the status information for each examinee is updated to 'inspection in progress', and when the wireless reader recognizes the barcode information of the electronic device again, the status information for each examinee is set to 'inspection completed'. Health examination progress system. According to clause 7,
Wireless AP network devices located at regular intervals and
A location determination server that receives the unique code number of the electronic device from the wireless AP network device and generates location information of the electronic device in consideration of the location of the wireless AP network device. In clause 7,
A health examination progress system further comprising a database server that stores the patient's reservation information, health examination information, and situation information transmitted from the health examination progress server. A computer program stored in a computer-readable storage medium to execute the method of claim 1 using a computer.

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