KR102381941B1 - A method of managing user-customized study room - Google Patents

Abstract

The present invention may provide a reading room management system that manages students and officers and manages overall matters of a reading room. According to an embodiment, a reading room management system includes: a plurality of first user terminals attached to a plurality of desks corresponding to a plurality of students; a second user terminal corresponding to an officer managing the reading room; and a server that manages the reading room. A method performed in the reading room management system includes the steps of: transmitting, by the server, an alarm asking whether or not to agree to transmit a schedule to a pre-specified contact to the first user terminal; receiving, by the server, a signal indicating whether to consent from the first user terminal; generating, by the server, a list of students who consented on the basis of the signal indicating whether to consent; transmitting, by the server, a schedule corresponding to a consenting student to a pre-designated contact corresponding to the determined list; and transmitting the schedule of the consenting student to the second user terminal.

Description

User-customized reading room management system {A method of managing user-customized study room}

The present invention relates to a reading room management system for managing overall matters of the reading room in relation to examinees and officers.

Demand for study spaces such as reading rooms and libraries has always been high, and there is a need to manage the reading rooms more efficiently. Accordingly, the demand for a reading room system that can improve the convenience of students who go to a library rather than a simple library is increasing.

In this regard, there is a need to provide necessary test information to the examinees, to effectively distinguish between the examinees and the officers to provide different information, and to efficiently manage the examinees through the officers.

In particular, there are many study spaces such as study cafes and unmanned study cafes. In addition, it is necessary to efficiently manage the examinees, and research on this is being actively conducted.

Republic of Korea Patent Publication No. 10-2021-0028338 (2021.03.12.) Republic of Korea Patent Publication No. 10-2009-0036036 (2009.04.13.) Republic of Korea Patent Publication No. 10-2020-0074525 (2020.06.25.)

The present invention can provide a reading room management system that manages examinees and officers and manages general matters of the reading room.

A reading room management system comprising a plurality of first user terminals attached to a plurality of desks corresponding to a plurality of students, a second user terminal corresponding to an officer managing the reading room, and a server managing the reading room according to an embodiment In the reading room management method performed in the, the server, the step of transmitting an alarm asking whether to agree to transmit the plan to a predetermined contact to the first user terminal, the server, consent from the first user terminal Receiving a signal indicating whether or not, the server, on the basis of the signal informing whether to agree or not, generating a list of students who have agreed, the server agrees to a predetermined contact information corresponding to the determined list It may include transmitting the schedule corresponding to one student and transmitting the schedule of the agreed students to the second user terminal.

The method for managing the reading room includes: obtaining, by the server, lecture information from a first external server; The method may further include transmitting, by the server, the customized training time information corresponding to one user terminal, and generating, by the server, the schedule based on the customized training time information.

The method for managing the reading room further includes a camera for detecting the inside of the reading room, the server recognizing the seating of the plurality of students based on the image inside the reading room acquired through the camera, the server, the Determining as a study time if the time each of the plurality of students has been seated is greater than or equal to a predetermined standard, after the server recognizes that the plurality of students have been seated through the camera, each of the plurality of students If the non-seating time is more than a predetermined time, determining the non-seating time as a break time, based on the study time and the break time, a schedule corresponding to the plurality of students The method may further include generating and transmitting the schedule to the first user terminal and the second user terminal.

The step of generating a schedule corresponding to the plurality of students based on the study time information extracts previous frames for a predetermined time preset from the current time, and based on the extracted previous frames, the study time of the plurality of students And determining the break time and may further include the step of generating a schedule based on the study time and the break time.

The method for managing the reading room further includes an infrared sensor for detecting the body temperature of a person entering and leaving the reading room, the server, the reading room storing information on the reading room availability period of the plurality of students, the server, the If the body temperature of a student entering and exiting the reading room is higher than or equal to a predetermined standard, stopping the reading room use time of the student whose body temperature is higher than or equal to the predetermined standard, and the server receiving a signal for allowing the reading room use time resume from the second user terminal The method may further include transmitting an alarm for permission to resume use of the reading room to a third user terminal of a student whose body temperature is equal to or greater than a predetermined standard.

The step of stopping the reading room use time of the student whose body temperature is equal to or greater than a predetermined standard includes, by the server, transmitting a predetermined health check questionnaire to the third user terminal of the student whose body temperature is equal to or greater than the predetermined standard, the server , obtaining an answer document of a predetermined standard for the health check questionnaire from a third user terminal of a student whose body temperature is equal to or greater than a predetermined standard, transmitting the obtained answer document to the second user terminal, and the second user terminal 2 may include obtaining a reading room use time interruption decision signal from the user terminal.

When the server receives the reading room use time resumption permission signal from the second user terminal, transmitting the reading room use resume permission alarm to the third user terminal of the student whose body temperature is equal to or greater than a predetermined standard, the server , acquiring the reading room available date information when obtaining the reading room use time stop determination signal from the second user terminal Transmitting, by the server, a predetermined health check questionnaire to a third user terminal of a student, obtaining, by the server, an answer document of a predetermined standard for the health check questionnaire from a third user terminal of a student whose body temperature is equal to or greater than a predetermined standard Step, the server transmitting the obtained answer document to the second user terminal, and the server, from the second user terminal, comprising the step of receiving the reading room use time resume permission signal from the second user terminal can do.

The method for managing the reading room further includes a camera for detecting the inside of the reading room, the server acquiring a schedule including the study time plan information of the plurality of students from the first user terminal The server, the current time Extracting previous frames for a predetermined time preset from, determining the daily study time of the plurality of students based on the extracted previous frames, and the server, based on the study time plan information and the day study time If the daily study time is less than a predetermined time less than the study time included in the study time plan information, the method may further include the step of providing an under-study alarm to the third user terminal of the student who is less than a predetermined time or more.

The method for managing the reading room includes, by the server, listing a list in order of students having a lot of study time based on the daily study time of the plurality of students, and the server displays the listed list on a display inside the reading room The method may further include outputting a signal to do so.

The step of outputting, by the server, a signal to display the listed list on a display inside the reading room, includes, by the server, transmitting questionnaire information for asking for consent to display the list to the first user terminal; The server may include outputting a signal to display the list and the list of students having the most study time among the list with respect to the students who have agreed to display the list on the display.

Reading room management system according to an embodiment, the server transmits, to the first user terminal, an alarm asking whether or not to agree to transmit the plan to a pre-specified contact, and the server agrees from the first user terminal Receiving a signal indicating whether or not, the server generates a list of students who have agreed based on the signal indicating whether or not to agree, and the server agrees to a predetermined contact number corresponding to the determined list of contacts. It is possible to transmit a schedule corresponding to , and transmit the schedule of students who have agreed to the second user terminal.

The control method as a computer program stored in a computer-readable recording medium to execute the reading room management method performed by the server according to an embodiment, generates an alarm asking whether or not to agree to transmit the schedule to a pre-specified contact. 1 transmits to a user terminal, receives a signal indicating whether or not to agree from the first user terminal, generates a list of students who have agreed based on the signal indicating whether to agree, and a predetermined list corresponding to the determined list It is possible to transmit a schedule corresponding to the student who has agreed to the contact information, and transmit the schedule of the agreed students to the second user terminal.

As a computer-readable recording medium recording a program for executing a reading room management method performed in a server, the method of operation of the server sends an alarm asking whether or not to agree to transmit the plan to a predetermined contact to the first user terminal Transmitting, receiving a signal informing whether consent is obtained from the first user terminal, generating a list of students who agreed based on the signal informing whether or not consenting, and agreeing to a predetermined contact information corresponding to the determined list It is possible to transmit a schedule corresponding to one student, and transmit the schedule of the agreed students to the second user terminal.

The present invention can improve students' learning efficiency by providing a method for efficiently managing the student's schedule.

The present invention can improve the stability of the test takers who go to the reading room by providing an operation to check the health of the students.

The present invention can improve the learning efficiency of students by checking the study time of the student and encouraging them to fill the study time.

BRIEF DESCRIPTION OF THE DRAWINGS The accompanying drawings, which are included as part of the detailed description to aid understanding of the various embodiments, provide various embodiments and, together with the detailed description, explain technical features of the various embodiments.
1 is a diagram illustrating an operation of a processor according to an embodiment.
2 shows a reading room management system according to an embodiment.
3 illustrates an operation of generating and transmitting a schedule according to an embodiment.
4 illustrates an operation of generating a schedule based on customized lecture time information according to an exemplary embodiment.
5 illustrates an operation of generating a schedule by recognizing a student's seated position according to an exemplary embodiment.
6 shows an operation of generating a schedule by determining a study time and a break time through a camera according to an embodiment.
7 illustrates an operation of stopping the reading room use time of a student whose body temperature is equal to or greater than a predetermined standard and transmitting the time to the user terminal according to an embodiment.
8 illustrates an operation of determining whether to stop using a reading room based on a document answering a health check questionnaire according to an embodiment.
9 illustrates an operation of determining whether to stop using the reading room based on a document answering a health check questionnaire again on a date when the reading room is available, according to an embodiment.
10 illustrates an operation of transmitting an under-study alarm to a student's user terminal when studying is under-study for more than a predetermined time according to an embodiment.
11 illustrates an operation of arranging and displaying a list on a display in the order of the number of students who are studying time according to an embodiment.

Since the present invention can have various changes and can have various embodiments, specific embodiments are illustrated in the drawings and described in detail in the detailed description. However, this is not intended to limit the present invention to specific embodiments, and it should be understood to include all modifications, equivalents and substitutes included in the spirit and scope of the present invention. In describing each figure, like reference numerals have been used for like elements.

Terms such as first, second, A, and B may be used to describe various elements, but the elements should not be limited by the terms. The above terms are used only for the purpose of distinguishing one component from another. For example, without departing from the scope of the present invention, a first component may be referred to as a second component, and similarly, a second component may also be referred to as a first component. The term “and/or” includes any combination of a plurality of related listed items or any of a plurality of related listed items.

When an element is referred to as being “connected” or “connected” to another element, it is understood that it may be directly connected or connected to the other element, but other elements may exist in between. it should be On the other hand, when it is said that a certain element is "directly connected" or "directly connected" to another element, it should be understood that the other element does not exist in the middle.

The terms used in the present application are only used to describe specific embodiments, and are not intended to limit the present invention. The singular expression includes the plural expression unless the context clearly dictates otherwise. In the present application, terms such as “comprise” or “have” are intended to designate that a feature, number, step, operation, component, part, or combination thereof described in the specification exists, but one or more other features It should be understood that this does not preclude the existence or addition of numbers, steps, operations, components, parts, or combinations thereof.

Unless defined otherwise, all terms used herein, including technical and scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. Terms such as those defined in commonly used dictionaries should be interpreted as having a meaning consistent with the meaning in the context of the related art, and should not be interpreted in an ideal or excessively formal meaning unless explicitly defined in the present application. does not

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings. In explaining the present invention, in order to facilitate the overall understanding, the same reference numerals are used for the same components in the drawings, and duplicate descriptions of the same components are omitted.

1 is a diagram illustrating an operation of a processor belonging to a server according to an embodiment. Referring specifically to FIG. 1 , the at least one processor 110 may be a central processing unit (CPU), a graphics processing unit (GPU), or a dedicated unit in which methods according to embodiments of the present invention are performed. may mean a processor of Each of the memory 120 and the storage device 160 may be configured of at least one of a volatile storage medium and a non-volatile storage medium. For example, the memory 120 may be one of a read only memory (ROM) and a random access memory (RAM), and the storage device 160 is a flash-memory. , a hard disk drive (HDD), a solid state drive (SSD), or various memory cards (eg, micro SD card).

In addition, the server 100 may be included in the server, and may include a transceiver 130 for performing communication through a wireless network. In addition, the server 100 may further include an input interface device 140 , an output interface device 150 , a storage device 160 , and the like. Each of the components included in the server 100 may be connected by a bus 170 to communicate with each other.

For example, a communicationable desktop computer (desktop computer), laptop computer (laptop computer), notebook (notebook), smart phone (smart phone), tablet PC (tablet PC), mobile phone (mobile phone), smart Watch (smart watch), smart glass (smart glass), e-book reader, PMP (portable multimedia player), portable game console, navigation device, digital camera, DMB (digital multimedia broadcasting) player, digital It may be a digital audio recorder, a digital audio player, a digital video recorder, a digital video player, a personal digital assistant (PDA), or the like.

2 shows a reading room management system according to an embodiment.

Referring specifically to FIG. 2 , it may be necessary for a student or officer to check the body temperature through the infrared sensor 1 before entering and exiting the reading room. The temperature is checked through the infrared sensor 1, and if the temperature is higher than a certain temperature, the use of the reading room may be stopped by an operation described later in the case of a student, and use of the reading room may be resumed according to an operation described later. At this time, the officer also checks the temperature, and if the temperature is above a certain temperature, the officer's temperature information and risk information may be transmitted together to the server 2 . After that, if it is normal by checking the temperature, the server 2 transmits and receives information to and from the first user terminal 5 and the second user terminal 4 and creates or obtains the student's schedule 6 and manages the students. The schedule 6 is generated or acquired by an operation to be described later, and it is then possible to check whether the student is studying or taking a break through the camera 3 . By checking whether you are studying, if the amount of study is less than the amount of study indicated in the schedule (6), you can transmit an alarm under study, and the officer can also check it.

Includes a plurality of first user terminals 5 attached to a plurality of desks corresponding to a plurality of students, a second user terminal 4 corresponding to an officer managing the reading room, and a server 2 managing the reading room In the reading room management system, the server (2) acquiring the schedule (6) of the plurality of students from the first user terminal (5) or the server (2) generating the schedule (6) , transmitting, by the server 2, an alarm asking whether or not to agree to transmit the schedule 6 to a pre-specified contact to the first user terminal 5, the server 2 confirms whether or not to agree Receiving a signal to notify, the server 2 generates a list of students who have agreed, and the server 2 corresponds to the student who has agreed to the predetermined contact information corresponding to the determined list. It may include transmitting the schedule (6), and transmitting the schedule (6) of the agreed students to the second user terminal (4). The first user terminal 5 may mean a terminal attached to a student's desk, and may also be a terminal connected to each desk instead of being attached to the desk, and may include a smartphone, a laptop computer, a computer, and the like. The second user terminal 4 may also refer to a terminal attached to a desk like the first user terminal 5, and may also be a terminal connected to each desk without being attached to the desk, such as a smartphone, a laptop computer, a computer, etc. may include Officer may mean an employed person who manages a student. Also, there may be a plurality of second user terminals 4 . The server 2 may store information of a plurality of students and may store officer information that is information about the officer. The server (2) may refer to a self-server (2) running in the reading room management system. The server 2 may include basic information such as a student's name, a student's address, and a student's address as student information. Student information and officer information includes registered terminal information, and when the server 2 obtains an access right request from the first user terminal 5 or the second user terminal 4, an authentication code is applied to the terminal requesting access right The step of transmitting may further include, by the server 2, comparing the registered terminal information with the terminal information requesting the access right, and transmitting the authentication code if the registered terminal and the terminal requesting the access right match. Thereafter, when transmitting the authentication code, a code including information of a registered student or officer may be transmitted to the registered terminal.

The student's plan (6) may mean a plan (6) corresponding to each student. The schedule 6 may be in various types of forms, and in this case, a time table that displays the study time, break time, etc. of the student may be used. The method of deriving study time and break time will be described in detail later. The server 2 may directly generate the schedule 6 or obtain the schedule 6 from the first user terminal 5 . At this time, the server (2) directly generating the schedule (6) may be generated by arranging the schedule (6) according to the student's time by date or by day of the week, and at this time, it can be freely adjusted according to the input of the student. You can also adjust it. It can also be set so that the schedule can be freely adjusted according to the input of the officer. Acquiring the schedule from the first user terminal 5 may mean that the student directly inputs the schedule 6 prepared by the student. Transmitting the schedule 6 to the pre-designated contact information may include a case in which the student asks the student's parents or the student to transmit the schedule 6 to the student himself/herself. That is, it is to manage the schedule by transmitting the schedule 6 to the self or the parents. At this time, it can be set to transmit the plan sheet 6 to a terminal designated by the student in addition to the person or the parents. At this time, the transmission of the schedule 6 to the pre-designated contact may require consent because it may contain personal information.

Accordingly, it may be necessary to obtain consent in advance by transmitting an alarm asking whether or not to agree to transmit the schedule 6 to the previously designated contact information to the first user terminal 5 . At this time, if the student does not allow, the schedule 6 may not be transmitted. A signal informing whether to consent may be transmitted to the server 2 , and a signal informing whether to consent may be received from the server 2 . After that, you can create a list of students who have agreed. In response to the list table, it is possible to transmit the schedule 6 corresponding to the agreed upon student to a pre-designated contact information corresponding to the list written on the list table. Thereafter, it is possible to transmit the schedule 6 of students who agree to the second user terminal 4 .

3 illustrates an operation of generating and transmitting a schedule according to an embodiment.

3 , the server obtains the schedule of the plurality of students from the first user terminal or the server generates the schedule, whether the server agrees to transmit the schedule to a pre-specified contact transmitting an alarm asking whether or not to agree to the first user terminal; receiving, by the server, a signal indicating whether or not consent is obtained from the first user terminal; generating, by the server, a list of students who have agreed; It may include, by the server, transmitting the schedule corresponding to the agreed student to a predetermined contact corresponding to the determined list table, and transmitting the agreed upon schedule of the students to the second user terminal.

That is, to summarize, an alarm asking whether or not to obtain a plurality of student schedules from the first user terminal or the server can generate a schedule 301 and transmit the schedule to a predetermined contact information is sent to the first user terminal. Can transmit (302), and when receiving a signal indicating whether consent is received, it is possible to generate (303) a list of students who have agreed, and transmit the plan to a pre-specified contact corresponding to the list, and to the second user terminal The student's schedule may be transmitted 304 .

4 illustrates an operation of generating a schedule based on customized lecture time information according to an exemplary embodiment.

Referring specifically to FIG. 4 , the server may acquire the lecture information from the first external server, and then, based on the lecture information and the student's reading room use time information, the first user terminal has a user-customized lecture corresponding to the first user terminal. Time information can be transmitted. Thereafter, a schedule may be generated based on the user-customized lecture time information. The first external server may mean an external server that provides in-kang content. According to an embodiment, if a student listens to math lecture content, corresponding lecture time information may be obtained. In one embodiment, if a student listens to the lecture from 7:00 p.m. to 9:00 p.m., it is possible to obtain information that the student listened to the lecture for two hours from 7:00 p.m. to 9:00 p.m. from the corresponding In-class site. Based on the obtained lecture information and the student's reading room use time information, it is possible to transmit customized lecture time information. At this time, the information on students' reading room usage time is also taken into account in order to take into account the reading time when students are inside the reading room because they can listen to the lecture outside of the reading room usage time. In one embodiment, if the time for students to use the reading room is from 5 pm to 10 pm, and the time to take the In-Lecture is from 7 PM to 9 PM, the customized In-Lecture from 5 PM to 10 PM is set from 7 PM to the evening. It can be set until 9 o'clock. At this time, since the listening time is different for each day of the week, it may be set differently for each day of the week. In addition, it may be different depending on the date of the week as well as the change of date and appointment, so it may be necessary to take this into account. Therefore, the frequency of the student's lecture time may be taken into consideration when determining the lecture adjustment time. Equation 1 in consideration of the frequency may be as follows.

Referring to Equation 1, Z may mean a value using the formula for each time period during which the lecture is listened to determine the time for adjusting the lecture. e may mean a natural constant, a may mean a student's reading room usage time, and x is an hourly interval, based on the day of the week for a month, or at a specific time during that time based on a week. may mean the number of times of listening to , and y may mean the percentage of the time of listening to the lecture for 1 hour in the corresponding time zone.

In one embodiment, if the day of the week is set to check each of Tuesdays from 6 pm to 7 pm, 7 pm to 8 pm, and from 8 pm to 9 pm, from 6 pm to 7 pm on Tuesdays for a month If you listened to the lecture 3 times and listened to the lecture 5 times between 7 and 8 o'clock, the number 3 or 5 can be entered for x depending on the time zone. Y is the percentage of study time according to the time zone. In one embodiment, if a student listens to the lecture from 6 pm to 7 pm on Tuesday, 50 minutes on the first Tuesday, and 40 minutes on Tuesday, 50/60*100% respectively , will be calculated as 40/60*100%. Accordingly, respective values may be applied. More specifically, the user's lecture viewing time can be obtained through the corresponding formula, so that an appropriate learning time can be planned with high probability.

That is, if this is summarized, it is possible to obtain (401) training information from the first external server, generate (402) customized training time information, and generate (404) a schedule based on the customized training time information. .

5 illustrates an operation of generating a schedule by recognizing a student's seated position according to an exemplary embodiment.

Referring specifically to FIG. 5 , the reading room management system may further include a camera, the server recognizing the seating of the plurality of students based on the image inside the reading room acquired through the camera, the server A, determining the study time as a study time if the time that each of the plurality of students has been seated is equal to or greater than a predetermined standard, After the server recognizes that the plurality of students have been seated through the camera, the plurality of students If the time when each of the students is not seated is more than a predetermined time, determining the time when the students are not seated as a break time, corresponding to the plurality of students based on the study time and the break time generating a schedule, and transmitting the schedule to the first user terminal and the second user terminal. The camera may refer to a universally used camera, and may refer to a picture or an image taken by the camera of an image inside the reading room. That is, the internal image may include one frame among a plurality of frames captured by a camera and a bundle of frames. That is, previous frames for a preset time from the current time may also be included in the internal image. There may be a plurality of cameras. Recognizing a seated seat can be determined as having been seated when a specific student has been in the chair of the desk for more than a predetermined period of time. If you sit down and exceed the preset standard, you can decide your study time. This is to increase the probability of accuracy by using the time sitting in the seat as the study time, although other actions may be taken other than studying.

There may be a more subdivided method as a method of determining study time and study time per day according to an embodiment. In one embodiment, in addition to the first user terminal, an observation device for observing the part the student is staring at may be installed. In this case, the user's gaze vector may be observed by the first user terminal, and a location to which the user's gaze vector is directed from the first user terminal may be transmitted to the observation device. The observation device may photograph a location to which the user's gaze vector is directed. The observation device may acquire the coordinates of the place to which the user's gaze vector is directed, and then acquire the display or book including the coordinates through machine learning. That is, the shape of the display and the shape of the book may be input as input values, and the display shape including the focus coordinates of the current gaze vector may be recognized as an output value. If the student is looking at the display, it is possible to determine whether the student was watching the lecture by acquiring the lecture lecture time information obtained from the first external server. If it is not a lecture, the student can be excluded from the study time as it is judged that he is watching YouTube or other videos that are not lectures. If a student is reading a book, it can be determined that they are studying. The method of acquiring the gaze vector may observe the user's right and left pupils, acquire the gaze vectors of the right and left pupils, and recognize a place where the two vectors meet as a focal point to which the gaze vectors are directed. In this case, in addition to the first user terminal, a camera for acquiring a gaze vector may be used, and may refer to a universally used camera.

In this case, a deep learning model can be used, and it can be performed using a machine learning model. In this case, the learning data set may include various voice information and word information as the learning data set, and a supervised learning method may be used. In this case, the deep learning model module may use a deep neural network (DNN) algorithm. Without being limited to the description, convolutional neural network (CNN), recurrent neural network (RNN), Restricted Boltzmann Machine (RBM, Restricted Boltzmann Machine), 　 Deep Belief Network (DBN) algorithms are may be used, and since each algorithm is a well-known technique, a description thereof will be omitted.

According to an embodiment, the device for observing where the student's gaze is directed may be set to transmit the corresponding image to the second user terminal. That is, the officer can check the area the students are staring at through the screen through the device, and when it is determined that they are studying, they can directly input this to the server.

Since the above two embodiments are also related to personal information, it is possible to obtain the student's permission by transmitting an alarm requesting the corresponding consent to the first user terminal in advance.

In addition, as a method of determining study time in an embodiment, there may be a method of obtaining the corresponding information by connecting an application that can measure study time, such as a stopwatch, from the student's user terminal, and determining the information as study time. there is.

After that, if the non-seated time is longer than a predetermined time, that time may be determined as a break time. At this time, since you can sit down and take a break, you can select whether the student is in a resting state or a study state by inputting a student's input on each desk. It can be set to reflect the study state and the rest state through the corresponding selection. Based on the obtained study time and break time, data can be obtained, and a plan can be created using the data. At this time, in the same manner as in Equation 1, the frequency of study time and break time and the percentage of study or break time for 1 hour are calculated in 1 hour units to determine the value, and a plan can be generated using the value there is.

That is, if this is summarized, it is possible to recognize (501) the sitting of a plurality of students, and if the time each of the plurality of students is seated is equal to or greater than a predetermined standard, it can be determined (502) as the study time, and to be seated If the time of not sitting after being recognized is greater than or equal to a predetermined time, it may be determined as a break time ( 503 ), and a schedule may be generated and a schedule may be generated ( 504 ) in the first user terminal and the second user terminal.

6 shows an operation of generating a schedule by determining a study time and a break time through a camera according to an embodiment.

6, the step of generating a schedule corresponding to the plurality of students based on the study time information extracts previous frames for a predetermined time preset from the current time point, and extracts the previous frames based on the extracted previous frames. Determining the study time and break time of the student, the step of generating a schedule based on the study time and the break time may be further included. This may be related to the specific motion of operating the part described above as determining the study time and rest time of the student through the camera. Study time information may refer to data obtained by studying time as described above. Through the camera, it is possible to extract previous frames for a preset period of time from the current time point, and determine the study time and the rest time based on the extracted previous frames. In this case, the study time and the break time may be written to be changed at a regular cycle by the above-described algorithm, which may vary according to the user's settings.

That is, if this is arranged, the study time and the break time of a plurality of students can be determined (601) through the camera, and a schedule can be generated (602) based on the study time and the break time.

7 illustrates an operation of stopping the reading room use time of a student whose body temperature is equal to or greater than a predetermined standard and transmitting the time to the user terminal according to an embodiment.

7 , the reading room management system further includes an infrared sensor for detecting the body temperature of a person entering and exiting the reading room, the server storing the reading room availability period information of the plurality of students in the reading room , the server, when the body temperature of a student entering and exiting the reading room is above a predetermined standard, stopping the reading room use time of the student whose body temperature is above the predetermined standard, and the server, from the second user terminal to the reading room The method may further include the step of transmitting, upon receiving the use time resumption permission signal, the reading room use resumption permission alarm to the third user terminal of the student whose body temperature is equal to or greater than a predetermined standard. It may further include an infrared sensor for detecting the body temperature of a person, in this case, the infrared sensor may mean an infrared camera or other commonly used device for measuring the body temperature of a person. This is to prevent people with high body temperature in advance because they may have colds or various diseases and problems. The third user terminal is a device that a student can personally carry, and may refer to a smart phone or a tablet. That is, it may mean a device such as a smartphone carried by the student personally. If the body temperature is above a certain level, it is determined that there is a problem, the reading room use time is automatically stopped, and this can be transmitted to the user terminal of the student, Thereafter, if the officer determines that the student's health has improved, he/she may transmit a signal to allow the resumption of the reading room use time to the server so that the student can use the reading room again.

That is, if this is arranged, information about the available period of use of the reading room for a plurality of students can be stored ( 701 ), and when the student's body temperature is higher than a predetermined standard, the reading room usage time can be stopped ( 702 ), and the reading room use time can be stopped from the second user terminal Upon reception of a signal to allow resumption of use time, an alarm for permission to resume use of the reading room may be transmitted to the user terminal of the student whose body temperature is equal to or greater than a predetermined standard (703).

8 illustrates an operation of determining whether to stop using a reading room based on a document answering a health check questionnaire according to an embodiment.

Referring specifically to FIG. 8 , the step of stopping the reading room use time of the student whose body temperature is equal to or greater than the predetermined standard includes, by the server, transmitting a predetermined health check questionnaire to the third user terminal of the student whose body temperature is equal to or greater than the predetermined standard. may include the step of This may include a case where the temperature is temporarily high due to simple exercise or the like even if the body temperature is high, so it may be necessary to check. To check for health problems, you can send a questionnaire to check if you have trouble breathing, your heart rate, whether you have lost your sense of taste or smell, whether you are sick, whether you have phlegm, whether you are coughing or sneezing, and whether you have stomach pain. . When a student who checks the corresponding questionnaire and checks it obtains an answer to the question as an answer document, it can be transmitted to the second user terminal and delivered to the officer. When the officer obtains it, he or she may face-to-face with the student to check his/her health, or judge whether the student is healthy, and if the officer judges that it is good to see, the reading room can be used. However, if it is determined that there is a problem even with the officer's check, the reading room use can be stopped by transmitting a decision signal to the server to suspend the use of the reading room.

That is, the server obtaining, by the server, an answer document of a predetermined standard for the health check questionnaire from a third user terminal of a student whose body temperature is equal to or greater than a predetermined standard, and transmitting the obtained answer document to the second user terminal Step, it may include the step of obtaining a decision signal to stop the reading room use time from the second user terminal.

That is, to sum up, the health check questionnaire may be transmitted 801 to the terminal of the student whose body temperature is equal to or greater than a predetermined standard, and an answer document to the health check questionnaire may be obtained from the user terminal (802), and the obtained answer document may be transmitted to the second user terminal (803), and a reading room use time interruption determination signal may be obtained (804) from the user terminal.

9 illustrates an operation of determining whether to stop using the reading room based on a document answering a health check questionnaire again on a date when the reading room is available, according to an embodiment.

Referring specifically to FIG. 9, when the server receives the reading room use time resumption permission signal from the second user terminal, the reading room use resume permission alarm is transmitted to the third user terminal of the student whose body temperature is equal to or greater than a predetermined standard The step may include, when the server acquires the reading room use time interruption determination signal from the second user terminal, including the reading room availability date information, obtaining it. This can determine when the reading room use time interruption decision signal is obtained, by acquiring information on the available date of the reading room again, determine when it can be resumed, and transmit the corresponding date to the user terminal of the student. That is, if it was suspended on the 5/4 day, and the user sets the resumable date two weeks after the suspension date, it can be determined as the day on which the use of the reading room can be resumed on 5/18, two weeks later. In addition, the server transmits, by the server, a predetermined health check questionnaire to a third user terminal of a student whose body temperature is equal to or greater than a predetermined standard when the reading room is available on the date, by the server, a student whose body temperature is greater than or equal to a predetermined standard obtaining, by the server, an answer document of a predetermined standard for the health check questionnaire from a third user terminal of It may include the step of receiving a signal to allow the resumption of the reading room use time from the second user terminal from the terminal. The process may be to thoroughly check whether the student is healthy by judging the operation as shown in FIG. 7 because it may be necessary to check the health state once again even on a day when use can be resumed.

That is, to summarize, when the reading room use time stop determination signal is obtained from the second user terminal, the reading room use date information can be obtained (901), and when the reading room available date is reached, the user terminal of the student whose body temperature is above a predetermined standard to transmit 902 a predetermined health check questionnaire, obtain 903 an answer document of a predetermined standard from a user terminal of a student whose body temperature is above a predetermined standard, and obtain an answer document of a predetermined standard After being transmitted to the second user terminal, it is possible to receive (904) a signal for allowing resumption of the reading room use time from the second user terminal.

10 illustrates an operation of transmitting an under-study alarm to a student's user terminal when studying is under-study for more than a predetermined time according to an embodiment.

Referring specifically to FIG. 10, the reading room management system further includes a camera for detecting the inside of the reading room, and the server includes the step of obtaining, from the first user terminal, a schedule including the study time plan information of the plurality of students. can do. This is because the server does not make a plan, but students can write their own plan. At this time, the actions to be described below are not only when the students make the plan by themselves, but also when the server writes the plan based on the image inside the reading room acquired through the camera. In addition, the reading room management system, the server extracting previous frames for a preset time period from the current time, and determining the daily study time of the plurality of students based on the extracted previous frames, and the server, the study time Based on the plan information and the day's study time, if the day's study time is less than the study time included in the study time plan information for more than a predetermined time, a study under-study alarm is sent to the third user terminal of the student who has not reached the predetermined time or more It may include the step of providing. When the study time schedule is drawn up and the study time is short by observing with the camera, an under-study alarm can be provided to the third user terminal of the under-studying student. can

That is, to summarize, it is possible to obtain ( 1001 ) a schedule including the study time plan information of a plurality of students from the first user terminal, and extract frames for a preset time from the current time and determine the study time per day You can (1002), and when it is less than a predetermined time, it is possible to transmit (1003) a study insufficient alarm to the user terminal of the student.

11 illustrates an operation of arranging and displaying a list on a display in the order of the number of students who are studying time according to an embodiment.

11 in detail, the reading room management system includes the steps of, by the server, listing the list in the order of students having the most study time based on the daily study time of the plurality of students, and the server placing the listed list in the reading room It may further include the step of outputting a signal to be displayed on a display. This may be for motivation to study harder by displaying the study time of the students on the display. The display can be set to be displayed on a monitor screen inside the reading room or other commonly used displays, and can also be set to be displayed on the first user terminal or the second user terminal. In addition, in the reading room management system, the step of outputting, by the server, a signal to display the listed list on a display inside the reading room, is questionnaire information in which the server obtains consent to display the list in the first user terminal It may further include the step of transmitting and outputting, by the server, a signal to display the list and the list of students who have the most study time among the list for students who have agreed to the display of the list together on the display. there is.

In one embodiment, you can check the study time to create a list, and classify the list in the list. That is, if the list is listed, it can be divided into grades based on a specific plurality of study hours. In one embodiment, students who studied for more than 5 hours, students who studied for more than 6 hours, and students who studied for more than 7 hours can be displayed on the display, and in one embodiment, students who studied for more than 7 hours It is also possible to classify the group into a model 1 group, a group of students who studied for more than 6 hours, a model 2 group, and so on. In addition, different criteria may be applied to each classified group. In the case of the Model 1 group, who studied for more than 7 hours, it has been proven that they work hard in their studies. Strictly sitting for more than 30 minutes can be recognized as study time. In other words, study time can be recognized by varying the sitting time for each grade. In addition to the 5 hours, 6 hours, 7 hours, 10 minutes, and 30 minutes mentioned above, it can be set to various times by setting.

This is to ask for consent in advance as personal privacy may be a problem when disclosing the list of students, and if there is consent, the name or nickname of the student who spends the most time studying among the list of students can be set to be displayed on the display.

That is, to summarize, the list can be listed 1101 in the order of students who have the most study time, and questionnaire information for asking for consent to display the list can be transmitted 1102 to the first user terminal, and consent to the display of the list It is possible to display (1103) on the display the list of the students who have the most studying time among the list and the list for the students who did.

The methods according to the present invention may be implemented in the form of program instructions that can be executed by various computer means and recorded in a computer-readable medium. The computer-readable medium may include program instructions, data files, data structures, etc. alone or in combination. The program instructions recorded on the computer-readable medium may be specially designed and configured for the present invention, or may be known and available to those skilled in the art of computer software.

Examples of computer-readable media may include hardware devices specially configured to store and execute program instructions, such as ROM, RAM, flash memory, and the like. Examples of program instructions may include not only machine language codes such as those generated by a compiler, but also high-level language codes that can be executed by a computer using an interpreter or the like. The hardware device described above may be configured to operate as at least one software module to perform the operations of the present invention, and vice versa.

In addition, the above-described method or apparatus may be implemented by combining all or part of its configuration or function, or may be implemented separately.

Although the above has been described with reference to preferred embodiments of the present invention, those skilled in the art can variously modify and change the present invention within the scope without departing from the spirit and scope of the present invention as set forth in the claims below. You will understand that it can be done.

1: Infrared detection sensor
2: Server
3: Camera
4: second user terminal
5: first user terminal
6: schedule

Claims (19)

Reading room management performed in a reading room management system including a plurality of first user terminals attached to a plurality of desks corresponding to a plurality of students, a second user terminal corresponding to an officer managing the reading room, and a server for managing the reading room In the method,
transmitting, by the server, an alarm to the first user terminal asking whether or not to agree to transmit a plurality of student schedules to a predetermined contact;
receiving, by the server, a signal indicating whether to agree or not from the first user terminal;
generating, by the server, a list of students who have agreed on the basis of a signal indicating whether or not to agree;
obtaining, by the server, a schedule including information on the study time plan of the agreed student from the first user terminal;
transmitting, by the server, the schedule of the agreed students to a pre-designated contact information corresponding to the agreed students; and
Including, by the server, transmitting the schedule of students who have agreed to the second user terminal
A camera that detects the inside of the reading room; further comprising,
Recognizing, by the server, the seating of the plurality of students based on the image inside the reading room acquired through the camera;
determining, by the server, as study time if the time each of the plurality of students is seated is equal to or greater than a predetermined standard;
After the server recognizes that the plurality of students have been seated through the camera, if the time in which each of the plurality of students is not seated is equal to or greater than a predetermined time, the time in which the plurality of students are not seated determining as a break time; and
The server further comprises; determining whether to transmit a notification of under-study based on the study time and the schedule.
Further comprising; an infrared sensor for detecting the body temperature of a person entering and exiting the reading room;
storing, by the server, information on the reading room available period information of the plurality of students in the reading room;
stopping, by the server, the reading room use time of the student whose body temperature is higher than or equal to a predetermined standard when the body temperature of the student entering and exiting the reading room is higher than or equal to a predetermined standard; and
When the server receives the reading room use time resumption permission signal from the second user terminal, transmitting the reading room use resume permission alarm to a third user terminal of the student whose body temperature is greater than or equal to a predetermined standard;
The server, when the body temperature of a student entering and exiting the reading room is above a predetermined standard, stopping the reading room usage time of the student whose body temperature is above the predetermined standard;
transmitting, by the server, a predetermined health check questionnaire to the third user terminal;
obtaining, by the server, an answer document of a predetermined standard for the health check questionnaire from the third user terminal;
transmitting, by the server, the obtained answer document to the second user terminal; and
Including, by the server, obtaining a reading room use time interruption decision signal from the second user terminal;
When the server receives the reading room use time resumption permission signal from the second user terminal, transmitting the reading room use resumption permission alarm to a third user terminal of the student whose body temperature is equal to or greater than a predetermined standard;
obtaining, by the server, the reading room use time interruption determination signal from the second user terminal, including information on the reading room availability date;
transmitting, by the server, a predetermined health check questionnaire to a third user terminal of a student whose body temperature is equal to or greater than a predetermined standard when the reading room is available;
obtaining, by the server, an answer document of a predetermined standard for the health check questionnaire from a third user terminal of a student whose body temperature is equal to or greater than a predetermined standard;
transmitting, by the server, the obtained answer document to the second user terminal; and
Receiving, by the server, a signal to allow resumption of the reading room use time from the second user terminal from the second user terminal;
When the server, the study time is less than a predetermined time less than the study time per day included in the schedule, providing a study under-study alarm to the fourth user terminal of the student who is less than a predetermined time or more; further comprising, How to manage a reading room. delete delete delete delete delete delete delete According to claim 1,
listing, by the server, a list in order of the students having the most study time based on the study time per day of the plurality of students; and
and outputting, by the server, a signal to display the listed list on a display inside the reading room. 10. The method of claim 9,
Outputting, by the server, a signal to display the listed list on a display inside the reading room;
transmitting, by the server, questionnaire information for requesting consent to display the list to the first user terminal; and
and outputting, by the server, a signal to display the list and the list of students having the most study time among the list on a display together with the students who have agreed to display the list. A reading room management system comprising a plurality of first user terminals attached to a plurality of desks corresponding to a plurality of students, a second user terminal corresponding to an officer managing the reading room, and a server for managing the reading room,
The server transmits, to the first user terminal, an alarm asking whether or not to agree to transmit the plan to the pre-specified contact,
The server receives a signal indicating whether to agree from the first user terminal,
The server generates a list of students who have agreed on the basis of the signal indicating whether or not to agree,
The server obtains a schedule including the study time plan information of the agreed student from the first user terminal,
The server transmits the schedule of the agreed students to a pre-specified contact information corresponding to the agreed students,
The server transmits the schedule of students who have agreed to the second user terminal,
The reading room management system further comprises a camera for detecting the inside of the reading room,
The server recognizes the seating of the plurality of students based on the image inside the reading room acquired through the camera,
If the server, each of the plurality of students sitting in the seat is more than a predetermined standard, it is determined as the study time,
After the server recognizes that the plurality of students have been seated through the camera, if the time in which each of the plurality of students is not seated is equal to or greater than a predetermined time, the time in which the plurality of students are not seated is determined as the break time,
The server, based on the study time and the schedule, determines whether to transmit a notification of under-study,
The reading room management system further comprises an infrared sensor for detecting the body temperature of a person entering and exiting the reading room,
The server, the reading room stores information about the available period of use of the reading room of the plurality of students,
The server, when the body temperature of the student entering and exiting the reading room is above the predetermined standard, stops the reading room use time of the student whose body temperature is above the predetermined standard,
When the server receives the reading room use time resumption permission signal from the second user terminal, it transmits the reading room use resume permission alarm to the third user terminal of the student whose body temperature is equal to or greater than a predetermined standard,
If the server, when the body temperature of a student entering and exiting the reading room is above a predetermined standard, suspending the reading room use time of the student whose body temperature is above the predetermined standard,
The server transmits a predetermined health check questionnaire to the third user terminal,
The server obtains, from the third user terminal, an answer document of a predetermined standard for the health check questionnaire,
The server transmits the obtained answer document to the second user terminal,
Including, by the server, obtaining a reading room use time interruption decision signal from the second user terminal,
When the server receives the reading room use resumption permission signal from the second user terminal, transmitting the reading room use resumption permission alarm to the third user terminal of the student whose body temperature is equal to or greater than a predetermined standard,
When the server obtains the reading room use time stop determination signal from the second user terminal, it obtains including the reading room available date information,
The server transmits a predetermined health check questionnaire to the third user terminal of the student whose body temperature is equal to or greater than a predetermined standard when the reading room is available date,
The server obtains, from the third user terminal of the student whose body temperature is above a predetermined standard, an answer document of a predetermined standard for the health check questionnaire,
The server transmits the obtained answer document to the second user terminal,
The server includes receiving the reading room use time resumption permission signal from the second user terminal from the second user terminal,
When the server, the study time is less than a predetermined time less than the daily study time included in the schedule, the study room management system to provide a study under-study alarm to the fourth user terminal of the student who falls short of the predetermined time or more. 12. The method of claim 11,
The server lists the list in order of the students with the most study time based on the daily study time of the plurality of students,
The server, the reading room management system for outputting a signal to display the listed list on a display inside the reading room. 13. The method of claim 12,
Outputting a signal so that the server displays the listed list on a display inside the reading room,
The server transmits questionnaire information for requesting consent to the display of the list to the first user terminal,
The server, for students who have agreed to the display of the list, comprising outputting a signal to display the list and the list of students having the most study time among the list on the display together, the reading room management system. By the server of the reading room management system comprising a plurality of first user terminals attached to a plurality of desks corresponding to a plurality of students, a second user terminal corresponding to an officer managing the reading room, and a server managing the reading room As a computer program stored in a computer-readable recording medium to execute the method for managing the reading room,
How to manage the reading room,
transmitting, by the server, an alarm to the first user terminal asking whether or not to agree to transmit a plurality of student schedules to a predetermined contact;
receiving, by the server, a signal indicating whether to agree or not from the first user terminal;
generating, by the server, a list of students who have agreed on the basis of a signal indicating whether or not to agree;
obtaining, by the server, a schedule including information on the study time plan of the agreed student from the first user terminal;
transmitting, by the server, the schedule of the agreed students to a pre-designated contact information corresponding to the agreed students; and
Including, by the server, transmitting the schedule of students who have agreed to the second user terminal
A camera that detects the inside of the reading room; further comprising,
Recognizing, by the server, the seating of the plurality of students based on the image inside the reading room acquired through the camera;
determining, by the server, as study time if the time each of the plurality of students is seated is equal to or greater than a predetermined standard;
After the server recognizes that the plurality of students have been seated through the camera, if the time in which each of the plurality of students is not seated is equal to or greater than a predetermined time, the time in which the plurality of students are not seated determining as a break time; and
The server further comprises; determining whether to transmit a notification of under-study based on the study time and the schedule.
Further comprising; an infrared sensor for detecting the body temperature of a person entering and exiting the reading room;
storing, by the server, information on the reading room available period information of the plurality of students in the reading room;
stopping, by the server, the reading room use time of the student whose body temperature is higher than or equal to a predetermined standard when the body temperature of the student entering and exiting the reading room is higher than or equal to a predetermined standard; and
When the server receives the reading room use time resumption permission signal from the second user terminal, transmitting the reading room use resume permission alarm to a third user terminal of the student whose body temperature is greater than or equal to a predetermined standard;
The server, when the body temperature of a student entering and exiting the reading room is above a predetermined standard, stopping the reading room usage time of the student whose body temperature is above the predetermined standard;
transmitting, by the server, a predetermined health check questionnaire to the third user terminal;
obtaining, by the server, an answer document of a predetermined standard for the health check questionnaire from the third user terminal;
transmitting, by the server, the obtained answer document to the second user terminal; and
Including, by the server, obtaining a reading room use time interruption decision signal from the second user terminal;
When the server receives the reading room use time resumption permission signal from the second user terminal, transmitting the reading room use resumption permission alarm to a third user terminal of the student whose body temperature is equal to or greater than a predetermined standard;
obtaining, by the server, the reading room use time interruption determination signal from the second user terminal, including information on the reading room availability date;
transmitting, by the server, a predetermined health check questionnaire to a third user terminal of a student whose body temperature is equal to or greater than a predetermined standard when the reading room is available;
obtaining, by the server, an answer document of a predetermined standard for the health check questionnaire from a third user terminal of a student whose body temperature is equal to or greater than a predetermined standard;
transmitting, by the server, the obtained answer document to the second user terminal; and
Receiving, by the server, a signal to allow resumption of the reading room use time from the second user terminal from the second user terminal;
When the server, the study time is less than a predetermined time less than the study time per day included in the schedule, providing a study under-study alarm to the fourth user terminal of the student who is less than a predetermined time or more; further comprising, computer program. 15. The method of claim 14,
How to manage the reading room,
listing, by the server, a list in order of the students having the most study time based on the study time per day of the plurality of students; and
Outputting, by the server, a signal to display the listed list on a display inside the reading room; further comprising, a computer program. 16. The method of claim 15,
How to manage the reading room,
Outputting, by the server, a signal to display the listed list on a display inside the reading room;
transmitting, by the server, questionnaire information for requesting consent to display the list to the first user terminal; and
Outputting, by the server, a signal to display on a display together the list and the list of students who have the most study time among the list with respect to the students who have agreed to display the list; Computer program comprising. Performed in the server of a reading room management system comprising a plurality of first user terminals attached to a plurality of desks corresponding to a plurality of students, a second user terminal corresponding to an officer managing the reading room, and a server managing the reading room As a computer-readable recording medium recording a program for executing the method of managing the reading room,
How to manage the reading room,
transmitting, by the server, an alarm to the first user terminal asking whether or not to agree to transmit a plurality of student schedules to a predetermined contact;
receiving, by the server, a signal indicating whether to agree or not from the first user terminal;
generating, by the server, a list of students who have agreed on the basis of a signal indicating whether or not to agree;
obtaining, by the server, a schedule including information on the study time plan of the agreed student from the first user terminal;
transmitting, by the server, the schedule of the agreed students to a pre-designated contact information corresponding to the agreed students; and
Including, by the server, transmitting the schedule of students who have agreed to the second user terminal
A camera that detects the inside of the reading room; further comprising,
Recognizing, by the server, the seating of the plurality of students based on the image inside the reading room acquired through the camera;
determining, by the server, as study time if the time each of the plurality of students is seated is equal to or greater than a predetermined standard;
After the server recognizes that the plurality of students have been seated through the camera, if the time in which each of the plurality of students is not seated is equal to or greater than a predetermined time, the time in which the plurality of students are not seated determining as a break time; and
The server further comprises; determining whether to transmit a notification of under-study based on the study time and the schedule.
Further comprising; an infrared sensor for detecting the body temperature of a person entering and exiting the reading room;
storing, by the server, information on the reading room available period information of the plurality of students in the reading room;
stopping, by the server, the reading room usage time of the student whose body temperature is higher than or equal to a predetermined standard when the body temperature of a student entering and exiting the reading room is higher than or equal to a predetermined standard; and
When the server receives the reading room use time resumption permission signal from the second user terminal, transmitting the reading room use resume permission alarm to a third user terminal of the student whose body temperature is greater than or equal to a predetermined standard;
The server, when the body temperature of a student entering and exiting the reading room is above a predetermined standard, stopping the reading room usage time of the student whose body temperature is above the predetermined standard;
transmitting, by the server, a predetermined health check questionnaire to the third user terminal;
obtaining, by the server, an answer document of a predetermined standard for the health check questionnaire from the third user terminal;
transmitting, by the server, the obtained answer document to the second user terminal; and
Including, by the server, obtaining a reading room use time interruption determination signal from the second user terminal;
When the server receives the reading room use time resumption permission signal from the second user terminal, transmitting the reading room use resumption permission alarm to a third user terminal of the student whose body temperature is equal to or greater than a predetermined standard;
obtaining, by the server, the reading room use time interruption determination signal from the second user terminal, including information on the reading room available date;
transmitting, by the server, a predetermined health check questionnaire to a third user terminal of a student whose body temperature is equal to or greater than a predetermined standard when the reading room is available;
obtaining, by the server, an answer document of a predetermined standard to the health check questionnaire from a third user terminal of a student whose body temperature is equal to or greater than a predetermined standard;
transmitting, by the server, the obtained answer document to the second user terminal; and
Receiving, by the server, a signal to allow resumption of the reading room use time from the second user terminal from the second user terminal;
When the server, the study time is less than a predetermined time less than the study time per day included in the schedule, providing a study under-study alarm to the fourth user terminal of the student who falls short of more than a predetermined time; further comprising, computer readable recording medium. 18. The method of claim 17,
How to manage the reading room,
listing, by the server, a list in order of the students having the most study time based on the study time per day of the plurality of students; and
Outputting, by the server, a signal to display the listed list on a display inside the reading room; further comprising, a computer-readable recording medium. 19. The method of claim 18,
How to manage the reading room,
Outputting, by the server, a signal to display the listed list on a display inside the reading room;
transmitting, by the server, questionnaire information for requesting consent to display the list to the first user terminal; and
Outputting, by the server, a signal to display the list and the list of students having the most study time among the list for students who have agreed to display the list on a display together; Computer-readable recording medium comprising a; .

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