JP2022149761A - Room management apparatus and room management program - Google Patents

Abstract

To retrieve a room with an appropriate number of persons to be accommodated according to a situation or notify of the number of persons be accommodated in a room according to the situation.SOLUTION: A room management apparatus for retrieving a room suitable for a condition, allows the execution of input processing, reading processing, and retrieval processing. The input processing allows the input of the number of using persons and a date specified by a user. The reading processing refers to setting information associated with a date and a situation index, and reads a situation index corresponding to the input date. The retrieval processing converts the number of persons to be accommodated in a room or the input number of using persons based on the read situation index, and retrieves an available room.SELECTED DRAWING: Figure 9

Description

The present invention relates to a room management apparatus and a room management program used in karaoke parlors and the like.

Karaoke, in which people enjoy singing along with accompaniment, is gaining popularity as entertainment in situations where friends and co-workers gather. Such karaoke can be used in shops having a plurality of rooms called karaoke boxes. By renting the room by the hour, the user enjoys singing using the karaoke device installed in the room.

In such karaoke stores, like other stores, it is common to use POS terminals for charge management. In karaoke stores, rooms are rented by the hour, so the POS terminal can be used to check the rental status of each room.

In Patent Document 1, by detecting an idle state of the karaoke machine, it is specified that the room in which the karaoke machine is installed is vacant. A karaoke service system is disclosed that notifies a POS terminal of terminal information of a mobile terminal that has reserved a karaoke service. According to the karaoke service system of Patent Literature 1, it is possible to easily acquire vacant room information and reduce the operation burden on the user side.

Japanese Patent Application Laid-Open No. 2016-051009

Currently, with the spread of the coronavirus, karaoke stores are taking various measures to control the infection. For example, karaoke parlors take various measures to protect customers, such as installing air purifiers and thorough disinfection. Also, during the corona crisis, it is preferable to avoid close-knit situations. However, the infection situation changes depending on the season, and it is difficult to quickly take measures according to the situation.

The present invention has been made in view of this situation, and it is possible to search for a room with an appropriate number of occupants according to various situations such as the spread of infection, or to notify the number of occupants of a room according to the situation. is one purpose.

Therefore, the room management device according to the present invention employs the following configuration.
A room management device that searches for a room that meets conditions,
input processing, readout processing, and search processing can be executed,
For input processing, the number of users and date can be entered,
The reading process refers to the setting information that associates the date and the situation index, reads the situation index corresponding to the input date,
The search process converts the capacity of the room or the input number of users based on the read situation index, and searches for available rooms.

Further, the room management device according to the present invention is
A room management device that notifies the number of people in a room,
Input processing, reading processing, and notification processing can be executed,
For input processing, the date can be entered,
The reading process refers to the setting information that associates the date and the situation index, reads the situation index corresponding to the input date,
The notification process converts the capacity of the room based on the read status index, and notifies the converted capacity.

Furthermore, in the room management device according to the present invention,
The input process can input time,
The situation index is mapped to time,
The read process reads the context index corresponding to the entered date and time.

Furthermore, in the room management device according to the present invention,
In the input process, it is possible to input the purpose of use,
The setting information is associated with usage,
The search process reads the situation index corresponding to the input usage purpose.

Further, the room management program according to the present invention is
A room management program that causes an information processing device to search for a room that meets conditions,
input processing, readout processing, and search processing can be executed,
For input processing, the number of users and date can be entered,
The reading process refers to the setting information that associates the date and the situation index, reads the situation index corresponding to the input date,
The search process converts the number of occupants or the input number of users based on the read situation index, and searches for a room that can accommodate the number of users.

Further, the room management program according to the present invention is
A room management program that causes an information processing device to notify the number of people in the room,
Input processing, reading processing, and notification processing can be executed,
For input processing, the date can be entered,
The reading process refers to the setting information that associates the date and the situation index, reads the situation index corresponding to the input date,
The notification process converts the number of people accommodated based on the read situation index, and notifies the converted number of people accommodated.

According to the room management device and the room management program according to the present invention, it is possible to search for a room with an appropriate number of occupants according to the situation, or to notify the number of occupants of the room according to the situation. Therefore, it is possible to use an appropriate room according to the situation, and it is possible to suppress the spread of infection.

A diagram showing the overall configuration of the system according to the present embodiment. Diagram showing the network configuration of a karaoke store Flow chart showing search processing according to the present embodiment A diagram showing a situation index table according to the present embodiment A diagram showing a status confirmation screen according to the present embodiment. A diagram showing a room search screen according to the present embodiment Diagram for explaining the maximum capacity in various situations according to the present embodiment A diagram showing a room state confirmation screen (situation C: normal) according to the present embodiment. A diagram showing a room state confirmation screen (situation A: emergency) according to the present embodiment. Flow diagram showing situation change processing according to the present embodiment A diagram showing a reservation management screen (before the situation is changed) according to the present embodiment. A diagram for explaining a state of change to the reservation management screen (after status change) according to the present embodiment.

FIG. 1 is a diagram showing the overall configuration of a system according to this embodiment. The system of this embodiment includes at least a management device 5 installed in a karaoke parlor. Other external components of the system include a payment server 81, a karaoke management server 84, a wireless base station 83, a home computer 72 installed in a private home, a mobile terminal 71 owned by an individual, and a management server installed in a karaoke parlor. A device 5 or the like is present.

FIG. 2 is a diagram showing a network configuration in a karaoke parlor. A karaoke shop is configured to have rooms in which karaoke devices 2a to 2k are installed. Customers who wish to use the karaoke machines 2a to 2k can enjoy singing using the karaoke machines 2a to 2k by renting the room by the hour. In the present embodiment, in a store that rents out rooms equipped with such karaoke devices 2a to 2k by the hour, in addition to karaoke, musical instrument practice, live broadcast of concerts, recorded images of concerts, movies, dramas, etc. Reproduction of various contents is also performed. It is also used as a meeting room for work colleagues to gather for meetings, or as a self-study room for telework and study.

As shown in FIG. 1, the karaoke parlor is equipped with a management device 5 for managing the karaoke parlor. The management device 5 can manage each room, such as confirmation of the usage status of each room, usage setting, reservation, calculation of usage fee, and the like. The management device 5 is composed of a general personal computer or the like, is connected to the Internet via a router 120 and an optical modem 121, and can communicate with the event management system 82 via the Internet.

The event management system 82 manages viewing of various contents in the karaoke parlor room. For example, when a concert is live-broadcast, tickets are sold to customers in advance, and rooms for customers to view are allocated. Customers who purchase tickets can watch various contents such as live broadcasts of concerts in their assigned rooms. A customer purchases a ticket or the like from a portable terminal 71 possessed by the customer or a home computer 72 installed at the customer's home. The portable terminal 71 is connected to the Internet via a radio base station 83, and the home computer 72 is connected to the Internet via an optical modem 73, and can communicate with various servers such as an event management system 82.

In the current situation of the corona wreck, there are concerns about the spread of infection when multiple customers gather at a karaoke store that manages multiple rooms as shown in FIG. Conventionally, for such rooms, the maximum number of people that can be accommodated is stipulated, but it is conceivable that the situation would be crowded under the conventional standards. It is possible to control the number of people in the facility according to the spread of infection, but it was not possible to do so accurately.

This embodiment is designed in view of this situation, and searches for a room with an appropriate number of occupants according to various situations such as the spread of infection, or notifies the number of occupants of a room according to the situation. I'm doing it.

[First Embodiment: Search Processing]
First, the search processing performed at the karaoke parlor will be described. FIG. 3 is a flowchart showing search processing according to this embodiment, FIG. 4 is a diagram showing a situation index table according to this embodiment, and FIG. 5 shows a situation confirmation screen according to this embodiment. FIG. 6 is a diagram showing a room search screen according to this embodiment.

The management device 5 installed in the karaoke parlor searches for a suitable room based on the customer's request (number of users, usage time, desired model, etc.). FIG. 6 shows an example of the room search screen. The room search screen is provided with a date input field 52a, a start time input field 52b, a usage time input field 52c, a model selection field 52d, a number of users input field 52e, a purpose of use selection field 52f, a search button 52g, and a return button 52h. ing.

For example, when a customer visits the store, the date input field 52a, the start time input field 52b, and the usage time input field 52c are used to set the time zone the customer wants to use. In the model selection column 52d, it is possible for the customer to select the brand that the customer wants to use or the model of the brand. As for the content viewing described above, the models that can be used may be limited. Here, it is possible to find a room in which content viewing can be enjoyed by selecting and searching for a model for which content viewing can be performed. The actual number of users is entered in the number-of-users input field 52e. The use purpose selection column 52f is a selection column for selecting the use purpose of the room, and in the present embodiment, it is possible to select from three of karaoke, conference, and viewing (content viewing).

On the room search screen, by operating the search button 52g after entering the customer's desired conditions, rooms matching the conditions are displayed as search results. By the way, as explained above, depending on the spread of infection, it is preferable to avoid close contact in the room. Such spread of infections will be notified by declarations, cautions, warnings, etc. issued by the government or local governments. In addition, the notification is often scheduled for a certain period of time.

In this embodiment, various situations such as declarations by governments and local governments regarding the spread of infection are used to search for rooms with appropriate capacities according to the situation. As for the situation, it is also possible to use the situation judged by the store itself instead of the declaration by the government or local government.

FIG. 4 shows a situation index table for setting such situations. In this embodiment, the situation is divided into three stages, and a situation index is set for each stage. The situation index of this embodiment indicates the ratio of the predetermined number of people in the room, and by multiplying the specified number of people by this situation index, the actual number of people that can be accommodated is calculated. It is possible. Note that, in this embodiment, a calculation for rounding off the fractions after the decimal point generated by the multiplication is performed. The calculation is not limited to rounding down, and rounding up or rounding off may also be used.

In addition, in this embodiment, different situation indexes are set according to the purpose of use of the room. For example, in karaoke, singing and eating may be accompanied, and it is desirable to avoid close-knit situations as much as possible. On the other hand, in the case of holding a meeting, only a conversation is held. And, in viewing, the purpose is to enjoy viewing and listening to content, and it is conceivable that conversations are less frequent.

Therefore, in the present embodiment, the situation index is in the order of karaoke<meeting<viewing for a certain situation. For example, under the same circumstances, it is decided that the capacity is larger for viewing than for karaoke.

It should be noted that this embodiment adopts a form in which the capacity of the room is converted based on the situation index. In such a form, it is possible to convert the capacity of the room into the capacity of the room that is actually available, and it is also possible to present the converted capacity of the room to the user. On the other hand, when performing a search and it is not necessary to present the capacity of the available rooms, a situation index that converts the number of users may be used. For example, if the conversion rate is the same as in the situation index table of FIG. 4, the situation index for converting the number of users can be obtained by taking the reciprocal of the situation index of FIG. For example, when "karaoke" is used in situation A, the situation index for converting the number of users is 2 by taking the reciprocal of 50% (0.5). Also, when using “karaoke” in situation C, the situation index for converting the number of users is 1 by taking the reciprocal of 100% (1).

FIG. 5 is a diagram showing a situation confirmation screen 51 according to this embodiment. In the situation index table explained in FIG. 4, the situation is set corresponding to the date. In the management device 5, it is possible to check the status of each date by referring to this status confirmation screen. The status confirmation screen is provided with a return button 51a, a forward button 51b, a setting button 51d, and a return button 51e for moving the month.

The situation confirmation screen 51 of the present embodiment allows confirmation of the situation for each day in a calendar format. In this embodiment, the daily status is indicated by the status display bar 51c. For example, from February 1st to February 4th, the situation display bar 51c displaying "Situation A" is displayed. On the other hand, on weekends (Saturday and Sunday) in February, the status display bar 51c displaying "Situation B" is displayed. On the other hand, the day when the status display bar 51c is not displayed is the status C (normal).

The setting of the status display bar 51c displayed on the status confirmation screen 51 of this embodiment can be performed by operating the setting button 51d. By operating the setting button 51d, a setting window (not shown) is displayed, and it is possible to set the situation for each day. The set status is displayed as a status display bar 51c.

It should be noted that the setting of the situation may be set from a server such as the karaoke management server 84 connected to the Internet instead of the operation at the store. In a chain store or the like, it is possible to collectively set conditions for a plurality of stores.

In addition, the situation may differ from region to region. As such, situations may be localized. By acquiring the situation of the region corresponding to the store, it is possible to set the situation suitable for each region.

In this embodiment, it is possible to perform an appropriate room search using the situation index table in FIG. 4 and the situation for each date shown in the situation confirmation screen in FIG. FIG. 3 is a flowchart showing search processing (reservation processing) of this embodiment. In this embodiment, the search result is notified, but the search result may be reserved.

When the search process starts, first, search conditions are entered (S101). The room search screen of FIG. 6 described above is used for inputting search conditions. Next, the situation index at the room usage date and time is read (S102). The situation index is set for each day, as explained in the situation confirmation screen of FIG. Therefore, it is possible to read out the situation index by referring to the input date in the search condition. In this embodiment, since the intended use is also used, the situation index corresponding to the date and the intended use is read. For example, in the case of February 2, 2021, if the purpose of use is karaoke, the situation index of "50%" is read from the situation index table of FIG.

In this embodiment, the situation index that is read out is used to convert the number of occupants preset in the room (S103). For example, in the case of February 2, 2021, if the purpose of use is karaoke, it is "50%" from the situation index table. Calculated. FIG. 7 is a diagram showing room occupancy (maximum occupancy) converted by the situation index. 7(A) to 7(C) correspond to respective uses (for karaoke, for meetings, for viewing). For example, looking at room A during karaoke in FIG. there is On the other hand, regarding room A at the time of viewing in FIG. 7C, there are 10 people in situation C (normal), 8 people in situation A (emergency), and 10 people in situation B (warning). , is set looser than karaoke.

In the room search (S104), a search is performed using the new capacity calculated in S103. If there is a room that matches the search conditions (S105: Yes), the matching room is notified (for example, displayed on the monitor) (S106). On the other hand, if there is no room that matches the search conditions (S107: No), an error notification is issued (S107). After the search, if a reservation is to be made, a suitable room is reserved. When executing a reservation, after notifying a suitable room, it may be possible to make a reservation from among the candidates, or to make a reservation by selecting from the candidates based on appropriate criteria without notifying the suitable room. good too.

[Second Embodiment: Notification of Capacity]
Next, a second embodiment will be described. In the first embodiment, the room is searched based on the search conditions. When a customer visits a karaoke store, the current room status is checked and the customer is guided to an empty room. In such a case, the number of people that can be accommodated in each room is referred to on the room status confirmation screen, and a room that can guide the number of people desired by the customer is searched for.

This embodiment takes such a situation into consideration, and for example, the room status confirmation screen 53 in FIG. 8 notifies the number of people accommodated according to the situation. FIG. 8 is a diagram showing a room state confirmation screen 53 (situation C: normal) according to this embodiment, and FIG. 9 is a diagram showing a room state confirmation screen 53 (situation A: emergency) according to this embodiment. is.

The room status confirmation screen 53 of FIGS. 8 and 9 shows a case where the date and time (situation) are different. The room status confirmation screen 53 displays a current date 53a, a current time 53b, a room status display column 53c, and a current status 53d. Also, the administrator can operate the application selection field 53g, the use registration button 53e, and the return button 53f.

When a customer visits the front desk of the store, the manager refers to this room status confirmation screen and confirms the vacancy status of each room (Rooms A to K). In the room status display column 53c, "Vacant" is displayed when the room is available. On the other hand, if you have already entered the room or if you have a reservation in the near future, that status is displayed. In this embodiment, the room entry time, room exit (scheduled) time, usage, and the number of people entering the room are displayed.

Further, in the room status confirmation screen 53 of the present embodiment, it is possible to select the usage (karaoke, meeting, viewing) of the customer who visits the store by using the usage selection column 53g. In addition, the current status is displayed in the room status display field 53c of each room. In addition, the number of occupants in the current situation is displayed in parentheses to the right of the room name in the room status display column 53c. This capacity varies according to the current situation and the usage selected in the usage selection column 53g.

The room status confirmation screen 53 of FIG. 8 shows the status of February 5, 2021. Referring to the situation confirmation screen 51 of FIG. 5, this day corresponds to situation C (normal). Further, since the usage purpose input in the usage selection field 53g is karaoke, the situation index table of FIG. 4 is referred to, and the situation index of 100% is read. By multiplying this situation index by the number of occupants specified for each room, the number of occupants displayed in the room status display field 53c is determined. In this case, since the situation index is 100%, the prescribed capacity and the displayed capacity match.

On the other hand, the room status confirmation screen 53 in FIG. 9 is on a date different from that in FIG. 8, and shows the status on February 2, 2021 (Tuesday). Referring to the situation confirmation screen 51 of FIG. 5, this day corresponds to situation A. Further, since the usage purpose input in the usage selection column 53g is karaoke, the situation index table of FIG. 4 is referred to, and the situation index of 50% is read. By multiplying this situation index by the number of occupants specified for each room, the number of occupants displayed in the room status display column 53c is determined. In this case, the status index is 50%, so the displayed capacity is half of the stated capacity.

As described above, in this embodiment, when checking the capacity of a room at the front desk of a karaoke parlor or the like, it is possible to check the capacity according to the situation. In addition, it is also possible to check the number of people that can be accommodated according to the purpose of use by changing it according to the purpose of use.

[Third Embodiment: Situation Change Processing]
By the way, it is conceivable that the situation of a room that has been reserved in advance may change after the reservation is made. For example, if a room that can accommodate 10 people is reserved for 10 people, the number of people that can be accommodated may become 5 due to a change in circumstances, exceeding the capacity. This embodiment is designed in consideration of such a situation, and is characterized by being able to cope with changes in the situation of rooms that have already been reserved.

FIG. 10 is a flowchart showing status change processing according to this embodiment, FIG. 11 is a diagram showing a reservation management screen 54 (before status change) according to this embodiment, and FIG. is a diagram for explaining how the reservation management screen 54 (after the status change) changes.

The reservation management screen 54 shown in FIGS. 11 and 12 allows the manager to check the reservation status by specifying the date using the management device 5 . A designated date 54a, a date designation button 54b, a current date 54c, and a status 54d at the designated date are displayed on the reservation management screen 54 of the present embodiment. In addition, the reservation status of each room on the specified date is displayed corresponding to the time. For example, room B in FIG. 11 is reserved by Mr. Mizuno for the period from 19:00 to 22:00. Further, in the reservation status, in addition to the name, the number of people reserved and the purpose of use are also displayed.

For example, in the state of FIG. 11, consider a case where the situation on the specified date (February 28, 2021) changes from situation C (normal) to situation A before the arrival of the specified date. In this case, referring to the situation index table of FIG. 4, the capacity of each room is halved for karaoke use. As a result, the number of users of the rooms A, B, and K shown in FIG. 11 exceeds the capacity.

Therefore, in this embodiment, a room is secured according to the situation by executing the situation change process each time the situation is changed. FIG. 10 is a flow diagram showing the status change process. In the situation change process, when the situation has changed (S201: Yes), the processes of S202 to S207 are executed.

First, one piece of reservation information for the date to be changed is acquired (S202). The reservation information describes the reservation date of the room, the reservation time period, the number of users, the purpose of use, and the like. Then, referring to the reservation information, it is determined whether or not the number of people changed due to the situation change is appropriate (S203). If it is appropriate (S203: Yes), the reservation information is not changed.

On the other hand, if it is not appropriate (S203: No), it is confirmed whether or not there is an appropriate vacant room in the reservation information for the reservation date and reservation time period. If there is a suitable vacant room (S204: Yes), it reassigns to a suitable room and changes the reservation information (S205). On the other hand, if there is no suitable vacant room (S204: No), error notification is executed (S206). When the confirmation of the reservation information for the date to be changed has been completed (S207: Yes), the process returns to status change monitoring (S201).

The reservation management screen 54 in FIG. 12 shows how the situation changes when the situation in FIG. 11 is changed. It can be seen that the capacity of each room (rooms A to K) has been halved due to the change from situation C (normal) to situation A. In this example, all the rooms will be explained by limiting their use to karaoke. If the purpose of use includes purposes other than karaoke, the capacity is changed according to the purpose of use. In such a situation after the change, the number of users does not meet the allowable number of people for reservations of rooms A, B, and K. Therefore, in this embodiment, room reassignment is executed. For example, a reservation for room A (Mr. Yamada, 8 people, karaoke) is reallocated to room I (permissible number of people: 15) where the number of users satisfies the allowable number of people. Also, the reservation for room K (Mr. Suzuki, 9 people, karaoke) is reallocated to room J (allowable number of people: 10) where the number of users satisfies the allowable number of people. The reassignment of rooms is preferably performed in consideration of various conditions (for example, the desired model to be used).

On the other hand, regarding the reservation of room B (Mr. Mizuno, 20 people, karaoke), there is no longer a room that can accommodate 20 people, which is the number of users. Therefore, on the reservation management screen 54, a caution display 54e written as "contact required" is displayed. The administrator confirms the caution display 54e, contacts the reservation person, and takes measures such as confirmation of dividing the room into two or confirmation of cancellation.

As described above, in this embodiment, even if the situation changes, it is possible to change an already reserved room to an appropriate room or to call attention to the use of the room.

Three embodiments have been described above, and these embodiments have in common that they can select a room with an appropriate allowable number of people using the situation index corresponding to the date. Modifications will be described below.

[Modification 1]
In the above-described embodiment, the situation index corresponds to the date. By the way, it is conceivable that alerts associated with the spread of infection differ between daytime and nighttime. Based on such circumstances, the situation index may be changed according to the date and time. It is possible to select a room suitable for the number of people allowed according to the date and time.

[Modification 2]
In the above-described embodiment, the management device 5 of the karaoke parlor is used to search for rooms and the like. Currently, it is possible to make a room reservation for a karaoke parlor using the mobile terminal 71 described in FIG. 1 or the home computer 72. The room management apparatus according to the present invention may be the mobile terminal 71 or the home computer 72, or may be a room management program executable on the mobile terminal 71 or the home computer 72. FIG. In such a case, the operator is not the manager (employee) of the karaoke parlor, but the customer who uses the room.

The room reservation from the mobile terminal 71 or the home computer 72 is not limited to karaoke, and may be made at the time of purchasing a ticket for content viewing. When viewing content, the capacity is changed using the situation index table described with reference to FIG. 4 according to the date and time when the event is held. The user will purchase a ticket to view the content by specifying the number of people, but the changed capacity will be used. In such a case, the room management device may be the event management system 82 or a room management program executable in the event management system 82 .

Although the room management apparatus according to the present invention has been described above, the present invention also includes a program (room management program) executed by the management apparatus (information processing apparatus).

2 (2a to 2k): Karaoke device 53d: Current status 5: Management device 53e: Use registration button 51: Status confirmation screen 53f: Return button 51a: Return button 53g: Application selection field 51b: Forward button 54: Reservation management screen 51c : Status display bar 54a: Specified date 51d: Set button 54b: Date specification button 51e: Back button 54c: Current date 52a: Date input field 54d: Status
52b: Start time input field 54e: Caution display 52c: Usage time input field 71: Mobile terminal 52d: Model selection field 72: Home computer 52e: Number of users input field 73: Optical modem 52f: Usage purpose selection field 81: Settlement server 52g: Search button 82: Event management system 52h: Return button 83: Wireless base station 53: Room status confirmation screen 84: Karaoke management server 53a: Current date 120: Router 53b: Current time 121: Optical modem 53c: Room status Display field

Claims (6)

A room management device that searches for a room that meets conditions,
input processing, readout processing, and search processing can be executed,
For input processing, the number of users and date can be entered,
The reading process refers to the setting information that associates the date and the situation index, reads the situation index corresponding to the input date,
The search process converts the capacity of the room or the input number of users based on the read situation index, and searches for available rooms. Room management device. A room management device that notifies the number of people in a room,
Input processing, reading processing, and notification processing can be executed,
For input processing, the date can be entered,
The reading process refers to the setting information that associates the date and the situation index, reads the situation index corresponding to the input date,
The notification process converts the capacity of the room based on the read status index, and notifies the converted capacity of the room. Room management device. The input process can input time,
The situation index is mapped to time,
3. The room management device according to claim 1, wherein the reading process reads the situation index corresponding to the input date and time. In the input process, it is possible to input the purpose of use,
The setting information is associated with usage,
4. The room management device according to any one of claims 1 to 3, wherein the search process reads a situation index corresponding to the input usage purpose. A room management program that causes an information processing device to search for a room that meets conditions,
input processing, readout processing, and search processing can be executed,
For input processing, the number of users and date can be entered,
The reading process refers to the setting information that associates the date and the situation index, reads the situation index corresponding to the input date,
The search process converts the number of occupants or the input number of users based on the read situation index, and searches for a room that can accommodate the number of occupants. Room management program. A room management program that causes an information processing device to notify the number of people in the room,
Input processing, reading processing, and notification processing can be executed,
For input processing, the date can be entered,
The reading process refers to the setting information that associates the date and the situation index, reads the situation index corresponding to the input date,
A room management program for notification processing that converts the number of occupants based on the read situation index and notifies the converted number of occupants.

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