JPH09153089A - System and method for management of use of plural sections - Google Patents

Abstract

PROBLEM TO BE SOLVED: To attain an excellent operability by enabling an operator to intuitively recognize the use condition by eyes in the system which manages the use of plural sections like rooms of a hotel. SOLUTION: A plan 81 indicating the arrangement in the hotel is displayed on a picture, and a room picture 82 with a key function is displayed. The information of users who reserve rooms at an object date 83 or are using them is displayed on the room picture 82. Further, the room picture 82 is clicked by a pointing device like a mouse to input/output detailed information of the user of the room. Since the confirmation of the use condition and other operations are performed based on the graphically displayed arrangement of the hotel in this manner, the use condition can be recognized at sight to perform the operation free from errors in a short time.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a usage management system and a usage management method suitable for management work of hotels, inns, conference halls, ceremonial halls, campgrounds, etc., which are provided with a plurality of compartments such as rooms.

[0002]

2. Description of the Related Art Reception desks at hotels, inns, conference halls, ceremonial halls, campsites, etc. accept reservations, check-in, check-out, receipt of receipts for various rooms and building sections, and creation of various reports. Output, user history management, refrigerator connected to each compartment
Includes routine operations such as TV usage management,
A system for processing these using a computer has been developed and used.

In the conventional system, a unique number is assigned to a room or a compartment, and an operator or front staff inputs the number from a keyboard to operate the system. Alternatively, the room number is displayed in a menu format together with the room name on the display, and the desired room number is selected from the list to perform the operation.

[0004]

SUMMARY OF THE INVENTION The present invention provides a system for supporting such front desk work more conveniently,
The purpose is to be able to intuitively grasp the usage status. As a result, even if you are not an experienced veteran who manages multiple parcels, you can quickly and accurately grasp the usage status and provide a multi-parcel management system and management method that can provide high-quality services. Has an aim. Furthermore, it aims to reduce the labor of the front staff by providing a system that can reliably perform routine work such as check-in, check-out, or grasping the user situation in a short time. .

[0005]

Therefore, in the present invention, a graphic user interface (G) is used as a business interface for managing the use of a plurality of partitions.
It provides a system using UI). That is, the usage management system for a plurality of partitions uses a display device capable of graphic display and a pointing device capable of designating an image displayed on the display device. Is displayed on the display device, and a user information display means for displaying usage information of the section of the section image designated by the pointing device. Then, the use management system of the present invention displays a layout of a plurality of sections and a section image of the section, and when any one of the section images is designated by the pointing device, the designated section image of the pointing device is displayed. Display usage information for a parcel. It is possible to add and enter a usage statement and the like to the displayed usage information, or to assign a user to the section image.

The use management system of the present invention as described above is
You can use the graphical layout of the parcels and each parcel image as an interface to get the reservation or utilization at some point in the past and future, such as a divided building or land. is there.
Therefore, the usage management system of the present invention can intuitively visually show the operator or usage information including current or past usage to the operator, and is familiar with the arrangement and management of a plurality of partitions. Even if you are not a veteran, you can grasp the usage status quickly and accurately. Further, by adopting a GUI based on such a layout diagram of the partition as an input or output interface of the usage management system, the operability of the usage management system can be significantly improved. Therefore, it is possible to reduce the labor of the staff engaged in the front desk work and to provide a higher quality service to the customer.

By providing a means for inputting the designated date and time and displaying the use information of the designated date and time inputted by the user information display means, it becomes possible to perform the business other than the current day by the use management system of the present invention. For example, it is possible to perform various tasks such as room allocation and confirmation of the reservation user's room, and investigation of past usage status.

[0008] Further, by providing a means for adding and displaying the input user information at the designated date and time to the corresponding segment image of the segment image, the utilization situation at the designated date and time can be grasped at a glance. Therefore, by using the usage management system of the present invention, the usage status can be reliably transmitted to the operator in a short time.

In the usage management system, a layout file that stores layout information of partition images for each partition code of a partition, and a record that stores date and time of use, user information, and partition code for each user code indicating a user A user file that includes a user code, a usage statement file that includes a record that stores usage statement information for each piece of data in which a serial number is added to the user code, and a user code for each section code of the section image being displayed. By providing a partition file that stores, the layout map and the partition image of the partition are displayed based on the information in the layout file, the specified date and time is input, and the record with the usage date and time including the specified date and time is based on the user file. The user information is added to the partition image corresponding to the partition code of the record and displayed, and the user file of the record is added to the partition file. Stored in correspondence with the section code to de. By such operation, the layout of the section is displayed,
Sections and users are linked. Therefore, by designating the section image with the pointing device, the user information display means displays at least a part of the contents of the record of the user file of the user code and the usage statement file corresponding to the section code of the designated section image. It can be displayed as usage information.

Further, in the use management system of the present invention, a check-in flag is provided in the record of the user file, and a check-in flag of the record of the user code corresponding to the block code of the block image designated by the pointing device is set. Check-in can be easily processed by rewriting. Further, by providing a means for changing the display state of the designated section image, it is possible to reliably notify the operator that the check-in has been performed.

Further, in the user file, the user information of the record in which the date and time of use corresponding to the specified date and time is input and the block code is not input is displayed, and either the displayed user information or the block image is displayed. It is also possible to perform the check-in process by associating with a pointing device. It is also possible to allocate the room of the reservation person by the same process.

Further, by providing a means for creating a slip from the record of the usage statement file based on the user code corresponding to the partition code of the partition image designated by the pointing device, it is possible to perform the slip issuing process. is there.

[0013]

BEST MODE FOR CARRYING OUT THE INVENTION Based on the embodiments of the present invention,
The present invention will be described in more detail. FIG. 1 shows a schematic configuration of a multi-partition usage management system according to the present invention.
The multi-partition use management system of this example is intended for hotel front desk work, and is used as application software that runs on an operating system (OS) capable of constructing a GUI environment such as Microsoft Windows 3.1. Has been realized. Furthermore, the Windows system 1 shown as the OS of this example can display an image with a switch, and one of the images displayed by the pointing device 2 such as a cursor operation from a mouse, a light pen, a touch panel, or a keyboard. By specifying a section, the corresponding command (event) can be transmitted to the application side.

The front business system 10 of the present example displays a layout of a hotel room via the Windows system 1 and a layout display section 11 for displaying user information in each room, and the Windows system 1. An input / output unit 12 for inputting / outputting detailed information of the user is provided. The input / output unit 12 of this example further includes a designated date input unit 13 for inputting a date, a user information input / output unit 14 for inputting / outputting detailed usage information, a check-in processing unit 15 for performing check-in processing, and a check. A checkout processing unit 16 that performs an out process is provided.

In the front business system 10 of this example, the layout file 21 that stores the layout of each floor of the hotel and the room division information, and the room master file 2 that stores the room name and detailed information of each room.
2. User file 2 that stores detailed information for each user
3. A usage statement file 24 that stores the details used by the user and a room table 25 that associates the room with the user
Etc. are used for processing. Of these files and tables 21 to 25, in the front business system 10 of this example, the room table 25 is formed on the memory,
Although other files are formed in an external storage device such as a disk, all of these files may be prepared in the external storage device, or a storage medium such as a RAM card may be used.

2 to 6 show a schematic structure of each file or table 21-25. As shown in FIG. 2, the layout file 21 includes all layout information 2 such as rooms, corridors or toilets for each floor of the hotel.
1a, and the layout display unit 11 can display a planar layout of each floor via the Windows system 1. Further, the layout file 21 is provided with information on sections that can be provided to users, that is, a room code 22a for each guest room and room image data 21c such as the position and size of each guest room. A room image with a switch is displayed via the Windows system based on the room image data 21c, and when a part of the displayed room image is designated (clicked) by the pointing device 2 such as a mouse, the room code 22
An event capable of discriminating a is returned to the front business system 10.

FIG. 3 shows the room master file 22. The room master file 22 is a room code 22a
A record having a key is stored, and a room name 22b and a room type 22c are stored for each room code. The room name 22b is displayed by the layout display unit 11 together with the room image. The layout display unit 11 can also display information such as the number of persons accommodated and the classification indicating a Japanese-style room or a Western-style room.
In 0, a room image can be referred to by a pop-up display or the like by clicking a room image when receiving a reservation.

The user file 23 is shown in FIG.
The user file 23 stores a record with the user code 23a as a key.
b, detailed information about the user such as check-out date and time 23c is stored. The room code 22a assigned to the user is input to the use room code 23d of the record created for each user code 23a.
Therefore, the room code 22a is input to the use room code 23d after the room is allocated to the user. The user information 23e includes the name of the user, the number of guests, the number of consecutive nights,
Information such as past usage status is stored. Further, a check-in flag 23f, a check-out flag 23g, and a slip issued flag 23h are prepared for each record, so that the accommodation processing status can be confirmed for each user.

FIG. 5 shows the usage statement file 24. The usage statement file 24 stores records using the data 24a obtained by adding a serial number to the user code 23a as a key, and the usage statement information 24b such as usage date, usage details, and amount of money is stored in each record. The record of the usage statement file 24 is created by adding a serial number to the data 24a every time the user receives a service in the hotel, such as eating and drinking.

Therefore, by referring to the file using the user code 23a, it is possible to input and output the usage details for each user.

FIG. 6 shows the room table 25. The room table 25 is a file that associates each room of the room image displayed by the layout display unit 11 with the user, and the room code 22a and the user code 23a.
Is stored in one record. As will be described later, the layout display unit 11 displays a room image showing the usage status of a specific date. Therefore, every time the display of the room image is updated in the room table 25, the user code corresponding to the room code of the displayed date and time is updated,
It is memorized. Therefore, the front business system 1 of this example
In No. 0, the room table 25 is created in the memory to improve the processing speed when updating the room table.

The processing in the front business system 10 of this example will be described below by exemplifying the flow chart and the contents displayed by the Windows system 1. FIG. 7 shows a flow of processing for performing layout display. First, in step 31, the layout display unit 11 displays the plan view of the hotel and each room image via the Windows system 1 in accordance with the contents of the layout file 21. In this state, the event is waited for in step 32, and when an event for setting the target date and time is entered in step 33, the designated date input unit 13 accepts the target date and time.

Next, in step 34, the layout display section 11 reads the user file 23. In step 36, the check-in date and time 23b and the check-out date and time 23c of the user file 23 are compared with the input target date and time. Target date is check-in date 23b
Between the check-out date and time 23c and step 37
At, the input of the use room code 23d of the record is confirmed. If the room code input to the use room code 23d corresponds to any of the room images currently displayed, the user information 23e of the corresponding record of the user file, for example, the name of the user, is added to the room image. indicate. Further, in step 38, the room table 2
The user code is stored in the corresponding room code 5 and the room image and the user are linked. After performing these processes, the process returns to step 34 to read the next record.

In step 36, if the target date and time is not between the check-in date and time 23b and the check-out date and time 23c, the process returns to step 34 and the reading of the user file is continued. When the end of the user file is detected in step 35, the process of displaying the user information is ended, and the process returns to step 32 to wait for the next event to be input.

FIG. 11 shows an example in which a room layout and room images are displayed, and a user name is displayed as user information. On the screen 81 of this example,
The floor plan and the second floor layout are displayed at the same time. This screen 8
1 can be switched to another floor plan using the roll-up and roll-down functions of the Windows system. On the screen 81, in addition to a plurality of room images 82 showing guest rooms, all main locations in the hotel such as the entrance, corridor, bath or dining room are displayed so that the location and environment of each guest room can be seen at a glance. There is. Each room image 8
The room name 22b is displayed in 2. Furthermore, when the room allocation for the target date and time 83 displayed on the upper right of the screen is determined, the name of the user is displayed in addition to the room name 22b. Therefore, the operator can grasp all the usage status including the reservation of the target date / time 83 only by looking at the display of the front business system 10 of this example. Further, a time slide button 87 is provided on the screen 81, and by clicking the right side, the center, and the left side of this button, it is possible to display the usage status while shifting the time to the past, present, and future. .

Processing in the user information input / output unit 14 will be described with reference to FIG. In step 32 of FIG.
When a mouse click is input as an event as the designation by the pointing device, the user information input / output unit 14 starts processing in step 41. In step 42, the user information input / output unit 14 acquires the room code of the room image clicked by the pointing device 2 from the Windows system 1. Step 43
In room table 2 based on the acquired room code
The corresponding user code is acquired from 5. Next, in step 44, the corresponding record is read from the user file 23 by the acquired user code. Next, in step 45, the detailed display screen is opened via the Windows system 1 to display the detailed data of the user.
Further, in step 46, detailed data can be input using the detailed display screen.

FIG. 12 shows an example of the detailed display screen. In this example, the detailed display screen pops up on the same display on which the room layout is displayed, but it is of course possible to display it on a different display. In the detailed display screen 90 of this example, information stored in the user file 23, for example, check-in or check-out date / time, user name, number of people, number of nights, etc., is displayed in the upper portion 91 of the screen. And
The usage statement file 24 is displayed in the lower portion 92 of the detailed display screen 90.
Is displayed. As described above, each record of the usage statement file 24 is created one after another using the data in which the user code is sequentially numbered each time the user receives various services. Therefore, a record is created for each line shown in the lower part 92 of the detailed display screen 90, for example, for each service such as one night and two meals for adults or karaoke, and the contents of these records are collectively displayed by the user code. be able to. In this example, the contents of the usage statement file 24 of the corresponding user code are displayed divided by the usage date.

Further, the front business system 10 of this example.
Then, as shown in FIG. 12, at the same time as the user display screen 90, a course name list 93 showing the services to be provided and their contents is displayed. The name and unit price of the service are described in the course name list 93, and the operator selects one of the services with the pointing device and drags and displays it in the area divided by the date on the detailed display screen 90. Can be dropped. By this processing, a record of the usage statement file of the user code displayed on the detailed display screen 90 is automatically created, and the content of the service selected by the pointing device is stored. In this way,
The operator can input detailed usage data of the user using the detailed display screen 90. In addition to the addition of usage data, processing such as deletion or modification can be performed, and the name and number of nights of the user can be modified.

Returning to FIG. 8, when the processing using the detailed display screen 90 is completed, the user file 23 is updated with the data input in step 47. Further, based on the updated contents of the user file 23, the layout display unit 11 updates the display contents in step 48. Then, the process returns to step 31 shown in FIG. 7 to wait for the next event.

As described above, the front business system 10 of the present example can obtain detailed information of the user of the room simply by clicking the room image displayed on the screen with a pointing device such as a mouse. Therefore, the operator can perform the operation based on the intuitive visual information corresponding to the layout of the hotel, so that the operability is good and the operation can be surely performed in a short time. In addition, it is convenient because the usage status for each room can be obtained simply by clicking the screen, and the status of the user can be grasped quickly and accurately. Furthermore, the usage details of the user can be added or changed using the screen displaying the detailed information. Therefore, it is not necessary to input data from a keyboard or the like, and correct information can be input in a short time.

FIG. 9 shows a processing outline of the check-in processing unit 15. After displaying the image shown in FIG.
When the button 89 of FIG. 11 is clicked in the event waiting state of step 32, the check-in processing unit 15 starts in step 51. The check-in processing unit 15 searches the user file 23 based on the target date and time input in step 52 by the same process as in step 36 of FIG. 8, and the room code is entered in the user room code 23d of the user file 23. Select no records. Then, if there is such a record, as shown in FIG. 13, these are displayed side by side with the layout display 81 as a list 84 of check-in persons for today. The list 84 of the check-in planners displays the reservation persons who have not yet been assigned to the room, and the reservation persons whose room code has already been entered in the user file 23 have been assigned to the room shown in FIG. As described on the basis of the above, the room image 82 displayed together with the layout is displayed in an overlapping manner.

With this display, the process waits for an event in step 53, and when the mouse is clicked in step 54, in step 55, the data in the list 84 of prospective check-ins was clicked, or the room It is determined whether any of the images 82 has been clicked. If the list 84 of prospective persons is clicked,
This corresponds to the case of performing check-in processing for a reservation person who has not completed room allocation.

Therefore, in step 56, the reservation person is associated with the room. In this example, when a record having a list 84 of people who are planning to check in with a mouse or the like, for example, "XYZ meeting" is clicked and dragged and dropped onto the room image 82 of the room name "fist", The association with the room is made. That is, the user code of the user "XYZ party" is stored in the room code record of the room name "fist" in the room table 25. Furthermore, in the front business system 10 of the present example, the bell-shaped icon 85 moves along the trajectory of the pointing device during drag and drop, and it is clearly determined that the check-in process is being performed. You can do it. After associating the room with the user, the process proceeds to step 57, the check-in flag 23f of the user file 23 is set, and the check-in is stored.

In step 55, when the room image 82 in which the reservation person is displayed is clicked, the association between the room and the user has already been completed, so the user code of the room image clicked from the room table is set. In step 57, the user file 23 of the user is acquired.
The check-in process is performed by setting the check-in flag 23f. In the front business system 10 of the present example, further, in step 58, the display state such as the color of the room image of the room for which the check-in has been completed is changed so that it can be clearly seen visually that the check-in has been performed. I have to. At this time, the information of the user is added and redisplayed in the room image checked in from the scheduled list 84. Then, it returns to step 32 of FIG. 7 and waits for the next event.

As described above, in the front business system 10 of this example, the check-in process can be performed simply by clicking the room image displayed together with the layout drawing on the screen, and the layout drawing displaying the presence or absence of check-in. You can see clearly just by looking at. Further, since the information of the reservation person is displayed together with the room image, it is possible to guide the room without mistake. Furthermore, even for a reservation person who has not completed room allocation, the check-in process can be performed by associating the users displayed in the list with the room image of the layout drawing by the pointing device.
Therefore, reliable processing can be performed in a short period of time. In addition, since the layout of the rooms is displayed, it is possible to easily select a room in an environment according to the wishes of the reservation person and guide the route to the room. Therefore, it is possible to provide a high quality service even if the staff is not skilled.

Further, the front business system 10 of this example.
In, the processing for changing the room can be easily performed by using the same function as described above. For example, when the user "Information Co., Ltd." with the room name "How Dan" is moved to the room name "Nishizaki", the room image 82 with the room name "Dodan"
Click and drag and drop on the room name "Nishizaki". This makes room table 2
The user code of the user "Information Co., Ltd." that was recorded in the room code record of the room name "Dodan" in No. 5 is described in the room code record of the room name "Nishizaki",
The association between the room and the user is updated. When the process is confirmed, the user room code in the user file 23 is updated,
Furthermore, the layout display is updated and the room change is completed. Even during such an operation, the bell icon 85 moves on the screen so that the user can know that the room is moving. In the front business system 10 of this example, it is possible to perform a process such as changing rooms or exchanging rooms with such a simple operation. Further, since each record of the user file and the usage statement file storing the detailed data of the user is created based on the user code, it is not necessary to update even if the association between the room and the user is changed. Since the user and the room are associated by the above process, even if the room is changed, just clicking on the room image will ensure the input / output processing of the user's detailed information. Be seen.

FIG. 10 shows a processing outline of the checkout processing unit 16. In the event waiting state of step 32 of FIG. 7 during the display similar to the check-in process,
When the checkout (C / O) button 88 of No. 1 is clicked, in step 61 the checkout processing unit 1
6 starts. Waiting for the room image to be clicked in step 62, and when the room image is clicked in step 63, the room table 25 is displayed in step 64.
Get the user code from. Then, in step 65, the user file 23 and the usage statement file 2
Create a slip by searching for the acquired user code of 4. In the usage statement file 24, since all the services provided to the user are recorded in the record in which the data in which the serial number is added to the user code is the key, the slips are automatically recorded by totaling these records. Can be created dynamically. As for data such as telephones and drinks used in the room by the user, the front business system 10 of this example obtains information indicating the usage status from the exchanger or the refrigerator, and automatically records the service in the usage statement file. It is possible to create. By providing such a totaling function, the operator can create a slip such as an invoice or a receipt for the user of the room simply by clicking the room image displayed on the screen.

When the slip is created, in step 66, the checkout flag 23g of the user file 23
Then, the slip issued flag 23h is set, and the checkout process is ended. Front business system 10 of this example
Can also perform processing such as completing payment on the eve of departure. In this case, since the voucher issue flag 23h is set, the process for issuing the voucher is not performed and only the checkout flag 23g is set. . Further, in step 67, the display color of the room image for which the check-out is completed is changed, and the room image displayed together with the layout drawing is displayed so that whether or not the check-out is completed can be known.
If the room image is displayed together with such a layout and the terminal with the function to display the check-in or check-out of the room is installed not only at the front desk but also in a place where room service staff can see, Since it is possible to immediately understand the situation of, it is convenient when doing business such as cleaning the room.

As described above, the front business system 10 of this example displays the room image together with the layout of the hotel, and the user information is displayed over the room image, so that the usage situation of the hotel is intuitive. Can understand. Further, since the displayed room image can be used as a window for inputting / outputting usage information including reservations, the operability is significantly improved and the operation can be performed without error in a short time. Furthermore, since it is possible to grasp the environment of the room and the condition of the empty room at a glance, it is useful for improving the service in the front desk work.

The layout diagram displayed via the Windows system is not limited to the one shown in FIG. 11, and the data of the layout file 21 is created to make the front business system of this example a general-purpose one. Can be used for. For example, it is possible to display the layout as shown in FIG. 14, and the room image is not limited to the planar layout and the room image may be displayed using the three-dimensional layout. Further, the operation system is not limited to the Windows system, and a proper G
An operation system capable of constructing a UI environment can be adopted.

In the above embodiment, the description is made based on the display showing the usage status of today, but the usage status of that date can be specified by designating the past or future date as the target date and time not only on the day of usage. Can be obtained by an operation using the room image as an interface as described above. Furthermore, in this example, the case where the system of this example is operated at the front is mainly described, but not limited to the front, a terminal connected to the front through a network is installed for room service or restaurant accounting, etc. Of course, it is possible to use the terminal by inputting the content of the service provided to the user.

Furthermore, in this example, an example in which the use management system of a plurality of partitions according to the present invention is applied to a hotel has been described, but the invention is not limited to a hotel. The use management system of the present invention is a system suitable for use management of businesses that provide services using a plurality of sections such as a conference hall, a wedding hall, a campsite, a restaurant, and a restaurant.

Further, in the above, only the target date is input as the designated date and time, but for a section such as a conference hall where the time needs to be designated, the date and time are designated and managed in the same manner as above. Of course, it is also possible. Further, it is of course possible to define a use time zone such as the maximum number of times of use for one section per day and manage the use time zone.

[0044]

As described above, according to the multi-partition usage management system and method of the present invention, the usage status is displayed in the partition image displayed together with the graphic layout diagram, and the partition image is further displayed. Is used as an interface for input / output of usage information. For this reason, it is possible to intuitively operate the operator visually,
The operability of the system can be significantly improved. Since the usage status can be confirmed and other operations can be performed based on the layout of the hotel or the like displayed graphically, the front staff can grasp the usage status at a glance, and can perform the correct operation in a short time.

Further, since processing such as check-in and check-out or input of usage details can be performed by operating the pointing device, the burden on the regular work of the front staff is reduced, which is useful for further improvement of service. be able to.

[Brief description of the drawings]

FIG. 1 is a block diagram showing a schematic configuration of a front business system according to the present invention.

FIG. 2 is a diagram showing a schematic configuration of a layout file of the front business system shown in FIG.

FIG. 3 is a diagram showing a schematic configuration of a room master file of the front business system shown in FIG.

FIG. 4 is a diagram showing a schematic configuration of a user file of the front business system shown in FIG.

5 is a diagram showing a schematic configuration of a usage statement file of the front business system shown in FIG.

FIG. 6 is a diagram showing a schematic configuration of a room table of the front business system shown in FIG.

FIG. 7 is a flowchart showing a process of displaying a layout drawing and a room image in the front business system shown in FIG.

8 is a flowchart showing a process of adding user information to a room image and displaying the information in the front business system shown in FIG.

9 is a flowchart showing an outline of check-in processing in the front business system shown in FIG.

10 is a flowchart showing an outline of checkout processing in the front business system shown in FIG.

FIG. 11 is a front business system shown in FIG.
It is a figure which shows the example of a display in which the information of a user was displayed with the room image.

FIG. 12 is a front business system shown in FIG.
It is a figure which shows an example in the screen for a user's detailed display.

FIG. 13 is a front business system shown in FIG.
It is a figure which shows an example of the screen of a check-in process.

FIG. 14 is a diagram showing a layout and a room image different from those in FIG.

[Explanation of symbols]

 1-Windows system 2-Pointing device 10-Front operation system 11-Layout display unit 12-Input / output unit 13-Specified date / time input unit 14-Detailed information input / output unit 15-Check-in processing unit 16-Checkout processing unit 21-Layout file 22-Room master file 23-User file 24-Detailed usage file 25-Room table 81-Arrangement drawing 82-Room image 83-Target date and time (Specified date and time) 87 ... Time slide button 88 ... Checkout button 89 ... Checkin button

Claims (9)

[Claims] 1. A display device capable of graphic display, a pointing device capable of designating an image displayed on the display device, a layout diagram of a plurality of sections, and a layout for displaying section images of the sections on the display device. A usage management system for a plurality of partitions, comprising: a display means; and a user information display means for displaying usage information of a partition of the partition image designated by the pointing device. 2. The usage management system for a plurality of partitions according to claim 1, further comprising means for inputting a designated date and time, wherein the user information display means displays the utilization information at the designated date and time. 3. The use management system for a plurality of partitions according to claim 2, further comprising means for displaying the user information of the specified date and time in addition to the corresponding partition image among the partition images. 4. The layout file according to claim 2, which stores layout information of the section image for each section code of the section, date and time of use, information of the user, and the user information for each user code indicating a user. A user file that includes a record that stores a section code, a usage statement file that includes a record that stores usage statement information for each piece of data in which a serial number is added to the user code, and a section image that is being displayed. A partition file storing the user code for each of the partition codes, wherein the user information display means is the user of the user code corresponding to the partition code of the partition image designated by the pointing device. At least a part of the contents of the file and the record of the usage statement file is displayed as the usage information. Number compartment utilization management system of. 5. The record of the user file according to claim 4, wherein the record of the user file includes a check-in flag, and the record of the user code corresponding to the block code of the block image designated by the pointing device. A use management system for a plurality of partitions, comprising means for rewriting a check-in flag and changing a display state of the specified partition image. 6. The record according to claim 4, wherein the record of the user file includes a check-in flag, the use date and time corresponding to the designated date and time in the user file is input, and the partition code is A unit for displaying the user information of the record that has not been input, and rewriting the check-in flag of the user file when any of the section images and the user information are associated by the pointing device, and the association is performed. A usage management system for a plurality of partitions, further comprising means for changing a display state of the partition image and further updating the user file and the partition file. 7. The method according to claim 4, further comprising means for creating a slip from a record of the usage statement file based on a user code corresponding to the section code of the section image designated by the pointing device. And a multi-partition usage management system. 8. A step of displaying a layout diagram of a plurality of sections and a section image of the section, a step of designating one of the section images by a pointing device, and a step of designating a section of the designated section image of the pointing device. And a step of displaying usage information. 9. A layout file that stores layout information of a partition image that displays a partition for each partition code, and a date and time of use, information of the user, and the partition code for each user code indicating a user. A user file having a record and a partition file storing the user code for each partition code of the partition image being displayed are provided, and the layout diagram of the partition and the partition image are used as information of the layout file. Based on the user file, the user information of the record having the usage date and time including the specified date and time,
A step of adding and displaying to the section image corresponding to the section code of the record, and a step of storing the user code of the record corresponding to the section code in the section file. How to manage the use of multiple partitions.