JP6605741B2 - Adjustment system, adjustment method, and adjustment program - Google Patents

Description

  The present invention relates to an adjustment system, an adjustment method, and an adjustment program for adjusting reservations between users for a loan object.

  There is already a technology for managing the lending of goods and spaces. For example, the parking lot reservation system of Patent Document 1 below is a parking lot reservation system that allows a user to make a reservation even when the parking lot to be reserved is full. In the parking lot reservation system, when the parking lot reservation device accepts designation of the destination from the user, the parking lot around the destination is determined accordingly, and whether the determined parking lot is full at the arrival time. It asks the parking lot management server whether or not. In response to this, the parking management server determines whether or not the parking lot is full at the arrival time, and if it is determined that the parking lot is full, the shipping request data for requesting the parking from the parking lot Is transmitted to the parking user terminal, the person in charge of movement, and the user terminal who wants to use it connected so as to be communicable. If the delivery is approved, a parking reservation is established.

JP 2012-215923 A

  However, in Patent Document 1 described above, loans are managed between a “user who wants to lend” a loan object such as an object or a space and a “server that manages a lending status”. It is not a loan management that adjusts between “user to be used” and “user in use (or user to lend)”.

  As described above, in Patent Document 1, when the parking lot management server determines that the parking lot is full, the parking lot management server transmits the outgoing request data for requesting the outgoing from the parking lot to the parking user terminal and the movement operator terminal, and If the consent data is not received, it is not possible to know how much the “user (or lending user) in use” will give up the object or space. Thus, in patent document 1, the intention of a person cannot be connected.

  An object of the present invention is to improve the efficiency of management of a loan object common to users.

An adjustment system, an adjustment method, and an adjustment program, which are one aspect of the invention disclosed in the present application, are an adjustment system, an adjustment method, and an adjustment program for adjusting a loan by a second user to be loaned used by a first user. The adjustment system is configured to release, to the storage device, a scheduled release time for releasing the loan of the loan target from the first terminal of the first user, a use time for the first user to use the loan target, Prior to registration of the scheduled release time , the processor receives a loan request time desired to be loaned from the second terminal of the second user and registers it in the storage device. If the lending desired time is the time in the available time, and transmits the information to select the lending of the lending object to said second terminal, said from the second terminal When receiving selection information indicating that the grant target has been selected, the location information of the first user is received from the first terminal, and it is determined whether the first user exists in the grant target; When the first user exists in the loan target, the information for promptly releasing the loan target is transmitted to the first terminal, and when the scheduled release time is received from the first terminal, the first terminal A process of transmitting release request information for requesting release of the loan object up to the scheduled release time and transmitting establishment information that the loan object has been granted from the desired loan time to the second terminal is executed. It is characterized by doing.

  According to the exemplary embodiment of the present invention, it is possible to improve the efficiency of management of a loan object that is common among users. Problems, configurations, and effects other than those described above will become apparent from the description of the following embodiments.

FIG. 1 is an explanatory diagram showing a system configuration example of a network system. FIG. 2 is a block diagram illustrating a hardware configuration example of a computer. FIG. 3 is an explanatory diagram showing an example of the contents stored in the user information management DB. FIG. 4 is an explanatory diagram showing an example of stored contents of the store information management DB. FIG. 5 is an explanatory diagram showing an example of the contents stored in the table information management DB. FIG. 6 is an explanatory diagram showing an example of the contents stored in the store status management DB. FIG. 7 is an explanatory diagram showing an example of the contents stored in the leaving information management DB. FIG. 8 is an explanatory diagram showing an example of the contents stored in the search condition management DB. FIG. 9 is an explanatory diagram of an example of the contents stored in the search result DB. FIG. 10 is an explanatory diagram showing an example of the contents stored in the reservation request management DB. FIG. 11 is an explanatory diagram of an example of stored contents of the early leaving request management DB. FIG. 12 is an explanatory diagram of an example of stored contents of the early leaving situation management DB. FIG. 13 is an explanatory diagram of an example of stored contents of the early leaving request result DB. FIG. 14 is an explanatory diagram showing a screen example 1 when logging into the terminal adjustment system. FIG. 15 is an explanatory diagram showing a screen example 2 when logging into the terminal adjustment system. FIG. 16 is an explanatory view showing a screen example 1 of the search result. FIG. 17 is an explanatory diagram illustrating a screen example 2 of the search result. FIG. 18 is an explanatory diagram of a screen example 3 of the search result. FIG. 19 is an explanatory diagram showing an example of a screen when making a reservation inquiry. FIG. 20 is an explanatory diagram illustrating a screen example after the transmission of the request result. FIG. 21 is an explanatory diagram showing a screen example on the user side when an early leaving request is accepted. FIG. 22 is an explanatory diagram illustrating an example of a leaving request screen. FIG. 23 is a flowchart illustrating a detailed processing procedure example of the login processing (step S2300). FIG. 24 is a flowchart illustrating the reservation management processing example 1. FIG. 25 is a flowchart illustrating a reservation management process example 2. FIG. 26 is a flowchart illustrating a detailed processing procedure example of the adjustment processing (step S2518) illustrated in FIG. FIG. 27 is a flowchart illustrating a reservation management processing example 3.

<System configuration example>
FIG. 1 is an explanatory diagram showing a system configuration example of a network system. The network system 100 includes an adjustment system 101, an external system 102, and a terminal 103. These are communicably connected via a network 104 such as the Internet.

  The adjustment system 101 manages the lending of objects and spaces (hereinafter referred to as lending objects) between the users of the terminals 103 between the terminals 103. For example, rental items include rental cars such as car rentals, music and movies, books, etc., seats in restaurants, parking spaces in parking lots, sports facilities such as gymnasiums and grounds, and spaces such as conference rooms. . In the present embodiment, a restaurant seat is taken as an example of a loan object.

  The adjustment system 101 includes an adjustment device 110, a release reception device 111, and a reservation reception device 112. In FIG. 1, the adjustment device 110, the release reception device 111, and the reservation reception device 112 are configured by three independent computers, but may be configured by two or less computers in which the respective functions are integrated. Good. Moreover, you may be comprised by four or more computers. The release accepting apparatus 111 accepts the release of the occupancy of the loan target from the terminal 103. For example, when the loan object is a restaurant seat, the release reception device 111 receives the scheduled leaving time of the seat. The reservation accepting device 112 accepts a reservation for occupancy of a loan object from the terminal 103. For example, when the loan object is a restaurant seat, the reservation receiving device 112 receives a reservation for the seat from the terminal 103. The adjustment device 110 adjusts the release and reservation of the loan object. For example, when the loan object is a restaurant seat, a seat that matches the reservation accepted by the reservation accepting device 112 is identified from the seats accepted by the release accepting device 111, and the reservation is established.

  The external system 102 is one or more servers 120 that directly or indirectly manage the loan object. The server 120 that directly manages the loan target is a server 120 for providing the loan target to the user. When the loan target is a restaurant seat, the server 120 is a site operated by the restaurant. The server 120 that indirectly manages a loan object is a server 120 that provides a loan request for a loan object from a user to the server 120 that directly manages the loan object. When the loan target is a restaurant seat, the server 120 is a search site or an evaluation site that provides a loan request for a loan target from a user to a site operated by the restaurant.

  The terminal 103 accesses the adjustment system 101 and the external system 102. The terminal 103 transmits data indicating that the occupancy of the loan object is released to the release receiving apparatus 111. For example, when the loan object is a restaurant seat, the terminal 103 transmits data including the scheduled leaving time to the release acceptance device 111. Further, the terminal 103 transmits data to the reservation accepting apparatus 112 to reserve the occupancy of the loan object. For example, when the loan object is a restaurant seat, the terminal 103 transmits data related to the reservation of the seat to the reservation receiving device 112.

<Computer hardware configuration example>
FIG. 2 is a block diagram illustrating a hardware configuration example of the devices 110 to 112 and 120 and the terminal 103 (hereinafter, computer 200) illustrated in FIG. The computer 200 includes a processor 201, a storage device 202, an input device 203, an output device 204, and a communication interface (communication IF 205). The processor 201, the storage device 202, the input device 203, the output device 204, and the communication IF 205 are connected by a bus. The processor 201 controls the computer 200. The storage device 202 serves as a work area for the processor 201. The storage device 202 is a non-temporary or temporary recording medium that stores various programs and data. Examples of the storage device 202 include a ROM (Read Only Memory), a RAM (Random Access Memory), a HDD (Hard Disk Drive), and a flash memory. The input device 203 inputs data. Examples of the input device 203 include a keyboard, a mouse, a touch panel, a numeric keypad, and a scanner. The output device 204 outputs data. Examples of the output device 204 include a display (display device) and a printer. The communication IF 205 is connected to the network 104 and transmits / receives data.

<Examples of contents stored in various DBs>
Next, various DBs accessible by the adjustment system 101 will be described with reference to FIGS. Specifically, these DBs are stored, for example, in the storage device 202 shown in FIG. In the following description of the DB, the value of the AA field bbb (AA is a field name and bbb is a code) may be expressed as AAbbb. For example, the value of the user ID field 301 is expressed as a user ID 301.

  FIG. 3 is an explanatory diagram showing an example of the contents stored in the user information management DB. The user information management DB 300 is a DB that manages information (user information) related to the user of the terminal 103. The user information management DB 300 includes a user ID field 301, a name field 302, a date of birth field 303, a telephone number field 304, an email address field 305, a gender field 306, and a password field 307. An entry indicating user information of one user is constituted by the values of the fields in the same row.

  The user ID field 301 is a storage area for storing a user ID. The user ID 301 is identification information that uniquely identifies a user. The name field 302 is a storage area for storing the name of the user. The birth date field 303 is a storage area for storing the birth date of the user. The telephone number field 304 is a storage area for storing a user's telephone number. An e-mail address field 305 is a storage area for storing a user's e-mail address. The gender field 306 is a storage area for storing the gender of the user. The password field 307 is a storage area for storing a password set by the user. The password 307 is a character string used for logging in to the adjustment system 101.

  FIG. 4 is an explanatory diagram showing an example of stored contents of the store information management DB. The store information management DB 400 is a DB that manages information related to stores (store information). The store information management DB 400 includes a store ID field 401, a store name field 402, an address field 403, a telephone number field 404, a URL field 405, an area field 406, a station time field 407, and a parking lot. A presence / absence field 408. An entry indicating store information of one store is constituted by values of fields in the same row.

  The store ID field 401 is a storage area for storing a store ID. The store ID is identification information that uniquely identifies the store. The store name field 402 is a storage area for storing a store name. The address field 403 is a storage area for storing a store address. A telephone number field 404 is a storage area for storing a telephone number of a store. The URL field 405 is a storage area for storing the URL of the store site (the server 120 in the external system 102). The area field 406 is a storage area for storing an area including the store address. The station time field 407 is a storage area for storing the time from the nearest station to the store. The parking lot presence / absence field 408 is a storage area for storing the presence / absence of a parking lot indicating whether or not the store has a parking lot.

  FIG. 5 is an explanatory diagram showing an example of the contents stored in the table information management DB. The table information management DB 500 is a DB that manages information about the table (table information). The table information management DB 500 has a store ID field 401, a table ID field 501, a table name field 502, a seatable number of people field 503, and a table type field 504. An entry indicating one table information is configured by the values of the fields in the same row.

  The table ID field 501 is a storage area for storing a table ID. The table ID 501 is identification information that uniquely specifies a table. The table name field 502 is a storage area for storing a table name. The seatable number field 503 is a storage area for storing the number of seatable persons at the table. The table type field 504 is a storage area for storing a table type. The table type 504 indicates the type of table (for example, a table, a private room, or a single seat).

  FIG. 6 is an explanatory diagram showing an example of the contents stored in the store status management DB. The store status management DB 600 is a DB that manages the use status of stores. The store status management DB 600 includes a use ID field 601, a store ID field 401, a table ID field 501, a use user ID field 602, a user number field 603, a use start time field 604, and a use end time field 605. And a registration date field 606. An entry indicating one store status information is constituted by the value of each field in the same row. Store status information is registered from the external system 102 at the time of reservation of the store, for example.

  The usage ID field 601 is a storage area for storing a usage ID. The use ID 601 is identification information that uniquely specifies the use of the table at the store. The user ID field 602 is a storage area for storing a user ID. The use user ID 602 is a user ID 301 of a user who uses the store with the use ID 601. The number-of-users field 603 is a storage area for storing the number of users who use the store with the usage ID 601. The use start time field 604 is a storage area for storing the use start time.

  The use start time 604 is a time at which the use of the store determined by the use ID 601 is started. The use end time field 605 is a storage area for storing the use end time. The use end time 605 is a time when the use of the store determined by the use ID 601 is ended. The use end time 605 is updated with the scheduled leaving time 701. The registration date field 606 is a storage area for storing a registration date. The registration date 606 is a date when information of the entry is registered.

  FIG. 7 is an explanatory diagram showing an example of the contents stored in the leaving information management DB. The leaving information management DB 700 is a DB that manages the leaving of the user from the loan target. The leaving information management DB 700 has a use user ID field 602, a use ID field 601, a scheduled leaving time field 701, a reservation request user ID field 702, a leaving request time field 703, and a leaving situation flag field 704. . An entry indicating one leaving information is constituted by the value of each field in the same row.

  The scheduled leaving time field 701 is a storage area for storing the scheduled leaving time. The scheduled leaving time 701 is the time when the user scheduled to leave the loan object before the use end time 605. The reservation request user ID field 702 is a storage area for storing a reservation request user ID. The reservation request user ID 702 is the user ID 301 of the user who requested the loan target reservation (reservation request user). The leaving request time field 703 is a storage area for storing the leaving request time. The leaving request time 703 is the time when the reservation requesting user requested the user to leave. The leaving status flag field 704 is a storage area for storing a leaving status flag. The leaving status flag 704 is a flag indicating whether or not the user with the use user ID 602 has left.

  FIG. 8 is an explanatory diagram showing an example of the contents stored in the search condition management DB. The search condition management DB 800 is a DB that manages search conditions input by the user. The search condition management DB 800 has a search condition ID field 801, a reservation request user ID field 702, a scheduled use date / time field 802, a desired number of users field 803, and an extraction condition / exclusion condition field 804. An entry indicating one search condition is constituted by the value of each field in the same row.

  A search condition ID field 801 is a storage area for storing a search condition ID. The search condition ID 801 is identification information that uniquely specifies the search condition. The scheduled use date / time field 802 includes, as subfields, a use date field 821, a desired use start time field 822, and a desired use end date / time field. The usage date field 821 is a storage area for storing a usage date. The use date 821 is a date on which the reservation requesting user wants to use the loan target. The desired use start time field 822 is a storage area for storing a desired use start time. The desired use start time 822 is the time at which the reservation requesting user wants to start using the loan target on the use date 821. The desired use end time field 823 is a storage area for storing the desired use end time. The desired use end time 823 is the time when the reservation requesting user wants to end the use of the loan target on the use date 821.

  The desired number of users field 803 is a storage area for storing the desired number of users. The desired number of users 803 is the number of reservation requesting users who want to end the use of the loan target at the scheduled use date 802.

  The extraction condition and exclusion condition field 804 is a storage area for storing the extraction condition and exclusion condition. Specifically, for example, as a subfield, a store name field 402, an area field 406, and a time field from a station 407 are stored. And a parking lot presence / absence field 408 and a table type field 503.

FIG. 9 is an explanatory diagram of an example of the contents stored in the search result DB. The search result DB 900 is a DB that stores search results obtained by searching the store information management DB 400 and the table information management DB 500 according to search conditions. The search result DB 900 has a search condition ID field 801, a store information field 901, an extraction condition / exclusion condition field 804, and a registration time field 902. The store information field 901 includes a store ID field 401, a store name field 402, a table type field 504, a use start possible time field 911, and a use end time field 605 as subfields. An entry indicating one search result is constituted by the value of each field in the same row.

  The available start time field 911 is a storage area for storing available start time. The use startable time 911 is a time when the reservation requesting user can start using the loan target. The use end time field 605 is a storage area for storing the use end time. The use end time 605 is the time when the reservation requesting user ends the use of the loan target. The use end time 605 is also the use end time of the user in use.

  The extraction condition and exclusion condition field 804 includes, for example, an area field 406, a time field from a station 407, and a parking lot presence / absence field 408 as subfields. The registration time field 902 is a storage area for storing the registration time. The registration time 902 is the time when the search result is registered in the search result DB 900.

  FIG. 10 is an explanatory diagram showing an example of the contents stored in the reservation request management DB. The reservation request management DB 1000 is a DB that manages reservation requests from reservation request users. The reservation request management DB 1000 includes a reservation request ID field 1001, a reservation request user ID field 702, a store ID field 401, a table ID field 501, a desired number of users field 803, a desired reservation date / time field 1002, and a status field 1003. And having. An entry indicating one reservation request is constituted by the values of the fields in the same row.

  The reservation request ID field 1001 is a storage area for storing a reservation request ID. The reservation request ID 1001 is identification information for uniquely specifying the reservation request that is the entry. The desired reservation date / time field 1002 is a storage area for storing the desired reservation date / time. Specifically, for example, the desired reservation date / time field 1021, the desired reservation start time field 1022, and the desired reservation end time field 1023 are subfields. And having.

  A reservation desired date field 1021 is a storage area for storing a reservation desired date. This is the date on which the reservation requesting user wants to make a reservation. The desired reservation start time field 1022 is a storage area for storing the desired reservation start time. The reservation start desired time 1022 is a start time that the reservation requesting user wants to make a reservation. The desired reservation end time field 1023 is a storage area for storing the desired reservation end time. The reservation end desired time 1023 is an end time that the reservation requesting user wants to make a reservation. The status field 1003 is a storage area for storing a status indicating whether the reservation request is a provisional reservation or a reservation completion.

  FIG. 11 is an explanatory diagram of an example of stored contents of the early leaving request management DB. The early leaving request management DB 1100 is a DB that manages early leaving requests. The early leaving request is a request that prompts the user to leave early. The early leaving request management DB 1100 has an early leaving request ID field 1101, a reservation request user ID field 702, and an early leaving request content field 1102. An entry indicating one early leaving request is configured by the value of each field in the same row.

  The early leaving request ID field 1101 is a storage area for storing an early leaving request ID. The early leaving request ID 1101 is identification information for uniquely identifying an early leaving request.

  The early leaving request content field 1102 includes, as subfields, a store ID field 401, a table ID field 501, a desired number of users field 803, a desired use start time field 1121, a desired use end time field 1122, and an early leave request. And a replyable waiting time field 1123.

  The desired reservation start time field 1121 is a storage area for storing the desired reservation start time. The reservation start desired time 1121 is a reservation start time designated by the reservation requesting user. The desired reservation end time field 1122 is a storage area for storing the desired reservation end time. The reservation end desired time 1122 is the reservation end time designated by the reservation requesting user. The early leaving request response possible waiting time field 1123 is a storage area for storing the early leaving request reply possible waiting time. The early leaving request response waiting time 1123 is a time during which the reservation requesting user can wait for a response from the user who has received the early leaving request.

  FIG. 12 is an explanatory diagram of an example of stored contents of the early leaving situation management DB. The early leaving situation management DB 1200 is a DB that manages the situation when an early leaving request is made. The early leaving situation management DB 1200 includes an early leaving request ID field 1101, a use user ID field 602, a use ID field 601, a request transmission flag field 1201, a response reply flag field 1202, a use start possible time field 1203, Have An entry indicating an early leaving situation is configured by the value of each field in the same row.

  The request transmission flag field 1201 is a storage area for storing a request transmission flag. The request transmission flag 1201 is a flag indicating whether or not an early leaving request has been transmitted. The response reply flag field 1202 is a storage area for storing a response reply flag. The response reply flag 1202 is a flag indicating whether or not there is a response to the early leaving request. The available start time field 1203 is a storage area for storing available start time. The use start possible time 1203 is a time when the reservation requesting user can start using as a result of responding to the early leaving request.

  FIG. 13 is an explanatory diagram of an example of stored contents of the early leaving request result DB. The early leaving request result DB 1300 is a DB that stores the result of the early leaving request. The early leaving request result DB 1300 includes an early leaving request ID field 1101, a use ID field 601, and an early leaving scheduled time field 1301. An entry indicating the result of one early leaving request is constituted by the value of each field in the same row. The early leaving scheduled time 1301 is a reply result to the early leaving request from the use user or the reservation requesting user, and coincides with the available start time 1203.

<Screen example of terminal 103>
FIG. 14 is an explanatory diagram showing a screen example 1 when the terminal 103 logs in to the adjustment system 101. When the terminal 103 accesses the adjustment system 101, a login screen 1400 is displayed on the display device of the terminal 103. The login screen 1400 includes a user ID input field 1401, a password input field 1402, a login button 1403, and a new registration button 1404. In the user ID input field 1401 and the password input field 1402, a character string is input by a user operation.

  When the user presses the login button 1403, the character strings input in the user ID input field 1401 and the password input field 1402 are transmitted to the adjustment system 101. If the combination of the transmitted character strings matches the user ID 301 and password 307 of the user information management DB 300 in FIG. 3, the login is successful. Accordingly, the terminal 103 displays the main screen 1410 on the display device based on the main screen information transmitted from the adjustment system 101. The main screen 1410 has a store reservation button 1411 and a scheduled leaving time registration button 1412.

  On the other hand, if the combination of the transmitted character strings does not match the user ID and password of the user information management DB 300 in FIG. 3, the login has failed. Therefore, the terminal 103 displays the re-login screen 1420 on the display device based on the login screen information transmitted from the adjustment system 101. The main screen 1410 has a store reservation button 1411 and a leaving time registration button 1412. The re-login screen 1420 includes a user ID input field 1401, a password input field 1402, and a login button 1403. When the user presses the login button 1403, if the login is successful, the main screen 1410 is displayed on the display device of the terminal 103. If the login is unsuccessful, the re-login screen 1420 is displayed on the display device of the terminal 103.

  When the user presses a new registration button 1404 on the login screen 1400, a new registration request is transmitted from the terminal 103 to the adjustment system 101. The adjustment system 101 transmits the new user registration screen information to the terminal 103, and the terminal 103 displays the new user registration screen 1430 on the display device. The new user registration screen 1430 includes a name input field 1431, a date of birth input field 1432, a telephone number input field 1433, an e-mail address input field 1434, a gender input field 1435, a password input field 1402, and a registration button. 1436. A character string is input to each of the input fields 1431 to 1435 and 1402 by a user operation. A combination of character strings input to the input fields 1431 to 1435 and 1402 constitutes user information. Therefore, the user can register as a user by inputting user information.

  FIG. 15 is an explanatory diagram illustrating a screen example 2 when the terminal 103 logs in to the adjustment system 101. When the user presses the store reservation button 1411, a store reservation request is transmitted to the reservation receiving device 112 of the adjustment system 101. As a result, the terminal 103 displays the reservation input screen 1501 on the display device based on the reservation input screen information transmitted from the reservation receiving device 112. The reservation input screen 1501 includes a scheduled use date and time input field 1511, an extraction condition input field 1512, a desired number of users input field 1513, an exclusion condition input field 1514, and a search button 1515. A combination of the character string input in each of the input fields 1511 to 1514 and the logged-in user ID 301 constitutes a search condition. When the user presses search button 1515, the search condition is transmitted to reservation accepting apparatus 112.

  When the user depresses the scheduled leaving time registration button 1412, a scheduled leaving time registration request is transmitted to the release acceptance device 111. As a result, the terminal 103 displays the scheduled leaving time registration screen 1502 on the display device based on the scheduled leaving time registration screen information transmitted from the release accepting apparatus 111. The scheduled leaving time registration screen 1502 has a use store input field 1521, a number of users input field 1522, a scheduled leaving time input field 1523, and a registration button 1524. A combination of the character string input to each of the input fields 1521 to 1523 and the logged-in user ID 301 constitutes scheduled leaving time registration information. When the user presses the registration button 1524, the scheduled leaving time registration information is transmitted to the adjustment device 110 via the release acceptance device 111. The adjustment device 110 specifies the entry of the user ID 301 (use user ID 602) and use ID 601 of the user in the leave information management DB 700, and registers the scheduled leaving time 701 in the entry.

  FIG. 16 is an explanatory view showing a screen example 1 of the search result. When the user presses a search button 1515 on the reservation input screen 1501, the search condition is transmitted to the adjustment device 110 via the reservation receiving device 112. As shown in (A), when no search result is obtained in the adjustment device 110, the terminal 103 uses the search result screen information transmitted from the reservation receiving device 112 to display the search result screen 1601 on the display device. Is displayed. Similar to the reservation input screen 1501, the search result screen 1601 includes a scheduled use date and time input field 1511, an extraction condition input field 1512, a desired number of users input field 1513, an exclusion condition input field 1514, and a search button 1515. . Therefore, the user can search again by inputting the search condition again.

  As shown in (B), when one or more search results are obtained in the adjustment device 110, the terminal 103 uses the search result list screen information transmitted from the reservation receiving device 112 to display the search results on the display device. A list screen 1602 is displayed. The search result list screen 1602 includes a search result 1620, a first narrowing button 1621, a second narrowing button 1622, and a third narrowing button 1623. The first narrowing button 1621 is, for example, a button for narrowing the search result 1620 to only lent loan targets. When the first narrowing down button 1621 is pressed, the search result 1620 is further narrowed down to loan objects that have vacant seats (in (B), “tatami room” at store A and “table” at store B). The second narrowing down button 1622 is a button for narrowing down the search result 1620 to only the loan objects that are withdrawn within 30 minutes, for example. When the second narrowing down button 1622 is pressed, the search result 1620 is further lent out within 30 minutes (in (B), “table 18:15” of store A and “tatami room 18: 30 ~ "and" Table 18: 30 ~ "of store C). The third narrowing button 1623 is, for example, a button for narrowing the search result 1620 to only loan objects that are to be withdrawn after 30 minutes. When the third narrowing down button 1623 is pressed, the search result 1620 is further narrowed down to loan objects (no narrowing down in (B)) to be withdrawn after 30 minutes.

  FIG. 17 is an explanatory diagram illustrating a screen example 2 of the search result 1620. When the user presses the first narrowing down button 1621 on the search result list screen 1602, the search result list screen 1602 displays a search result list in which the search result 1620 is narrowed down to only loaned objects as shown in (A). A screen 1602 is displayed. Further, when the user presses the first narrowing button 1621 and the second narrowing button 1622, the search result list screen 1602 shows that the search result 1620 is in a vacant state and is lent out within 30 minutes as shown in (B). The search result list screen 1602 is narrowed down to only the search result.

  FIG. 18 is an explanatory diagram showing a screen example 3 of the search result 1620. When the user presses a button of a vacant loan object (eg, “tatami room” of store A) in the search result 1620 of the search result list screen 1602, the terminal 103 makes a reservation including the condition selection information selected by the user. A screen 1801 is displayed on the display device. The reservation screen 1801 has a reservation button 1811 and a list screen transition link 1812. When the user presses the reservation button 1811, condition selection information is transmitted to the adjustment device 110 via the reservation reception device 112, and the adjustment device 110 establishes the reservation. When the user presses the list screen transition link 1812, a search result list screen 1602 is displayed on the display screen of the terminal 103. The same applies to the case where the user presses a button to be lent out of the search result 1620 on the search result list screen 1602 within 30 minutes or more than 30 minutes.

  On the other hand, when the user presses a button of a loan object (for example, “window-side table 20: 00” at store B) that is to be withdrawn after 30 minutes of the search result 1620 on the search result list screen 1602, the contents are displayed. The condition selection information is transmitted to the adjustment apparatus 110 via the reservation receiving apparatus 112. The condition selection information in this case includes request information for an early leaving request. As a result, the reservation receiving apparatus 112 transmits early leaving request screen information to the terminal 103. The terminal 103 displays the early leaving request screen 1802 on the display device based on the early leaving request screen information from the reservation receiving apparatus 112. The early leaving request screen 1802 displays condition selection information selected by the user, and includes a reservation button 1811, an early leaving request time input field 1821, an early leaving request reply waiting time input field 1822, and an early leaving request transmission. It has a button 1823 and a list screen transition link 1812.

  In the early departure request time input field 1821, a desired use start time and a desired use end time are input as a character string of the early leave request time. In the request reply waiting time input field 1822, a request reply waiting time is input as a character string. The character strings input in these input fields 1821 and 1822 and the logged-in user ID 301 (reservation request user ID 702) constitute an early departure request. When the user presses an early leaving request transmission button 1823, an early leaving request is transmitted to the adjusting device 110 via the reservation receiving device 112, and the adjusting device 110 adjusts early leaving. When the user presses the list screen transition link 1812, a search result list screen 1602 is displayed on the display screen of the terminal 103.

  FIG. 19 is an explanatory diagram showing an example of a screen when making a reservation inquiry. When the user presses the reservation button 1811 on the reservation screen 1801 in FIG. 18, until the response from the adjustment system 101 is received, the terminal 103 displays a reservation inquiry screen 1901 as shown in FIG. Is displayed. When the reservation is established in the adjustment device 110, the adjustment device 110 transmits reservation establishment information to the terminal 103 via the reservation reception device 112. The terminal 103 displays a reservation establishment screen 1902 based on the reservation establishment information from the adjustment device 110 as shown in FIG. If the reservation is not established in the adjustment device 110, the adjustment device 110 transmits reservation failure information to the terminal 103 via the reservation reception device 112. The terminal 103 displays a reservation failure screen 1903 based on the reservation failure information from the adjustment device 110 as shown in (C).

  FIG. 20 is an explanatory diagram illustrating a screen example after the transmission of the request result. When the user presses an early leaving request transmission button 1823 on the early leaving request screen 1802 in FIG. 18, the terminal 103 displays a request completion screen 2001 on the display device. When the user presses the list screen transition link 1812 on the request completion screen 2001, a search result list screen 1602 is displayed on the display screen of the terminal 103.

  FIG. 21 is an explanatory diagram showing a screen example on the user side when an early leaving request is accepted. When the adjustment device 110 accepts the early leaving request, the early leaving request notification screen information is transmitted to the terminal 103 of one or more users specified by the early leaving request via the release accepting device 111. The user's terminal 103 displays the early leaving request notification screen 2101 on the display device based on the early leaving request notification screen information. The early leaving request notification screen 2101 includes a use store input field 2111, a number of users input field 2112, an early leaving scheduled time input field 2113, and an early leaving scheduled time registration button 2114. The user presses the early leaving scheduled time registration button 2114 to return the character strings input in the input fields 2111 to 2113 to the adjusting device 110 via the release accepting device 111 as responses to the early leaving request. Thereafter, the user's terminal 103 displays a registration acceptance screen 2102 based on the registration acceptance screen information from the adjustment device 110. The registration acceptance screen 2102 has a main screen link 2120. When the user presses the main screen link 2120, the main screen 1410 is displayed on the display device of the user user's terminal 103.

  FIG. 22 is an explanatory diagram illustrating an example of a leaving request screen. When the early leaving is established, the adjusting device 110 transmits the leaving request screen information to the user's terminal 103 via the release accepting device 111. The user's terminal 103 displays an exit request screen 2200 based on the exit request screen information from the adjustment device 110. This can prompt the user to leave early. When the user presses the main screen link 2120, the main screen 1410 is displayed on the display device of the user user's terminal 103.

<Login processing example>
FIG. 23 is a flowchart illustrating a detailed processing procedure example of the login processing (step S2300). In FIG. 23, the reception device is one of the reservation reception device 112 and the release reception device 111.

  When the terminal 103 requests the login screen 1400 from the reception device (step S2301), the reception device transmits login screen information to the terminal 103 (step S2302). As a result, the terminal 103 displays the login screen 1400 as shown in FIG. 14 (step S2303).

  The terminal 103 transmits login information to the accepting device (step S2304). The login information is a new registration request when the user of the terminal 103 presses the new registration button 1404, and the user of the terminal 103 inputs a character string corresponding to each of the user ID input field 1401 and the password input field 1402. When the login button 1403 is pressed, the login request includes the two character strings.

  The accepting device determines whether or not the login information is a new registration request (step S2305). When it is a new registration request (step S2305: Yes), the reception device transmits new registration screen information to the terminal 103 (step S2306). As a result, the terminal 103 displays the new user registration screen 1430 as shown in FIG. 14 (step S2307). The terminal 103 transmits user information to the accepting device (step S2308). The user information is a character string group input in each of the input fields 1431 to 1435 and 1402 of the new user registration screen 1430. When receiving the user information, the accepting device assigns a new user ID 301 and registers the user information in the user information management DB 300 (step S2309).

  Then, the accepting device sets permission for access to the adjusting device 110 (step S2310), and transmits a login completion notification including main screen information to the terminal 103 (step S2311). Thereby, the terminal 103 displays the main screen 1410 shown in FIG. 14 (step S2312).

  On the other hand, if it is a login request in step S2305 (step S2305: No), the receiving apparatus determines whether or not the login information that is a combination of the user ID 301 and the password 307 included in the login request is correct (step S2305). S2313). Specifically, for example, the reception device determines whether or not user information that matches the combination of the user ID 301 and the password 307 included in the login request exists in the user information management DB 300.

  When the login information is correct (step S2313: Yes), the reception device sets the access permission to the adjustment device 110 (step S2310). On the other hand, when the login information is not correct (step S2313: No), the reception apparatus transmits a login failure notification including the re-login screen information to the terminal 103 (step S2314). As a result, the process returns to step S2301.

<Reservation management processing example 1>
FIG. 24 is a flowchart illustrating the reservation management processing example 1. When the user's terminal 103 completes the login process (step S2300), as shown in FIG. 15, the user presses the scheduled leaving time registration button 1412 on the main screen 1410, so that the terminal 103 is scheduled to leave. A time registration screen 1502 is displayed (step S2401).

  When the use user inputs the leave information and presses the registration button 1524, the use user terminal 103 transmits the leave information to the adjustment device 110 via the release acceptance device 111 (step S2402). The leaving information is a character string corresponding to each of the input fields 1521, 1512, and 1522 of the scheduled leaving time registration screen 1502. The adjusting device 110 receives the leaving information and registers the leaving information in the leaving information management DB 700 (step S2403). And the adjustment apparatus 110 updates store condition management DB600 (step S2404). Specifically, for example, the adjustment device 110 updates the use end time 605 in the store status information of the user to the scheduled leaving time 701.

  FIG. 25 is a flowchart illustrating a reservation management process example 2. When the terminal 103 of the reservation requesting user completes the login process (step S2300), the terminal 103 displays a reservation input screen 1501 when the user presses the store reservation button 1411 as shown in FIG. (Step S2501). When the reservation request user inputs search conditions on the reservation input screen 1501 and presses the search button 1515, the terminal 103 sends a reservation request including the search conditions and the reservation request user ID 702 via the reservation receiving apparatus 112 to the adjustment apparatus 110. (Step S2502).

  The adjustment apparatus 110 receives the reservation request, newly assigns a search condition ID 801, and registers the search condition ID 801, the reservation request user ID 702, and the search condition in the search condition management DB 800 (step S2503). Then, the adjustment device 110 searches the store information management DB 400, the table information management DB 500, and the store status management DB 600 with the registered search conditions (step S2504). Then, the adjustment apparatus 110 registers the search result 1620 in the search result DB 900 and transmits it to the reservation receiving apparatus 112 (step S2505).

  The reservation receiving apparatus 112 determines whether or not the search result 1620 includes one or more pieces of store information (step S2506). When the number is 0 (step S2506: No), the reservation receiving apparatus 112 transmits a re-input instruction including the most reserved input screen information to the terminal 103 (step S2507). As a result, the terminal 103 displays the search result screen 1601 as shown in FIG. 16 (step S2508), and returns to step S2502.

  On the other hand, when the search result 1620 includes one or more pieces of store information (step S2506: Yes), the reservation receiving apparatus 112 transmits list information for displaying the search result 1620 as a list to the terminal 103 (step S2509). Thereby, the terminal 103 displays the search result list screen 1602 as shown in FIG. 16 (step S2510).

  When the reservation requesting user inputs the condition selection information to the search result list screen 1602, the terminal 103 transmits the condition selection information to the adjustment apparatus 110 via the reservation receiving apparatus 112 (step S2511). As shown in FIG. 18, the condition selection information is information regarding a store and a table that are pressed from the search result 1620 on the search result list screen 1602. For example, in FIG. 18, when “Zashiki” of A store is selected, “vacant seat (in this example, early departure request non-target) A store Zashiki” is the condition selection information. In addition, when “window side table 20: 00” of store B is selected, “30 minutes or more (in this example, an early departure request target) store B window side table 20: 00” is the condition selection information. After transmitting the condition selection information, the terminal 103 displays a reservation inquiry screen 1901 as shown in FIG. 19A (step S2512).

  The reservation receiving apparatus 112 determines whether or not an early leaving request is necessary based on the received condition selection information (step S2513). If the condition selection information requires an early departure request (step S2513: YES), the process proceeds to FIG.

  On the other hand, if an early departure request is not required (step S2513: No), the reservation receiving apparatus 112 notifies the adjustment apparatus 110 to that effect, and the adjustment apparatus 110 assigns a reservation request ID 1001 to the condition selection information. Is temporarily registered in the reservation request management DB 1000 (step S2514). At this time, the status 1003 is “0” (provisional reservation). Then, the adjustment device 110 executes adjustment processing (step S2515). The adjustment process (step S2515) is a process for finalizing the reservation from the reservation requesting user. Details of the adjustment process (step S2515) will be described with reference to FIG.

  When the reservation is confirmed for the loan target that is not vacant by the adjustment process (step S2515) (step S2516: Yes), the adjustment device 110 transmits the leaving request information to the terminal 103 of the user (step S2517). Thereby, the user's terminal 103 receives the leaving request information and displays the leaving request screen 2200 as shown in FIG. 22 (step S2518).

  If the reservation is confirmed for the loan object (regardless of vacant seats) (step S2516: Yes), the adjustment device 110 transmits the reservation confirmation information to the terminal 103 of the reservation requesting user (step S2519). As a result, the user's terminal 103 receives the reservation confirmation information and displays the reservation establishment screen 1902 as shown in FIG. 19B (step S2520).

  If the reservation has not been confirmed (step S2516: No), the adjustment apparatus 110 transmits a reservation impossible notification to the terminal 103 of the reservation requesting user (step S2521). As a result, the user's terminal 103 receives the reservation impossible notification, and displays the reservation failure screen 1903 as shown in FIG. 19C (step S2522).

  FIG. 26 is a flowchart illustrating a detailed processing procedure example of the adjustment processing (step S2515) illustrated in FIG. The coordinating apparatus 110 refers to the reservation request management DB 1000 to determine whether or not the reservation request temporarily registered in step S2514 conflicts with other reservation requests (status 1003 is temporary reservation) (step S2601). The competition means, for example, a state in which the store ID 401 and the table ID 501 of both reservation requests coincide with each other and the reservation desired date and time 1002 overlap. In addition, the determination of competition (step S2601) includes confirmation that reservation of another user has already been completed and reservation information is not registered in the store status management DB 600. If another user's reservation has already been completed and the reservation information is registered in the store status management DB 600, a conflict occurs.

  When there is no conflict (step S2601: No), the process proceeds to step S2605. On the other hand, when there is a conflict (step S2601: Yes), the adjustment apparatus 110 determines whether or not the scheduled leaving time 701 is before the desired reservation start time 1022 in the reservation request (step S2602). If the scheduled leaving time 701 is not earlier than the desired reservation start time 1022 (step S2602: No), it is impossible to make a reservation, and the process proceeds to step S2609. On the other hand, when the scheduled leaving time 701 is before the reservation start desired time 1022 (step S2602: Yes), the reservation is possible, and therefore the adjustment device 110 has the priority related to the user and the priority related to the user of other reservation requests. Based on the above, it is determined which reservation request should be prioritized (step S2603).

  Here, the priority is, for example, the number of points given to the user. The higher the number of points, the higher the priority. The number of points is determined by the adjusting device 110 for each reservation requesting user according to the number of times of login to the adjusting device 110 (step S2300), the condition selection information (step S2511), and the number of times the reservation establishment information (step S2519) is transmitted. Add and store in an accessible manner in a DB (not shown).

  Further, for example, adjustment is made according to the number of registrations of leaving information (step S2402), the number of times of leaving request information (step S2517) transmitted in response to another person's reservation request, and the number of times of receiving an early leaving response (step S2711). The device 110 adds for each user and saves the DB (not shown) so as to be accessible.

  Note that the number of points may be weighted according to the types of transmission, reception, and registration described above.

  As the number of times of login to the adjustment device 110 (step S2300), condition selection information (step S2511), and reservation establishment information (step S2519) is increased, the use frequency of the adjustment system 101 is higher. Therefore, the higher the use frequency, the higher the probability of contracting can be achieved with priority in competition.

  In addition, as the number of registrations of leaving information (step S2402), the number of times of leaving request information (step S2517) transmitted in response to another person's reservation request, and the number of receptions of the early leaving response (step S2711) are increased, the reservation requesting user Indicates that he contributed to the reservation request. Therefore, the higher the degree of contribution, the higher the possibility of closing can be achieved by giving priority to the time of competition.

  Then, the adjustment apparatus 110 determines whether or not the reservation request of the reservation request user is selected (step S2604). If selected (step S2604: Yes), the adjustment apparatus 110 updates the reservation request status 1003 of the reservation requesting user to “1” (step S2605). Then, the adjustment apparatus 110 registers the reservation start desired time 1022 of the reservation request user's reservation request at the leave request time 703 of the leave information management DB 700 (step S2606). Further, the adjustment device 110 registers the store status information that matches the reservation request of the reservation request user as a new entry in the store status management DB 600 (step S2607). Then, the adjustment device 110 generates reservation establishment information indicating that the reservation has been established (step S2608), and ends the adjustment process (step S2515).

  If no selection is made in step S2604 (step S2604: No), the reservation request of another reservation request user is selected, and the process proceeds to step S2506. Therefore, the adjustment device 110 generates reservation failure information indicating that the reservation has not been established (step S2609), ends the adjustment process (step S2515), and proceeds to step S2516.

<Reservation management processing example 2>
FIG. 27 is a flowchart illustrating a reservation management processing example 3. In FIG. 27, the user's terminal 103 transmits the current position information to the adjustment device 110 (step S2701). Also, in FIG. 25, when the condition selection information requires an early leaving request (step S2513: Yes), in FIG. 27, the reservation receiving device 112 transmits the condition selection information to the adjustment device 110 (step S2414). The request completion is notified to the reservation requesting user terminal 103 (step S2702). The terminal 103 of the reservation requesting user displays a request completion screen 2001 as shown in FIG. 20 (step S2703). When the reservation request user presses the list screen transition link 1812, the terminal 103 updates the search result list screen 1602 to reflect the request (step S2704).

  In addition, the adjustment apparatus 110 executes an early leaving request registration process (step S2705). Specifically, for example, the adjusting device 110 assigns an early departure request ID 1101 and registers the condition selection information in the early departure request management DB 1100 as an early departure request. And the adjustment apparatus 110 confirms whether a use user exists in the shop of loan object based on the positional information from a user's terminal 103 (step S2706).

  When the user does not exist in the loan target store (step S2707: No), the adjustment device 110 transmits the reservation impossible information to the terminal 103 of the reservation requesting user (step S2707). As a result, the terminal 103 of the reservation requesting user displays a reservation failure screen 1903 as shown in FIG. 19C (step S2708).

  On the other hand, when the user is present in the loan target store (step S2707: Yes), the adjustment apparatus 110 transmits an early departure request including the early departure request ID 1101 to the terminal 103 of the user (step S2709). Thereby, the user's terminal 103 displays the early leaving request notification screen 2101 (step S2710). When the user inputs a character string corresponding to each of the input fields 2111 to 2113 of the early leaving request notification screen 2101 and presses the early leaving scheduled time registration button 2114, the user's terminal 103 sends an early leaving response. It transmits to the adjustment apparatus 110 (step S2711). The early leaving response includes an early leaving request ID 1101 and a character string input in each of the input fields 2111 to 2113.

  In addition, when the adjustment device 110 transmits an early leaving request to the terminal 103 of the user (step S2707: Yes), the request entry flag 1201 of the target entry in the early leaving situation management DB 1200 is updated to “1” (sent). (Step S2712).

  In addition, when the reservation requesting user terminal 103 transmits the early leaving request and the early leaving request response waiting time 1123 elapses, the adjusting device 110 receives the early leaving response (step S2711). The character string of the early leaving scheduled time input field 2113 included in the early leaving response is registered in the available start time field 1203 of the target entry of the situation management DB 1200 (step S2713). Then, the adjustment device 110 updates the response reply flag 1202 of the target entry in the early leaving situation management DB 1200 to “1” (with a reply) (step S2714).

  The adjusting device 110 transmits a registration acceptance notification to the terminal 103 of the user (step S2715). As a result, the user's terminal 103 displays the registration acceptance screen 2102 as shown in FIG. 21 (step S2716). In addition, the adjustment device 110 transmits the inquiry result (early leaving request ID 1101, usage ID 601 and early leaving scheduled time 1301) to the terminal 103 of the reservation requesting user (step S2717), and registers the inquiry result in the early leaving request result DB 1300. (Step S2718).

  In addition, the server 120 of a store can grasp | ascertain which user uses which table when, by acquiring the store status information of the own store from the store status management DB 600. Therefore, when the reservation requesting user comes to the store, the adjustment system 101 can smoothly take over from the user who has released the loan object to the reservation request user who lends the loan object.

  Thus, the adjustment system 101 according to the present embodiment adjusts the loan by the second user (for example, the reservation requesting user) to be loaned that is used by the first user (for example, the using user). As an example of the data related to the release of the loan object, the adjustment device 110 releases to the storage device 202 from the first terminal 103 of the first user, for example, the planned release time (for example, the release table). , Scheduled leaving time 701, use end time 605).

  The adjustment device 110 receives and stores a loan request time (for example, a use start request time 822) for requesting a loan target loan as an example of data related to the loan target loan request from the second terminal 103 of the second user. Registration in the device 202 (steps S2502, S2503). The adjustment device 110 adjusts the loan by the second user to be loaned used by the first user based on the data on the release of the loan target and the data on the loan request of the loan target. Specifically, for example, adjustment device 110 determines whether or not the scheduled release time is a time before the desired loan time (step S2602). When the scheduled release time is earlier than the desired loan time, the adjustment device 110 transmits release request information (for example, leaving request information) that requests the first terminal 103 to release the loan target up to the scheduled release time. Along with (Step S2517), the establishment information (for example, reservation establishment information) that the loan from the desired loan time of the loan object is established is transmitted to the second terminal 103 (Step S2519).

  Thereby, the efficiency of the loan management of the loan object common among users can be achieved. In addition, it is possible to prompt the user to release the loan object without forcing the user. Therefore, it is possible to facilitate the lending of the loan object that could not be loaned until now through negotiations between the users. In addition, this makes it possible for the manager of the loan target to improve the turnover rate of the loan target, and to reduce the burden on the loan management.

  In addition, when the reservation request conflicts, the adjustment system 101 selects one of the user's reservation requests according to the priority regarding the user (steps S2601 to S2604). Therefore, loan management can be smoothly performed according to priority.

  In addition, the adjustment system 101 sets the priority related to the user who registered the scheduled release time to be higher in accordance with the number of registrations of the scheduled release time. Thereby, when the user who contributed to loan management becomes a reservation request user, it can adjust so that it may be concluded preferentially.

  Further, the adjustment system 101 sets the priority related to the reservation requesting user of the terminal that has received the release request information to be higher according to the number of times the release request information is transmitted. Thereby, the adjustment system 101 can be adjusted so that the user who actively uses the adjustment system 101 as the reservation requesting user is preferentially closed.

  Prior to receiving the desired loan time, the adjustment system 101 receives the scheduled release time for releasing the loan to be loaned from the first terminal 103 of the first user and registers it in the storage device 202 (step S2403, S2404). This eliminates the need for the reservation requesting user to request the scheduled release time after requesting the desired loan time, thereby improving the efficiency of loan management.

  In addition, the adjustment system 101 registers the usage time (for example, the usage start time 604 and the usage end time 605) for the first user to use the loan target in the storage device 202, and prior to registering the scheduled release time. , Receiving the desired loan time from the second terminal 103 and registering it in the storage device 202, and when the desired loan time is within the usage time, information for selecting the loan to be loaned from the time after the usage time has elapsed (For example, list information) is transmitted to the second terminal 103 (step S2509).

  When the adjustment system 101 receives selection information (for example, selection condition information) indicating that the loan target has been selected from the second terminal 103 (step S2511), the adjustment system 101 prompts the early release of the loan target (for example, an early leaving request) ) Is transmitted to the first terminal 103 (step S2709).

  When the adjustment system 101 receives the scheduled release time from the first terminal 103 (step S2711), the release request information for requesting the first terminal 103 to release the loan target until the scheduled release time (for example, the available start time 1203) Is sent (step S2517), and establishment information that the loan from the loan desired time to be granted is established is transmitted to the second terminal 103 (step S2519).

  Thereby, the reservation requesting user can prompt the user to leave early without going through the manager of the loan target, and can make a reservation of the loan target.

  When the adjustment system 101 receives selection information indicating that the loan target has been selected from the second terminal 103 (step S2511), the desired loan time is within the usage time and the desired loan time is used. If it is a time after a predetermined time (for example, 30 minutes) shorter than the use time from the use start time of the time, information prompting early release of the loan object (early leave request) is transmitted to the first terminal 103 (step) S2709).

  As a result, the adjustment system 101 performs loan management without encouraging early departure if the loan request time is a time before the predetermined time, and early release of the loan object if the loan request time is a time after the predetermined time. Prompt. Therefore, it is possible to increase the efficiency of loan management by limiting the adjustment between users only when necessary.

  In addition, when the adjustment system 101 receives selection information indicating that the loan target has been selected from the second terminal 103 (step S2511), the adjustment system 101 receives the first user's current position information from the first terminal 103, and receives the first information It is determined whether or not the user exists in the loan target (steps S2701 and S2706), and when the first user exists in the loan target, information for promptly releasing the loan target is transmitted to the first terminal 103.

  Thereby, the adjustment system 101 can urge the user who is staying at the loan target to promptly release it, and can improve the certainty of the loan management.

  Further, when receiving the scheduled release time from the first terminal 103, the adjustment system 101 determines whether the scheduled release time is a time before the desired loan time, and the expected release time is before the desired loan time. When it is time, release request information is transmitted to the first terminal 103 and establishment information is transmitted to the second terminal 103.

  Thereby, the adjustment system 101 can confirm whether or not the scheduled release time from the user is before the desired loan time, and can improve the certainty of the loan management.

  As described above, according to the present embodiment, the reservation can be directly adjusted between the user in use and the loan requesting user, that is, between the users.

  The present invention is not limited to the above-described embodiments, and includes various modifications and equivalent configurations within the scope of the appended claims. For example, the above-described embodiments have been described in detail for easy understanding of the present invention, and the present invention is not necessarily limited to those having all the configurations described. A part of the configuration of one embodiment may be replaced with the configuration of another embodiment. Moreover, you may add the structure of another Example to the structure of a certain Example. Moreover, you may add, delete, or replace another structure about a part of structure of each Example.

  In addition, each of the above-described configurations, functions, processing units, processing means, etc. may be realized in hardware by designing a part or all of them, for example, with an integrated circuit, and the processor realizes each function. It may be realized by software by interpreting and executing the program to be executed.

  Information such as programs, tables, and files for realizing each function is recorded on a memory, a hard disk, a storage device such as an SSD (Solid State Drive), or an IC (Integrated Circuit) card, an SD card, a DVD (Digital Versatile Disc). It can be stored on a medium.

  Further, the control lines and the information lines are those that are considered necessary for the explanation, and not all the control lines and the information lines that are necessary for the mounting are shown. In practice, it can be considered that almost all the components are connected to each other.

Claims (9)

An adjustment system for adjusting lending by a second user to be lent used by a first user,
A processor for executing the program, and a storage device for storing the program,
The storage device registers a scheduled release time for releasing the loan of the loan target from the first terminal of the first user and a use time for the first user to use the loan target ,
The processor is
Prior to the registration of the scheduled release time , receiving a loan request time desired to be loaned from the second terminal of the second user and registering it in the storage device,
When the loan desired time is a time within the usage time, information for selecting the loan to be loaned is transmitted to the second terminal,
If selection information indicating that the loan target has been selected is received from the second terminal, the location information of the first user is received from the first terminal, and the first user exists in the loan target. Determine whether or not
When the first user exists in the loan target, the information that prompts the early release of the loan target is transmitted to the first terminal,
When the scheduled release time is received from the first terminal, release request information for requesting the release of the loan target up to the planned release time is transmitted to the first terminal, and the loan target information is transmitted to the second terminal. Sending establishment information that the loan from the desired loan time has been established;
An adjustment system characterized by executing processing. The adjustment system according to claim 1 ,
The storage device stores a priority related to the second user and a priority related to the third user,
The processor is
Receiving another lending desired time for lending the lending target from the third terminal of the third user and storing it in the storage device;
It is determined whether the other scheduled release time is a time before the desired loan time,
When the other scheduled release time is earlier than the desired loan time, the release request information for requesting the release of the loan object up to the scheduled release time is transmitted to the first terminal, and the second user The establishment information that the loan from the loan desired time of the loan object is established on the terminal of any one of the second user and the third user based on the priority related to the third user and the priority related to the third user Send,
An adjustment system characterized by executing processing. The adjustment system according to claim 2 ,
The processor is
The adjustment system which performs the process which sets so that the priority regarding the user who registered the said scheduled release time may be made high according to the frequency | count of registration of the said scheduled release time. The adjustment system according to claim 2 ,
The processor is
An adjustment system that executes a process of setting a priority for a user of a terminal that has received the release request information to be higher according to the number of times the release request information is transmitted. The adjustment system according to claim 1 ,
The processor is
Prior to receiving the desired loan time, the adjustment system receives the scheduled release time and executes a process of registering in the storage device. The adjustment system according to claim 1 ,
The processor is
Before when receiving hexene-option information, the rent desired time is the time in the available time, and the lending desired time from the use start time of the usage time after a short predetermined time than the available time Time If so, information that prompts the early release of the loan object is transmitted to the first terminal,
An adjustment system characterized by executing processing. The adjustment system according to claim 1 ,
The processor is
When receiving the scheduled release time from the first terminal, it is determined whether the scheduled release time is a time before the desired loan time,
When the scheduled release time is a time before the desired lending time, the release request information is transmitted to the first terminal, and the establishment information is transmitted to the second terminal.
An adjustment system characterized by executing processing. An adjustment method by an adjustment system for adjusting a loan by a second user to be loaned used by a first user,
The adjustment system includes a processor that executes a program and a storage device that stores the program, and the storage device releases a loan to be loaned from the first terminal of the first user. Registering the time and the usage time for the first user to use the loan object;
The processor is
Prior to the registration of the scheduled release time , receiving a loan request time desired to be loaned from the second terminal of the second user and registering it in the storage device,
When the loan desired time is a time within the usage time, information for selecting the loan to be loaned is transmitted to the second terminal,
If selection information indicating that the loan target has been selected is received from the second terminal, the location information of the first user is received from the first terminal, and the first user exists in the loan target. Determine whether or not
When the first user exists in the loan target, the information that prompts the early release of the loan target is transmitted to the first terminal,
When the scheduled release time is received from the first terminal, release request information for requesting the release of the loan target up to the planned release time is transmitted to the first terminal, and the loan target information is transmitted to the second terminal. Sending establishment information that the loan from the desired loan time has been established;
An adjustment method characterized by executing processing. An adjustment program for causing a processor to perform adjustment of lending by a second user to be loaned used by a first user,
The processor can access a storage device for registering a scheduled release time for releasing the loan of the loan target from the first terminal of the first user and a use time for the first user to use the loan target. And
In the processor,
Prior to the registration of the scheduled release time , receiving a loan request time desired to be loaned from the second terminal of the second user and registering it in the storage device,
When the loan desired time is a time within the usage time, information for selecting the loan to be loaned is transmitted to the second terminal,
If selection information indicating that the loan target has been selected is received from the second terminal, the location information of the first user is received from the first terminal, and the first user exists in the loan target. Determine whether or not
When the first user exists in the loan target, the information that prompts the early release of the loan target is transmitted to the first terminal,
When the scheduled release time is received from the first terminal, release request information for requesting the release of the loan target up to the planned release time is transmitted to the first terminal, and the loan target information is transmitted to the second terminal. Sending establishment information that the loan from the desired loan time has been established;
An adjustment program for executing a process.

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