JP2013029927A - Parking place lease mediation device, parking place lease mediation method, and parking place lease mediation program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a parking place lease mediation device which can easily realize a mechanism for matching needs of a lessor of a parking place and needs of a lessee of a parking place.SOLUTION: A parking place lease mediation device comprises: means for receiving and holding data related to a parking place from a lessor of the parking place; means for receiving requests from a lessee of a parking place; means for providing information related to parking places corresponding to the requests that are extracted from the held data; and means for receiving selection of a parking place to be leased among the provided information to write the selection in the held data.

Description

  The present invention relates to a technology of a system that mediates between one user who wants to rent a parking place and another user who wants to rent a parking place.

  Although a parking space is rented under a monthly contract, the parking space may be vacant due to commuting during daytime. On the other hand, if a person in charge of public relations goes to an unknown land by car, it is necessary to find a parking space for renting the car while stopping business with the client, but it may not be easy to find the parking place. .

In the above case, if the former can rent a vacant parking lot, it can earn income, and the latter can improve convenience if it can easily find a parking place convenient for itself. .
Under the circumstances as described above, for example, Patent Document 1 proposes a system that supports temporary rental of a parking lot between individuals.

JP 2002-312510 A

  However, in the above technique, the user terminal owned by the user needs to have a database, and the user terminal itself requires an appropriate information processing capability. Therefore, there is a problem that it is not easy to implement the above technique.

  Therefore, in the present invention, in view of the above problems, a parking place lending brokerage device, a parking place lending brokerage method, and a parking place that easily realize a mechanism for matching needs on the side of renting a parking place with needs on the side of leasing The purpose is to provide a loan brokerage program.

  One form of the disclosed parking place lending intermediary device is a parking in which a first user terminal operated by a first user renting a parking place and a second user terminal operated by a second user renting the parking place are connected. A place lending intermediary device, wherein the first user identification information, the address of a parking lot including a parking place lent by the first user, the location identification information of the parking place in the parking lot, the size of the parking place, and Parking location attribute information including information such as the height of a vehicle that can be parked, the time zone in which the parking location is available, the availability of the parking location, the identification information of the second user, and the parking location that the second user rents. Vehicle information, a parking location database in which the second user borrows the parking location in association with each other, and information for verifying the identity of the first user and the second user are stored. A user authentication database, a storage device for storing the authentication information received from the first user terminal or the second user terminal and the user authentication database and verifying the identity of the first user or the second user. Authentication means to perform, and from the first user terminal operated by the first user whose identity has been confirmed by the authentication means, the parking lot address, the parking location identification information, the parking location attribute information, and The rental data registration means for accepting the time zone in which the parking place can be used and storing the received information in the parking place database in association with the identification information of the first user, and the authentication means perform identity verification. From the second user terminal operated by the second user, the second user wishes to use the parking lot as a parking place. A desired reception means for receiving at least one of the parking place attribute information and the time zone in which the parking place can be used, and the one or more information received by the desired reception means. Extracting means for extracting information relating to the parking place from the parking place database, and notifying the information relating to the parking place extracted by the extracting means to the second user terminal that has transmitted the information received by the request receiving means. Extraction result notifying means and the parking place rented by the second user out of the parking places received from the second user terminal notified by the extraction result notifying means, and the vehicle parked at the parking place Information, rental information receiving means for receiving a time zone for renting the parking place, and information received by the rental information receiving means, A rental data registration unit that stores the information in the location database in association with the parking location, and stores the availability of the parking location in the parking lot database according to the information, and the rental data reception unit Uses the GPS (Global Positioning System) function of the second user terminal to acquire the position information of the second user terminal, and among the parking locations stored in the parking location database, the acquired second The parking location that matches the location information of the two-user terminal is received as the parking location that the second user borrows.

  The disclosed parking place lending intermediary device can easily realize a mechanism for matching needs on the side of renting a parking place with needs on the side of leasing.

It is a figure explaining the outline | summary of the parking place loan mediation apparatus which concerns on this Embodiment. It is a functional block diagram of the parking place loan intermediary device according to the present embodiment. It is a figure explaining the outline | summary of the personal authentication database which concerns on this Embodiment. It is a figure which shows an example of the personal authentication database which concerns on this Embodiment. It is a figure for demonstrating the outline | summary of the parking place database which concerns on this Embodiment. It is a figure which shows an example of the parking place database which concerns on this Embodiment. It is a figure for demonstrating the position attribute information of the parking place which concerns on this Embodiment. It is a figure for demonstrating the outline | summary of the map database which concerns on this Embodiment. It is a figure which shows an example of the map information produced | generated by the extraction means which concerns on this Embodiment. It is a figure for demonstrating the outline | summary of the advertisement database which concerns on this Embodiment. It is a figure which shows an example of the advertisement database which concerns on this Embodiment. It is a figure which shows an example of the hardware constitutions of the parking place loan mediation apparatus which concerns on this Embodiment. It is a flowchart which shows the flow of the parking place registration process example by the parking place loan mediation apparatus which concerns on this Embodiment. It is a flowchart which shows the flow of the parking place rental process example by the parking place loan mediation apparatus which concerns on this Embodiment.

DESCRIPTION OF EMBODIMENTS Embodiments for carrying out the present invention will be described with reference to the drawings.
(Principle of parking place loan intermediary device)

  The outline | summary of the parking place loan mediation apparatus 100 which concerns on this Embodiment is demonstrated using FIG. FIG. 1 is a schematic explanatory diagram of a parking place loan intermediary device 100. As shown in FIG. 1, the parking lot lending intermediary device 100 is connected to a first user terminal 400 operated by a first user 410 and a second user terminal 500 operated by a second user 510 via a communication network such as the Internet. Connected. Here, the first user 410 is a user who has a need to rent a parking place, and the second user 510 is a user who has a need to rent a parking place.

  In addition, the first user terminal 400 and the second user terminal 500 may be portable information terminals such as smartphones, or may be notebook or desktop personal computers, and parking places via a communication network. As long as data transmission / reception with the loan intermediation apparatus 100 can be performed, the form is not ask | required.

  The information processing performed by the parking place loan intermediation apparatus 100 is roughly divided into two phases. One is a parking location registration processing phase by the first user 410, and the other is a parking location rental application processing by the second user 510.

  The parking location registration processing by the first user 410 is processing for receiving information on the parking location that the first user 410 desires to rent from the first user terminal 400 and registering the received information in the parking location lending intermediary device 100. . On the other hand, the second user 510 receives a request for a parking location for the second user 510 from the second user terminal 500 and receives a request for a parking location that the second user 510 wants to rent, and registers a rental application for a parking location according to the request. It is processing. By performing such two processes in real time, the parking place lending intermediary device 100 can easily realize a mechanism for matching needs on the side of renting a parking place with needs on the side of renting.

  The operation principle of the parking place loan brokerage apparatus 100 according to the present embodiment will be described with reference to FIG. FIG. 2 is a functional block diagram of the parking place loan intermediary device 100. As shown in FIG. 2, the parking place lending intermediary device 100 includes an authentication unit 110, a rental data registration unit 120, a request reception unit 130, an extraction unit 140, an extraction result notification unit 150, a rental data reception unit 160, and a rental data registration unit. 170, a usage fee clearing means 180, a personal authentication database (hereinafter abbreviated as “DB”) 190, a parking place DB 200, an advertisement DB 210, and a map DB 220. The personal authentication DB 190, the parking place DB 200, the advertisement DB 210, and the map DB 220 are stored in a storage device included in the parking place loan brokerage device 100, and the storage device is, for example, a hard disk drive.

  As shown in FIG. 3, the personal authentication DB 190 stores information 1910 for performing personal identification. As shown in FIG. 4, the information 1910 for performing identity verification is, for example, information “rental” that identifies whether the user is a first user 410 that lends a parking place or a second user 510 that rents a parking place. "Loan", each user's name "Ichiro Suzuki" ..., each user's address "○ △ □" ..., each user's contact information "03-XXXXXX-XXX" ..., each user's identity Information including a document “driving license copy”..., A login password “1234” to the parking lot borrowing intermediary device 100, etc., and authentication information for each user is stored.

  As shown in FIG. 5, the parking location DB 200 includes identification information 2010 of the first user 410, location identification information 2020 in the parking location address / parking location, parking location attribute information 2030, and a time zone 2040 in which the parking location is available. , Parking space availability 2050, second user 510 identification information 2060, second user 510 parked vehicle information 2070, second user 510 parked time zone 2080, advertisement identification information 2090, per parking space unit time Usage fee 2100, parking place usage frequency 2110, and the like.

  As illustrated in FIG. 6, the identification information 2010 of the first user 410 is information such as the name “Ichiro Suzuki” of the first user 410 that lends the parking place, and the address / position identification information 2020 of the parking place is the parking place. The address of the parking lot including “Shinjuku-ku Nishishinjuku 3-9-1” and the location identification information “3 (No.)” of the parking place in the parking lot. Here, the location information of the parking place in the parking lot is, as shown in FIG. 7, the parking place DB 200 in a plurality of parking places in one parking lot (eight parking places exist in FIG. 7). This is information (for example, No. 3, No. 8, etc.) that specifies the position of the registered parking place.

  The parking place attribute information 2030 includes the size of the parking place “3 m × 5 m”, the car types that can be parked “up to 5 cars”, indoor and outdoor “indoor” “outdoor”, and other information “imported cars are not allowed” It is information such as “unpaved in the place (ground gravel)”. Moreover, the time zone 2040 in which a parking place can be used is information indicating a time zone in which each parking place registered by the first user 410 can be used, such as “10: 00-15: 00”. The vacancy status 2050 is information indicating whether each parking place is “vacant” or “full (parking)”.

  The identification information 2060 of the second user 510 is information such as the name “Saburo Saito” of the second user 510 who rents the parking place, and the vehicle information 2070 to be parked is the vehicle type “Corolla” of the parked vehicle, and the color “silver”. ..., the number “◯ × △ □” ..., and other information. Further, the parking time zone 2080 is information indicating a time zone in which the second user 510 makes a lease application (rents a parking place), such as “12: 00-14: 00”.

  On the other hand, the advertisement identification information 2090 is information for identifying advertisement information 2120 stored in the advertisement DB 210 to be described later, and the usage fee 2100 per unit time is a parking fee per unit time of each parking place. It may be a fixed amount or an amount determined according to the usage frequency 2110 of the parking place. That is, the usage fee 2100 for a parking place with a high usage frequency 2110 can be set high, and the usage charge 2100 for a parking place with a low usage frequency 2110 can be set low.

  The map DB 220 is a database that stores map data 2210 as shown in FIG. 8, and the map 2210 may be general map data as shown in FIG.

  The advertisement DB 210 is a database that stores advertisement identification information 2090 and advertisement information 2120 as shown in FIG. 10, and is associated with advertisement identification information “AD00001” and “AD00002” as shown in FIG. It stores advertisement information 2120 such as information.

  The authentication unit 110 authenticates the first user 410 or the second user 510 based on the information received from the first user terminal 400 or the second user terminal 500 and the personal authentication DB 190. For example, the authentication unit 110 receives a name (login name) and a login password from the first user terminal 400 or the second user terminal 500, and collates with the authentication information 1910 stored in the personal authentication DB 190, whereby the first user 410 Alternatively, the authentication of the second user 510 is performed. In the case of the personal authentication DB 190 shown in FIG. 4, when the authentication unit 110 receives the name “Ichiro Suzuki” and the password “1234”, the authentication unit 110 logs in to the parking place lending intermediary device 100 of “Ichiro Suzuki” as the first user 410. To give permission.

  The rental data registration unit 120 receives the identification information 2010 of the first user 410, the address of the parking location, and the location identification information in the parking lot from the first user terminal 400 operated by the first user 410 who has been permitted to log in by the authentication unit 110. 2020, the attribute information 2030 of a parking place, and the information regarding the time zone 2040 in which a parking place can be used are received. Then, the rental data registration unit 120 registers the received information in the parking place DB 200 in association with the identification information of the first user 410 who operates the first user terminal 400.

  For example, the rental data registration unit 120 receives the information “2020 Shinjuku-ku Nishishinjuku 3-9-1” “3” from the first user terminal 400 operated by the first user 410 “Ichiro Suzuki” as the address / position identification information 2020 of the parking place. (No.) ”“ Map data of parking place (PDF) ”,“ 3m × 5m ”“ Up to 5th car ”“ Indoor ”“ No imported cars ”“ Unpaved (ground gravel) ” In addition to accepting “10: 00-15: 00” as the time zone 2040 in which the parking location can be used, the information is registered in the parking location DB 200 in association with the identification information 2010 “Ichiro Suzuki” of the first user 410. .

  The hope accepting unit 130 receives the address of the parking place and the position identification information in the parking lot from the second user terminal 500 operated by the second user 510 who has received the login permission by the authenticating unit 110 as information on the parking place desired to be rented. One or more pieces of information are received from 2020, parking place attribute information 2030, and a time zone 2040 in which the parking place is available. For example, the request receiving unit 130 receives the address “Nishishinjuku 3-chome” of the parking place as the position identification information 2020.

  In addition, the hope reception means 130 is good also as a form which receives the present position information acquired by the GPS (Global Positioning System) function with which the 2nd user terminal 500 is provided as the address 2020 of the parking place which wants to rent. By doing so, the user can easily find a vacant parking place nearby without inputting the current address.

  The extracting unit 140 extracts information on the parking place that matches the information received by the request receiving unit 130 from the parking place DB 200. For example, the extraction unit 140 extracts information related to “Shinjuku first parking lot” shown in FIG.

  Further, the extraction means 140, based on the extracted address / position identification information 2020 of the parking place and the map data 2210 stored in the map DB 220, on the map data, extracts the address / position identification information of the extracted parking place. It is good also as a form which produces | generates the map information which displayed the predetermined mark (for example, image of a car and a parking lot) in the place which 2020 shows. For example, as shown in FIG. 9, the extraction unit 140 generates map information in which “slant line with square box” is displayed as a predetermined mark at the position indicated by the address “3-Shinjuku Nishi-Shinjuku” of the parking place. To do.

  In addition, one form of the extraction unit 140 may be a form in which a parking place existing within a predetermined distance is extracted from the address of the parking place received by the request receiving means 130 and the position specified by the position identification information 2020 in the parking lot. . By doing so, it is possible to accurately extract the parking place that the user looks for.

  The other form of the extraction means 140 extracts the information regarding the parking place which matches the information received by the wish reception means 130, and extracts the advertisement identification information 2090 associated with the parking place in the parking place DB 200. Further, the extraction unit 140 may extract the advertisement information 2120 associated with the advertisement identification information 2090 from the advertisement DB 210.

  The extraction result notifying unit 150 notifies the second user terminal 510 that has received the desired information by the request receiving unit 130 of the information regarding the parking place extracted by the extracting unit 140. For example, the extraction result notifying unit 150 notifies information related to “Shinjuku first parking lot” shown in FIG.

  Further, the extraction result notifying unit 150 notifies the information about the parking place extracted by the extracting unit 140 by notifying information for displaying the map information generated by the extracting unit 140 on the second user terminal 500. It is good also as a form to do. For example, the extraction result notifying unit 150 notifies the map information as shown in FIG. 9 as the information regarding “Shinjuku first parking lot” shown in FIG. By doing so, the user can easily grasp the location of the empty parking lot.

  Further, one form of the extraction result notifying unit 150 may be configured to notify the advertisement information 2120 extracted by the extracting unit 140 in association with the information regarding the parking place extracted by the extracting unit 140. By doing so, since it is possible to carry out an advertisement for a layer having a need to park a car in a specific area, it is possible to narrow down the layer that provides the advertisement information 2120 and perform an effective advertisement.

  The rental data receiving means 160 includes vehicle information 2070 on which the second user 510 parks together with information on the parking place that the second user 510 has chosen to rent out of the information on the parking place notified by the extraction result notifying means 150. The information regarding the time zone 2080 in which the second user 510 is parked is received. For example, the rental data receiving means 160 includes “vehicle type: Corolla” “color: silver” “car registration number (number): ○ × Δ □” as vehicle information 2070 together with information on “Shinjuku first parking lot” in FIG. The information “12: 00-14: 00” is received as the parking time zone 2080.

  One form of the rental data receiving means 160 uses the GPS function of the second user terminal 500 to acquire the position information of the second user terminal 500, and has acquired the parking place stored in the parking place DB 200. The parking place provided with the address information 2020 that matches the position information of the second user terminal 500 is received as information on the parking place that the second user 510 has selected to rent. That is, the rental data reception means 160 compares the location information of the second user terminal 500 when the second user 510 actually parks with the parking location DB 200, and within a predetermined range from one parking location in the parking location DB 200. When it can be recognized that the second user terminal 500 exists (for example, within a few meters) (the second user 510 has performed a parking operation), the second user 510 selects to rent the one parking place. Recognize as a parking place. By doing in this way, the 2nd user 510 can abbreviate | omit the process which selects a parking place.

  The lease data registration unit 170 registers the information received by the loan data reception unit 160 in the parking location DB 200 in association with the identification information of the second user 510 who operates the second user terminal 500, and also vacates the corresponding parking location. The situation 2050 is corrected from “vacant state” to “parking state”. For example, the lease data registration means 170 associates with the “Shinjuku 1st parking lot” in FIG. 6, the lessee 2060 “Saburo Saito”, vehicle information 2070 “car type: Corolla” “color: silver” “car registration number (number) ): ○ × Δ □ ”and parking time zone 2080“ 12: 00-14: 00 ”are registered, and the vacancy status 2050 is corrected to“ full state (parking state) ”.

  Moreover, the rental data registration means 170 updates the use frequency 2110 in the parking place DB 200 according to a predetermined rule when registering the information. Here, the predetermined rule may be a rule for increasing the usage frequency 2110 by a predetermined number each time the DB is updated, or a rule for updating the usage frequency based on the number of usages in a certain period such as week or month. Alternatively, a rule for updating based on values calculated in consideration of various factors may be used.

The usage fee clearing means 180 relates to the first user 410 and the second user 510 who are renting a parking location in the parking location DB 200, based on the parking time zone 2080 and the usage fee 2100 per unit time in the parking location DB 200. Execute the clearing process related to the parking space usage fee. Here, the clearing process is a general settlement process using a bank deposit or a credit card, and the service provider may settle the amount after deducting a certain service fee. For example, the usage fee clearing means 180 relates to the “Shinjuku first parking lot” in FIG. Perform the process of clearing at.
(Hardware configuration example of parking place loan intermediary device according to the present embodiment)

  With reference to FIG. 12, an example of the hardware configuration of the parking place loan brokerage apparatus 100 according to the present embodiment will be described. FIG. 12 is a diagram illustrating an example of a hardware configuration of the parking place loan intermediary device 100.

As shown in FIG. 12, the parking lot lending intermediary device 100 includes a CPU (Central Processing Unit) 310, a ROM (Read-Only Memory) 320, a RAM (Random
An access memory (330), a hard disk drive (HDD) 340, a communication I / F (interface) 350, an input device 360, a display device 370, and a recording medium I / F 380.

  The CPU 310 is a device that executes a program stored in the ROM 320. The CPU 310 performs arithmetic processing on the data expanded (loaded) in the RAM 330 in accordance with the instructions of the program, and controls the entire parking lot lending intermediary device 100. The ROM 320 stores programs and data executed by the CPU 310. When the program stored in the ROM 320 is executed by the CPU 310, the RAM 330 is loaded (loaded) with the program and data to be executed, and temporarily holds the operation data during the operation.

  The HDD 340 is a device that stores an OS (Operating System) that is basic software, an application program according to the present embodiment, and the like together with related data. The HDD 340 stores, for example, a personal authentication DB 190, a parking place DB 200, an advertisement DB 210, and a map DB 220.

The communication I / F 350 is an interface that is connected to a communication network such as a wired / wireless local area network (LAN) or the Internet and exchanges data with other devices that provide a communication function. The input device 360 is a device for inputting data to the parking lot lending intermediary device 100 such as a keyboard and a touch panel. The display device 370 is an LCD (Liquid
The display device is a device that functions as a user interface when the user uses the functions of the parking lot lending intermediary device 100 and makes various settings. The recording medium I / F 380 is an interface for transmitting / receiving data to / from the recording medium 390.

Here, each unit included in the parking place loan intermediation apparatus 100 may be realized by the CPU 310 executing a program corresponding to each unit stored in the ROM 320 or the HDD 340. In addition, each unit included in the parking place loan intermediation apparatus 100 may be configured to realize processing related to each unit as hardware. In addition, the parking place loan brokerage program according to the present invention is read from a predetermined external device or recording medium 390 via the communication I / F 350 or the recording medium I / F 380, and the parking place loan brokerage device 100 is caused to execute the program. It is good also as a form.
(Flow of processing by parking place loan intermediary device according to the present embodiment)

A processing example by the parking place loan intermediation apparatus 100 according to the present embodiment will be described with reference to FIGS. FIG. 13 is a flowchart regarding an example of a parking place registration process performed by the parking place loan brokerage apparatus 100, and FIG. 14 is a flowchart regarding an example of a parking place rental process performed by the parking place loan brokerage apparatus 100.
(1) Parking Place Rental Data Registration Processing by Parking Place Lending Broker Device 100 Here, parking place rental data registration processing by the parking place loan brokerage device 100 will be described using FIG.

  In S10, the authentication unit 110 receives the name “Ichiro Suzuki” and the password “1234” from the first user terminal 400, and collates the received information with the authentication information 1910 stored in the personal authentication DB 190 shown in FIG. The first user 410 “Ichiro Suzuki” is authenticated. Then, the authentication unit 110 permits the first user 410 to log in to the parking location loan brokerage device 100 of “Ichiro Suzuki”.

  In S20, the rental data registration means 120 receives “Shinjuku-ku Nishishinjuku 3-9-1” “3” from the first user terminal 410 operated by the first user 410 “Ichiro Suzuki” as the address / position identification information 2020 of the parking place. (No.) ”“ Map data of parking place (PDF) ”,“ 3m × 5m ”“ Up to 5th car ”“ Indoor ”“ No imported cars ”“ Unpaved (ground gravel) ” In addition to accepting “10: 00-15: 00” as the time zone 2040 in which the parking location can be used, the information is registered in the parking location DB 200 in association with the identification information 2010 “Ichiro Suzuki” of the first user 410. .

By performing the above processing, as shown in FIG. 6, information regarding the parking location is registered in the parking location DB 200, and the rental needs of the parking location that the first user “Ichiro Suzuki” has can be clarified. .
(2) Parking Place Rental Data Registration Process by Parking Place Lending Broker Device 100 Here, the parking place rental data registration process by the parking place loan broker device 100 will be described with reference to FIG.

  In S110, the authentication unit 110 receives the name “Saburo Saito” and the password “3456” from the second user terminal 500, and collates the received information with the authentication information 1910 stored in the personal authentication DB 190 shown in FIG. The second user 510 “Saburo Saito” is authenticated. Then, the authentication unit 110 permits the second user 510 to log in to the parking place loan brokerage device 100 of “Saburo Saito”.

  In S120, the hope accepting unit 130 accepts the address “Nishishinjuku 3-chome” of the parking location from the second user terminal 500 operated by the second user 510 “Saburo Saito” as information on the parking location desired to be rented. Here, the current location information “Nishishinjuku 3-chome” acquired by the GPS function of the second user terminal 500 may be received as the address 2020 of the parking place where the rental is desired.

  In S <b> 130, the extraction unit 140 extracts, from the parking location DB 200, information related to the parking location that matches the address “Nishishinjuku 3-chome” of the parking location received by the desired receiving unit 130. Here, the extraction means 140 extracts information relating to “Shinjuku first parking lot” shown in FIG. Further, the extraction means 140, based on the information on the extracted parking place “Shinjuku first parking lot” in FIG. 6 and the map data 2210 stored in the map DB 220, for example, as shown in FIG. Map information is generated in which “slant line of square box” is displayed as a predetermined mark at the position indicated by the address “Shinjuku-ku Nishishinjuku 3-9-1”. Further, the extracting unit 140 may extract a parking place existing within a predetermined distance from the address “Nishishinjuku 3-chome” of the parking place received by the desire receiving unit 130.

  Further, in S130, in addition to the above processing, the extraction means 140 extracts the advertisement identification information 2090 “AD00001” associated with “Shinjuku first parking lot” in FIG. The advertisement information 2120 associated with the advertisement identification information 2090 “AD00001” may be extracted.

  In S140, the extraction result notifying unit 150 notifies the second user terminal 500 operated by the second user 510 “Saburo Saito” about the parking place “Shinjuku first parking lot” extracted by the extracting unit 140. Here, the extraction result notifying means 150, as information relating to the parking place “Shinjuku first parking lot”, as shown in FIG. Information for displaying on the second user terminal 500 map information in which “slant lines with squares” is displayed as a mark of “” may be notified. Furthermore, the extraction result notifying unit 150 may notify the advertisement information 2120 related to the “Shinjuku first parking lot” extracted in S130 in addition in S140.

  In S150, the rental data receiving means 160 determines that the second user 510 “Saburo Saito” rents as “Shinjuku first parking lot” and the second user 510 “Saburo Saito” vehicle information 2070 “(vehicle type: ) Corolla ”“ (Vehicle color): Silver ”“ (Registration number :) ○ × Δ □ ”, Time zone 2080“ 12: 00-14: 00 ”in which the second user 510 parks is received.

  In S150, the rental data reception means 160 uses the GPS function of the second user terminal 500 to acquire the location information “Shinjuku-ku Nishishinjuku 3-9-1” of the second user terminal 500, and the parking location database 200. The parking place “Shinjuku first parking lot” having the address information 2020 that matches the acquired location information “3-9-1 Nishi-Shinjuku, Shinjuku-ku” of the second user terminal 500 among the parking places stored in Two users 510 "Saburo Saito" may be accepted as a parking place selected to rent.

  In S160, the rental data registration means 170 receives the parking location “Shinjuku first parking lot” leased by the second user 500 “Saburo Saito” received in S150, and the vehicle information 2070 “(vehicle type) Corolla” “(vehicle Color): “Silver” “(registration number :) ○ × Δ □” and parking time zone 2080 “12: 00-14: 00” are registered in association with “Shinjuku first parking lot” in the parking place DB 200. . In S160, the rental data registration unit 170 corrects the parking space availability 2050 related to “Shinjuku first parking lot” in the parking location DB 200 from “vacant” to “parked”.

  In S170, the usage fee clearing means 180 provides a usage fee of 600 yen obtained by multiplying the usage fee unit price of 300 yen by 2 hours of use between the first user 410 and the second user 510 for "Shinjuku first parking lot" in FIG. Perform the process of clearing at. Here, the clearing process is a general settlement process using a bank deposit or a credit card, and the service provider may settle the amount after deducting a certain service fee.

  By performing the above-described processing, the rental needs of the parking place possessed by the first user “Ichiro Suzuki” and the rental needs of the parking place possessed by the second user “Saburo Saito”, which are manifested in the parking place DB 200, are obtained. A mechanism for matching can be provided.

  Although the embodiment of the present invention has been described in detail above, the present invention is not limited to the specific embodiment, and various modifications are possible within the scope of the gist of the present invention described in the claims.・ Change is possible.

100 Parking place lending intermediary device 110 Authentication means 120 Rental data registration means 130 Desire reception means 140 Extraction means 150 Extraction result notification means 160 Lease data reception means 170 Lease data registration means 180 Usage fee clearing means 190 Personal authentication database 200 Parking place database 210 Advertising database 220 Map database 310 CPU
320 ROM
330 RAM
340 HDD (storage device)
350 Communication I / F
360 Input device 370 Display device 380 Recording medium I / F
390 Recording medium 400 1st user terminal 410 1st user 500 2nd user terminal 510 2nd user 1910 Information for performing identity verification 2010 1st user identification information 2020 Address of parking place, position identification information 2030 in parking lot Location attribute information 2040 Time zone 2050 in which parking location is available 2060 Parking location availability 2060 Second user identification information 2070 Parked vehicle information 2080 Time zone 2090 in which the parking location is rented Advertisement identification information 2100 Usage fee 2110 per unit time Parking space usage frequency 2120 Advertising information 2210 Map

Claims (13)

A parking place lending intermediary device to which a first user terminal operated by a first user that lends a parking place and a second user terminal operated by a second user that rents the parking place are connected,
The first user identification information, the address of the parking lot including the parking lot lent by the first user, the location identification information of the parking location in the parking lot, and the parkingable vehicle type information such as the size and height of the parking location. Including parking location attribute information, available time zone of the parking location, availability of the parking location, identification information of the second user, vehicle information parked at the parking location rented by the second user, and the second user A storage device that stores a parking location database that associates and stores each time zone in which the vehicle rents the parking location, and a personal authentication database that stores information for verifying the identity of the first user and the second user; ,
Authentication means for performing identity verification of the first user or the second user based on the authentication information received from the first user terminal or the second user terminal and the identity authentication database;
The address of the parking lot, the location identification information of the parking location, the parking location attribute information, and the parking location are used from the first user terminal operated by the first user whose identity has been verified by the authentication means. Rent data registration means for receiving a possible time zone and storing the received information in the parking location database in association with the identification information of the first user;
From the second user terminal operated by the second user whose identity has been confirmed by the authentication means, the address of the parking lot that the second user wishes to use as a parking location, the parking location attribute information, and the parking Desired accepting means for accepting one or more pieces of information in a time zone where the place is available;
Extraction means for extracting from the parking location database information relating to a parking location that matches the one or more pieces of information received by the wish receiving means;
An extraction result notifying unit for notifying the second user terminal that has transmitted the information received by the desired receiving unit, the information on the parking place extracted by the extracting unit;
The parking location borrowed by the second user out of the parking locations received from the second user terminal notified by the extraction result notification means, vehicle information parked at the parking location, and the parking location Rental data reception means for receiving the borrowing time zone,
The information received by the rental data receiving means is stored in the parking location database in association with the parking location of the information, and the rental data for storing the availability of the parking location in the parking lot database according to the information A parking place lending intermediary device having registration means,
The lease data receiving means is a GPS (Global System) provided in the second user terminal.
The position of the second user terminal is acquired using the Positioning System) function, and the parking location that matches the acquired location information of the second user terminal among the parking locations stored in the parking location database Is received as the parking place rented by the second user. The storage device stores a map database;
The extraction means generates map information in which a predetermined mark is displayed at the position of the parking place on the map based on the address of the extracted parking place and the map database,
The parking place lending intermediary device according to claim 1, wherein the extraction result notifying unit notifies information for displaying the map information generated by the extracting unit on the second user terminal. Position information of the second user terminal obtained by using the GPS (Global Positioning System) function provided in the second user terminal as the address of the parking place that the second user desires to use. Get
The parking place lending intermediary device according to claim 1 or 2, wherein the extraction means uses an extraction condition that is within a predetermined distance from position information of the second user terminal. The storage device stores an advertisement database that stores advertisement information and advertisement identification information for identifying the advertisement information in association with each other;
In the parking location database, the advertisement identification information is stored in association with the parking location,
The extraction means extracts the advertisement identification information associated with the extracted parking place in the parking place database, and extracts the advertisement information associated with the extracted advertisement identification information from the advertisement database,
The parking location lending intermediary device according to any one of claims 1 to 3, wherein the extraction result notification means notifies the extracted advertisement information in association with the extracted parking location. In the parking location database, store parking fee per unit time for each parking lot,
Based on the identification information of the first user stored in the parking location database in association with the identification information of the second user, the parking lot usage fee, and the time zone for renting the parking location, The parking place lending intermediary device according to any one of claims 1 to 4, further comprising a use fee clearing means for performing a process for clearing a parking lot use fee with two users. In the parking location database, for each parking location, store the usage frequency and the parking location usage fee per unit time determined according to the usage frequency,
6. The parking place lending intermediary device according to claim 5, wherein the lease data registration means updates the use frequency of the parking place in accordance with a predetermined rule when storing the availability of the parking place. A first user terminal operated by a first user who lends a parking place and a second user terminal operated by a second user who rents the parking place are connected, and the first user's identification information and the first user lend Parking lot address information including parking location, location identification information of the parking location in the parking lot, parking location attribute information including information on available vehicle types such as the size and height of the parking location, and time when the parking location can be used The belt, the availability of the parking place, the identification information of the second user, the vehicle information parked in the parking place rented by the second user, and the time zone in which the second user rents the parking place are stored in association with each other. Parking place lending balance comprising a storage device for storing a parking place database and a personal authentication database for storing information for verifying the identity of the first user and the second user A parking place loan intermediation way the device is carried out,
A step of authenticating the first user or the second user based on the authentication information received from the first user terminal or the second user terminal and the user authentication database;
Rental data registration means, from the first user terminal operated by the first user whose identity has been confirmed by the authentication means, the parking lot address, the parking location identification information, the parking location attribute information, And receiving the time zone in which the parking location is available, and storing the received information in the parking location database in association with the identification information of the first user;
The address of the parking lot that the second user wishes to use as a parking place from the second user terminal operated by the second user whose identity has been confirmed by the authentication means, and the parking place Receiving any one or more of the attribute information and the time zone in which the parking location is available;
Extracting from the parking location database information relating to a parking location that matches the one or more pieces of information received by the request receiving means;
An extraction result notifying unit notifying the second user terminal that has transmitted the information received by the desired receiving unit of the information on the parking location extracted by the extracting unit;
Lease data reception means receives the notification from the second user terminal notified by the extraction result notification means. Of the parking locations received from the notification, the parking location borrowed by the second user, and the vehicle parked at the parking location. Receiving information, a time zone for renting the parking place;
The lease data registration unit stores the information received by the lease data reception unit in association with the parking location of the information in the parking location database, and according to the information, the parking location availability in the parking lot database A parking place loan brokering method comprising: storing a situation;
The rental data receiving means is a GPS (Global
The position of the second user terminal is acquired using the Positioning System) function, and the parking location that matches the acquired location information of the second user terminal among the parking locations stored in the parking location database Is received as the parking place rented by the second user. In the storage device, a map database is stored,
The extraction means generates map information in which a predetermined mark is displayed at the position of the parking place on the map based on the address of the extracted parking place and the map database,
The parking location lending / intermediation method according to claim 7, wherein the extraction result notification unit notifies information for displaying the map information generated by the extraction unit on the second user terminal. Position information of the second user terminal obtained by using the GPS (Global Positioning System) function provided in the second user terminal as the address of the parking place that the second user desires to use. Get
9. The parking place lending intermediation method according to claim 7 or 8, wherein the extraction means uses an extraction condition that is within a predetermined distance from position information of the second user terminal. In the storage device, an advertisement database storing advertisement information and advertisement identification information for identifying the advertisement information in association with each other is stored.
In the parking location database, the advertisement identification information is stored in association with the parking location,
The extraction means extracts the advertisement identification information associated with the extracted parking place in the parking place database, and extracts the advertisement information associated with the extracted advertisement identification information from the advertisement database,
10. The parking place lending intermediation method according to claim 7, wherein the extraction result notifying unit notifies the extracted advertisement information in association with the extracted parking place. In the parking location database, a parking lot usage fee per unit time is stored for each parking lot,
The usage fee clearing means is based on the identification information of the first user stored in the parking location database in association with the identification information of the second user, the parking usage fee, and the time zone for renting the parking location, The parking place lending intermediation method according to any one of claims 7 to 10, further comprising a step of performing a process of clearing a parking lot usage fee between the first user and the second user. In the parking location database, for each parking location, the usage frequency and the parking location usage fee per unit time determined according to the usage frequency are stored,
12. The parking place lending intermediation method according to claim 11, wherein the lease data registration means updates the use frequency of the parking place in accordance with a predetermined rule when storing the availability of the parking place.   A parking place lending brokerage program for causing a computer to execute the method according to any one of claims 7 to 12.

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