JP6955903B2 - Parking lot management server and computer program - Google Patents

Description

The present invention relates to an information processing technique for reducing the management of a service provider in a service of delivering and renting a vehicle.

A car-sharing system in which a plurality of vehicles are shared by a plurality of users is becoming widespread.
A user who uses car sharing completes car sharing membership registration and goes directly to a parking lot where a car for car sharing (shared car) is secured. Alternatively, use a reservation system that uses a mobile phone or personal computer to notify the scheduled time of use in advance.

A typical example of information processing at the time of reservation for use in general car sharing will be described with reference to FIG.
A business operator that provides a car sharing service provides a member who has been registered as a member in advance with a membership card (registered card), which is an IC card that identifies the member.
The member user transmits the reservation data to the reservation management system via the Internet via a communication terminal such as a personal computer or a mobile terminal related to the member user. The car sharing management server in the reservation system reserves the desired time frame for the vehicle (shared car) desired to be used by referring to the vehicle management database. Then, when the reservation is completed, the reservation data is transmitted to the in-vehicle device of the share car related to the reservation.

The member user goes to the share car reserved at the reserved time and uses the member identifier read in the identification device against the member identification device provided in the vehicle to check the reservation conditions and the fact that the member is the reserved member. If so, the share car can be used.

Many car-sharing vehicles are equipped with a dedicated car navigation device. In addition, it is equipped with an on-board unit that executes communication with a vehicle management server for managing vehicles used for car sharing. Then, the management related to the rental and return of the vehicle is automated (unmanned) by the communication between the on-board unit and the vehicle management server.

By the way, in order to investigate the prior art related to the present invention, 128 hits were found as a result of searching by the following search formula.
[Vehicle / AC] * [Order / AC + Order / AC + Request / AC + Request / AC] * [Management / AC] * [Delivery / AC + Vehicle dispatch / AC]
The following two cases were extracted from the 128 cases.

Patent Document 1 is a car-sharing service system that can improve the degree of freedom of vehicle use by users, more specifically, a car-sharing service system that allows users to freely use vehicles without making reservations and worrying about time. In order to realize the above, the following configuration will be disclosed.
That is, it accepts a reservation that does not specify the usage time of the vehicle, and switches the state of the vehicle to an available state according to a predetermined borrowing operation of the user who made the reservation. The corresponding on-board unit is controlled so as to switch the state of the vehicle to the unusable state according to the predetermined return operation performed by the user at the station designated as the vehicle return destination. At the same time, it limits the acceptance of reservations for the vehicle.

Patent Document 2 has the following configuration in order to shorten the reception time and improve the vehicle allocation efficiency in the reception flow of the taxi dispatch system.
That is, when an incoming call is received from a customer, the customer's telephone number is detected, and if there are multiple recipients of customer information in which the telephone number is registered, the recipient requested by the customer is estimated according to preset estimation conditions. It is.

Regarding vehicle rental, a "vehicle delivery service" as shown in Fig. 2, which can be said to be a development of the rental car service, has been devised and its actual operation has begun.
For this service, for example, a vehicle delivery service provider concludes a partnership agreement with the owner of the parking lot in front of the station south of XX station in advance, and individuals and corporations who want to receive the delivery service register as members in advance. The member user makes a reservation by designating the rental start time of the vehicle by using the parking lot for which the alliance contract has been made as the receiving place. The vehicle delivery service provider is a service in which the vehicle is delivered to the reserved designated place by the rental start time, the vehicle is temporarily parked and stopped at the designated place, and the reservation person uses the vehicle.

In Fig. 2, it is assumed that Mr. M, a member, ordered "delivery of one vehicle to the parking lot (P1) in front of the station south of XX station at 8:30 tomorrow." The vehicle delivery service provider confirms whether the reservation is possible and accepts the order. Then, the staff will drive the vehicle and deliver it in time for the reserved time and not too early.
Note that FIG. 2 shows the state of telephone reservation, but the same applies to Internet reservation using a terminal.

JP-A-2015-69584 Japanese Unexamined Patent Publication No. 2015-158851

The user of the vehicle delivery service designates a parking lot that is convenient for him / her as the delivery destination. For example, FIG. 2 illustrates station front parking (P1) and station north parking (P2). And Mr. M, a member, has designated the parking lot in front of the station (P1) as the delivery destination. The flow after this will be described with reference to FIG.
The vehicle delivery service provider parks the vehicle Y designated by Mr. M at the station front parking (P1) before the designated time (1). Mr. M goes to the parking lot in front of the station (P1) at the time related to the reservation, gets on the vehicle Y parked in the passenger compartment L, and leaves the parking lot in front of the station (P1) (4). For this delivery, the vehicle delivery service provider wants Mr. M to not have to settle the parking fee.

Various methods can be considered as a method for Mr. M to avoid having to settle the parking fee. For example, since the vehicle delivery service provider and the parking lot owner (or the parking lot management company) are often different entities, the method shown in FIG. 3 is common.
That is, the delivery staff delivers and parks the vehicle Y, but prepares a "pass card for parking in front of the station (P1-C1)" in advance, stores the vehicle with that card, and specifies the inside of the vehicle Y. Install it in the place of (1).
The reservation person does not have to settle the parking fee by passing through the parking settlement machine in front of the station using the "pass card for parking in front of the station (P1-C1)" placed in the vehicle Y (4). .. In reality, the checkout machine grasps the entry / exit with the station front parking pass card (P1-C1), and the parking lot owner (or parking lot management company) charges the vehicle delivery service provider for the parking fee.

By the way, when the method shown in FIG. 3 is adopted, the operator of the vehicle delivery service must prepare and manage a dedicated pass card for each parking lot.
That is, if the parking lot to be delivered is the "station north parking" shown in FIG. 2, the "station north parking pass card (P2-C1)" is required. Then, the physical "pass card for station north parking (P2-C1,2,3, ...)" was manufactured, and the delivery staff sent the card (P2-C1,2,3, ...) to vehicle Y. Management practices such as the task of definitely installing any of these), card collection after member M has finished using vehicle Y, and card management after collection will occur.
As the number of parking lots (P1, P2, ...) That are delivery destinations increases, the above-mentioned management work may become complicated, and the frequency of errors in the above-mentioned work or management practice may increase.

In the vehicle delivery service, it is necessary to prepare to carry the vehicle desired by the user to the parking lot desired by the user, park the vehicle, and have the user use the vehicle. Therefore, it is difficult to complete the management practice with a membership card, which is distributed to users in advance like car sharing.

An object to be solved by the present invention is to provide an information processing technology that enables rational operation of vehicle management in a vehicle delivery service industry linked with a parking lot providing service.

Utilizing an IC card that can write and read data in the same format as the IC card distributed to registered members as a membership card, smooth delivery of the parking lot, which is the starting point for using the vehicle delivery service, and Streamline the management practice of the IC card.

(First invention)
The first invention relates to a parking lot management server for enabling a vehicle to be delivered, which is a vehicle to be delivered by a user, to leave a desired parking lot in a vehicle delivery service (see FIGS. 4 and 12).
That is, a free delivery data receiving means for receiving the identification data from a terminal (delivery base personal computer) for inputting identification data (for example, a card number) of an IC card carried in the delivery target vehicle.
A parking lot management database that stores the identification data received by the free delivery data receiving means,
A card data receiving means for receiving the identification data when the identification data of the IC card is transmitted from the payment machine in the parking lot, and
A card data collation means for collating whether or not the identification data received by the card data receiving means is appropriate data in the parking lot management database, and
A collation result transmission means for transmitting the collation result of the card data collation means to the above-mentioned settlement machine, and a collation result transmission means.
It is a parking lot management server equipped with.

(Glossary)
"Vehicle delivery service" refers to a service that transports the service target vehicle in advance to the time and place desired by the user who wants to use the vehicle, as an advanced form of the service that manages and operates car sharing and the service that operates and manages rental cars. It shall be. At the time of transportation, an IC card set so that the parking lot designated by the user can be delivered without cash is carried to the service target vehicle.
The "delivery target vehicle" is a vehicle to be delivered and is a service target vehicle. If it is a shared car with a car sharing service, it means a "shared vehicle (shared car)", and if it is a shared car with a car rental service, it means a "rented vehicle (rental car)".
In the case of a car sharing service, the "user" who wishes to use the vehicle to be delivered is generally a member user who has provided attribute data in advance and registered as a member, but in the case of the vehicle delivery service, , You can use it without prior membership registration. However, in terms of management and operation, it is desirable that the user who uses the vehicle delivery service is also registered as a member (also in the embodiment described later, it is explained that the user who uses the vehicle delivery service is also registered as a member). ..
The "server" includes a CPU as a computing device, a data input device that inputs data by wireless communication or serial communication, a volatile memory that temporarily stores data to be calculated, and a non-volatile memory for storing data. It is equipped with a sexual memory (for example, a hard disk drive).

(Action)
The free delivery data receiving means receives the identification data transmitted from the terminal for inputting the identification data of the IC card carried in the delivery target vehicle. The received identification data is stored in the parking lot management database.
When the delivery target vehicle leaves the parking lot related to the target parking lot data, the driver inserts the installed IC card into the payment machine of the parking lot. Then, the payment machine reads the identification data of the IC card and sends it to the parking lot management server. When the data is transmitted from the checkout machine, the card data receiving means receives the identification data.
Whether or not the free shipping data received by the card data receiving means is appropriate is checked by the card data collating means with the free shipping data stored in the parking lot management database.
The collation result of the card data collation means is transmitted to the settlement machine by the collation result transmission means. If the data is appropriate, the settlement will be completed and the delivery target vehicle can be delivered. If the data is not appropriate, the driver will have to settle the data before leaving the warehouse.

If the delivery base is equipped with an IC card that has unique identification data, it is possible to prepare for free delivery using the identification data. That is, there is no need to prepare and manage free delivery cards for each parking lot.

(Variation 1 of the first invention)
The first invention can also be formed as follows.
That is, it relates to a parking lot management server for enabling a delivery target vehicle, which is a vehicle desired to be delivered by a user, to leave a desired parking lot in a vehicle delivery service (see FIGS. 5 and 13).
Free delivery data transmission means for transmitting the identification data (for example, card number) of the IC card carried in the delivery target vehicle to a predetermined terminal (delivery base personal computer).
A parking lot management database that stores the identification data sent by the free delivery data transmission means,
A card data receiving means for receiving the identification data when the identification data of the IC card is transmitted from the parking lot settlement machine related to the target parking lot data, and
A card data collation means for collating whether or not the free issue data received by the card data receiving means is appropriate data with the free issue data stored in the parking lot management database.
A collation result transmission means for transmitting the collation result of the card data collation means to the above-mentioned settlement machine, and a collation result transmission means.
It is a parking lot management server equipped with.

(Action)
The identification data (for example, card number) of the IC card carried in the delivery target vehicle is transmitted to a predetermined terminal (delivery base personal computer) by the free delivery data transmission means of the parking lot management server. The identification data transmitted by the free delivery data transmission means is stored in the parking lot management database.
When the identification data of the IC card is transmitted from the payment machine of the parking lot, the card data receiving means receives the identification data.
When the delivery target vehicle leaves the parking lot related to the target parking lot data, the driver inserts the installed IC card into the payment machine of the parking lot. Then, the payment machine reads the identification data of the IC card and sends it to the parking lot management server. When the identification data is transmitted, the card data receiving means receives it.
Whether or not the identification data received by the card data receiving means is appropriate is checked by the card data collating means with the identification data stored in the parking lot management database.
The collation result of the card data collation means is transmitted to the settlement machine by the collation result transmission means. If the data is appropriate, the settlement will be completed and the delivery target vehicle can be delivered. If the data is not appropriate, the driver will settle the data before leaving the warehouse.

The delivery base does not manage the IC card, but the parking lot management server manages the IC card and sends related data to the delivery base.
If the delivery base is equipped with an IC card that has unique identification data, it is possible to prepare for free delivery using the identification data, and arrange the cards for each parking lot or use them. No need to manage.

(Second invention)
The second invention also relates to a parking lot management server for enabling a vehicle to be delivered, which is a vehicle to be delivered by a user, to leave a desired parking lot in a vehicle delivery service (see FIG. 7).
That is, free data writing that writes free warehousing data such that warehousing and unloading at the parking lot is possible to the IC card for managing warehousing and unloading at the parking lot by carrying it with the delivery target vehicle. Means (α, β) and
A parking lot management database that stores the free delivery data written by the free data writing means together with the parking lot management data,
A card data receiving means for receiving the free shipping data when the free shipping data written on the IC card is transmitted from the payment machine in the parking lot.
A card data collation means for collating whether or not the free issue data received by the card data receiving means is appropriate data with the free issue data stored in the parking lot management database.
A collation result transmission means for transmitting the collation result of the card data collation means to the above-mentioned settlement machine, and a collation result transmission means.
It is a parking lot management server equipped with.

(Action)
Free data writing means (free data writing means) for free delivery data that allows entry and exit at the parking lot to an IC card for managing entry and exit at the parking lot by carrying it with the delivery target vehicle. α, β) writes. The free delivery data written by the free data writing means (α) is stored in the parking lot management database together with the parking lot management data. When the free shipping data written on the IC card is transmitted from the payment machine in the parking lot, the card data receiving means receives the free shipping data.
Whether or not the free delivery data received by the card data receiving means is appropriate is checked by the card data collating means with the data stored in the parking lot management database. The collation result of the card data collation means is transmitted to the settlement machine by the collation result transmission means. If the results of the collation match, it is treated as not requiring the on-the-spot payment at the payment machine. For example, the delivery target vehicle can be delivered by opening the gate.

Instead of using different types of cards, data for free shipping is written to an IC card, and free shipping is possible with that IC card. Therefore, card management can be simplified without increasing the types of cards.
In addition to the free delivery data, other information (such as what you want to convey to the driver) can be written at the same time.

(Variation 1 of the second invention)
The second invention can also be a parking lot management server formed as follows (see FIG. 6).
That is, the free data receiving means for receiving the free shipping data from the free data writing means (β) may be provided.

(Action)
The free data receiving means receives the free shipping data from the free data writing means that writes the free shipping data to the IC card.
That is, the free data writing means (β) can be installed in a place different from the parking lot management server.

(Variations 1 of the first and second inventions)
The first and second inventions may be formed as follows (see FIG. 8).
That is, a member database that stores data such as attribute data of member users who have registered as members in advance and payment methods for service charges, and
It is equipped with a reservation data receiving means for receiving reservation data for reserving the use of the delivery target vehicle from the terminal related to the member user.
The reservation data includes a member ID for identifying the member user, and includes the member ID.
The reservation data received by the reservation data receiving means is stored in the parking lot management database and stored in the parking lot management database.
The card data receiving means receives the member ID and receives the member ID.
The card data collating means collates the member ID received by the card data receiving means with the member ID included in the reservation data stored in the parking lot management database.

(Glossary)
The "reservation data" includes the place and time of the desired delivery, the date and time of renting and returning, the desired vehicle type, the number of vehicles, and the like.

(Action)
In order to use the delivery service related to this variation, it is necessary to register as a member in advance. At the time of member registration, the user registers data such as his / her own attribute data and payment method of the service price, and the data is accumulated in the member database.
The member user who has completed the member registration transmits the reservation data for reserving the use of the delivery target vehicle from the terminal related to himself / herself together with the member ID, and the reservation data receiving means receives the reservation data. The received reservation data is stored in the parking lot management database.
When the member user wants to leave the delivery target vehicle, the member ID is transmitted from the payment machine of the parking lot to be delivered, and the card data receiving means receives the member ID. The card data collation means collates the received member ID with the member ID included in the reservation data stored in the parking lot management database. Then, if the collation result is correct, the delivery target vehicle can be delivered.

(Variations 2 of the first and second inventions)
The first and second inventions may be formed as follows (see FIG. 9).
That is, the reservation data receiving means can also receive reservation data for using another parking lot.
The reservation data also includes a member ID for identifying the member user, and includes the member ID.
If the collation result by the card data collation means is correct, the member database may store the charge data related to the charge for using the other parking lot.

When the member user moves using the delivery target vehicle and needs another parking lot, the reservation data receiving means receives the reservation data of the other parking lot. The member ID is also included in the reservation data. The reservation data is stored in the member database.
When the member user leaves the delivery target vehicle from the parking lot, the member ID is transmitted from the payment machine of the parking lot to be delivered, and the card data receiving means receives the member ID. The card data collation means collates the received member ID with the member ID included in the reservation data stored in the parking lot management database. Then, if the collation result is correct, the charge data is transmitted to the member database, and the delivery target vehicle can be delivered.

As a member, not only the delivery vehicle can be used, but also the consideration for using the parking lot can be settled later. Therefore, the parking lot can be used without cash.

(Variation 2 of the first invention)
The first invention can also be formed as follows (see FIG. 14).
That is, when the delivery target vehicle leaves the desired parking lot using the IC card, the parking lot management server is used to invalidate the parking lot so that the IC card cannot be used again to leave the parking lot. Related.
An invalidation data receiving means for receiving the identification data from a terminal (delivery base personal computer) for inputting the identification data of the IC card, and
A card invalidation means that invalidates the free data related to the identification data received by the invalidation data receiving means and stores it in the parking lot management database.
To be equipped.
Then, the card data receiving means receives the identification data when the identification data of the IC card is transmitted from the payment machine of the parking lot. The card data collating means collates with the parking lot management database whether or not the identification data received by the card data receiving means is invalid data. The collation result transmission means is formed so as to transmit the collation result of the card data collation means to the settlement machine.

(Variation 3 of the first invention)
The first invention can also be formed as follows (see FIG. 15).
That is, when the delivery target vehicle leaves the desired parking lot using the IC card, the parking lot management server is used to invalidate the parking lot so that the IC card cannot be used again to leave the parking lot. Related.
An invalidated data receiving means for inputting the identification data of the IC card and receiving the identification data related to the invalidation from the terminal for which the free data related to the identification card is invalidated is provided.
The identification data related to the invalidation received by the invalidated data receiving means is stored in the parking lot management database.
The card data receiving means receives the identification data when the identification data of the IC card is transmitted from the payment machine of the parking lot. The card data collating means collates with the parking lot management database whether or not the identification data received by the card data receiving means is invalid data.
Then, the collation result transmission means is formed so as to transmit the collation result of the card data collation means to the settlement machine.

(Third invention)
The third invention relates to a computer program that controls a parking lot management server for allowing a delivery target vehicle, which is a vehicle to be delivered, to leave a desired parking lot in a vehicle delivery service (FIG. 4). , 12).
The computer program includes a free delivery data reception procedure for receiving the identification data from a terminal (delivery base personal computer) for inputting identification data (for example, a card number) of an IC card carried in the delivery target vehicle.
The free shipping data storage procedure for storing the identification data received by the free shipping data receiving means in the parking lot management database, and the free shipping data storage procedure.
A card data receiving procedure for receiving the identification data when the identification data of the IC card is transmitted from the payment machine of the parking lot, and
A card data collation procedure for collating whether or not the free delivery data received in the card data reception procedure is appropriate data with the identification data stored in the parking lot management database, and
The collation result transmission procedure for transmitting the collation result in the card data collation procedure to the above-mentioned settlement machine, and the collation result transmission procedure.
Is executed by the parking lot management server.

(Variation of the third invention)
The third invention may be formed as follows.
That is, it relates to a computer program that controls a parking lot management server for enabling a delivery target vehicle, which is a vehicle for which a user wants to be delivered, to leave a desired parking lot in a vehicle delivery service (see FIGS. 5 and 13). ..
The computer program includes a free delivery data transmission procedure for transmitting identification data (for example, a card number) of an IC card carried in the delivery target vehicle to a predetermined terminal (delivery base personal computer).
The free shipping data storage procedure for storing the identification data transmitted in the free shipping data transmission procedure in the parking lot management database, and the free shipping data storage procedure.
A card data receiving procedure for receiving the identification data when the identification data of the IC card is transmitted from the parking lot settlement machine related to the target parking lot data, and
A card data receiving procedure for receiving the identification data when the identification data of the IC card is transmitted from the payment machine of the parking lot, and
A card data collation procedure for collating whether or not the free delivery data received in the card data reception procedure is appropriate data with the identification data stored in the parking lot management database, and
The collation result transmission procedure for transmitting the collation result in the card data collation procedure to the above-mentioned settlement machine, and the collation result transmission procedure.
Is executed by the parking lot management server.

(Fourth invention)
A fourth invention relates to a computer program that controls a parking lot management server for enabling a delivery target vehicle, which is a vehicle to be delivered, to leave a desired parking lot in a vehicle delivery service (FIG. 6). reference).
The computer program is free to write free warehousing data such that warehousing and unloading at the parking lot is possible to the IC card for managing warehousing and unloading at the parking lot by carrying it with the delivery target vehicle. Data writing procedure and
The free warehousing data storage procedure that stores the free warehousing data written in the free data writing procedure together with the parking lot management data in the parking lot management database, and the free warehousing data storage procedure.
A card data receiving procedure for receiving the free shipping data when the free shipping data written on the IC card is transmitted from the payment machine in the parking lot, and
A card data collation procedure for collating whether or not the free issue data received in the card data reception procedure is appropriate free issue data with the data stored in the parking lot management database, and
The collation result transmission procedure for transmitting the collation result in the card data collation procedure to the above-mentioned settlement machine, and the collation result transmission procedure.
Is executed by the parking lot management server.

(Variation 1 of the Fourth Invention)
The fourth invention may also execute a free data receiving procedure for receiving free shipping data from the free data writing means.

(Variations 1 of the third and fourth inventions)
The third and fourth inventions may be formed as follows (see FIG. 8).
That is, the member data storage procedure for storing the attribute data of the member user who has registered as a member in advance and the data such as the payment method of the service price in the member database, and the member data storage procedure.
Reservation data reception procedure for receiving reservation data for reserving the use of the delivery target vehicle from the terminal related to the member user, and
The reservation data storage procedure for storing the reservation data received in the reservation data reception procedure in the parking lot management database, and the reservation data storage procedure.
To let the parking lot management server execute
The reservation data includes a member ID for identifying the member user, and includes the member ID.
In the card data collation procedure, the member ID received by the card data receiving means may be collated with the member ID included in the reservation data stored in the parking lot management database.

(Variations 2 of the third and fourth inventions)
The third and fourth inventions may be formed as follows.
That is, another parking lot reservation data receiving procedure for receiving reservation data for using another parking lot including a member ID for identifying a member user, and a procedure for receiving another parking lot reservation data.
Including the procedure for storing the separate parking lot reservation data in the member database, and the procedure for storing the separate parking lot reservation data.
The in-card data reception procedure for receiving the in-card data sent from the checkout machine when leaving another parking lot, and the in-card data reception procedure.
A separate parking lot exit card data collation procedure for collating the member ID included in the card data with the member ID included in the separate parking lot reservation data stored in the member database, and
The procedure for transmitting the result of collation of the card data for leaving the parking lot of another parking lot and the procedure for transmitting the result of collating the data for leaving the parking lot of another parking lot to the above-mentioned settlement machine.
May be executed by the parking lot management server.

(Variations 3 of the third and fourth inventions)
The third and fourth inventions may be formed as follows in order to prevent the IC card used for free delivery from being mistakenly used or illegally used.
That is, the invalidation data receiving procedure for receiving the above-mentioned identification data from the terminal for inputting the identification data of the IC card used for free delivery, and the procedure for receiving the identification data.
The invalidation procedure for invalidating the free data related to the identification data received in the invalidation data reception procedure, and the invalidation procedure.
The invalidated data storage procedure for storing the identification data invalidated by the invalidation procedure in the parking lot management database, and the invalidated data storage procedure.
The invalidated identification data receiving procedure for receiving the invalidated identification data when the invalidated identification data is transmitted from the payment machine in the parking lot from the IC card, and the invalidated identification data receiving procedure.
The invalidation data collation procedure for collating whether or not the identification data received in the invalidated identification data reception procedure is invalidated data in the parking lot management database, and the invalidation data collation procedure.
The collation result transmission procedure for transmitting the collation result in the invalidation data collation procedure to the above-mentioned settlement machine, and the collation result transmission procedure.
May be executed by the parking lot management server.

(Variations 4 of the third and fourth inventions)
The third and fourth inventions may be formed as follows in order to prevent the IC card used for free delivery from being mistakenly used or illegally used.
That is, the invalidated data receiving procedure for receiving the invalidated identification data from the terminal that invalidated the identification data of the IC card used for free delivery, and the procedure for receiving the invalidated data.
The invalidated data storage procedure for storing the invalidated identification data received in the invalidated data reception procedure in the parking lot management database, and the invalidated data storage procedure.
The invalidated identification data receiving procedure for receiving the invalidated identification data when the invalidated identification data is transmitted from the payment machine in the parking lot from the IC card, and the invalidated identification data receiving procedure.
The invalidation data collation procedure for collating whether or not the identification data received in the invalidated identification data reception procedure is invalidated data in the parking lot management database, and the invalidation data collation procedure.
The collation result transmission procedure for transmitting the collation result in the invalidation data collation procedure to the above-mentioned settlement machine, and the collation result transmission procedure.
May be executed by the parking lot management server.

The computer programs according to the third and fourth inventions can also be stored in a recording medium and provided.
Here, the "recording medium" is a medium capable of carrying a program that cannot occupy space by itself. For example, a flexible disk, a hard disk, a CD-R, a CD-RW, an MO (magneto-optical disk), a DVD-R, a DVD-RW, a flash memory, and the like.
It is also possible to transmit from the computer storing the program according to the present invention to other terminal means through a communication line.
The computer programs according to the third and fourth inventions include a CPU as a calculation device provided in the parking lot management server, a data input device for inputting data by wireless communication or serial communication, and data to be calculated. It is executed by using a volatile memory for temporarily storing the data, a non-volatile memory for storing data (for example, a hard disk drive), or the like.

According to the first and second inventions, in the vehicle delivery service industry linked with the parking lot provision service, it was possible to provide a vehicle management server capable of rational operation of vehicle management.
According to the third and fourth inventions, in the vehicle delivery service industry linked with the parking lot provision service, it was possible to provide a computer program for controlling a vehicle management server that enables rational operation of vehicle management. ..

It is a conceptual diagram which showed information processing at the time of using general car sharing. It is a conceptual diagram which showed the content of a vehicle delivery service. It is a conceptual diagram which illustrated the actual operation in a vehicle delivery service. It is a block diagram which shows the case where the delivery vehicle in 1st Embodiment which concerns on this invention comes out. It is a block diagram which shows the case where the delivery vehicle in the 2nd Embodiment which concerns on this invention comes out. It is a block diagram which shows the case where the delivery vehicle in the 3rd Embodiment which concerns on this invention comes out. It is a block diagram which shows the case where the delivery vehicle in the 4th Embodiment which concerns on this invention comes out. It is a block diagram which shows the case where the delivery vehicle in the 5th Embodiment which concerns on this invention comes out. It is a block diagram which shows the case where another parking lot is used after the delivery vehicle which concerns on 6th Embodiment of this invention is delivered. It is a block diagram which shows the case of making a reservation of a vehicle delivery service. It is a conceptual diagram which shows operation when a robot car is used in operation of a vehicle delivery service. It is a block diagram which shows the case where the delivery vehicle in the embodiment which simplified the first embodiment is delivered. It is a block diagram which shows the case where the delivery vehicle in the embodiment which simplified the second embodiment is delivered. It is a block diagram which shows the process after the delivery vehicle is delivered in the 1st Embodiment. It is a block diagram which shows the process after the delivery vehicle is delivered in the 1st Embodiment. It is a block diagram which shows the processing after the delivery vehicle is delivered in the 2nd Embodiment.

Hereinafter, the present invention will be described based on the embodiments. The drawings used here are FIGS. 4 to 16. Conventional techniques such as FIG. 3 will also be referred to as a description of vehicle delivery.
Hereinafter, the vehicle used for the vehicle delivery service will be referred to as a “delivery target vehicle”. Further, "DB" in the figure is an abbreviation for "database".
The "parking lot management database" stores data for managing each of the parking lots, such as whether parking is possible for the parked parking lots to be managed, and constantly updates the latest data.

In order to use the vehicle delivery service described in this embodiment, it is necessary to first complete the membership registration for the convenience of management and operation. That is, the "delivery reservation person" and the "user" who can receive the services shown in the following embodiments are all "member users" who have completed membership registration.

For membership registration, in addition to the name and address, member data such as the usage fee payment account is registered in advance. The registration data is accumulated in the member database (FIG. 8), and an IC card (represented as "registered membership card" in FIG. 8) for authenticating membership is issued. This IC card is a card that serves as an ID in which data necessary for authenticating that the user is a member is stored in the IC chip, and is a card reader (vehicle unlocking sensor) mounted on the delivery target vehicle. The data can be read by holding it over. The locked delivery target vehicle can also be unlocked with the above-mentioned registered card.

(Fig. 4)
FIG. 4 (a) shows the relationship between the delivery base that delivers the delivery target vehicle to the parking lot desired by the member user by the reserved time, and the parking lot management server provided with the parking lot management database described above. FIG. 4 (b) shows the relationship between the payment machine of the parking lot and the parking lot management server when the member user leaves the parking lot desired by the member user.

The delivery base is equipped with an IC card to be carried to the delivery target vehicle and a delivery base personal computer for managing the IC card. The IC card is given identification data (card number) registered as a management target even in the parking lot management server.
When a delivery service reservation is made, the target parking lot data (“P1” in FIG. 4) for identifying the parking lot to be delivered to the delivery destination and the predetermined to be carried to the vehicle to be delivered to the delivery destination. Enter the card number of the IC card (“345678” in FIG. 4) on the delivery base personal computer. In the embodiment shown in FIG. 4, a card reader is used for labor saving of input. Then, the card number and the target parking lot data are transmitted to the parking lot management server (1).

In the parking lot management server, the card number (345678) of the IC card carried in the delivery target vehicle and the target parking lot data (P1) for specifying the parking lot to be free of charge are stored for free delivery. The receiving means receives. Then, the received identification data and the target parking lot data are stored in the parking lot management database as free delivery data (2).

The user who has reserved the vehicle delivery service goes to the reserved parking lot, gets on the vehicle to be delivered for the reservation, and starts driving. When leaving the parking lot, the IC card carried by the vehicle is inserted into the payment machine of the parking lot (3).
The checkout machine transmits the card number of the IC card and the target parking lot data to the parking lot management server (4). When the identification data of the IC card is transmitted from the parking lot settlement machine related to the target parking lot data, the card data receiving means receives the identification data and the target parking lot data.

Whether or not the free shipping data received by the card data receiving means is appropriate is checked by the card data collating means with the free shipping data stored in the parking lot management database (5). The collation result of the card data collation means is transmitted to the settlement machine by the collation result transmission means (6).
If they match and match, the gate will be opened and the delivery target vehicle can be delivered (7). If the collation results do not match, the member user will settle the parking fee and the delivery target vehicle will be delivered.

If the delivery base is equipped with an IC card that has unique identification data, it is possible to prepare for free delivery using the identification data. There is no need to prepare and manage free delivery cards for each parking lot as in the past.

(Fig. 12)
In FIG. 4, the free warehousing data is added to the card number of the registered card and used as the target parking lot data for specifying the parking lot to be warehousing. However, since the card number is unique, even if the target parking lot data is omitted, it is not necessary to prepare a free delivery card for each parking lot, which is an effect. This is shown in FIG.

In the system shown in FIG. 12, the correspondence table between the parking lot and the checkout machine provided in the parking lot management database according to FIG. 4 is also omitted.

(Fig. 5)
FIG. 5 shows a second embodiment.
The difference from the first embodiment shown in FIG. 4 is that the free delivery data transmitted from the delivery base personal computer to the parking lot management server in the first embodiment is stored in the parking lot management in the second embodiment. The point is to send data from the server to the delivery base personal computer. Since the other points are not particularly different, the description thereof will be omitted.
According to the second embodiment, the operation of the delivery base can be managed on the parking lot management server side.

(Fig. 13)
In the second embodiment as well, the target parking lot data can be omitted for operation. This is shown in FIG.
Also in the system shown in FIG. 13, the correspondence table between the parking lot and the checkout machine provided in the parking lot management database according to FIG. 5 is omitted.

(Fig. 6)
FIG. 6 shows a third embodiment.
At the vehicle delivery base, a card reader / writer capable of writing and reading data to the registered card (β), which is an IC card, and a delivery base personal computer for setting and managing the data to be written to the card reader / writer. Is provided (FIG. 6 (a)).
The numbers in parentheses in the figure indicate the operation procedure.

After deciding to which parking lot a certain delivery target vehicle will be delivered, the free data writing means (β) writes the free delivery data to the IC card mounted on the delivery target vehicle (1, 2). ). The writing operation is executed from the delivery base personal computer via the card reader (1, 2). The free delivery data also includes data such as the date when the delivery target vehicle is rented and the vehicle identification ID.

Free delivery data is also sent from the delivery base personal computer to the parking lot management server. The free data receiving means in the parking lot management server receives the free delivery data and stores it in the parking lot management database.
The delivery person puts the IC card on which the free delivery data is written on the delivery target vehicle and puts it in the parking lot related to the reservation.

When the member user who is involved in the reservation comes to pick up the delivery target vehicle and tries to leave the parking lot (Fig. 6 (b)), the IC card placed on the delivery target vehicle is settled in the parking lot. Insert it into the machine (3).
The checkout machine reads the data in the card stored in the inserted IC card, transmits it to the parking lot management server, and receives it by the card data receiving means of the parking lot management server (4).
The card data collation means collates the received data in the card with the data stored in the parking lot management database (5). The collation result transmission means transmits the collation result to the settlement machine (6).
As a result of the collation, if the data in the card is from an appropriate IC card, the checkout machine opens the gate and the delivery target vehicle can be delivered (7). If the data is not appropriate, it will not be possible to leave the parking lot without paying the parking fee (7).

The third embodiment is different from the first and second embodiments in that the data is written to the IC card instead of inputting and using the identification data of the IC card.
Due to this difference, not only can the registered card (β) be free of charge from the delivered parking lot, but other information and benefits can be written as information.
For example, it is possible to write information such as that other parking lots can be used at a discounted rate, additional services can be used free of charge at a predetermined restaurant, and the like.

When returning the delivery target vehicle, the user (user) operates as follows.
That is, in principle, the delivery target vehicle is stopped at the designated parking space in the parking lot where the vehicle is received, and the shift lever of the delivery target vehicle is set to the parking mode. Remove the engine key and open the glove box. Inside the glove box, there is a key box for storing the engine key. Insert the engine key into the key box and turn it to the return position. By holding the registered card over the card reader (vehicle unlocking sensor), the delivery target vehicle is locked.

(In-vehicle device)
Although detailed illustrations are omitted, the on-board unit mounted on the delivery target vehicle performs wireless communication with the vehicle management server and serial communication with the vehicle unlocking sensor and the multifunctional car navigation device.
The multifunctional car navigation device is equipped with a touch panel, which displays messages to member users using various data sent via the in-vehicle device and accepts input from the touch panel to indicate the member's intention (service button). Display), the input contents can be transmitted to the in-vehicle device, and the like.
In order to secure the car navigation function, the current position data is acquired using GPS (Global Position System). Then, the current position data is transmitted to the vehicle management server via the in-vehicle device.

(Fig. 7)
FIG. 7 shows a fourth embodiment.
The difference from the third embodiment shown in FIG. 6 is that the free delivery data to be written to the IC card is transmitted from the parking lot management server.
The free data writing means (β) in the parking lot management server sets the data for free shipping in the parking lot management database so that the parking lot to which the delivered vehicle is delivered can be delivered free of charge (1), and which data The free delivery data is also sent to the delivery base personal computer (2).

The data delivery base personal computer receives the free delivery data transmitted from the parking lot management server, and the free data writing means (β) writes the data to a predetermined IC card via a card reader / writer (3). ).
Since the following operation is the same as that of the third embodiment, the description thereof will be omitted.

According to the fourth embodiment, the parking lot management server has the initiative to create and manage the free delivery data.
Also in the fourth embodiment, since the IC cards are unified and managed by the data in the card, the management work can be streamlined more than before.
In the fourth embodiment, even a user who has not registered as a member in advance can use the vehicle delivery service.

(Fig. 8)
FIG. 8 shows a fifth embodiment.
In this fifth embodiment, membership registration is required in advance in order to use the vehicle delivery service. The registered data is stored in the member database of the parking lot management server.
When the member is registered, the member card registered as an IC card used when using the service as a member is delivered to the member.

The user who became a member reserves the vehicle delivery using the membership card (ID = 54321). For the reservation, necessary items such as the member name, member number, reservation date, reserved vehicle type, reservation time, parking lot to be the receiving place, etc. are specified and transmitted as reservation data (1).
In the parking lot management server, the reservation data receiving means receives the reservation data. Then, it is stored in the member database together with the free delivery data (abbreviated as "free data" in FIG. 8) via the free data writing means (α). At the same time, it is also stored in the parking lot management database (2). Then, the reservation acceptance data indicating that the reservation has been accepted is transmitted to the terminal related to the user by the reservation acceptance data transmission means (3).

When the member user gets on the vehicle related to the reservation and leaves the parking lot (Fig. 8 (b)), the member card is inserted into the checkout machine (4). The checkout machine reads the data in the membership card and sends it to the parking lot management server (5).
When the card data receiving means of the parking lot management server receives the data, the card data collating means collates the data stored in the parking lot management database (6). Then, the collation result transmitting means transmits the collation result to the settlement machine (6).
As a result of the collation, if the data in the card is from an appropriate IC card, the checkout machine opens the gate and the delivery target vehicle can be delivered (7). If the data is not appropriate, it will not be possible to leave the parking lot without paying the parking fee (7).

According to the fifth embodiment, since the parking lot can be settled at the time of leaving the parking lot with the membership card distributed to the members, there is no need to manage the card by the delivery base.
In addition, even when driving a delivery target vehicle and using another parking lot, cashless delivery is possible. This will be described with reference to FIG.

(Fig. 9)
FIG. 9 shows after leaving the delivered parking lot, reserving another parking lot (Fig. 9 (a)), and leaving the parking lot related to the reservation (Fig. 9 (b)). ..
The member user transmits reservation data to the effect that a predetermined parking lot is reserved from the delivery target vehicle, and the reservation data receiving means in the parking lot management server receives the reservation data (1). The reservation data is stored in the parking lot management database and the member database (2). Then, the reservation reception data transmission means transmits the fact that the reservation is completed to the delivery target vehicle (3).

Although a detailed explanation is omitted, the vehicle to be delivered has an in-vehicle device capable of communicating with the parking lot management server and a car navigation device having multiple functions to display the communication contents with the parking lot management server on the screen. It is equipped with a multifunctional car navigation device that enables such things as. By using the multifunctional car navigation device and the in-vehicle device, the member user can search the parking lot, send the reservation data, receive the reservation completion, and the like.

The information processing when leaving the newly reserved parking lot is almost the same as the case described with reference to FIG. 8 (b). The difference is that if the member users match as a result of collation by the card data collation method, the charge data of the parking lot can be settled later (collectively settled together with the delivery vehicle usage charge). Is stored in the member database (8).

(Fig. 10)
FIG. 10 conceptually describes a vehicle delivery reservation system, that is, a case where a member reserves a vehicle delivery service.
The vehicle delivery service provider is described in this figure as the administrator of the vehicle management server that incorporates the parking lot management database used for the parking lot provision service.
However, in many cases, the administrator of the parking lot management database is a different entity. In that case, the vehicle management server physically communicates with the parking lot management database existing inside, so that it functions as if it exists inside.

Communication terminals (including mobile terminals) related to members who intend to use the vehicle delivery service are pre-installed with a dedicated application so that wireless communication with the vehicle management server is possible. The application can also be used for car sharing reservations, parking lot reservations, and so on.
However, it is not necessary to assume that a dedicated application is indispensable, and it may be possible to contact from the vehicle management server or receive a confirmation code from the e-mail address that the vehicle management server knows in advance. ..

Information processing between the vehicle management server for realizing the vehicle delivery service, the information terminal related to the member user, and the in-vehicle device of the vehicle to be delivered, and the functions and means of each hardware will be conceptually explained.
The vehicle management server stores and updates a member database that stores attribute information about member users who wish to use the vehicle delivery service, and operation management data of vehicles subject to delivery related to the vehicle delivery service. It has a database and a parking lot management database that accumulates and updates operation management data for parking lots related to vehicle delivery services.

It also has a personnel management database for the operation and management of staff who actually operate the vehicle delivery service (distribute the vehicles to be delivered according to the reservation data). This personnel management database will be described in FIG. 10 as being located in the vehicle allocation request processing server.

The member user transmits reservation data about the vehicle delivery service from the communication terminal related to the member user. The reservation data includes the desired date and time and place for delivery, the scheduled return time, the desired vehicle type, and the like.
The reservation data transmitted from the terminal of the member user is received by the reservation data receiving means in the vehicle management server.
It is necessary to send the reservation data together with the card number of the registered card β. This is because it is necessary for collation in the member database and settlement of usage fees. As described above, the input work can be simplified by using the dedicated application provided by the vehicle management server.

Whether or not the reservation data received by the reservation data receiving means can be reserved is determined by the reservation availability determination means using the vehicle management database and the parking lot management database.
The vehicle management database is used to confirm whether or not there is a vehicle to be delivered in the time zone related to the reservation data.
The parking lot management database is also used when the reservation data is delivered to a parking lot under control, the parking lot management database that manages the parking lot is accessed and the reservation data is related to the reservation data. This is because it is also necessary to determine whether or not there is an empty parking space in the time zone before the time.

In the vehicle delivery reservation system shown in FIG. 10, the personnel management database may also be accessed to verify whether or not the staff who can actually deliver the vehicle can be secured. This is shown by connecting the personnel management database and the reservation availability judgment means with a broken line.

The determination result by the reservation approval / disapproval determination means is notified to the communication terminal of the member user via the reservation approval / disapproval output means. Hereinafter, a case where a reservation is possible will be described. If reservations are not possible, of course, the following actions will not occur:

When the reservation is possible, the vehicle allocation request data (including the contents of the reservation data) is transmitted to the vehicle allocation request processing server via the vehicle allocation reservation data output means.
The vehicle allocation request data is received by the vehicle allocation request receiving means of the vehicle allocation request processing server. Then, the vehicle allocation personnel data calculation means determines the staff to allocate the vehicle in order to realize the contents of the vehicle allocation request data by accessing the personnel management database. Then, the vehicle is actually dispatched at this sales office (Fig. 3 (1)).
When the vehicle allocation is completed, the vehicle allocation completion data transmission means transmits the fact that the vehicle allocation is completed to the communication terminal related to the member user (FIG. 3 (3)).

The reservation availability output means may also transmit data about the date and time and place related to the reservation data to the in-vehicle device of the delivery target vehicle.
If the vehicle to be delivered is an unmanned vehicle (robot car), the vehicle will be automatically dispatched by transmitting data such as the date and time and place related to the reservation data. The operation of the robot car will be described later with reference to FIG.

(Fig. 11)
FIG. 11 shows a case where the delivery target vehicle is an unmanned robot car, and the card used when leaving the first parking lot is a membership card (same as the fifth embodiment).
From the parking lot of the delivery vehicle to the parking lot in front of the station, the robot car automatically drives to the parking lot in front of the station and parks in a predetermined space (1). It will take the same road many times, which is ideal for test operation of robot cars.

The sales office confirms that the car has parked in the designated space in the parking lot based on the communication data from the robot car (2). Then, the communication terminal related to the reservation person is notified that the delivery has been completed (3).
When the member leaves the delivery vehicle from the parking lot, insert the membership card into the checkout machine (4). Then, since this charge data is transmitted to the member database on the vehicle management server, it is possible to issue the goods without cash.

(Fig. 14)
14 to 16 show that if the delivery target vehicle has already issued the free delivery, the registered card α used for the free delivery is invalidated in order to prevent the registered card α from being used for the free delivery again. It shows the conversion system.
When it is used for free delivery again, for example, there is some practical error (for example, the serviceman of the delivery base forgets to collect the registered card), or the user who used the delivery target vehicle There may be cases such as when the registered card α is accidentally or illegally taken away.

In the delivery card invalidation system shown in FIG. 14, when the delivery target vehicle is returned to the delivery base, the registered card α carried to the delivery target vehicle is connected to the delivery base personal computer of the delivery base. Read the card number at. Then, the card number and the data specifying the parking lot that has been released free of charge are transmitted to the parking lot management server as "invalidation data" by using the invalidation data transmission means (1).
The invalidation data receiving means in the parking lot management server that has received the invalidation data can send the invalidation data the data associated with the card number of the target parking lot data that can be issued free of charge. The card is invalidated or the means is invalidated (2). Then, it is stored in the parking lot management database.

When the registered card α is inserted into the parking lot checkout machine due to an error or unauthorized use (3), the checkout machine sends the card number and checkout machine ID to the parking lot management server (). 4). Then, the card number is collated with the data stored in the card data collation means parking lot management database (5).
The collation result is transmitted by the collation result transmitting means (6). Since the card number sent from the checkout machine is already stored in the parking lot management database to the effect that it is not subject to free delivery, the gate will be closed until the payment procedure is completed (7).

(Fig. 15)
The issue card invalidation system shown in FIG. 15 is different from FIG. 14 in that the invalidation process for the registered card α is executed not by the parking lot management server but by the delivery base personal computer. Is.
In FIG. 15, the card invalidation means is provided, and the invalidated data (card number and the parking lot that has already been issued free of charge) of the card that the card invalidation means has invalidated is transmitted to the parking lot management server (1). .. The parking lot management server stores the received invalidated data in the parking lot management database.
After that, the processing when the registered card α is inserted into the payment machine in the parking lot is the same as in FIG.

(Fig. 16)
The issue card invalidation system shown in FIG. 16 differs from FIGS. 14 and 15 in that it is executed by the parking lot management server from a specific stage of the registered card to be invalidated. That is, the delivery base personal computer only receives the invalidated data for which the invalidation process has been executed by the parking lot management server.
After that, the processing when the registered card α is inserted into the payment machine in the parking lot is the same as in FIGS. 14 and 15.

The present invention relates to a service industry that manages and operates car sharing or rental cars, an information and communication service industry that supports the realization of car sharing or rental cars, a software industry that creates computer software for car sharing or rental car operations, and a card. It has the potential to be used in the credit business, travel agency business, and agency business that is entrusted with the management of commercial vehicles.

Claims (12)

A parking lot management server that enables a vehicle to be delivered, which is a vehicle desired to be delivered by a user in a vehicle delivery service, to leave the desired parking lot.
A member database that stores attribute data of member users who have registered as members in advance and data on payment methods for service charges, and
Reservation data receiving means for receiving reservation data for reserving the use of the delivery target vehicle from the terminal related to the member user, and
A free delivery data receiving means for receiving the identification data from a terminal for inputting the identification data of the IC card carried in the delivery target vehicle, and
A parking lot management database that stores the identification data received by the free delivery data receiving means and stores the data that manages each of the parking lots that are managed as to whether or not parking is possible. When,
Reservation availability determination means for confirming whether or not the reservation data received by the reservation data receiving means can be reserved by using the parking lot management database, and
A card data receiving means for receiving the identification data when the identification data of the IC card is transmitted from the payment machine in the parking lot, and
A card data collation means for collating whether or not the identification data received by the card data receiving means is appropriate data in the parking lot management database, and
A collation result transmission means for transmitting the collation result of the card data collation means to the above-mentioned settlement machine, and a collation result transmission means.
Reservation acceptance data transmission means for transmitting reservation acceptance data to the terminal related to the user, and
With
The reservation data includes a member ID for identifying a member user related to the reservation data.
The reservation data received by the reservation data receiving means is stored in the parking lot management database and stored in the parking lot management database.
The card data receiving means receives the member ID and receives the member ID.
The card data collation means is a parking lot management server that collates the member ID received by the card data receiving means and the member ID included in the reservation data stored in the parking lot management database. A parking lot management server that enables a vehicle to be delivered, which is a vehicle desired to be delivered by a user in a vehicle delivery service, to leave the desired parking lot.
A member database that stores attribute data of member users who have registered as members in advance and data on payment methods for service charges, and
Reservation data receiving means for receiving reservation data for reserving the use of the delivery target vehicle from the terminal related to the member user, and
By being carried by the delivery target vehicle specified by the reservation data received by the reservation data receiving means, the entry / exit at the parking lot is sent to the IC card for managing the entry / exit at the parking lot. Free data writing means to write free shipping data as possible,
The free delivery data written by the free data writing means is stored together with the parking lot management data, and the data that manages each of the parking lots as to whether or not parking is possible for the parked parking lot that is the management target is stored. Parking lot management database to store and
Reservation availability determination means for confirming whether or not the reservation data received by the reservation data receiving means can be reserved by using the parking lot management database, and
A card data receiving means for receiving the free shipping data when the free shipping data written on the IC card is transmitted from the payment machine in the parking lot.
A card data collation means for collating whether or not the free issue data received by the card data receiving means is appropriate data with the free issue data stored in the parking lot management database.
A collation result transmission means for transmitting the collation result of the card data collation means to the above-mentioned settlement machine, and a collation result transmission means.
Reservation acceptance data transmission means for transmitting reservation acceptance data to the terminal related to the user, and
With
The reservation data includes a member ID for identifying a member user related to the reservation data.
The reservation data received by the reservation data receiving means is stored in the parking lot management database and stored in the parking lot management database.
The card data receiving means receives the member ID and receives the member ID.
The card data collation means is a parking lot management server that collates the member ID received by the card data receiving means and the member ID included in the reservation data stored in the parking lot management database. It was decided to provide a free data receiving means for receiving free shipping data from the free data writing means.
The parking lot management server according to claim 2. The reservation data receiving means can also receive reservation data indicating that another parking lot will be used.
The reservation data also includes a member ID for identifying the member user, and includes the member ID.
Reservation data including a member ID is stored in the member database.
If the collation result by the card data collation means is correct, it is decided to store the charge data related to the charge for using the other parking lot.
The parking lot management server according to claim 3. It is a parking lot management server for invalidating the desired parking lot so that the vehicle to be delivered can not be delivered by using the IC card again when the desired parking lot is delivered by using the IC card. ,
An invalidation data receiving means for receiving the identification data from a terminal for inputting the identification data of the IC card, and
A card invalidation means that invalidates the free data related to the identification data received by the invalidation data receiving means and stores it in the parking lot management database.
With
The card data receiving means receives the identification data when the identification data of the IC card is transmitted from the payment machine of the parking lot, and receives the identification data.
The card data collating means collates with the parking lot management database whether or not the identification data received by the card data receiving means is invalidated data.
The collation result transmission means will transmit the collation result of the card data collation means to the settlement machine.
The parking lot management server according to claim 1 or 4. It is a parking lot management server for invalidating the desired parking lot so that the vehicle to be delivered can not be delivered by using the IC card again when the desired parking lot is delivered by using the IC card. ,
Invalidated data receiving means for inputting the identification data of the IC card, receiving the identification data related to the invalidation from the terminal that invalidated the free data related to the IC card, and storing it in the parking lot management database. With
The card data receiving means receives the identification data when the identification data of the IC card is transmitted from the payment machine of the parking lot, and receives the identification data.
The card data collating means collates with the parking lot management database whether or not the identification data received by the card data receiving means is invalidated data.
The collation result transmission means will transmit the collation result of the card data collation means to the settlement machine.
The parking lot management server according to claim 1 or 4. A computer program that controls a parking lot management server that enables a vehicle to be delivered, which is a vehicle for which a user wants to be delivered, to leave the desired parking lot in a vehicle delivery service.
The parking lot management server has a member database that stores attribute data of member users who have registered as members in advance and data on payment methods for service charges .
A parking lot management database that stores data that manages each room in the parking lot, whether parking is possible or not, and a parking lot management database.
With
The computer program mentioned above
The reservation data receiving procedure for receiving the reservation data for reserving the use of the delivery target vehicle from the terminal related to the member user, and the procedure for receiving the reservation data.
The free delivery data receiving procedure for receiving the identification data from the terminal for inputting the identification data of the IC card carried in the delivery target vehicle specified by the reservation data received in the reservation data receiving procedure, and the data receiving procedure for free delivery.
The identification data received by the free delivery data reception procedure is stored in the parking lot management database, and each of the parking lots to be managed is managed as to whether or not parking is possible. Data storage procedure for free shipping to store data,
A reservation availability determination procedure for confirming whether or not the reservation data received in the reservation data reception procedure can be reserved using the parking lot management database, and a reservation availability determination procedure.
A card data receiving procedure for receiving the identification data when the identification data of the IC card is transmitted from the parking lot checkout machine, and
A card data collation procedure for collating whether or not the identification data received in the card data reception procedure is appropriate data with the identification data stored in the parking lot management database, and
The collation result transmission procedure for transmitting the collation result in the card data collation procedure to the above-mentioned settlement machine, and the collation result transmission procedure.
It was decided that the parking lot management server would execute the reservation reception data transmission procedure for transmitting the reservation reception data to the terminal related to the user.
The reservation data includes a member ID for identifying a member user related to the reservation data.
The reservation data received in the reservation data reception procedure is stored in the parking lot management database.
In the card data receiving procedure, the member ID is received and the member ID is received.
In the card data collation procedure, a computer program that collates the member ID received in the card data reception procedure with the member ID included in the reservation data stored in the parking lot management database. A computer program that controls a parking lot management server that enables a vehicle to be delivered, which is a vehicle for which a user wants to be delivered, to leave the desired parking lot in a vehicle delivery service.
The parking lot management server has a member database that stores attribute data of member users who have registered as members in advance and data on payment methods for service charges.
Parking lot management database that stores data that manages each room in the parking lot, whether parking is possible or not, and a parking lot management database
With
The computer program mentioned above
The reservation data receiving procedure for receiving the reservation data for reserving the use of the delivery target vehicle from the terminal related to the member user, and the procedure for receiving the reservation data.
By being carried by the delivery target vehicle specified by the reservation data received in the reservation data receiving procedure, the IC card for managing the entry / exit at the parking lot is entered / exited at the parking lot. Free data writing procedure to write free shipping data as possible, and
The data for free delivery written in the free data writing procedure is stored in the parking lot management database, and the data for managing each of the parking lots is managed as to whether or not parking is possible for the parked parking lots to be managed. Data storage procedure for free shipping to store
A card data receiving procedure for receiving the free shipping data when the free shipping data written on the IC card is transmitted from the payment machine in the parking lot, and
A card data collation procedure for collating whether or not the free issue data received in the card data reception procedure is appropriate data with the free issue data stored in the parking lot management database, and
The collation result transmission procedure for transmitting the collation result in the card data collation procedure to the above-mentioned settlement machine, and the collation result transmission procedure.
Reservation acceptance data transmission procedure for transmitting reservation acceptance data to the terminal related to the user, and
To be executed by the parking lot management server
The reservation data includes a member ID for identifying a member user related to the reservation data.
The reservation data received in the reservation data reception procedure is stored in the parking lot management database.
In the card data receiving procedure, the member ID is received and the member ID is received.
In the card data collation procedure, a computer program that collates the member ID received in the card data reception procedure with the member ID included in the reservation data stored in the parking lot management database. It was decided to also execute the free data receiving procedure for receiving free shipping data from the above free data writing procedure.
The computer program according to claim 8. Another parking lot reservation data reception procedure for receiving another reservation data to use another parking lot including a member ID for identifying a member user, and a procedure for receiving another parking lot reservation data.
Including the separate parking lot reservation data storage procedure for storing the separate reservation data received in the separate parking lot reservation data reception procedure in the member database described above, and the separate parking lot reservation data storage procedure.
The in-card data reception procedure for receiving the in-card data sent from the checkout machine when leaving the other parking lot, and the in-card data reception procedure.
A separate parking lot exit card data collation procedure for collating the member ID included in the card data with the member ID included in the separate parking lot reservation data stored in the member database, and
The procedure for transmitting the result of collation of the card data for leaving the parking lot of another parking lot and the procedure for transmitting the result of collating the data for leaving the parking lot of another parking lot to the above-mentioned settlement machine.
Was decided to be executed by the parking lot management server
The computer program according to any one of claims 7 to 9. The invalidation data reception procedure for receiving the above identification data from the terminal for inputting the identification data of the IC card used for free delivery, and the procedure for receiving the identification data.
The invalidation procedure for invalidating the free data related to the identification data received in the invalidation data reception procedure, and the invalidation procedure.
The invalidated data storage procedure for storing the identification data invalidated by the invalidation procedure in the parking lot management database, and the invalidated data storage procedure.
The invalidated identification data receiving procedure for receiving the invalidated identification data when the invalidated identification data is transmitted from the payment machine in the parking lot from the IC card, and the invalidated identification data receiving procedure.
The invalidation data collation procedure for collating whether or not the identification data received in the invalidated identification data reception procedure is invalidated data in the parking lot management database, and the invalidation data collation procedure.
The collation result transmission procedure for transmitting the collation result in the invalidation data collation procedure to the above-mentioned settlement machine, and the collation result transmission procedure.
The computer program according to any one of claims 7 to 10, wherein the parking lot management server is to be executed. The invalidated data reception procedure for receiving the invalidated identification data from the terminal that invalidated the identification data of the IC card used for free delivery, and the procedure for receiving the invalidated data.
The invalidated data storage procedure for storing the invalidated identification data received in the invalidated data reception procedure in the parking lot management database, and the invalidated data storage procedure.
The invalidated identification data receiving procedure for receiving the invalidated identification data when the invalidated identification data is transmitted from the payment machine in the parking lot from the IC card, and the invalidated identification data receiving procedure.
The invalidation data collation procedure for collating whether or not the identification data received in the invalidated identification data reception procedure is invalidated data in the parking lot management database, and the invalidation data collation procedure.
The collation result transmission procedure for transmitting the collation result in the invalidation data collation procedure to the above-mentioned settlement machine, and the collation result transmission procedure.
The computer program according to any one of claims 7 to 11, wherein the parking lot management server is to be executed.

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