JP2018163536A - Parking room management server, entering/exiting management terminal and computer program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a technology which can manage entering/exiting of a parking room without providing a payment machine and a lock plate.SOLUTION: A parking room management server includes: time data transmission means which transmits exiting preparation time data to an entering/exiting management terminal; time data transmission means which transmits exiting preparation time data (B) to the entering/exiting management terminal; exiting data receiving means which receives the exiting preparation time data (B) and exiting data including current position data in an exiting number photograph obtained by photographing a number of a vehicle using a parking room; and exiting confirmation means which compares the number of the vehicle related to reservation data for the exiting data to address data of the parking room accumulated in a parking room database, and confirms whether or not the current position data is separated from the address data of the parking room.SELECTED DRAWING: Figure 2

Description

The present invention relates to an information processing apparatus and a computer program for realizing a rent-out parking confirmation for a time-rented parking vehicle room without equipment in the vehicle room.

  In addition to the case of using a payment machine that collects payments on the spot using a payment machine, the general parking charge collection system is charged from a bank account registered by a user who has registered in advance or credited. In many cases, it is a membership registration system in which payment is made.

Now, there is a growing business of requesting and lending private parking spaces (hereinafter referred to as “chamber compartments”) to intermediaries only during the time when the vehicle concerned is paying out.
In such a car rental business, even a car room in which a checkout machine cannot be installed may be subject to mediation. How to collect usage fees without a checkout machine is an operational issue. At present, it is merely a self-report of the user or a cone with a beacon is installed.

Patent Document 1 discloses a parking lot management system without a lock plate, which allows each parking lot to have a management function for entering and leaving, and enables processing against unauthorized vehicles.
Patent Document 2 discloses a parking lot management system in which a passenger's face is photographed and converted into face data, and a vehicle is identified by face authentication technology, so that it is not necessary to input a parking ticket or a vehicle number, and a parking fee can be settled. Is disclosed.
According to Patent Document 3, a parking lot management system that allows a parking lot provider to lend to another person even in a small amount of idle time that the person does not use without providing special incidental facilities. Is disclosed.

In addition, a system for storage management using beacons is introduced. The beacon utilization system is a technique that is easier than installing a checkout machine.

JP 2014-222477 A JP 2006-338479 A JP 2013-214265 A

The current car rental business is based on self-reporting by the user, so it is also a hotbed where unauthorized use prevails.
The storage management system using a beacon is simpler than equipment such as a checkout machine and a lock plate, and the cost for introduction and operation is low. However, since a beacon is an opportunity that requires a battery as its power source, it may be damaged or lost, or it may be uneasy about weather resistance. Running costs for management, such as the installation location and labor costs for installation, are required. In addition, there are many cabins where even beacons are difficult to install.

The problem to be solved by the present invention is to provide a technique capable of managing entry / exit of a parking compartment without providing a settlement machine or a lock plate.

  In order to solve the above-described problems, the present inventor has provided a parking compartment management server, an entry / exit management terminal for accessing the parking compartment management server, a computer program for controlling the parking compartment management server, and an entry / exit management terminal. A computer program for controlling is provided.

(First invention)
A first invention relates to a parking compartment management server that manages entry / exit by communicating with an entry / exit management terminal that is a communication terminal for a parking compartment user who uses a parking compartment.
The parking compartment management server
A parking compartment database that stores vehicle compartment attribute data including the address location data of the parking compartment provided by the owner of the parking compartment and the reservation status of the parking compartment;
Reservation data receiving means for receiving reservation data including the number of a vehicle scheduled to use a predetermined parking compartment from the storage management terminal,
A preparation preparation reception means for receiving a preparation preparation notification from the storage management terminal,
Time data transmitting means for transmitting the preparation preparation time data (B) to the storage management terminal based on the preparation preparation notification by the preparation preparation receiving means,
A delivery data receiving means for receiving delivery data including the above-mentioned delivery preparation time data (B) and current position data in a delivery number photo of a vehicle number using a parking compartment;
Compare the vehicle number related to the reservation data and the parking lot address data stored in the parking compartment database for the delivery data, and the current position data is obtained from the parking lot address data. A delivery confirmation means for confirming whether or not they are away,
Is a parking compartment management server (see FIG. 2).

(Glossary)
In the “parking compartment database”, the parking compartment provided by the owner of the parking compartment that has been entrusted to the operator of the parking compartment database (rental, charge collection, etc.) Or, data such as an address and location, parking fee, rentable time, etc. are stored. In addition to the case where the parking compartment database is physically stored in the parking compartment management server, the parking compartment database is physically separated from the parking compartment management server, but data can be exchanged via a communication network. In some cases (see FIG. 3).
The parking lot is composed of one or a plurality of “cabinets”. Therefore, the “chamber compartment” is used as a unit by the user.
The reason why the “time data transmitting means” transmits the time data (B) and uses it as the outgoing data of the incoming / outgoing management terminal is that the time data of the incoming / outgoing management terminal can be operated illegally.
The “parking compartment management server” may include a car sharing management server, a rental car management server, and the like.
The “communication terminal (entrance / exit management terminal)” must be a communication terminal that has a data communication function, a GPS function, and a camera function and is portable (the clock function is not essential in the present invention). For example, a smartphone, a mobile phone, a tablet terminal, and the like.

(Function)
The vehicle compartment attribute data including the address location data of the parking compartment provided by the owner of the parking compartment and the reservation status of the parking compartment are stored in advance in the parking compartment database.
Reservation data reception means receives reservation data including the number of a vehicle scheduled to use a predetermined parking compartment from the storage management terminal.
Subsequently, the delivery preparation reception means receives the delivery preparation notification from the storage management terminal. Based on the delivery preparation notification by the delivery preparation receiving means, the time data transmission means transmits the delivery preparation time data (B) to the aforementioned delivery management terminal.

In the entry / exit management terminal, the number of the vehicle using the parking compartment is photographed to obtain the exit number photo. Then, the delivery data including the delivery preparation time data (B) and the current position data is transmitted to the delivery number photograph, and the delivery data receiving means receives it.
With respect to the delivery data, the vehicle number related to the reservation data and the address data of the parking compartment stored in the parking compartment database are compared by the exit confirmation means, and the current position data is the parking compartment. Check if you are away from your address data. If it is away, it can be determined that the delivery has been completed.
On the other hand, when the delivery preparation time data (B) received by the delivery data receiving means is older than a certain time (for example, 10 minutes), the delivery data is regarded as illegal. This is because it is reasonable to think that the parking compartment user who has previously acquired the delivery number photo and the location information has transmitted it at an arbitrary timing.

  As described above, the parking compartment management can be remotely managed by the parking compartment management server and the entry / exit management terminal relating to the user who uses the parking compartment without providing a settlement machine or a lock plate.

(Variation 1 of the first invention)
The first invention may be as follows.
That is, a current position data receiving means is provided for receiving current position data of the loading / unloading management terminal at a shipping completion time (C) when a predetermined time has passed from the time related to the shipping preparation time data (B).
The said delivery data reception means receives the said delivery preparation time data (B) and the delivery number photograph which image | photographed the number of the vehicle using a parking compartment.
The delivery confirmation means stores the current location data including the delivery completion time (C), the delivery number photo, the vehicle number related to the reservation data, and the parking compartment database. By comparing the address data of the parking compartment, it is confirmed whether or not the current position data is away from the address data of the parking compartment (see FIG. 10).

(Function)
The reservation data receiving means receives reservation data including the number of the vehicle scheduled to use the predetermined parking compartment from the entry / exit management terminal, and the time data transmission means receives the exit preparation time data (B). The same applies until the data is transmitted to the terminal.
The exit data receiving means receives the exit preparation time data (B) transmitted from the entrance / exit management terminal and the exit number photo of the vehicle number using the parking compartment. Current position data receiving means receives the current position data of the loading / unloading management terminal at a shipping completion time (C) when a predetermined time has passed from the time related to the shipping preparation time data (B). The current position data is the address data of the parking cab by comparing the current position data, the delivery number photo, the vehicle number related to the reservation data, and the address data of the parking cab stored in the parking cab database. The shipping confirmation means confirms whether or not the user is away from.

  Even in this variation, the parking compartment management server and the entry / exit management terminal for the user using the parking compartment can remotely manage the exit of the parking compartment without providing a settlement machine or a lock plate. .

(Variation 2 of the first invention)
The first invention is more preferably formed as follows.
That is, a warehousing receiving means for receiving a warehousing notification from the warehousing and unloading management terminal
Time data transmitting means for transmitting the warehousing time data (A) to the warehousing / exiting management terminal based on the warehousing notification by the warehousing receiving means,
The warehousing data receiving means for receiving the warehousing time data (A) and the warehousing number photo of the vehicle number related to the reservation data,
A warehousing confirmation means for confirming the warehousing by comparing the warehousing number photo with the time relating to the warehousing time data (A) and the vehicle number relating to the reservation data accumulated in the parking compartment database,
(See FIG. 1).

(Function)
The warehousing receiving means receives the warehousing notification from the warehousing / extracting management terminal. Based on the warehousing notification by the warehousing receiving means, the time data transmitting means transmits the warehousing time data (A) to the warehousing / leaving management terminal.
The warehousing data receiving means receives the warehousing time data (A) transmitted from the warehousing / exiting management terminal and the warehousing number photo of the vehicle number using the parking compartment. The warehousing confirmation means confirms the warehousing by comparing the warehousing number photo with the time relating to the warehousing time data (A) and the vehicle number relating to the reservation data accumulated in the parking compartment database.
If the warehousing number photo with the time related to the warehousing time data (A) received by the warehousing data receiving means is older than a certain time (for example, 10 minutes), the warehousing data is regarded as illegal. This is because it is reasonable to think that the parking compartment user who previously acquired the warehousing number photo and the position information has transmitted it at an arbitrary timing.

  With the parking compartment management server and the storage management terminal relating to the user using the parking compartment, the parking compartment can be managed remotely without providing a settlement machine or a lock plate.

(Second invention)
The second invention relates to an entry / exit management terminal which is a communication terminal related to a parking compartment user who uses a parking compartment by communicating with a parking compartment management server that manages the parking compartment.
The entry / exit management terminal transmits reservation data including a predetermined parking room to be used and a number of the vehicle to be used, to a parking room database that stores the reservation status of the parking room. Means,
A delivery preparation transmission means for sending a delivery preparation notification to the parking compartment management server when the vehicle using the parking compartment is delivered;
Time data receiving means for receiving the preparation preparation time data transmitted from the parking compartment management server that has received the preparation preparation notification;
A current position grasping means for grasping a current position by communicating with a GPS satellite;
Vehicle number photographing means for photographing the number of the vehicle to be delivered and obtaining a delivery number photo;
Delivery data transmission means for transmitting to the parking cab management server together with the delivery preparation time data and the current position data in the delivery number photograph taken by the vehicle number photographing means,
(See FIG. 2).

(Function)
Reservation data transmission means transmits reservation data including a predetermined parking room to be used and a number of a vehicle to be used to the parking room database that stores the reservation status of the parking room.
When leaving the vehicle using the parking compartment, the exit preparation transmission means transmits the exit preparation notification to the parking compartment management server. The time data receiving means receives the preparation preparation time data transmitted from the parking compartment management server that has received the preparation preparation notification.
Then, the current position grasping means grasps the current position data. On the other hand, the vehicle number photographing means photographs the number of the vehicle to be delivered to obtain a delivery number photo. Then, the delivery number time photographed by the vehicle number photographing means is accompanied by the delivery preparation time data and the current position data, and the delivery data transmission means transmits the data to the parking compartment management server.
In the parking compartment management server, the delivery can be confirmed using the delivery preparation time data and the current position data in the delivery number photo. The user who uses the parking compartment can confirm that the vehicle has been delivered from the compartment used by the entry / exit management terminal.

(Variation 1 of the second invention)
According to a second aspect of the present invention, there is provided current position data transmitting means for transmitting the current position data acquired by the current position grasping means at a delivery completion time after a predetermined time has elapsed from the time related to the delivery preparation time data. Also good.

(Function)
The current position data transmitting means transmits the current position data of the loading / unloading management terminal at a loading completion time after a predetermined time has elapsed from the time related to the shipping preparation time data.
If transmission of the current location data of the entry / exit management terminal by the current location data transmission means is automatic, the user confirms that the vehicle has been delivered from the passenger compartment used by the entry / exit management terminal without operating the terminal. I can have you.

(Variation 2 of the second invention)
The second invention is more preferably formed as follows.
That is, the warehousing communication transmitting means for transmitting the warehousing notification to the effect that the vehicle related to the reservation data is warehousing to the parking cab management server, and the warehousing time transmitted from the parking cab management server that has received the warehousing communication. Time data receiving means for receiving data.
The vehicle number photographing means obtains a warehousing number photograph by photographing the number of the vehicle to be warehousing. In addition, a warehousing data transmission unit is provided that transmits the warehousing number photo together with the warehousing time data to the parking cab management server.

(Function)
The warehousing communication transmitting means transmits the warehousing notification for arriving the vehicle related to the reservation data to the parking cab management server. The time data receiving means receives the warehousing time data transmitted from the parking compartment management server that has received the warehousing notification. The vehicle number photographing means photographs the number of the vehicle to be stored and obtains a storage number photo. The warehousing data transmission means transmits the warehousing number photo together with the warehousing time data to the parking cab management server.
As described above, it is possible to report to the parking compartment management server that the vehicle related to the reservation has been received.

(Third invention)
A third invention relates to a computer program for controlling a parking compartment management server that manages entry / exit by communicating with an entry / exit management terminal that is a communication terminal for a parking compartment user who uses a parking compartment.
The computer program includes a parking room data storage procedure for storing in the parking room database the vehicle room attribute data including address data of the parking room provided by the owner of the parking room and the reservation status of the parking room. ,
Reservation data reception procedure for receiving reservation data including the number of the vehicle scheduled to use the parking compartment from the storage management terminal,
A preparation preparation reception procedure for receiving a preparation preparation notification from the storage management terminal,
The time data transmission procedure for sending the preparation preparation time data to the above-mentioned storage management terminal based on the preparation preparation notification by the delivery reception procedure The above-mentioned preparation preparation time in the exit number photo of the vehicle number using the parking compartment A delivery data reception procedure for receiving delivery data including data and current location data;
Compare the vehicle number related to the reservation data and the parking lot address data stored in the parking compartment database for the delivery data, and the current position data is obtained from the parking lot address data. A delivery confirmation procedure to check if they are away,
Is executed by the parking cab management server.

(Variation 1 of the third invention)
The third invention may be as follows.
That is, the time data transmission procedure for transmitting the preparation preparation time data to the entry / exit management terminal based on the preparation preparation notification by the delivery reception procedure,
The delivery number photo reception procedure for receiving the delivery preparation time data and the delivery number photo of the vehicle number using the parking compartment,
A current position data receiving procedure for receiving current position data of the loading / unloading management terminal at a shipping completion time after a predetermined time has elapsed from the time relating to the shipping preparation time data;
Compare the current position data including the delivery completion time, the delivery number photo, the vehicle number related to the reservation data, and the parking lot address data stored in the parking compartment database A delivery confirmation procedure for checking whether the current location data of the vehicle is away from the address data of the parking compartment,
Is to be executed by the parking compartment management server.

(Variation 2 of the third invention)
The third invention is more preferably formed as follows.
In other words, the warehousing reception procedure for receiving the warehousing communication from the warehousing and unloading management terminal,
A time data transmission procedure for transmitting the warehousing time data to the warehousing management terminal based on the warehousing notification by the warehousing reception procedure;
Warehousing data reception procedure for receiving a warehousing number photo obtained by shooting the warehousing time data and the vehicle number related to the reservation data;
A warehousing confirmation procedure for confirming the warehousing by comparing the warehousing number photo with the time according to the time data and the number of the vehicle according to the reservation data accumulated in the parking cab database,
Is executed by the parking compartment management server.

(Fourth invention)
A fourth invention relates to a computer program for controlling an entry / exit management terminal which is a communication terminal related to a parking compartment user who uses a parking compartment by communicating with a parking compartment management server for managing the parking compartment.
The computer program includes a reservation data transmission procedure for transmitting reservation data including a predetermined parking room to be used and a number of a vehicle to be used with respect to a parking room database that stores a reservation situation of the parking room, and the like. ,
A preparation preparation transmission procedure for sending a preparation preparation notification to the parking compartment management server when the vehicle using the parking compartment is delivered;
Time data reception procedure for receiving the preparation preparation time data transmitted from the parking compartment management server that has received the preparation preparation notification,
A current position grasping procedure for grasping a current position by communicating with a GPS satellite;
Vehicle number shooting procedure to take the number of the vehicle to be issued and obtain the output number photo,
A delivery data transmission procedure for sending to the parking cab management server with the delivery preparation time data and the current location data to the delivery number photograph taken in the vehicle number photography procedure,
Is executed by the warehouse management terminal.

(Relationship between the fourth invention and the second invention)
4th invention corresponds to the application software installed in the warehouse control terminal which concerns on 2nd invention. A terminal installed with the computer program according to the fourth invention is the second invention.

(Variation 1 of the fourth invention)
The fourth invention is more preferably formed as follows.
That is, the current location data transmission procedure for transmitting the current location data acquired by the current location grasping means at the delivery completion time when a predetermined time has passed from the time related to the delivery preparation time data is also sent to the storage management terminal. It will be executed.

(Variation 2 of the fourth invention)
The fourth invention is more preferably formed as follows.
That is, a warehousing communication transmission procedure for transmitting a warehousing notification to the effect that the vehicle according to the reservation data is warehousing,
Time data reception procedure for receiving warehousing time data transmitted from the parking cab management server that has received the warehousing notification,
Receipt number shooting procedure to capture the number of the vehicle to be received and obtain the receipt number photo,
The warehousing management terminal executes the warehousing data transmission procedure in which the warehousing number photograph taken in the warehousing number photographing procedure is transmitted to the parking cab management server together with the warehousing time data. .

(Invention of computer program)
The computer program according to the third and fourth inventions can be distributed by being stored in a recording medium and transmitted via a communication facility.

According to the first and third aspects of the present invention, it is possible to provide a parking cab management server and a control program thereof that enable management of entering and exiting the parking cab without providing a settlement machine or a lock plate.
In addition, according to the second and fourth aspects of the invention, it is possible to provide an entry / exit management terminal and a control program therefor that can manage the entry / exit of the parking compartment without providing a settlement machine or a lock plate.

It is a block diagram which shows the mechanism of the warehousing management in this invention. It is a block diagram which shows the mechanism of the delivery management in this invention. It is a conceptual diagram which shows the variation regarding the positioning of the parking vehicle room database in this invention. It is a conceptual diagram which shows the transition (at the time of warehousing) of the application in a warehousing management terminal. It is a conceptual diagram which shows the transition (at the time of warehousing) of the application in a warehousing management terminal. It is a conceptual diagram which shows transition (at the time of delivery) of the application in an entering / exiting management terminal. It is a conceptual diagram which shows transition (at the time of delivery) of the application in an entering / exiting management terminal. It is a conceptual diagram which shows transition (at the time of delivery) of the application in an entering / exiting management terminal. It is a block diagram which shows the variation 1 about delivery management. It is a block diagram which shows the variation 2 about delivery management. It is a conceptual diagram which shows transition of the application of the delivery management variation 2 in a storage / exit management terminal. It is a conceptual diagram which shows transition of the application of the delivery management variation 2 in a storage / exit management terminal. It is a conceptual diagram which shows transition of the application of the delivery management variation 2 in a storage / exit management terminal. It is a block diagram which shows the variation 3 about shipping management. It is a block diagram which shows the management variation in the case of entering / exiting continuously.

Embodiments for carrying out the present invention will be described with reference to FIGS. The operation of the terminal by the user in the parking compartment, the operation in the parking compartment management server, and software will also be described.
With reference to FIG. 1 and FIG. 2, the relationship between the storage management terminal and the parking cab management server in this embodiment will be described. Moreover, the screen transition in the warehouse management terminal will be described with reference to FIGS.
9, 10, and 14, variations in the delivery management will be described. 11 to 13, screen transitions of the warehousing / exiting management terminal in the warehousing management shown in FIG. 10 will be described.
In FIG. 15, the variation of the relationship between the entering / exiting management terminal and parking vehicle room management server in the entering / exiting management will be described.

(Figure 1)
FIG. 1 shows a portable communication terminal (assuming a smartphone) related to a user who has made a reservation for renting a parking cab without a checkout machine and a lock plate, and entry / exit management of the parking cab related to the reservation. The scene which performs confirmation of warehousing in relation to the parking vehicle room management server is shown.
First of all, dedicated application software (hereinafter abbreviated as “dedicated application”) for renting a parking cab without a checkout machine and a lock board and managing entry / exit is downloaded to the mobile terminal of the user. . Through this dedicated application, it becomes an “entrance / exit management terminal” capable of exchanging information with the parking cab management server.
Although illustration is omitted, in order to facilitate the payment of the usage fee of the parking compartment by the user, the member registration is completed with the operator of the parking compartment management server, and the usage fee is automatically withdrawn. It is common to be able to do this.

The reason for assuming a smartphone as an example of a “portable communication terminal” is that in the present embodiment, the communication terminal must have a data communication function, a GPS function, and a camera function and be portable. . Other “portable communication terminals” include, for example, smartphones, mobile phones, and tablet terminals.
Note that the clock function is not essential in the present invention. Almost all currently available communication terminals are provided with a clock function, but in the following embodiments, the clock function of the communication terminal is not used, but the time data provided by the parking compartment management server is used.

The “parking compartment management server” includes a “parking compartment database” for managing the parking compartment. This “parking compartment database” includes the parking compartment provided by the parking compartment owner who entrusted the management of the parking compartment (rental, charge collection, etc.) to the operator of the parking compartment database. Stores data such as address and location (or parking lot), parking fee, and rentable time.
The parking lot is composed of one or a plurality of “cabinets”. Therefore, the “chamber compartment” is used as a unit by the user.

First, a user reserves a parking room with a certain date and time. For the reservation, reservation data including the vehicle number of the vehicle scheduled to use the parking compartment is transmitted to the parking compartment management server using the reservation data transmission means.
The reservation data including the vehicle number is received by the reservation data receiving means of the parking cab management server. And it registers into a parking vehicle room database.

When the reservation date and time approaches, the user carrying the storage management terminal goes to the parking compartment related to the reservation with the vehicle scheduled to be parked. And if it comes in, it will transmit a receipt notification to a parking compartment management server by a receipt notification transmission means.
The receipt notification is received by the receipt receiving means of the parking cab management server. Then, the time data transmitting means transmits the time data (A) to the storage / exit management terminal.
The time data (A) is received by the time data receiving means in the warehouse control terminal. And the user who uses a parking compartment photo | photographs the license plate of the vehicle parked using a vehicle number imaging | photography means (smart phone's camera function), acquires a vehicle number photograph (digital data), time data ( At the same time as A), it is transmitted to the parking compartment management server by the warehousing data transmission means.
The reason for using the time data (A) transmitted from the parking compartment management server without using the time by the clock function in the entry / exit management terminal for the user is to prevent fraud by the user.

The warehousing data receiving means of the parking cab management server receives the warehousing data in which the warehousing number photo indicating that the vehicle has entered is transmitted together with the time data (A). Then, the warehousing confirmation means collates with the vehicle number that reserved the vehicle compartment in the parking vehicle compartment database, and confirms whether or not they match. Since the warehousing number photograph is image data, the vehicle number is read from the image data with image recognition software or the like, digitized, and compared with the vehicle number in the parking compartment database.
The confirmation result is transmitted to the entry / exit management terminal by the confirmation result transmitting means. The confirmation result is received by the result receiving means.

(Figure 2)
FIG. 2 is a scene in which a vehicle that has been received is discharged. That is, it shows a scene in which confirmation of delivery is executed in the relationship between the entry / exit management terminal and the parking compartment management server related to the user who made a reservation to rent a parking compartment.
In the figure, the reservation data transmitting means is shown on the entrance / exit management terminal side, and the reservation data receiving means is shown on the parking cab management server side. Since this cannot be confirmed, it is shown for convenience.

  The user who has left the vehicle from the parking compartment transmits a preparation preparation notification to the parking compartment management server using the preparation preparation transmission means of the storage management terminal. The delivery preparation notification is received by the delivery preparation receiving means of the parking cab management server. Then, the time data transmitting means transmits the time data (B) to the storage / exit management terminal. The time data (B) is received by the time data receiving means of the warehouse control terminal.

The user using the parking compartment activates the GPS function in the entry / exit management terminal, and then uses the vehicle number photographing means (the camera function of the smartphone) to photograph the license plate of the vehicle to be parked, get.
The vehicle number photograph is transmitted together with the time data (B) and the position data to the parking compartment management server by the delivery data transmission means.
In the parking compartment management server, the delivery data receiving means receives the delivery number photo accompanied with the time data (B). Since the delivery number photograph is also image data, the vehicle number is read from the image data with image recognition software or the like and digitized, and compared with the vehicle number in the parking compartment database.

If the current position data does not match the address data of the parking compartment (stored in the parking compartment database), it can be estimated that the delivery has been completed.
The confirmation result by the delivery confirmation means is transmitted to the entry / exit management terminal by the confirmation result transmission means. In the warehouse management terminal, the result receiving means receives the confirmation result.

Note that it is possible to confirm whether or not the user has left the store according to the reservation by using the reservation data by the user and the time data (B).
Similarly, it is possible to confirm whether or not the user has entered the store as reserved by using the reservation data by the user and the time data () A).
By confirming these two points, the usage fee for the parking compartment is calculated and charged to the user.

(Figure 3)
The parking compartment database has been described as being physically stored in the parking compartment management server in FIGS. However, as shown in FIG. 3, the parking vehicle room database may be one that is physically separated from the parking vehicle room management server but can exchange data via a communication network.
The parking cab management server shown in FIG. 3 indicates that not only the parking cab database α but also β and γ can exchange data via the communication network.

(Fig. 4)
FIG. 4 shows the transition of the application (in the case of warehousing) in the warehousing / extracting management terminal.
FIG. 4A shows a screen in which the name of the reservation person who is the driver of the vehicle and the number of the vehicle using the passenger compartment are input by the user (reservation person) and the transmission button is tapped.
In FIG.4 (b), the screen for transmitting the warehousing notification to a parking vehicle room management server with respect to a user is shown.
FIG. 4C shows a screen in a state immediately after receiving the time data (time data (A) in FIG. 1) from the parking compartment management server and immediately before the camera is automatically activated. After the camera is activated, you will be instructed to take a picture of the license plate of the vehicle you entered within 3 minutes and send it. With this time data, warehousing data (data combined with the warehousing number photograph taken in FIG. 5) is created.

(Fig. 5)
FIG. 5 also shows the transition of the application in the storage / exit management terminal (at the time of storage).
FIG. 5A shows a screen for photographing a license plate of a parked vehicle when the camera is activated.
FIG. 5B shows a screen immediately before the user confirms whether the photographed image is clear, whether the license plate to be photographed is not too small, whether all characters have moved, and the like.

FIG. 5C shows a screen in a state before the transmission of the photographed license plate image.
The time data received in FIG. 4C is displayed together with the license plate image.
A button “shoot again” and a button “send image” are alternatives. If the user selects “shoot again”, the camera is returned to the activated state. If “send image” is selected, warehousing data based on the license plate image combined with the time data is created and transmitted to the parking cab management server.

(Fig. 6)
FIG. 6 is a conceptual diagram showing the transition of applications (when leaving) at the entry / exit management terminal.
Fig.6 (a) has shown the screen for transmitting the leaving preparation notification to a parking cab management server with respect to a user.
In FIG. 6B, the user is prompted to complete the delivery within 5 minutes after the delivery data is transmitted. Further, the user is requested to activate the “location information service” of the storage / exit management terminal.
“Position information service” is a function that allows the user to know where the smartphone is by using the GPS function built in the smartphone through communication with a satellite and to use the position information. Many users have turned off the “location information service” setting because of privacy issues and the high energy consumption of smartphones. However, if this “location information service” is not turned on, delivery management will be incomplete, and the user is requested to activate the “location information service”.

In addition, in FIG. 6B, immediately after the “location information service” is turned on (confirmed), the user is photographed the license plate of the vehicle. Is allowed to (automatically) be added.
This is because, when the location information is privacy information and the privacy information can be set in detail, a vehicle license plate photo, location information, and time data are required for exit management.
It is also possible to provide a screen that prompts the user to turn on the “location information service” when the application is started in the storage / exit management terminal.

  FIG. 6C shows a display screen indicating that the time data (time data (B) in FIG. 2) has been received from the parking compartment management server and that the camera is activated immediately after. With this time data (B), shipping data (data combined with the shipping number photo) is created.

(Fig. 7)
FIG. 7 is also a conceptual diagram showing application transition (when leaving) at the entry / exit management terminal.
FIG. 7A shows a screen for photographing a license plate of a parked vehicle when the camera is activated.
FIG. 7B shows a screen immediately before the user confirms whether the photographed image is clear, whether the license plate to be photographed is not too small, whether all characters have moved, and the like.

FIG. 7C shows a screen in a state before transmission of a photographed license plate image.
The time data received in FIG. 6C are displayed together with the license plate image.
A button “shoot again” and a button “send image” are alternatives. If the user selects “shoot again”, the camera is returned to the activated state. If “send image” is selected, the delivery data based on the license plate image combined with the above time data is created and transmitted to the parking compartment management server.

(Fig. 8)
FIG. 8 is also a conceptual diagram showing application transition (when leaving) at the entry / exit management terminal.
In FIG. 8A, in order to inform the user that the license plate photo of the vehicle with the position information and time data has been transmitted to the parking cab management server and that the delivery has been confirmed based on the transmitted data. Shows the screen.
“Checking for delivery. Please wait for a while” means that the delivery confirmation means in the parking cab management server confirms whether or not the delivery has been made based on various data. This is what you are telling the user.

In FIG. 8 (b), the fact that the exit confirmation means in the parking compartment management server could not confirm that the exit has been confirmed (error) is reported to the user depending on the position information received by the parking compartment management server.
When the “send again” button on this screen is tapped, the location information in the storage management terminal is transmitted by the user's active action. In addition, in “Send again”, the latest delivery preparation time data (B) is required, but the latest delivery preparation time data (B) is sent together with the above “not confirmed (error)”. Therefore, the latest shipping preparation time data (B) is used.

FIG. 8C shows a screen for informing the user when the delivery can be confirmed after FIG. 8A or 8B.
It is confirmed that the location information received by the parking compartment management server does not match the address location (position information) of the parked compartment. Since both the entry / exit management terminal, the parked vehicle, and the user can be assumed to have moved from the parked compartment, the parking compartment management server determines that “the exit has been completed”.

If the user pretends to have left the car and does not take the vehicle out of the compartment, the location information received by the parking compartment management server matches the address of the parked compartment (location information). It can be estimated that it has not been completed.
In addition, since there is an error in the location information transmitted from the entry / exit management terminal, if the parking compartment management server does not receive location information outside the predetermined range from the address (location information) of the passenger compartment, There is a risk that it will be judged as not completed.

(Fig. 9)
The delivery confirmation procedure shown in FIG. 9 will be described while referring to differences from FIG.
That is, the current position data receiving means does not attach the current position data to the number photograph taken by the vehicle number photographing means but attaches it to the time data (B) as the outgoing data to be transmitted to the parking compartment management server. Is shown.

  In the parking cab management server, if the number photo, the time data (B), and the current position data are integrated, the delivery confirmation can be performed.

(Fig. 10)
A difference from FIG. 2 in the procedure of the delivery confirmation shown in FIG. 10 will be described.
In the departure confirmation shown in FIG. 2, the user takes a vehicle number photograph after leaving the vehicle, and transmits time data (B) and current position data. However, it is troublesome for the user to take a vehicle number photograph after leaving the vehicle.
Therefore, in the delivery confirmation shown in FIG. 10, both number photographs are taken and sent before delivery, and the current position data is received after the time when delivery will be completed after receiving time data (B). Is to be sent automatically.

The user who has transmitted the delivery number photograph causes his / her vehicle to exit from the passenger compartment. Based on the GPS function, the current position data of the entry / exit management terminal is acquired and transmitted to the parking compartment management server together with the exit completion time data (C). The current position data and time data (C) are received by the current position data receiving means.
If the current position data does not match the address data of the parking compartment (stored in the parking compartment database), it can be estimated that the delivery has been completed.
If the time data (C) of the current position data is later than the time data (B) of the shipping number photograph, the fact that the shipping has been performed can be almost confirmed. The delivery confirmation means executes the confirmation work as described above.
The confirmation result by the delivery confirmation means is transmitted to the entry / exit management terminal by the confirmation result transmission means. In the warehouse management terminal, the result receiving means receives the confirmation result.

With the reservation data by the user and the time data (B) or the time data (C), it can be confirmed whether or not the user has left the store as scheduled.
Similarly, it is possible to confirm whether or not the user has received the goods as reserved by using the reservation data by the user and the time data (A).
By confirming these two points, the usage fee of the parking compartment is calculated and charged to the user.

In the embodiment described above, the time (C) is determined based on the time (B) at the storage / exit management terminal. In this case, the information “what is C after B?” It will be held by both the terminal and the parking cab management server. Moreover, when changing this time (C), work, such as updating this application previously installed in the warehouse management terminal, is required.
It should be noted that the above-mentioned delivery completion time (C) may be determined by the parking vehicle room management server and transmitted together with the delivery preparation time data (B) by the time data transmission means.

(Fig. 11)
FIG. 11 to FIG. 13 are conceptual diagrams showing application transitions (when leaving) at the entry / exit management terminal in the case of adopting the exit confirmation procedure shown in FIG.
FIG. 11A is the same as FIG.
FIG. 11B shows a display screen indicating that the time data (time data (B) in FIG. 10) has been received from the parking compartment management server and that the camera is to be started immediately thereafter. With this time data (B), shipping data (data combined with the shipping number photo) is created.
FIG.11 (c) has shown the screen which image | photographs the license plate of the parked vehicle when a camera starts.

(Fig. 12)
FIG. 12A shows a screen immediately before the user confirms whether the photographed image is clear, whether the license plate to be photographed is not too small, whether all characters have moved, and the like.
FIG. 12B shows a screen in a state before transmission of a photographed license plate image. Along with the license plate image, the time data received in FIG. 11B is displayed.
A button “shoot again” and a button “send image” are alternatives. If the user selects “shoot again”, the camera is returned to the activated state. If “send image” is selected, the delivery data based on the license plate image combined with the above time data is created and transmitted to the parking compartment management server.
In FIG. 12C, the user is prompted to complete the delivery within 5 minutes after the delivery data is transmitted. Further, the user is requested to activate the “location information service” of the storage / exit management terminal. If the user is permitted to use the location information by turning on the “location information service” before the screen of FIG. 11A, the “location information service is turned on” in FIG. Please do not display "screen.

(Fig. 13)
In FIG. 13 (a), after a predetermined time after the delivery data is transmitted by the application installed in the entry / exit management terminal (in this embodiment, after 7 minutes as shown in FIG. 12 (c)), The position information is automatically transmitted to the parking cab management server, and the fact that the parking cab management server has received is sent back to the warehousing and management terminal.
In FIG. 13A, position information is transmitted by a user operation, but may be automatically transmitted by an application.

In FIG. 13 (b), the user is informed that the exit confirmation means in the parking compartment management server could not confirm that the exit was confirmed, depending on the position information received by the parking compartment management server. At this time, the parking compartment management server transmits time data (C).
When the “send again” button on this screen is tapped, the location information in the storage management terminal is transmitted by the user's active action. In FIG. 13B as well, automatic transmission may be performed by an application.

FIG. 13 (c) shows a screen for informing the user when the delivery has been confirmed after FIG. 13 (a) or (b).
It is confirmed that the location information received by the parking compartment management server does not match the address location (position information) of the parked compartment. Since both the entry / exit management terminal, the parked vehicle, and the user can be assumed to have moved from the parked compartment, the parking compartment management server determines that “the exit has been completed”.

  If the user pretends to have left the car and does not take the vehicle out of the compartment, the location information received by the parking compartment management server matches the address of the parked compartment (location information). It can be estimated that it has not been completed.

(Fig. 14)
When the delivery confirmation procedure shown in FIG. 10 is adopted, the location information received by the parking compartment management server does not match the address location (position information) of the parked compartment, but the travel distance is small. In this case, there is a possibility that the user is moving on foot while guessing from the moving speed of the vehicle while the vehicle is parked in the passenger compartment. In such a case, the position information at the storage / exit management terminal is received again after a predetermined time, and it is estimated whether or not it is an illegal act.
There is a possibility that the vehicle is taken out from the passenger compartment but is stuck in a traffic jam. In the exit confirmation shown in FIG. 14, traffic jam information is acquired from the road information server, and it is assumed whether or not it is a fraudulent activity, taking into account whether there is traffic jam around the passenger compartment. .

(Fig. 15)
In the embodiment shown in FIG. 15, a procedure for confirming entry / exit is shown in which the vehicle number photo is transmitted at the time of warehousing so that the transmission of the vehicle number photo is omitted at the time of warehousing.
After transmitting the time data (B), the current position data is automatically transmitted together with the time data (C), thereby confirming the delivery. The other procedures are the same as the procedures shown in FIG. 2 and FIG.

According to the embodiment described above, it is possible to manage the entry / exit of the parking compartment without providing a settlement machine or a lock plate. In particular, the fact that it has been possible to confirm whether or not a car has been shipped without relying on manual or new equipment introduction may greatly contribute to the effective use of a parking compartment.

  The invention of the present application has applicability in the management business of the parking compartment, the communication information industry that introduces the parking compartment, the software development industry related to parking management, and the like.

Claims (12)

A parking cab management server that manages warehousing by communicating with a warehousing management terminal that is a communication terminal related to a parking cab user using a parking cab,
A parking compartment database that stores vehicle compartment attribute data including the address location data of the parking compartment provided by the owner of the parking compartment and the reservation status of the parking compartment;
Reservation data receiving means for receiving reservation data including the number of a vehicle scheduled to use a predetermined parking compartment from the storage management terminal,
A preparation preparation reception means for receiving a preparation preparation notification from the storage management terminal,
Time data transmitting means for transmitting the preparation preparation time data to the storage management terminal based on the preparation preparation communication by the preparation preparation receiving means;
A delivery data receiving means for receiving the delivery data including the delivery preparation time data and the current location data in the delivery number photo of the vehicle number using the parking compartment;
Compare the vehicle number related to the reservation data and the parking lot address data stored in the parking compartment database for the delivery data, and the current position data is obtained from the parking lot address data. A delivery confirmation means for confirming whether or not they are away,
Parking car room management server. A current position data receiving means for receiving the current position data of the loading / unloading management terminal at a shipping completion time after a predetermined time has elapsed from the time related to the shipping preparation time data;
The said delivery data reception means shall receive the delivery number photograph which image | photographed the number of the said vehicle using the said preparation preparation time data and a parking cab,
The delivery confirmation means includes the current location data including the delivery completion time, the delivery number photo, the vehicle number related to the reservation data, and the parking compartment address stored in the parking compartment database. The parking vehicle room management server according to claim 1, wherein the location data is compared to confirm whether or not the current position data is separated from the address data of the parking vehicle room. A warehousing receiving means for receiving a warehousing notification from the warehousing / extracting management terminal
Time data transmitting means for transmitting the warehousing time data to the warehousing and unloading management terminal based on the warehousing notification by the warehousing receiving means;
A warehousing data receiving means for receiving a warehousing number photo in which the vehicle number related to the warehousing time data and the reservation data is photographed,
The warehousing confirmation means for confirming the warehousing by comparing the warehousing number photo with the time relating to the time data and the vehicle number relating to the reservation data stored in the parking vehicle room database,
The parking vehicle room management server according to claim 1, further comprising: It is an entry / exit management terminal that is a communication terminal related to a parking compartment user who uses a parking compartment by communicating with a parking compartment management server that manages the parking compartment,
Reservation data transmission means for transmitting reservation data including a predetermined parking room to be used and a number of a vehicle to be used for a parking room database that accumulates the reservation status of the parking room, etc.,
A delivery preparation transmission means for sending a delivery preparation notification to the parking compartment management server when the vehicle using the parking compartment is delivered;
Time data receiving means for receiving the preparation preparation time data transmitted from the parking compartment management server that has received the preparation preparation notification;
A current position grasping means for grasping a current position by communicating with a GPS satellite;
Vehicle number photographing means for photographing the number of the vehicle to be delivered and obtaining a delivery number photo;
Delivery data transmission means for transmitting to the parking cab management server together with the delivery preparation time data and the current position data in the delivery number photograph taken by the vehicle number photographing means,
Entry / exit management terminal equipped with. 5. The entry according to claim 4, further comprising: current position data transmission means for transmitting current position data acquired by the current position grasping means at a delivery completion time after a predetermined time has elapsed from the time related to the delivery preparation time data. Delivery management terminal. A warehousing communication transmitting means for transmitting a warehousing notification to the effect that the vehicle according to the reservation data is warehousing, to the parking cab management server;
Time data receiving means for receiving warehousing time data transmitted from the parking cab management server that received the warehousing notification;
With
The vehicle number photographing means captures the number of the vehicle to be stored and obtains the storage number photo,
The warehousing management terminal according to any one of claims 4 and 5, further comprising warehousing data transmitting means for transmitting the warehousing number photograph together with the warehousing time data to the parking vehicle room management server. . A computer program for controlling a parking compartment management server for managing entry / exit by communicating with an entry / exit management terminal which is a communication terminal related to a parking compartment user who uses a parking compartment,
Parking room data storage procedure for storing the vehicle room attribute data including the address data of the parking room provided by the owner of the parking room and the reservation status of the parking room in the parking room database,
Reservation data reception procedure for receiving reservation data including the number of the vehicle scheduled to use the parking compartment from the storage management terminal,
A preparation preparation reception procedure for receiving a preparation preparation notification from the storage management terminal,
A time data transmission procedure for transmitting the preparation preparation time data to the above-mentioned storage management terminal based on the preparation preparation notification according to the delivery reception procedure;
A delivery data reception procedure for receiving delivery data including the aforementioned delivery preparation time data and current location data in a delivery number photo in which the number of the vehicle using the parking compartment is photographed,
Compare the vehicle number related to the reservation data and the parking lot address data stored in the parking compartment database for the delivery data, and the current position data is obtained from the parking lot address data. A delivery confirmation procedure to check if they are away,
Is a computer program that causes a parking cab management server to execute. A computer program for controlling a parking compartment management server for managing entry / exit by communicating with an entry / exit management terminal which is a communication terminal related to a parking compartment user who uses a parking compartment,
Parking room data storage procedure for storing the vehicle room attribute data including the address data of the parking room provided by the owner of the parking room and the reservation status of the parking room in the parking room database,
Reservation data reception procedure for receiving reservation data including the number of the vehicle scheduled to use the parking compartment from the storage management terminal,
A preparation preparation reception procedure for receiving a preparation preparation notification from the storage management terminal,
A time data transmission procedure for transmitting the preparation preparation time data to the above-mentioned storage management terminal based on the preparation preparation notification according to the delivery reception procedure;
The delivery number photo reception procedure for receiving the delivery preparation time data and the delivery number photo of the vehicle number using the parking compartment,
A current position data receiving procedure for receiving current position data of the loading / unloading management terminal at a shipping completion time after a predetermined time has elapsed from the time relating to the shipping preparation time data;
Compare the current position data including the delivery completion time, the delivery number photo, the vehicle number related to the reservation data, and the parking lot address data stored in the parking compartment database A delivery confirmation procedure for checking whether the current location data of the vehicle is away from the address data of the parking compartment,
Is a computer program that causes a parking cab management server to execute. Warehousing reception procedure for receiving the warehousing communication from the warehousing and unloading management terminal,
A time data transmission procedure for transmitting the warehousing time data to the warehousing management terminal based on the warehousing notification by the warehousing reception procedure;
Warehousing data reception procedure for receiving a warehousing number photo obtained by shooting the warehousing time data and the vehicle number related to the reservation data;
A warehousing confirmation procedure for confirming the warehousing by comparing the warehousing number photo with the time according to the time data and the number of the vehicle according to the reservation data accumulated in the parking cab database,
The computer program according to claim 7 or 8, wherein the parking cab management server is caused to execute. A computer program for controlling a storage management terminal which is a communication terminal related to a parking compartment user who uses a parking compartment by communicating with a parking compartment management server for managing the parking compartment,
Reservation data transmission procedure for transmitting reservation data including a predetermined parking room to be used and a number of a vehicle to be used for a parking room database for accumulating reservation conditions of the parking room,
A preparation preparation transmission procedure for sending a preparation preparation notification to the parking compartment management server when the vehicle using the parking compartment is delivered;
Time data reception procedure for receiving the preparation preparation time data transmitted from the parking compartment management server that has received the preparation preparation notification,
A current position grasping procedure for grasping a current position by communicating with a GPS satellite;
Vehicle number shooting procedure to take the number of the vehicle to be issued and obtain the output number photo,
A delivery data transmission procedure for sending to the parking cab management server with the delivery preparation time data and the current location data to the delivery number photograph taken in the vehicle number photography procedure,
Is a computer program that causes an entry / exit management terminal to execute. The current position data transmission procedure for transmitting the current position data acquired by the current position grasping means at the completion time when the predetermined time has passed from the time related to the preparation time data.
The computer program according to claim 10, wherein the computer program is executed by an entry / exit management terminal. A warehousing communication transmission procedure for transmitting a warehousing notification to the effect that the vehicle related to the reservation data is warehousing, to the parking cab management server;
Time data reception procedure for receiving warehousing time data transmitted from the parking cab management server that has received the warehousing notification,
Receipt number shooting procedure to capture the number of the vehicle to be received and obtain the receipt number photo,
The warehousing data transmission procedure for transmitting the warehousing number photograph taken in the warehousing number photographing procedure together with the warehousing time data to the parking compartment management server is executed by the warehousing management terminal. The computer program according to claim 10 or claim 11.

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