JP6892238B2 - How to operate the parking system - Google Patents

Description

The present invention relates to a parking system in which a vehicle on which a user rides is parked in a parking lot. In particular, the present invention relates to an operation method of a parking system in which a vehicle on which a user rides is parked in a parking lot using a vehicle inspection database.

Parking lots may be used to park multiple vehicles.
In the parking lot, vehicles are transferred between the entrance / exit space and the parking space and parked in the parking space.
For example, in a mechanical parking lot, a vehicle is placed on a pallet, and the pallet is transferred between an entry / exit space and a parking space to be parked in the parking space.
For example, a self-propelled parking lot accepts a self-propelled vehicle from an entrance / exit, and the vehicle self-propells and stops in a parking space.

The operation panel is installed in the parking lot.
The user gets out of the vehicle and operates the operation panel in order to perform the warehousing operation and the warehousing operation.

As mentioned above, it is necessary to get off the vehicle to operate the parking lot, but there is an opinion that it is inconvenient when it rains.
In addition, the operation method differs depending on the model of the parking lot, and it is necessary for the user to learn the operation method in advance.

Therefore, it has been proposed to operate the parking lot with a mobile terminal.
The inventors propose to operate the parking lot with a mobile terminal or a car navigation system.
Mobile terminals include mobile phones, smart phones, mobile tablets, personal computers, and the like.
By unifying the operation interface, it is possible to perform warehousing / delivery operations with the same operation regardless of which parking lot is used.
In addition, by wirelessly connecting the parking lot to a mobile terminal or car navigation system, it is possible to perform warehousing and unloading operations without getting out of the vehicle.

Vehicles driven by users include vehicles of various sizes and weights.
On the other hand, there are parking lots having parking spaces of various sizes and load bearings.
For example, a parking space has a predetermined width dimension, a length dimension, and a height dimension.
In addition, the parking space may have a predetermined load capacity.
The vehicle may be too large or too heavy to park in the parking space.
Therefore, there was a request to know whether the parking lot has a parking space where vehicles can be parked.
For example, before a vehicle arrives at the parking lot, we want to know if the parking lot has a parking space where the vehicle can be parked.

On the other hand, the database of the vehicle information service provided by the Land Transport Bureau of Japan is based on the information related to vehicle inspection. For example, the database links the vehicle number with the dimensions and weight of the vehicle.

The inventor devised a method of operating a parking lot in which a user's vehicle is parked by using a database operated by the Land Transport Bureau of Japan.

The present invention has been devised in view of the above-mentioned problems, and is an operation method of a parking system in which a user's vehicle is parked in a parking lot by using a vehicle inspection database which is a database related to vehicle inspection. Try to provide.

In order to achieve the above object, it is an operation method of a parking system in which a vehicle on which a user rides is parked in a parking lot by using a vehicle inspection database which is a database related to vehicle inspection of a vehicle according to the present invention, and a vehicle number is used. Vehicle information acquisition process to obtain the vehicle number and the vehicle information obtained by transmitting the obtained vehicle number to the vehicle inspection database and receiving vehicle information from the vehicle inspection database, which is information on the dimensions and weight of the vehicle associated with the vehicle number. It was assumed that the process was provided.

According to the above-described configuration of the present invention, the vehicle number acquisition process obtains the vehicle number. The vehicle information acquisition process transmits the obtained vehicle number to the vehicle inspection database, and receives vehicle information from the vehicle inspection database, which is information on the dimensions and weight of the vehicle associated with the vehicle number.
As a result, the vehicle number is obtained, the obtained vehicle number is transmitted to the vehicle inspection database, and vehicle information which is information on the dimensions and weight of the vehicle associated with the vehicle number is received from the vehicle inspection database. Therefore, it is possible to obtain information on the dimensions and weight of the vehicle having the vehicle number.

The operation method of the parking lot according to the embodiment of the present invention will be described below. The present invention includes any of the embodiments described below, or a combination of two or more of them.

The parking lot operation method according to the embodiment of the present invention is described above based on a preparatory step for preparing a parking lot database, which is a database of information on parking lots, and the vehicle information received from the vehicle inspection database. It is provided with a parking lot search process for searching a search parking lot, which is a parking lot having a parking space in which a vehicle having the dimensions and weight related to the vehicle information can be parked from the parking lot database.
According to the configuration of the above embodiment, the parking lot database is a database of information about the parking lot. The parking lot search process is a search for a parking lot having a parking space in which a vehicle having the dimensions and weight related to the vehicle information can be parked from the parking lot database based on the vehicle information received from the vehicle inspection database. Search for a parking lot.
As a result, based on the vehicle information received from the vehicle inspection database, a search parking lot which is a parking lot having a parking space in which a vehicle having the dimensions and weight related to the vehicle information can be parked is obtained from the parking lot database. Since I tried to search, I can know the parking lot where the vehicle can be parked.

The parking lot operation method according to the embodiment of the present invention includes a position information acquisition process for acquiring position information which is information on the position, and the vehicle received by the parking lot search process from a vehicle inspection database. A search parking lot that has a parking space in which a vehicle having dimensions and weights related to the vehicle information can be parked from the parking lot database based on the information and is associated with the position related to the position information obtained. Search for a parking lot.
According to the configuration of the above embodiment, the position information acquisition process acquires the position information which is the information about the position. The parking lot search step is a parking lot having a parking space in which a vehicle having the dimensions and weight related to the vehicle information can be parked from the parking lot database based on the vehicle information received from the vehicle inspection database. Search for a search parking lot that is a parking lot associated with the position related to the obtained position information.
As a result, the position information which is the information about the position is obtained, and the parking space of the vehicle having the dimensions and weight related to the vehicle information is parked from the parking lot database based on the vehicle information received from the vehicle inspection database. Since the search parking lot, which is a parking lot having a parking lot and is a parking lot associated with the position related to the obtained position information, is searched, it is possible to know the parking lot where the vehicle can be parked in relation to the position.

In the parking lot operation method according to the embodiment of the present invention, a vehicle database, which is a database in which the preparation process stores the vehicle number and the vehicle information in association with each other, is prepared and transmitted in the vehicle information acquisition process. The vehicle database storage step of associating the vehicle number with the received vehicle information and storing the vehicle information in the vehicle database is provided.
According to the configuration of the above embodiment, the vehicle database is a database that stores the vehicle number and the vehicle information in association with each other. In the vehicle database storage process, the vehicle number transmitted in the vehicle information acquisition process is associated with the received vehicle information and stored in the vehicle database.
As a result, the vehicle number transmitted in the vehicle information acquisition process is associated with the received vehicle information and stored in the vehicle database. Therefore, the vehicle database is used as a hint for the vehicle. You can get information about the dimensions and weight of the vehicle associated with the number.

The parking lot operation method according to the embodiment of the present invention includes a simple vehicle information acquisition step of acquiring the vehicle information associated with the obtained vehicle number from the vehicle database, and the simple vehicle information. When the vehicle information associated with the vehicle number cannot be acquired in the acquisition process, the vehicle information acquisition process is executed.
According to the configuration of the above embodiment, the simple vehicle information acquisition process acquires the vehicle information associated with the obtained vehicle number from the vehicle database. When the vehicle information associated with the vehicle number cannot be acquired in the simple vehicle information acquisition process, the vehicle information acquisition process is executed.
As a result, when the vehicle information associated with the obtained vehicle number cannot be acquired from the vehicle database, the vehicle information acquisition process is executed. Therefore, the dimensions and weight of the vehicle having the vehicle number are related. Information can be obtained.

In the parking lot operation method according to the embodiment of the present invention, the vehicle number stored in the vehicle database is transmitted to the vehicle inspection database, and the vehicle information associated with the vehicle number is received from the vehicle inspection database and transmitted. The vehicle database update step of updating the vehicle database using the vehicle number and the received vehicle information.
To be equipped.
According to the configuration of the above embodiment, the vehicle database update process transmits the vehicle number stored in the vehicle database to the vehicle inspection database, and receives and transmits the vehicle information associated with the vehicle number from the vehicle inspection database. The vehicle database is updated using the vehicle number and the received vehicle information. As a result, the vehicle number stored in the vehicle database is transmitted to the vehicle inspection database, and the vehicle information associated with the vehicle number is the vehicle inspection data. Since the vehicle database is updated by using the vehicle number received from the base and the received vehicle information, the vehicle database can be kept up-to-date.

The parking lot operation method according to the embodiment of the present invention includes a customer ID acquisition step of acquiring a customer ID given to a user of a vehicle having a vehicle number, and the vehicle database storage step includes the vehicle information acquisition. The customer ID given to the user of the vehicle having the vehicle number transmitted in the process is associated with the received vehicle information and stored in the vehicle database, and the simple vehicle information acquisition process obtains the customer ID. The vehicle information associated with is obtained from the vehicle database.
According to the configuration of the above embodiment, the customer ID acquisition process acquires the customer ID given to the user of the vehicle having the vehicle number. In the vehicle database storage process, the customer ID given to the user of the vehicle having the vehicle number transmitted in the vehicle information acquisition process is stored in the vehicle database in association with the received vehicle information. The simple vehicle information acquisition process acquires the vehicle information associated with the acquired customer ID from the vehicle database.
As a result, the customer ID given to the user of the vehicle having the vehicle number is obtained, and the customer ID given to the user of the vehicle having the vehicle number and the received vehicle information transmitted in the vehicle information acquisition process are obtained. The vehicle information associated with the obtained customer ID is acquired from the vehicle database, so that the size and weight of the vehicle possessed by the user are obtained. You can get information about and.

As described above, the operation method of the parking lot in which the vehicle on which the user rides is parked by using the vehicle inspection database which is the database related to the vehicle inspection of the vehicle according to the present invention has the following effects depending on the configuration. ..
Since the vehicle number is obtained, the obtained vehicle number is transmitted to the vehicle inspection database, and the vehicle information, which is information on the dimensions and weight of the vehicle associated with the vehicle number, is received from the vehicle inspection database. Information on the dimensions and weight of the vehicle with the vehicle number can be obtained.
Further, based on the vehicle information received from the vehicle inspection database, a search parking lot that has a parking space in which a vehicle having the dimensions and weight related to the vehicle information can be parked is searched from the parking lot database. Because I made it so, I can know the parking lot where the vehicle can be parked.
In addition, the parking space in which the vehicle having the dimensions and weight related to the vehicle information can be parked is obtained from the parking lot database based on the vehicle information received from the vehicle inspection database by obtaining the position information which is the information on the position. Since the search parking lot, which is a parking lot having a parking lot and is a parking lot associated with the position related to the obtained position information, is searched, it is possible to know the parking lot where the vehicle can be parked in relation to the position.
Further, since the vehicle number transmitted in the vehicle information acquisition process is associated with the received vehicle information and stored in the vehicle database, the vehicle number is used as a hint by using the vehicle database. You can get information about the dimensions and weight of the vehicle associated with.
Further, since the vehicle information acquisition process is executed when the vehicle information associated with the obtained vehicle number cannot be acquired from the vehicle database, information on the dimensions and weight of the vehicle having the vehicle number is executed. Can be obtained.
Further, the vehicle number stored in the vehicle database is transmitted to the vehicle inspection database, the vehicle information associated with the vehicle number is received from the vehicle inspection database, and the transmitted vehicle number and the received vehicle information are combined. Since the vehicle database is updated by using the vehicle database, the vehicle database can be kept up to date.
In addition, the customer ID given to the user of the vehicle having the vehicle number is obtained, and the customer ID given to the user of the vehicle having the vehicle number and the received vehicle information transmitted in the vehicle information acquisition process are used. Is stored in the vehicle database in association with each other, and the vehicle information associated with the obtained customer ID is acquired from the vehicle database. You can get information about.
As a result, it is possible to provide an operation method of a parking lot in which a user's vehicle is parked by using a vehicle inspection database which is a database related to vehicle inspection.

It is a conceptual diagram of the parking system which concerns on embodiment of this invention. It is an operation method of the parking system which concerns on the 1st Embodiment of this invention. It is an operation method of the parking system which concerns on the 2nd Embodiment of this invention. It is an operation method of the parking system which concerns on the 3rd Embodiment of this invention. It is an operation method of the parking system which concerns on the 4th Embodiment of this invention. Operational software for a parking system according to an embodiment of the present invention. It is operation explanatory drawing 1 of the parking system which concerns on embodiment of this invention. FIG. 2 is an explanatory diagram 2 of the operation of the parking system according to the embodiment of the present invention. FIG. 3 is an explanatory diagram of the operation of the parking system according to the embodiment of the present invention. It is a conceptual diagram of the parking lot which concerns on the parking system which concerns on embodiment of this invention. It is a dimension table of the parking lot which concerns on the parking system which concerns on embodiment of this invention. It is a conceptual diagram of the parking system which concerns on embodiment of this invention. FIG. 1 is an operation diagram of a parking system according to an embodiment of the present invention. FIG. 2 is an operation diagram of a parking system according to an embodiment of the present invention. It is explanatory drawing of various parking devices.

Hereinafter, embodiments for carrying out the present invention will be described with reference to the drawings.

First, the parking system according to the embodiment of the present invention will be described with reference to the drawings.
FIG. 1 is a conceptual diagram of a parking system according to an embodiment of the present invention.

The parking system 100 according to the embodiment of the present invention includes a server 110, a parking lot 120, a plurality of external communication control units 125, and a telecommunications device 130.
The parking system 100 according to the embodiment of the present invention may be composed of a server 110, a plurality of parking lots 120, a plurality of external communication control units 125, and a plurality of telecommunications devices 130.

The server 110 can communicate with the telecommunications equipment via the external communication control unit 125 and the electronic communication line.
The server 110 may be able to communicate with the telecommunications equipment via the external communication control unit 125 and the electronic communication network.
For example, the electronic communication network is the Internet and a mobile phone network.
The server 110 can manage the parking lot 120.
The server 110 may be able to manage a plurality of parking lots 120.
The server 110 is composed of a CPU, a memory, a storage device, and various I / Os.
The server 110 can access the electronic communication network 140 via the I / O.
Software for the server is installed on the server.
The software for the server causes the server 110 to implement various procedures.
The server 110 may be able to centrally manage a plurality of parking lots 120.
The server 110 may store the customer ID and the parking ID in association with each other.
A user who is given a customer ID is allowed to enter and leave the parking lot which is given a parking ID associated with the customer ID.
The server 110 may receive the vehicle number from the outside and search for a parking lot in which the vehicle having the vehicle number can be parked.

The parking lot 120 parks the vehicle 50 in the parking space.
The parking lot 120 includes a parking lot main body 121 and a parking lot control device 124.
The parking lot main body 121 is the main body of the parking lot.
The parking lot 120 may have a plurality of vehicles 50 parked in the parking space.
The parking lot 120 has a temporary stop space K for temporarily stopping the vehicle in front of the entrance / exit.
The parking lot 120 allows the vehicle 50 to pass through the entry / exit port and enter the entry / exit space 122.
The parking lot 120 may be able to transport the vehicle 50 between the entry / exit space 122 and the parking space.
The warehousing / delivery space 122 is a space in which the user puts the vehicle in or out of the parking lot.
Here, warehousing / delivery means warehousing or warehousing.
The parking lot 120 has an entry / exit door 123 that can open and close the entrance / exit for the vehicle 50 to enter the parking lot.
Usually, the warehousing / delivery door 123 is provided at the warehousing / delivery port of the warehousing / delivery space 122.

When warehousing, follow the procedure below to warehousing the vehicle.
The entry / exit door opens. The user 60 enters the entry / exit space through the entry / exit opening with the entry / exit door that opens the vehicle. User 60 is leaving the vehicle in the warehousing / delivery space. Exit from the warehousing / delivery space through the warehousing / delivery door with the warehousing / delivery door open. The entry / exit door closes. The parking lot transfers the vehicle 50 from the entry / exit space to the parking space.

When leaving the warehouse, follow the procedure below.
The vehicle that the parking lot wants to leave is transferred from the parking space to the entry / exit space 122. The entry / exit door 123 opens. The user 60 enters the warehousing / delivery space 122 through the warehousing / delivery port opened by the warehousing / delivery door 123. The user 60 gets on the vehicle 50, and the vehicle 50 passes through the entrance / exit opening with the entrance / exit door and exits from the entry / exit space. The entry / exit door closes.
FIG. 10 shows a state of the parking lot 120 and the vehicle 50 stopping in front of the entry / exit space 122.

The external communication control unit 125 is an electronic device that can communicate with the telecommunications device 130 operated by the user located in front of the entrance / exit.
The communication may be one of wired communication, wireless communication, and voice communication.
The external communication control unit 125 is an electronic device that can communicate with the telecommunications device 130 operated by the user in the vehicle located in front of the entrance / exit.
The external communication control unit 125 is composed of a CPU, a memory, I / O, and software.
The external communication control unit 125 can communicate with the parking lot control device 124.
The external communication control unit 125 may be electrically connected to the parking lot control device 124.
The external communication control unit 125 may be composed of an external communication control unit main body and a receiver.
The receiver has a directivity capable of communicating with a telecommunications device located inside a pause area K, which is an area for suspending a vehicle provided in front of an entry / exit port.
The receiver may be provided in the vicinity of the entry / exit door 123.
The directivity of the receiver may cover the inside of the pause region K.
The temporary stop area K is an area for temporarily stopping the vehicle provided in front of the entrance / exit.
The external communication control unit 125 can communicate with the server 110.
The external communication control unit 125 may be able to communicate with the server 110 via the electronic communication network 140.

The telecommunications equipment 130 is operated by a user in a vehicle.
The telecommunications equipment 130 can communicate with the server 110 via the electronic communication network 140.
The telecommunications equipment 130 is composed of a CPU, a memory, a storage device, and various I / Os.
The telecommunications equipment 130 can access the electronic communication network 140 via the I / O.
Software for the telecommunications equipment is installed in the telecommunications equipment 130.
Software for telecommunications equipment allows telecommunications equipment 130 to implement various procedures.
The telecommunications equipment 130 is operated by the user 60.
For example, the telecommunications device 130 is a smartphone, a mobile tablet, a personal computer, or the like.
For example, the telecommunications device 130 is a navigation device.
The user 60 may use the telecommunications device 130 to communicate with the server and search for a parking lot in which the vehicle he / she drives can be parked.

The relationship between the external communication control unit 125 and the telecommunications equipment 130 will be described below.
The external communication control unit 125 can communicate with the telecommunications equipment operated by the user located in front of the entrance / exit.
The external communication control unit 125 can communicate with a telecommunications device operated by a user in a vehicle located in front of the warehousing / delivery space in which the external communication control unit 125 is provided.
The external communication control unit 125 and the telecommunications device 130 perform short-range communication using a medium such as radio waves or sound.
For example, the external communication control unit 125 and the telecommunications device 130 communicate with each other using wireless communication.
For example, the external communication control unit 125 and the telecommunications device 130 perform radio wave communication using the Bluetooth (registered trademark) standard.
For example, the external communication control unit 125 and the telecommunications device 130 perform acoustic communication.

The operation method of the parking system according to the first to fourth embodiments of the present invention will be described below.
First, the operation method of the parking system according to the first embodiment of the present invention will be described with reference to the drawings.
FIG. 2 is an operation method of the parking system according to the first embodiment of the present invention.

The parking lot operation method according to the first embodiment of the present invention is an operation method for parking a vehicle on which a user rides in a parking lot by using the vehicle inspection database 70.
The vehicle inspection database is a database of vehicle inspections.
For example, the vehicle inspection database is a vehicle inspection information service operated by the Land Transport Bureau of Japan.
When the vehicle number is entered in the vehicle inspection database, the vehicle information associated with the vehicle number can be received from the vehicle inspection database.
Vehicle information is information about the dimensions and weight of the vehicle.
The vehicle dimensions include the maximum width dimension, the maximum length dimension, and the maximum height dimension of the vehicle on the vehicle inspection.
The weight of the vehicle is the weight on the vehicle inspection.

The parking lot operation method according to the first embodiment includes a vehicle number acquisition step S20.
The parking lot operation method according to the first embodiment may be composed of a preparation step S10, a vehicle number acquisition step S20, and a vehicle information acquisition step S40.
The parking lot operation method according to the first embodiment may be composed of a preparation step S10, a vehicle number acquisition step S20, a vehicle information acquisition step S40, and a search parking lot notification step S80.

The preparation step S10 is a step of preparing the parking lot database 112.
The parking lot database 112 is a database of parking lot information which is information about a parking lot.
Parking information includes the dimensions and weight of vehicles that can be parked in the parking space included in the parking lot.
The parking lot information may include the location of the parking lot and the dimensions and weight of vehicles that can be parked in the parking space included in the parking lot.

The vehicle number acquisition step S20 is a step of obtaining a vehicle number.
For example, in the vehicle number acquisition process S20, the vehicle number is acquired by image processing using a camera.
For example, in the vehicle number acquisition process S20, the parking lot user inputs the vehicle number into the telecommunications equipment and obtains the vehicle number from the telecommunications equipment.

The vehicle information acquisition step S40 is a step of transmitting the obtained vehicle number to the vehicle inspection database 70 and receiving the vehicle information associated with the vehicle number from the vehicle inspection database 70.
For example, the Land Transport Bureau of Japan transmits the obtained vehicle number to the vehicle inspection information providing service operated, and receives the vehicle information associated with the vehicle number from the vehicle inspection information providing service.

The parking lot search process S50 is a search parking lot having a parking space capable of parking a vehicle having the dimensions and weight related to the vehicle information from the parking lot database based on the vehicle information received from the vehicle inspection database. Is the process of searching for.
For example, a parking lot having an acceptable size larger than the size of the vehicle and a parking space having a right acceptable weight larger than the weight of the vehicle is defined as a search parking lot.

The search parking lot notification step S80 is a step of notifying the search parking lot.
The search parking lot notification process S80 is a step of notifying the search parking lot to those who have notified the vehicle number.
For example, the search parking lot is notified to the other system 80 that has notified the vehicle number.
For example, the search parking lot is notified to the telecommunications equipment 130 that has notified the vehicle number.

Next, the operation method of the parking system according to the second embodiment of the present invention will be described with reference to the drawings.
FIG. 3 shows an operation method of the parking system according to the second embodiment of the present invention.

The operation method of the parking system according to the second embodiment of the present invention is a method for parking a vehicle on which a user rides in a parking lot by using the vehicle inspection database 70.
The vehicle inspection database is a database of vehicle inspections.
For example, the vehicle inspection database is a vehicle inspection information service operated by the Land Transport Bureau of Japan.
When the vehicle number is entered in the vehicle inspection database, the vehicle information associated with the vehicle number can be received from the vehicle inspection database.
Vehicle information is information about the dimensions and weight of the vehicle.
The vehicle dimensions include the maximum width dimension, the maximum length dimension, and the maximum height dimension of the vehicle on the vehicle inspection.
The weight of the vehicle is the weight on the vehicle inspection.

The parking lot operation method according to the second embodiment of the present invention includes a preparation process S10, a vehicle number acquisition process S20, a position information acquisition process S30, a vehicle information acquisition process S40, and a parking lot search process S50.
The parking lot operation method according to the second embodiment of the present invention includes a preparation process S10, a vehicle number acquisition process S20, a position information acquisition process S30, a vehicle information acquisition process S40, a parking lot search process S50, and a search parking lot notification process. It may be composed of S80.

The preparation step S10 is a step of preparing the parking lot database 112.
The parking lot database 112 is a database of parking lot information which is information about a parking lot.
Parking information includes the dimensions and weight of vehicles that can be parked in the parking space included in the parking lot.
The parking lot information may include the location of the parking lot and the dimensions and weight of vehicles that can be parked in the parking space included in the parking lot.

The vehicle number acquisition step S20 is a step of obtaining a vehicle number.
For example, in the vehicle number acquisition process S20, the vehicle number is acquired by image processing using a camera.
For example, in the vehicle number acquisition process S20, the parking lot user inputs the vehicle number into the telecommunications equipment and obtains the vehicle number from the telecommunications equipment.

The position information acquisition step S30 is a step of acquiring position information which is information about the position.
For example, the location information is information about the location of the parking lot to be searched.
For example, the location information is information on the current location of the user.
For example, it is information on the location of the destination that the user intends to go to.

The vehicle information acquisition step S40 is a step of transmitting the obtained vehicle number to the vehicle inspection database 70 and receiving the vehicle information associated with the vehicle number from the vehicle inspection database 70.
For example, the Land Transport Bureau of Japan transmits the obtained vehicle number to the vehicle inspection information providing service operated, and receives the vehicle information associated with the vehicle number from the vehicle inspection information providing service.

The parking lot search process S50 is a search parking lot having a parking space in which a vehicle having the dimensions and weight related to the vehicle information can be parked from the parking lot database based on the vehicle information received from the vehicle inspection database. Is the process of searching for.
The parking lot search step S50 is a parking lot having a parking space in which a vehicle having dimensions and weight related to the vehicle information can be parked from the parking lot database based on the vehicle information received from the vehicle inspection database. It may be a step of searching a search parking lot which is a parking lot associated with a position related to information.

The search parking lot notification step S80 is a step of notifying the search parking lot.
The search parking lot notification process S80 is a step of notifying the search parking lot to those who have notified the vehicle number.
For example, the search parking lot is notified to the other system 80 that has notified the vehicle number.
For example, the search parking lot is notified to the telecommunications equipment 130 that has notified the vehicle number.

Next, the parking lot operation method according to the third embodiment of the present invention is a method for parking the vehicle on which the user rides in the parking lot by using the vehicle inspection database 70.
The vehicle inspection database is a database of vehicle inspections.
For example, the vehicle inspection database is a vehicle inspection information service operated by the Land Transport Bureau of Japan.
When the vehicle number is entered in the vehicle inspection database, the vehicle information associated with the vehicle number can be received from the vehicle inspection database.
Vehicle information is information about the dimensions and weight of the vehicle.
The vehicle dimensions include the maximum width dimension, the maximum length dimension, and the maximum height dimension of the vehicle on the vehicle inspection.
The weight of the vehicle is the weight on the vehicle inspection.

Next, the operation method of the parking system according to the third embodiment of the present invention will be described with reference to the drawings.
FIG. 4 is an operation method of the parking system according to the third embodiment of the present invention.

The parking lot operation method according to the third embodiment of the present invention includes a preparation process S10, a vehicle number acquisition process S20, a position information acquisition process S30, a vehicle information acquisition process S40, a simple vehicle information acquisition process S45, and a parking lot search process. It is composed of S50, a vehicle database storage process S60, and a vehicle database update process S70.
The parking lot operation method according to the third embodiment of the present invention includes a preparation process S10, a vehicle number acquisition process S20, a position information acquisition process S30, a vehicle information acquisition process S40, a simple vehicle information acquisition process S45, and a parking lot search process. It may be composed of S50, a vehicle database storage process S60, a vehicle database update process S70, and a search parking lot notification process S80.

The preparation step S10 may be a step of preparing the parking lot database 112 and the vehicle database 113.
The parking lot database 112 is a database of parking lot information which is information about a parking lot.
Parking information includes the dimensions and weight of vehicles that can be parked in the parking space included in the parking lot.
The parking lot information may include the location of the parking lot and the dimensions and weight of vehicles that can be parked in the parking space included in the parking lot.
The vehicle database 113 is a database that stores the vehicle number and the vehicle information in association with each other.
Vehicle information is information about the dimensions and weight of the vehicle.
The vehicle dimensions include the maximum width dimension, the maximum length dimension, and the maximum height dimension of the vehicle on the vehicle inspection.
The weight of the vehicle is the weight on the vehicle inspection.

The vehicle number acquisition step S20 is a step of obtaining a vehicle number.
For example, in the vehicle number acquisition process S20, the vehicle number is acquired by image processing using a camera.
For example, in the vehicle number acquisition process S20, the parking lot user inputs the vehicle number into the telecommunications equipment and obtains the vehicle number from the telecommunications equipment.

The position information acquisition step S30 is a step of acquiring position information which is information about the position.
For example, the location information is information about the location of the parking lot to be searched.
For example, the location information is information on the current location of the user.
For example, it is information on the location of the destination that the user intends to go to.

The vehicle information acquisition step S40 is a step of transmitting the obtained vehicle number to the vehicle inspection database 70 and receiving the vehicle information associated with the vehicle number from the vehicle inspection database 70.
For example, the Land Transport Bureau of Japan transmits the obtained vehicle number to the vehicle inspection information providing service operated, and receives the vehicle information associated with the vehicle number from the vehicle inspection information providing service.

The simple vehicle information acquisition step S45 is a step of acquiring vehicle information associated with the obtained vehicle number from the vehicle database.
When the vehicle information associated with the vehicle number cannot be acquired in the simple vehicle information acquisition process S45, the vehicle information acquisition process S40 is executed.

The parking lot search process S50 is a search parking lot having a parking space in which a vehicle having the dimensions and weight related to the vehicle information can be parked from the parking lot database based on the vehicle information received from the vehicle inspection database. Is the process of searching for.
The parking lot search step S50 is a parking lot having a parking space in which a vehicle having dimensions and weight related to the vehicle information can be parked from the parking lot database based on the vehicle information received from the vehicle inspection database. It may be a step of searching a search parking lot which is a parking lot associated with a position related to information.

The vehicle database storage step S60 is a step of associating the vehicle number transmitted in the vehicle information acquisition process with the received vehicle information and storing the vehicle information in the vehicle database 113.
The vehicle database storage step S60 stores the customer ID given to the user of the vehicle having the vehicle number transmitted in the vehicle information acquisition process and the received vehicle information in the vehicle database 113 in association with each other. It may be a process.

The vehicle database update process S70 transmits the vehicle number stored in the vehicle database to the vehicle inspection database, receives the vehicle information associated with the vehicle number from the vehicle inspection database, and receives the transmitted vehicle number and the received vehicle information. This is a step of updating the vehicle database 113 using the vehicle database 113.
The vehicle database update step S70 is executed at a predetermined timing.
For example, the vehicle database update process S70 is executed at the timing requested by the user.

The search parking lot notification step S80 is a step of notifying the search parking lot.
The search parking lot notification process S80 is a step of notifying the search parking lot to those who have notified the vehicle number.
For example, the search parking lot is notified to the other system 80 that has notified the vehicle number.
For example, the search parking lot is notified to the telecommunications equipment 130 that has notified the vehicle number.

Next, the operation method of the parking system according to the fourth embodiment of the present invention will be described with reference to the drawings.
FIG. 5 is an operation method of the parking system according to the fourth embodiment of the present invention.

The parking lot operation method according to the fourth embodiment of the present invention is a method for parking a vehicle on which a user rides in a parking lot by using the vehicle inspection database 70.
The vehicle inspection database is a database of vehicle inspections.
For example, the vehicle inspection database is a vehicle inspection information service operated by the Land Transport Bureau of Japan.
When the vehicle number is entered in the vehicle inspection database, the vehicle information associated with the vehicle number can be received from the vehicle inspection database.
Vehicle information is information about the dimensions and weight of the vehicle.
The vehicle dimensions include the maximum width dimension, the maximum length dimension, and the maximum height dimension of the vehicle on the vehicle inspection.
The weight of the vehicle is the weight on the vehicle inspection.

The parking lot operation method according to the fourth embodiment includes a preparation process S10, a vehicle number acquisition process S20, a customer ID acquisition process S25, a location information acquisition process S30, a vehicle information acquisition process S40, a simple vehicle information acquisition process S45, and parking. It is composed of a vehicle site search process S50, a vehicle database storage process S60, and a vehicle database update process S70.
The parking lot operation method according to the fourth embodiment includes a preparation process S10, a vehicle number acquisition process S20, a customer ID acquisition process S25, a location information acquisition process S30, a vehicle information acquisition process S40, a simple vehicle information acquisition process S45, and parking. It is composed of a parking lot search process S50, a vehicle database storage process S60, a vehicle database update process S70, and a search parking lot notification process S80.

The preparation step S10 is a step of preparing the parking lot database 112.
The preparation step S10 may be a step of preparing the parking lot database 112 and the vehicle database 113.
The parking lot database 112 is a database of parking lot information which is information about a parking lot.
Parking information includes the dimensions and weight of vehicles that can be parked in the parking space included in the parking lot.
The parking lot information may include the location of the parking lot and the dimensions and weight of vehicles that can be parked in the parking space included in the parking lot.
The vehicle database 113 is a database that stores the vehicle number and the vehicle information in association with each other.
Vehicle information is information about the dimensions and weight of the vehicle.
The vehicle dimensions include the maximum width dimension, the maximum length dimension, and the maximum height dimension of the vehicle on the vehicle inspection.
The weight of the vehicle is the weight on the vehicle inspection.

The vehicle number acquisition step S20 is a step of obtaining a vehicle number.
For example, in the vehicle number acquisition process S20, the vehicle number is acquired by image processing using a camera.
For example, in the vehicle number acquisition process S20, the parking lot user inputs the vehicle number into the telecommunications equipment and obtains the vehicle number from the telecommunications equipment.

The customer ID acquisition process S25 is a process of acquiring the customer ID given to the user of the vehicle having the vehicle number.
For example, a customer ID is obtained from a telecommunication device operated by a user.
The customer ID is an ID given by the user from the parking system.

The position information acquisition step S30 is a step of acquiring position information which is information about the position.
For example, the location information is information about the location of the parking lot to be searched.
For example, the location information is information on the current location of the user.
For example, it is information on the location of the destination that the user intends to go to.

The vehicle information acquisition step S40 is a step of transmitting the obtained vehicle number to the vehicle inspection database 70 and receiving the vehicle information associated with the vehicle number from the vehicle inspection database 70.
For example, the Land Transport Bureau of Japan transmits the obtained vehicle number to the vehicle inspection information providing service operated, and receives the vehicle information associated with the vehicle number from the vehicle inspection information providing service.

The simple vehicle information acquisition step S45 is a step of acquiring vehicle information associated with the obtained vehicle number from the vehicle database.
When the vehicle information associated with the vehicle number cannot be acquired in the simple vehicle information acquisition process S35, the vehicle information acquisition process S40 is executed.

The simple vehicle information acquisition step S45 may be a step of acquiring vehicle information associated with the obtained customer ID from the vehicle database.
When the vehicle information associated with the customer ID cannot be acquired in the simple vehicle information acquisition process S35, the vehicle information acquisition process S40 is executed.

The parking lot search process S50 is a search parking lot having a parking space in which a vehicle having the dimensions and weight related to the vehicle information can be parked from the parking lot database based on the vehicle information received from the vehicle inspection database. Is the process of searching for.
The parking lot search step S50 is a parking lot having a parking space in which a vehicle having dimensions and weight related to the vehicle information can be parked from the parking lot database based on the vehicle information received from the vehicle inspection database. It may be a step of searching a search parking lot which is a parking lot associated with a position related to information.

The vehicle database storage step S60 is a step of associating the vehicle number transmitted in the vehicle information acquisition process with the received vehicle information and storing the vehicle information in the vehicle database 113.
The vehicle database storage step S60 stores the customer ID given to the user of the vehicle having the vehicle number transmitted in the vehicle information acquisition process and the received vehicle information in the vehicle database 113 in association with each other. It may be a process.
The vehicle database storage process S60 associates the vehicle number transmitted in the vehicle information acquisition process with the customer ID given to the user of the vehicle having the vehicle number and the received vehicle information to the vehicle database 113. It may be a step of storing in.

The vehicle database update process S70 transmits the vehicle number stored in the vehicle database to the vehicle inspection database, receives the vehicle information associated with the vehicle number from the vehicle inspection database, and receives the transmitted vehicle number and the received vehicle information. This is a step of updating the vehicle database 113 using the vehicle database 113.
The vehicle database update step S70 is executed at a predetermined timing.
For example, the vehicle database update process S70 is executed at the timing requested by the user.

The search parking lot notification step S80 is a step of notifying the search parking lot.
The search parking lot notification process S80 is a step of notifying the search parking lot to those who have notified the vehicle number.
For example, the search parking lot is notified to the other system 80 that has notified the vehicle number.
For example, the search parking lot is notified to the telecommunications equipment 130 that has notified the vehicle number.

The operation software for the parking system according to the embodiment of the present invention will be described below with reference to the drawings.
FIG. 6 is operation software for a parking system according to an embodiment of the present invention.

The operation software for the parking system according to the embodiment of the present invention is the software of the parking system for parking the vehicle on which the user rides in the parking lot by using the vehicle inspection database which is a database related to the vehicle inspection of the vehicle. Is.
The server 110 may be composed of the server main body 111.
The server 110 may be composed of a server main body 111 and a parking lot database 112.
The server 110 may be composed of a server main body 111, a parking lot database 112, and a vehicle database 113.

The parking system operation software according to the embodiment of the present invention realizes the vehicle number acquisition function F20 and the customer ID acquisition function F25 on the server.
The parking system operation software according to the embodiment of the present invention may realize the vehicle number acquisition function F20, the customer ID acquisition function F25, and the vehicle information acquisition function F40 on the server.
The parking system operation software according to the embodiment of the present invention may realize the vehicle number acquisition function F20, the customer ID acquisition function F25, the vehicle information acquisition function F40, and the search parking lot notification function F80 on the server. ..
The parking system operation software according to the embodiment of the present invention has a vehicle number acquisition function F20, a customer ID acquisition function F25, a vehicle information acquisition function F40, a location information acquisition function F30, a parking lot search function F50, and a search station on the server. The parking lot notification function F80 may be realized.
The parking system operation software according to the embodiment of the present invention is parked on a server with a vehicle number acquisition function F20, a customer ID acquisition function F25, a vehicle information acquisition function F40, a simple vehicle information acquisition function F45, and a location information acquisition function F30. The parking lot search function F50 and the search parking lot notification function F80 may be realized.
The parking system operation software according to the embodiment of the present invention is parked on a server with a vehicle number acquisition function F20, a customer ID acquisition function F25, a vehicle information acquisition function F40, a simple vehicle information acquisition function F45, and a location information acquisition function F30. The parking lot search function F50, the vehicle database storage function F60, the vehicle database update function F70, and the search parking lot notification function F80 may be realized.

Vehicle number acquisition function F20, customer ID acquisition function F25, vehicle information acquisition function F40, simple vehicle information acquisition function F45, location information acquisition function F30, parking lot search function F50, vehicle database storage function F60, and vehicle database update function. F70 and search parking lot notification function F80 are a vehicle number acquisition process S20, a customer ID acquisition process S25, a vehicle information acquisition process S40, a simple vehicle information acquisition process S45, a location information acquisition process S30, and a parking lot search process S50, respectively. This is a function for executing the vehicle database storage process S60, the vehicle database update process S70, and the search parking lot notification process S80.

Hereinafter, three types of actions related to the operation method of the parking system according to the embodiment of the present invention will be described with reference to the drawings.

First, the first operation of the parking system operation method according to the embodiment of the present invention will be described with reference to the drawings.
FIG. 7 is an explanatory diagram 1 of the operation of the parking system according to the embodiment of the present invention.

The software that executes the operation method of the parking system according to the first embodiment of the present invention described above is installed on the server 110.
The server 110 is composed of a CPU, a memory, and an interface.

(Other system number acquisition)
Another system takes a picture of the vehicle number with a camera and reads the "vehicle number" by image processing.

(Inquiry)
The other system 80 transmits the "vehicle number" to the server 110.

(Information retrieval)
The server 110 transmits the "vehicle number" to the vehicle information providing service operated by the Land Transport Bureau.

(Information acquisition)
The server 110 receives "vehicle information" from the vehicle information providing service operated by the Land Transport Bureau.
The server 110 searches for "search parking lot" from the parking lot database 112 based on "vehicle information", and searches for "search parking lot".

(Answer)
The server 110 transmits the "search parking lot" to another system.

Next, the second operation of the parking system operation method according to the embodiment of the present invention will be described with reference to the drawings.
FIG. 8 is an explanatory diagram 2 of the operation of the parking system according to the embodiment of the present invention.

The software that executes the operation method of the parking system according to the third embodiment of the present invention described above is installed on the server 110.

(Other system number acquisition)
Another system takes a picture of the vehicle number with a camera and reads the "vehicle number" by image processing.

(Inquiry)
The other system 80 transmits the "vehicle number" to the server 110.

(Information retrieval)
The server 110 acquires "vehicle information" from the vehicle database based on the "vehicle number".
When the "vehicle information" cannot be obtained from the vehicle database based on the "vehicle number", the server 110 transmits the "vehicle number" to the vehicle information providing service operated by the Land Transport Bureau.

(Information acquisition)
The server 110 receives "vehicle information" from the vehicle information providing service operated by the Land Transport Bureau.
The server 110 searches for "search parking lot" from the parking lot database 112 based on "vehicle information", and searches for "search parking lot".

(Answer)
The server 110 transmits the "search parking lot" to another system.

The server 110 updates the vehicle database 113.

Next, the third operation of the parking system operation method according to the embodiment of the present invention will be described with reference to the drawings.
FIG. 9 is an explanatory diagram 3 of the operation of the parking system according to the embodiment of the present invention.

The software that executes the operation method of the parking system according to the fourth embodiment of the present invention described above is installed on the server 110.

(Enter number)
The electronic communication device 130 causes the user to input the "vehicle number".

(Inquiry)
The electronic communication device 130 transmits the "vehicle number" to the server 110.

(Information retrieval)
The server 110 acquires "vehicle information" from the vehicle database based on the "vehicle number".
When the "vehicle information" cannot be obtained from the vehicle database based on the "vehicle number", the server 110 transmits the "vehicle number" to the vehicle information providing service operated by the Land Transport Bureau.

(Information acquisition)
The server 110 receives "vehicle information" from the vehicle information providing service operated by the Land Transport Bureau. The server 110 searches the parking lot database 112 for the "search parking lot" based on the "vehicle information".

(Answer)
The server 110 transmits the "search parking lot" to another system.

The server 110 updates the vehicle database 113.

Hereinafter, the procedure of the warehousing / delivery operation using the operation method of the parking system according to the embodiment of the present invention will be briefly described with reference to the drawings.
In the following, the description of the operation procedure when the user directly operates the operation panel of the parking lot will be omitted.
FIG. 10 is a communication data correspondence diagram of parking lot entry / exit according to the embodiment of the present invention.

The user operates the virtual operation panel on the surface of the telecommunications equipment 130 to operate the parking lot via the server.
The user performs an operation "operation procedure" on the telecommunications equipment 130.
The telecommunications equipment 130 transmits a signal "operation command" corresponding to the operation "operation procedure" to the external communication control unit 125.
The external communication control unit 125 transmits a signal "control command" corresponding to the signal "operation command" to the parking lot control device 124.
The parking lot control device 124 controls the parking lot based on the signal "control command" to move the parking lot into and out of the parking lot.
When the parking lot 120 completes a predetermined warehousing / delivery operation, the parking lot control device 124 sends a signal "operation result" to the external communication control unit 125.
The external communication control unit 125 sends a signal "operation result" to the server 110.
The server 110 sends a signal "operation result" to the telecommunications equipment 130.
The telecommunications equipment 130 informs the user of the "operation result".

Next, the operation when the parking lot is used by using the operation method of the parking system 100 according to the embodiment of the present invention will be described separately with reference to the warehousing operation function and the warehousing operation function.
FIG. 12 shows a warehousing operation function in the parking system 100 according to the embodiment of the present invention.
The warehousing operation function consists of (searching for parking lot) (authentication before warehousing) (from start to completion of warehousing).

(Search for parking lot)
The user uses the parking system 100 to select a parking lot in which the vehicle is to be parked.
The user 60 operates the telecommunications equipment 30.
The user 60 uses the telecommunications equipment 30 to transmit the vehicle number and the destination position to the server.
User 60 receives a list of parkable parking lots near the destination from the server.
User 60 selects a parking lot from the list of parking lots and makes a reservation.
The user 60 drives the vehicle and goes to the purpose.

(Authentication before warehousing)
The user drives the vehicle and stops in front of the entry / exit space.
The external communication control unit 125 and the telecommunications device 130 communicate with each other over a short distance.
The external communication control unit 125 of the parking lot 120 and the telecommunications device 130 perform short-range communication to authenticate the user.
The server 110 certifies the telecommunications equipment 130 as a specific telecommunications equipment and certifies the parking lot as a specific parking lot.

(Start of warehousing) ~ (until the door opens)
The user looks at the screen of the telecommunications equipment 130 and starts the warehousing operation.
An empty pallet is located in the warehousing / delivery space.
The entry / exit door opens.

(After opening the door) ~ (User parking completed)
The user drives the vehicle and enters the warehousing / delivery space.
The user gets out of the vehicle and goes out of the entry / exit space.

(User parking completed) ~ (Warehouse completed)
The user confirms the safety of the warehousing / delivery space by looking at the screen of the telecommunications equipment 130.
When the user confirms that there are no people or objects in the warehousing / delivery space, he / she presses the safety confirmation button on the screen of the telecommunications equipment 130.
The entrance / exit space door closes.
Complete the warehousing operation.

FIG. 13 shows a warehousing operation function in the parking system 100 according to the embodiment of the present invention.
The warehousing operation function consists of (authentication before warehousing) (from the start to the completion of warehousing).

(Authentication before delivery)
A specific user stands in front of the warehousing / delivery space.
The external communication control unit 125 and the telecommunications device 130 communicate with each other over a short distance.
The external communication control unit 125 of the parking lot 120 and the telecommunications device 130 perform short-range communication to exchange the parking ID and the customer ID of each other.
The server 110 authenticates the user.

(Starting delivery) ~ (until the door opens)
The user looks at the screen of the telecommunications equipment 130 and starts the warehousing operation.
The pallet on which the called vehicle is mounted is located in the warehousing / delivery space.
The entry / exit door opens,

(After opening the door) ~ (Moving the user's vehicle)
The user enters the warehousing / delivery space.
The user gets into the vehicle and takes the vehicle out of the entry / exit space.

(User's vehicle movement) ~ (Delivery completed)
The user confirms the safety of the warehousing / delivery space by looking at the screen of the telecommunications equipment 130.
When the user confirms that there are no people or objects in the warehousing / delivery space, he / she presses the safety confirmation button on the screen of the telecommunications equipment 130.
The entrance / exit space door closes.
Complete the shipping operation.

Further, the operation method of the parking system according to the embodiment of the present invention has the following effects depending on its configuration.
Since the vehicle number is obtained, the obtained vehicle number is transmitted to the vehicle inspection database 70, and the vehicle information, which is information on the dimensions and weight of the vehicle associated with the vehicle number, is received from the vehicle inspection database 70. Information on the dimensions and weight of the vehicle with the vehicle number can be obtained.
Further, based on the vehicle information received from the vehicle inspection database 70, the search parking lot, which is a parking lot having a parking space for a vehicle having the dimensions and weight related to the vehicle information, is searched from the parking lot database 112. Therefore, it is possible to know the parking lot where the vehicle can be parked.
In addition, it has a parking space in which a vehicle having dimensions and weight related to the vehicle information can be parked from the parking lot database 112 based on the vehicle information received from the vehicle inspection database 70 by obtaining the position information which is the information on the position. Since the search parking lot, which is a parking lot and is a parking lot associated with the position related to the obtained position information, is searched, it is possible to know the parking lot where the vehicle can be parked in relation to the position.
Further, since the vehicle number transmitted in the vehicle information acquisition process S40 and the received vehicle information are associated and stored in the vehicle database 113, the vehicle number is used as a hint and associated with the vehicle number using the vehicle database 113. Information on the dimensions and weight of the vehicle to be used can be obtained.
Further, since the vehicle information acquisition step S40 is executed when the vehicle information associated with the acquired vehicle number cannot be acquired from the vehicle database 113, information on the dimensions and weight of the vehicle having the vehicle number is obtained. be able to.
Further, the vehicle number stored in the vehicle database 113 is transmitted to the vehicle inspection database 70, the vehicle information associated with the vehicle number is received from the vehicle inspection database 70, and the transmitted vehicle number and the received vehicle information are used. Since the vehicle database 113 is updated, the vehicle database can be kept up to date.
In addition, the customer ID given to the user of the vehicle having the vehicle number is obtained, and the customer ID given to the user of the vehicle having the vehicle number transmitted in the vehicle information acquisition step S40 is associated with the received vehicle information. The vehicle information associated with the obtained customer ID is acquired from the vehicle database by storing it in the vehicle database 113, so that information on the dimensions and weight of the vehicle possessed by the user can be obtained. Can be done.

The present invention is not limited to the embodiments described above, and various modifications can be made without departing from the gist of the invention.
The server 110 has been described as being capable of communicating with a telecommunications device and an external communication control unit, but the present invention is not limited to this. For example, the server 110 may be separate from the server capable of communicating with the telecommunications equipment and the external communication control unit.

K Pause area 50 Vehicle 60 User 70 Vehicle inspection database 80 Other system 100 Parking system 110 Server 111 Server body 112 Parking lot database 113 Vehicle database 120 Parking lot 121 Parking lot body 122 Entrance / exit space 123 Entrance / exit door 124 Parking lot control device 125 External communication control unit 130 Telecommunications equipment 140 Electronic communication network S10 Preparation process S20 Vehicle number acquisition process S25 Customer ID acquisition process S30 Location information acquisition process S40 Vehicle information acquisition process S45 Simple vehicle information acquisition process S50 Parking lot search process S60 Vehicle data Base storage process S70 Vehicle database update process S80 Search parking lot notification process F20 Vehicle number acquisition function F25 Customer ID acquisition function F30 Location information acquisition function F40 Vehicle information acquisition function F45 Simple vehicle information acquisition function F50 Parking lot search function F60 Vehicle data Base save function F70 Vehicle database update function F80 Search parking lot notification function

JP 2015-108227

Claims (13)

It is an operation method of a parking system for parking a user's vehicle in a parking lot using a vehicle inspection database, which is a database of vehicle inspections.
A preparatory process for preparing a parking lot database, which is a database of information about parking lots, and a vehicle database, which is a database for storing vehicle numbers and vehicle information in association with each other.
The vehicle number acquisition process to obtain the vehicle number and
A vehicle information acquisition process of transmitting the obtained vehicle number to the vehicle inspection database and receiving vehicle information which is information on the dimensions and weight of the vehicle associated with the vehicle number from the vehicle inspection database.
A vehicle database storage step of associating the vehicle number transmitted to the vehicle inspection database in the vehicle information acquisition process with the vehicle information received from the vehicle inspection database and storing the vehicle information in the vehicle database.
A parking lot search process for searching a parking lot that has a parking space in which a vehicle having the dimensions and weight related to the vehicle information can be parked from the parking lot database based on the vehicle information.
The operation method of the parking system, which is characterized by being equipped with. A simple vehicle information acquisition process for acquiring the vehicle information associated with the obtained vehicle number from the vehicle database, and
With
The parking is based on the vehicle information received from the vehicle inspection database by executing the vehicle information acquisition process or the vehicle information of one of the vehicle information acquired from the vehicle database by executing the simple vehicle information acquisition process. Perform the parking lot search process,
The operation method of the parking system according to claim 1, wherein the parking system is operated. The vehicle number stored in the vehicle database is transmitted to the vehicle inspection database by executing the vehicle information acquisition process, and the vehicle information associated with the vehicle number is received from the vehicle inspection database and transmitted to the vehicle inspection database. A vehicle database update process for updating the vehicle database using the number and the vehicle information received from the vehicle inspection database, and
The operation method of the parking system according to claim 2, wherein the parking system is provided. The vehicle database is a database that stores vehicle numbers, vehicle information, and customer IDs in association with each other.
The customer ID acquisition process to acquire the customer ID given to the user of the vehicle with the vehicle number,
The vehicle data database is associated with the customer ID given to the user of the vehicle having the vehicle number transmitted to the vehicle inspection database by executing the vehicle information acquisition process and the vehicle information received from the vehicle inspection database. The second vehicle database storage process to save in the information
A second simple vehicle information acquisition process for acquiring the vehicle information associated with the acquired customer ID from the vehicle database, and
The operation method of the parking system according to claim 3, wherein the parking system is provided. The vehicle database update process is executed at the timing requested by the user.
The operation method of the parking system according to claim 4, wherein the parking system is operated. When the vehicle information cannot be acquired based on the vehicle number by executing the simple information acquisition process, the vehicle number for which the vehicle information could not be acquired is transmitted to the vehicle inspection database by executing the vehicle information acquisition process, and the vehicle inspection database. The parking lot search process is executed using the vehicle information received from.
The operation method of the parking system according to claim 5, wherein the parking system is operated. When the vehicle information cannot be acquired based on the vehicle number by executing the simple information acquisition process, the vehicle number for which the vehicle information could not be acquired is transmitted to the vehicle inspection database by executing the vehicle information acquisition process. , Implements a vehicle database update process that receives vehicle information received from the vehicle inspection database and updates the vehicle database using the vehicle number transmitted to the vehicle inspection database and the vehicle information received from the vehicle inspection database.
The operation method of the parking system according to claim 6, wherein the parking system is characterized in that. It is an operation method of a parking system for parking a user's vehicle in a parking lot using a vehicle inspection database, which is a database of vehicle inspections.
A preparatory process for preparing a parking lot database, which is a database of information about parking lots, and a vehicle database, which is a database for storing vehicle numbers and vehicle information in association with each other.
The vehicle number acquisition process to obtain the vehicle number and
A vehicle information acquisition process of transmitting the obtained vehicle number to the vehicle inspection database and receiving vehicle information which is information on the dimensions and weight of the vehicle associated with the vehicle number from the vehicle inspection database.
A parking lot search process for searching a parking lot that has a parking space in which a vehicle having the dimensions and weight related to the vehicle information can be parked from the parking lot database based on the vehicle information.
A simple vehicle information acquisition process for acquiring the vehicle information associated with the obtained vehicle number from the vehicle database, and
With
The parking is based on the vehicle information received from the vehicle inspection database by executing the vehicle information acquisition process or the vehicle information of one of the vehicle information acquired from the vehicle database by executing the simple vehicle information acquisition process. Perform the parking lot search process,
How to operate the parking system. It is an operation method of a parking system for parking a user's vehicle in a parking lot using a vehicle inspection database, which is a database of vehicle inspections.
A preparatory process for preparing a parking lot database, which is a database of information about parking lots, and a vehicle database, which is a database for storing vehicle numbers and vehicle information in association with each other.
A vehicle information acquisition process of transmitting the obtained vehicle number to the vehicle inspection database and receiving vehicle information which is information on the dimensions and weight of the vehicle associated with the vehicle number from the vehicle inspection database.
A parking lot search process for searching a parking lot that has a parking space in which a vehicle having the dimensions and weight related to the vehicle information can be parked from the parking lot database based on the vehicle information.
The vehicle number stored in the vehicle database is transmitted to the vehicle inspection database by executing the vehicle information acquisition process, and the vehicle information associated with the vehicle number is received from the vehicle inspection database and transmitted to the vehicle inspection database. A vehicle database update process for updating the vehicle database using the number and the vehicle information received from the vehicle inspection database, and
The operation method of the parking system, which is characterized by being equipped with. It is an operation method of a parking system for parking a user's vehicle in a parking lot using a vehicle inspection database, which is a database of vehicle inspections.
A preparatory process for preparing a parking lot database, which is a database of information about parking lots, a vehicle database, which is a database for storing vehicle numbers, vehicle information, and customer IDs in association with each other.
Obtaining the vehicle number The vehicle number acquisition process and
And the vehicle information acquisition step of receiving the vehicle information is the vehicle license and sends the inspection database dimensions and information regarding the weight of the vehicle associated with the vehicle number from inspection data base over scan, obtained,
A parking lot search process for searching a parking lot that has a parking space in which a vehicle having the dimensions and weight related to the vehicle information can be parked from the parking lot database based on the vehicle information.
The customer ID acquisition process to acquire the customer ID given to the user of the vehicle with the vehicle number,
The vehicle data database is associated with the customer ID given to the user of the vehicle having the vehicle number transmitted to the vehicle inspection database by executing the vehicle information acquisition process and the vehicle information received from the vehicle inspection database. The second vehicle database storage process to save in the information
The second simple vehicle information acquisition process for acquiring the vehicle information associated with the acquired customer ID from the vehicle database, and
A method of operating a parking system, which is characterized by being equipped with. It is an operation method of a parking system for parking a user's vehicle in a parking lot using a vehicle inspection database, which is a database of vehicle inspections.
A preparatory process for preparing a parking lot database, which is a database of information about parking lots, and a vehicle database, which is a database for storing vehicle numbers and vehicle information in association with each other.
And the vehicle information acquisition step of receiving the vehicle information is the vehicle license and sends the inspection database dimensions and information regarding the weight of the vehicle associated with the vehicle number from inspection data base over scan, obtained,
A parking lot search process for searching a parking lot that has a parking space in which a vehicle having the dimensions and weight related to the vehicle information can be parked from the parking lot database based on the vehicle information.
The vehicle number stored in the vehicle database is transmitted to the vehicle inspection database by executing the vehicle information acquisition process, and the vehicle information associated with the vehicle number is received from the vehicle inspection database and transmitted to the vehicle inspection database. A vehicle database update process for updating the vehicle database using the number and the vehicle information received from the vehicle inspection database, and
With
The vehicle database update process is executed at the timing requested by the user.
How to operate the parking system. It is an operation method of a parking system for parking a user's vehicle in a parking lot using a vehicle inspection database, which is a database of vehicle inspections.
The preparation process and the preparation process of the parking lot database, which is a database of information about parking lots, and the vehicle database, which is a database that stores vehicle numbers and vehicle information in association with each other.
Obtaining the vehicle number The vehicle number acquisition process and
And the vehicle information acquisition step of receiving the vehicle information is the vehicle license and sends the inspection database dimensions and information regarding the weight of the vehicle associated with the vehicle number from inspection data base over scan, obtained,
A parking lot search process for searching a parking lot that has a parking space in which a vehicle having the dimensions and weight related to the vehicle information can be parked from the parking lot database based on the vehicle information.
A simple vehicle information acquisition process for acquiring the vehicle information associated with the obtained vehicle number from the vehicle database, and
With
When the vehicle information cannot be acquired based on the vehicle number by executing the simple information acquisition process, the vehicle number for which the vehicle information could not be acquired is transmitted to the vehicle inspection database by executing the vehicle information acquisition process, and is transmitted from the vehicle inspection database. The parking lot search process is executed using the received vehicle information.
How to operate the parking system. It is an operation method of a parking system for parking a user's vehicle in a parking lot using a vehicle inspection database, which is a database of vehicle inspections.
A preparatory process for preparing a parking lot database, which is a database of information about parking lots, and a vehicle database, which is a database for storing vehicle numbers and vehicle information in association with each other.
Obtaining the vehicle number The vehicle number acquisition process and
And the vehicle information acquisition step of receiving the vehicle information is the vehicle license and sends the inspection database dimensions and information regarding the weight of the vehicle associated with the vehicle number from inspection data base over scan, obtained,
A parking lot search process for searching a parking lot that has a parking space in which a vehicle having the dimensions and weight related to the vehicle information can be parked from the parking lot database based on the vehicle information.
A simple vehicle information acquisition process for acquiring the vehicle information associated with the obtained vehicle number from the vehicle database, and
When the vehicle information cannot be acquired based on the vehicle number by executing the simple information acquisition process, the vehicle number for which the vehicle information could not be acquired is transmitted to the vehicle inspection database by executing the vehicle information acquisition process. A vehicle database update process for updating the vehicle database using the vehicle number received from the vehicle inspection database and transmitted to the vehicle inspection database and the vehicle information received from the vehicle inspection database.
To prepare
How to operate the parking system.

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