JP2020201267A - Parking server operation method and software for electric communication device - Google Patents

Abstract

To provide a parking server operation method which makes reservation for a parking space and software for an electric communication device capable of communicating with a parking server.SOLUTION: Instead of a conventional operation method which searches a parking space, a parking server operation method causes a parking server to execute: a preparation and renewal process to prepare and renew plural pieces of information on parking spaces; a search information receiving process to receive destination position information from an electric communication device mounted on a vehicle traveling toward a destination; and a search process to search a single or a plurality of candidate parking space, from the plurality of parking spaces, which is associated with parking space position information having a predetermined geographical relation with the destination position information on the basis of the plural pieces of information on the parking spaces and the latest destination position information. The parking server: repeatedly executes the preparation and renewal process; and also executes the search information receiving process and the search process depending on the vehicle.SELECTED DRAWING: Figure 1

Description

The present invention relates to an operation method of a parking server that reserves a parking lot and software for telecommunications equipment capable of communicating with the parking server.

A search operation is required for parking lot search on general parking lot search sites and car navigation systems.
In order to find a parking lot around the destination, stop the car and operate the smartphone or car navigation system to search for the parking lot.

It may not be possible to reserve a parking lot in advance.
Searching with a smartphone or car navigation system cannot provide sufficient information on parking lots.
For example, it is not possible to obtain parking fees, vacancy information when arriving at a parking lot, and vacancy information for each vehicle type that can be stored.
If you go to your destination based on the parking lot information that you searched for at the time of departure or while traveling, you may not be able to enter the attached parking lot.

Therefore, there was a request to make a reservation for a parking lot according to the arrival time based on the location information of a smartphone or car navigation system.
By doing so, you can save time searching for a parking lot at your destination and eliminate stress.
In addition, there will be no situation where parking is not possible around the destination.

The present invention has been devised in view of the above-mentioned problems, and an object of the present invention is to provide an operation method of a parking server for making a reservation for a parking lot and software for a telecommunications device capable of communicating with the parking server.

In order to achieve the above object, it is an operation method of a parking server that searches for a parking lot corresponding to a vehicle according to the present invention, and prepares for preparing / updating a plurality of parking lot information which is information on a plurality of parking lots. -Update process, search information receiving process that receives destination position information that is the location information of the destination from the telecommunications equipment mounted on the vehicle traveling toward the destination, multiple parking lot information and the latest Search for one or more parking lots that are parking lots that have a predetermined geographical relationship with the destination location information from a plurality of parking lots based on the destination location information. The preparation / update process is repeatedly carried out, and the search information main receiving step and the search step are carried out in response to the vehicle.

According to the configuration of the present invention, the preparation / update process prepares / updates a plurality of parking lot information which is information on a plurality of parking lots. The search information receiving process receives the destination position information, which is the position information of the destination, from the telecommunications equipment mounted on the vehicle traveling toward the destination. In a parking lot where the search process can associate parking lot location information having a predetermined geographical relationship with the destination location information from a plurality of parking lots based on the plurality of parking lot information and the latest destination location information. Search for one or more search parking lots. Repeat the preparation / update process. The search information main receiving step and the search step are carried out corresponding to the vehicle.
As a result, it is possible to search for a parking lot having a predetermined geographical relationship with the destination of the vehicle before arriving at the destination.

The operation method of the parking server 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 operation method of the parking server according to the embodiment of the present invention includes a reservation process of reserving the reserved parking lot, which is one of the single or a plurality of the search parking lots, for parking the vehicle. , The search information receiving process, the search process, and the reservation process are performed in response to the vehicle.
According to the configuration of the above embodiment, the reservation process reserves the reserved parking lot, which is one of the single or a plurality of the searched parking lots, for parking the vehicle.
As a result, a parking lot having a predetermined geographical relationship with the destination of the vehicle can be reserved before arriving at the destination.

The method of operating the parking server according to the embodiment of the present invention is the destination position information which is the position information of the destination from the telecommunications equipment mounted on the vehicle in which the search information receiving process travels toward the destination. The search process receives the scheduled arrival time, which is the scheduled arrival time at the destination, and the search process is based on the plurality of parking lot information, the latest destination location information, and the latest scheduled arrival time. The parking lot position information having a predetermined geographical relationship is associated with the destination position information, and the parking lot can be parked at a time having a predetermined time relationship with the scheduled arrival time. The search parking lot is searched, and the reserved parking lot is one of the single or a plurality of the search parking lots, and the reserved parking lot is set to a predetermined time relationship with the scheduled arrival time for parking the vehicle. Make a reservation at the parking reservation time, which is the time you have.
According to the configuration of the above embodiment, the search information receiving process is scheduled to arrive at the destination location information which is the location information of the destination and the destination from the telecommunications equipment mounted on the vehicle traveling toward the destination. Receives the estimated time of arrival, which is the time. The search process is based on the plurality of parking lot information, the latest destination location information, and the latest estimated arrival time, and the parking lot positions having a predetermined geographical relationship from the plurality of parking lots to the destination location information. Search for one or more of the search parking lots, which are parking lots that are associated with information and can be parked at a time that has a predetermined time relationship with the estimated time of arrival. Parking reservation time, which is a time when the reserved parking lot is one of the single or a plurality of the searched parking lots and has a predetermined time relationship with the estimated time of arrival for parking a vehicle. Make a reservation at.
As a result, it is possible to search for a parking lot having a predetermined geographical relationship with the destination of the vehicle and having a predetermined time relationship with the estimated time of arrival before arriving at the destination.

The operation method of the parking server according to the embodiment of the present invention includes a type specifying step for specifying vehicle type information which is vehicle type information, and the search information receiving process includes the destination position information and the arrival schedule. The time and the vehicle information which is the vehicle information are received, the type identification process identifies the vehicle type information which is the vehicle type information based on the vehicle information, and the search process is a plurality of parking lot information. Based on the latest destination location information, the latest scheduled arrival time, and the vehicle model information, parking lot location information having a predetermined geographical relationship can be associated with the destination location information from a plurality of parking lots. Search for one or more of the search parking lots, which are parking lots that can be parked at a time having a predetermined time relationship with the scheduled arrival time and that can accept vehicles of the vehicle type corresponding to the vehicle type information. Then, the search information receiving step, the type specifying step, and the search step are carried out corresponding to the vehicle.
According to the configuration of the above embodiment, the search information receiving process receives the destination position information, the estimated arrival time, and the vehicle information which is the vehicle information. The type specifying process specifies vehicle type information, which is vehicle type information, based on the vehicle information. The search process has a predetermined geographical relationship from a plurality of parking lots to the destination location information based on the plurality of parking lot information, the latest destination location information, the latest scheduled arrival time, and the vehicle model information. It is a parking lot that can be associated with the parking lot position information and can be parked at a time having a predetermined time relationship with the scheduled arrival time, and can accept a vehicle of the vehicle type corresponding to the vehicle type information. Search for one or more of the search parking lots. The search information receiving process, the type specifying process, and the search process are performed in response to the vehicle.
As a result, the vehicle arrives at the destination in a parking lot that has a predetermined geographical relationship with the destination of the vehicle, has a predetermined time relationship with the estimated time of arrival, and can accept a vehicle of the vehicle type corresponding to the vehicle type information. Can be searched before.

The operation method of the parking server according to the embodiment of the present invention includes a re-search determination step of determining whether or not a re-search of the parking lot is necessary based on the latest destination location information, and corresponds to the vehicle. Then, after performing the search information receiving step and the search step, the search information receiving step and the re-search determination step are performed, and it is determined that re-search is necessary in the re-search determination step. Perform the search process.
According to the configuration of the above embodiment, the re-search determination step determines whether or not the parking lot needs to be re-searched based on the latest destination location information. Corresponding to the vehicle, after performing the search information receiving process and the search process, the search information receiving process and the re-search determination process are performed, and the re-search is required in the re-search determination process. If it is determined, the search step is carried out.
As a result, the vehicle arrives at the destination in a parking lot that has a predetermined geographical relationship with the destination of the vehicle, has a predetermined time relationship with the estimated time of arrival, and can accept a vehicle of the vehicle type corresponding to the vehicle type information. Can be searched before.

In the operation method of the parking server according to the embodiment of the present invention, the re-search determination process is based on the latest destination location information, and the destination location information is the location information associated with the reserved parking lot. When the parking lot location information does not have a predetermined geographical relationship, it is judged that the parking lot needs to be searched again.
According to the configuration of the above embodiment, the destination position information and the reserved parking lot position information which is the position information associated with the reserved parking lot are predetermined based on the latest destination position information in the re-search determination step. When there is no geographical relationship with the parking lot, it is judged that the parking lot needs to be searched again.
As a result, the reserved parking lot can be changed quickly even when the destination is changed while driving.

In the operation method of the parking server according to the embodiment of the present invention, whether or not the re-search determination process requires re-searching the parking lot based on the latest destination location information and the latest estimated time of arrival. to decide.
According to the configuration of the above embodiment, the re-search determination step determines whether or not the parking lot needs to be re-searched based on the latest destination location information and the latest estimated arrival time.
As a result, the reserved parking lot can be changed quickly even when the destination is changed during traveling or the arrival time at the destination is significantly changed.

In the operation method of the parking server according to the embodiment of the present invention, the re-search determination process is performed on the destination location information and the reserved parking lot based on the latest destination location information and the latest scheduled arrival time. Re-search for a parking lot when the reserved parking lot location information, which is the associated location information, does not have a predetermined geographical relationship, or when the scheduled arrival time and the parking reservation time do not have a predetermined time relationship. Is judged to be necessary.
According to the configuration of the above embodiment, the re-search determination step is the location information associated with the destination location information and the reserved parking lot based on the latest destination location information and the latest estimated arrival time. When the reserved parking lot location information does not have a predetermined geographical relationship, or when the estimated arrival time and the parking reservation time do not have a predetermined time relationship, it is determined that the parking lot needs to be searched again.
As a result, the reserved parking lot can be changed quickly even when the destination is changed during traveling or the arrival time at the destination is significantly changed.

In the method of operating the parking server according to the embodiment of the present invention, the reservation process transmits the reserved parking lot position information which is the position information of the reserved parking lot to the telecommunications equipment of the vehicle.
According to the configuration of the above embodiment, the reservation process transmits the reserved parking lot position information, which is the position information of the reserved parking lot, to the telecommunications equipment of the vehicle.
As a result, the telecommunications equipment can know the location of the reserved parking lot.

In the parking server operation method according to the embodiment of the present invention, the search process transmits one or more search parking lot position information which is the position information of one or more search parking lots to the telecommunications equipment of the vehicle. ..
According to the configuration of the above embodiment, the search process transmits one or more search parking lot position information, which is the position information of the one or more search parking lots, to the telecommunications equipment of the vehicle.
As a result, the telecommunications equipment can know the location of the search parking lot.

The operation method of the parking server according to the embodiment of the present invention is to arrive at the destination location information which is the location information of the destination and the destination from the telecommunications equipment mounted on the vehicle traveling toward the destination. The vehicle is provided with the search information receiving process for receiving the estimated arrival time, which is the time, and the re-search determination process for determining whether or not the parking lot needs to be re-searched based on the latest estimated arrival time. Correspondingly, after performing the search information receiving step and the search step, the search information receiving step and the re-search determination step are performed, and when it is determined that re-search is necessary in the executed re-search determination step, the above-mentioned Perform the search process.
According to the configuration of the above embodiment, the search information receiving process arrives at the destination position information which is the position information of the destination and the destination from the telecommunications equipment mounted on the vehicle traveling toward the destination. Receive the estimated arrival time, which is the scheduled time. The re-search determination process determines whether or not the parking lot needs to be re-searched based on the latest estimated time of arrival. After performing the search information receiving process and the search process in response to the vehicle, the search information receiving process and the re-search determination process are performed, and it is determined that re-search is necessary in the executed re-search determination process. Then, the search process is carried out.
As a result, the reserved parking lot can be changed quickly even when the arrival time at the destination changes.

The operation method of the parking server according to the embodiment of the present invention is to arrive at the destination location information which is the location information of the destination and the destination from the telecommunications equipment mounted on the vehicle traveling toward the destination. When the scheduled arrival time and the parking reservation time do not have a predetermined time relationship based on the search information receiving process for receiving the scheduled arrival time, which is the time, and the latest scheduled arrival time, the parking lot The search information receiving process and the re-search determination process are provided after the search information receiving process and the search process are performed in response to the vehicle. Is performed, and if it is determined that re-search is necessary in the re-search determination step that has been carried out, the search step is carried out.
According to the configuration of the above embodiment, the search information receiving process arrives at the destination position information which is the position information of the destination and the destination from the telecommunications equipment mounted on the vehicle traveling toward the destination. Receive the estimated arrival time, which is the scheduled time. The re-search determination step determines that the parking lot needs to be re-searched when the estimated arrival time and the reserved parking time do not have a predetermined time relationship based on the latest estimated arrival time. After performing the search information receiving process and the search process in response to the vehicle, the search information receiving process and the re-search determination process are performed, and it is determined that re-search is necessary in the executed re-search determination process. Then, the search step is carried out.
As a result, the reserved parking lot can be changed quickly even when the arrival time at the destination changes significantly.

The method of operating the parking server according to the embodiment of the present invention includes the in-fault / in-inspection information which is information indicating whether or not the parking lot is out of order or inspected, and the search step includes the in-fault / inspecting information. , Based on the latest parking lot information, a plurality of search parking lots are searched by excluding the parking lot indicating that the faulty / inspecting information is faulty or inspecting from a plurality of parking lots.
According to the configuration of the above embodiment, the parking lot information includes failure / inspection information which is information indicating whether or not the parking lot is out of order or under inspection.
The search process is based on the latest parking lot information, and a plurality of search parking lots are excluded from the plurality of parking lots, excluding the parking lot indicating that the faulty / inspecting information is faulty or inspecting. To search for.
As a result, parking lots that are out of order or under inspection can be excluded from the search parking lots.

The method of operating the parking server according to the embodiment of the present invention includes the congestion degree information indicating the degree of congestion, which is the degree of difficulty in entering and leaving the parking lot after the parking lot arrives, and the reservation process includes the reservation process. , Based on the latest parking lot information, the reserved parking lot, which is one parking lot with the lowest congestion degree indicated by the congestion degree information among the plurality of search parking lots, is used for parking a vehicle. make a reservation.
According to the configuration of the above embodiment, the parking lot information includes congestion degree information indicating the degree of congestion, which is the degree of difficulty in entering and leaving the parking lot after the parking lot arrives. The reservation process uses the reserved parking lot, which is one of the parking lots having the lowest congestion degree indicated by the congestion degree information among the plurality of search parking lots, based on the latest parking lot information. Book for parking.
As a result, it is possible to reserve a parking lot with a low degree of congestion from among the plurality of searched parking lots.

The operation method of the parking server according to the embodiment of the present invention is the congestion when any one of the number of times of warehousing, the number of times of warehousing, and the total number of times of warehousing at the entrance and exit of the parking lot is large. The degree of congestion is high, and the degree of congestion is low when the number of times of warehousing / exiting at the entrance / exit of the parking lot, the number of times of warehousing / exiting, or the total number of times of both is small.
According to the configuration of the above embodiment, the degree of congestion is high when any one of the number of times of warehousing, the number of times of warehousing, and the total number of times of warehousing at the entrance and exit of the parking lot is large. The degree of congestion is low when any one of the number of times of warehousing and the number of times of warehousing and the total number of times of warehousing at the entrance and exit of the parking lot is small.
As a result, it is possible to reserve a parking lot that is infrequently entered and exited from among the plurality of searched parking lots.

In order to achieve the above object, it is software for telecommunications equipment that can communicate with a parking server that is mounted on a vehicle traveling toward a destination according to the present invention and searches for a parking lot, and searches for telecommunications equipment. The information transmission procedure and the reservation notification reception procedure are executed, the search information transmission procedure transmits the destination location information which is the destination location information to the parking server, and the reservation notification reception procedure is performed from the parking server to a plurality of parking lots. A reserved parking lot, which is one of a single or a plurality of searched parking lots, which is a parking lot searched based on a plurality of parking lot information which is the information of the above and the latest destination location information. We will receive a notification that we have made a reservation for parking.

According to the above-described configuration of the present invention, the telecommunications equipment is made to execute the search information transmission procedure and the reservation notification reception procedure. The search information transmission procedure transmits the destination location information, which is the location information of the destination, to the parking server. Of a single or a plurality of searched parking lots, which is a parking lot searched based on a plurality of parking lot information in which the reservation notification receiving procedure is information on a plurality of parking lots from the parking server and the latest destination location information. Receive a notification that the reserved parking lot, which is one of the parking lots, has been reserved for parking the vehicle.
As a result, the parking lot searched in consideration of the destination location information can be reserved.

The software for telecommunications equipment 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.

In the software for telecommunications equipment according to the embodiment of the present invention, the search information transmission procedure includes the destination location information which is the location information of the destination to the parking server and the scheduled arrival time which is the scheduled arrival time at the destination. Is transmitted, and the parking lot searched by the reservation notification receiving procedure based on a plurality of parking lot information which is information on a plurality of parking lots, the latest destination location information, and the latest scheduled arrival time. Parking reservation time, which is the parking time reserved for parking at the reserved parking lot, together with a notification that the reserved parking lot, which is one of the single or multiple search parking lots, has been reserved for parking the vehicle. And receive.
According to the configuration of the above embodiment, the search information transmission procedure transmits the destination position information, which is the location information of the destination, and the estimated arrival time, which is the estimated time of arrival at the destination, to the parking server. The procedure for receiving the reservation notification is a single parking lot searched from the parking server based on a plurality of parking lot information which is information on a plurality of parking lots, the latest destination location information, and the latest scheduled arrival time. Or, receive a notification that the reserved parking lot, which is one of the multiple search parking lots, has been reserved for parking the vehicle, and the parking reservation time, which is the parking time reserved for parking at the reserved parking lot. ..
As a result, the searched parking lot can be reserved in consideration of the destination location information and the estimated time of arrival.

The software for telecommunications equipment according to the embodiment of the present invention causes the telecommunications equipment to execute the search information transmission procedure and the reservation notification receiving procedure, and then executes the re-search determination procedure. When the search judgment procedure determines that re-search is necessary, the cancellation instruction procedure, the search information transmission procedure, and the reservation notification receiving procedure are executed, and the re-search judgment procedure is based on the latest scheduled arrival time of the parking lot. It is determined whether or not re-search is necessary, and the cancellation instruction procedure instructs the parking server to cancel the reservation of the reserved parking lot.
According to the configuration of the above embodiment, the telecommunications equipment is made to execute the search information transmission procedure and the reservation notification receiving procedure, and then the re-search determination procedure is executed, and the executed re-search determination procedure is re-searched. When it is determined that it is necessary, the cancellation instruction procedure, the search information transmission procedure, and the reservation notification reception procedure are executed. The re-search determination procedure determines whether or not the parking lot needs to be re-searched based on the latest estimated time of arrival. The cancellation instruction procedure instructs the parking server to cancel the reservation of the reserved parking lot.
As a result, the parking lot searched in consideration of the estimated time of arrival can be rebooked.

In the software for telecommunications equipment according to the embodiment of the present invention, the estimated arrival time and the reserved parking time have a predetermined time relationship based on the latest estimated arrival time in the re-search determination procedure. If not, it is judged that the parking lot needs to be searched again.
According to the configuration of the above embodiment, when the re-search determination procedure does not have a predetermined time relationship between the estimated arrival time and the parking reservation time based on the latest estimated arrival time, the parking lot is re-searched. Judge that search is necessary.
As a result, the parking lot can be rebooked in consideration of the estimated time of arrival.

The software for telecommunications equipment according to the embodiment of the present invention is based on a plurality of parking lot information in which the reservation notification receiving procedure is information on a plurality of parking lots from a parking server and the latest destination location information. The reserved parking lot which is the position information of the reserved parking lot together with the notification that the reserved parking lot which is one of the single or multiple searched parking lots which is the searched parking lot is reserved for parking the vehicle. The destination is received from the location information and the parking reservation time, which is the parking time reserved for parking in the parking lot, and the re-search determination procedure is based on the latest destination location information and the latest scheduled arrival time. When the location information and the reserved parking lot location information do not have a predetermined geographical relationship, or when the scheduled arrival time and the parking reservation time do not have a predetermined time relationship, the parking lot can be searched again. Judge as necessary.
According to the configuration of the above embodiment, the reservation notification receiving procedure is a single parking lot searched from the parking server based on a plurality of parking lot information which is information on a plurality of parking lots and the latest destination location information. Or, along with a notification that the reserved parking lot, which is one of the plurality of search parking lots, has been reserved for parking the vehicle, the reserved parking lot position information, which is the location information of the reserved parking lot, and the parking lot. Receive the parking reservation time, which is the parking time for which parking was reserved. When the re-search determination procedure does not have a predetermined geographical relationship between the destination location information and the reserved parking lot location information based on the latest destination location information and the latest estimated arrival time. Alternatively, when the estimated arrival time and the reserved parking time do not have a predetermined time relationship, it is determined that the parking lot needs to be searched again.
As a result, the parking lot can be rebooked in consideration of the destination location information and the estimated time of arrival.

The software for telecommunications equipment according to the embodiment of the present invention causes a telecommunications equipment to execute a route change detection procedure, and cancels the contract when it is determined that the executed route change detection procedure has changed a detour or a destination. The instruction procedure, the search information transmission procedure, and the reservation notification reception procedure are executed, and when the route change detection procedure frequently changes the movement route of the vehicle, it is determined that the detour or the destination has been changed.
According to the configuration of the above embodiment, the telecommunications equipment is made to execute the route change detection procedure, and when it is determined that the executed route change detection procedure has changed the detour or the destination, the cancellation instruction procedure and the search information transmission The procedure and the procedure for receiving the reservation notification are executed. According to the route change detection procedure, it is determined that the detour or the destination has been changed when the movement route of the vehicle is frequently changed.
As a result, the parking lot can be rebooked when the movement route is changed frequently.

The software for telecommunications equipment according to the embodiment of the present invention causes the telecommunications equipment to execute the reservation authentication request procedure by operating the driver when the vehicle arrives at the reserved parking lot, and the reservation authentication request is sent to the parking server. Request the reservation authentication, which is the authentication of the parking reservation, from the reserved parking lot.
According to the configuration of the above embodiment, when the vehicle arrives at the reserved parking lot, the telecommunications equipment is made to execute the reservation authentication request procedure by the operation of the driver. The reservation authentication request asks the parking server for reservation authentication, which is authentication for parking reservations at the reserved parking lot.
As a result, the parking server can authenticate the reservation to the reserved parking lot and park the vehicle in the reserved parking lot.

The software for a telecommunications device according to an embodiment of the present invention causes a telecommunications device to execute the reservation notification receiving procedure and the route navigation procedure, and the reservation notification receiving procedure moves the reserved parking lot from a parking server to the vehicle. Receives the reserved parking lot position information which is the location information of the reserved parking lot reserved together with the notification that the parking lot has been reserved for parking, and the route navigation procedure makes the destination the parking lot corresponding to the reserved parking lot location information. Replace with location to navigate the route to your destination.
According to the configuration of the above embodiment, the telecommunications equipment is made to execute the reservation notification receiving procedure and the route navigation procedure. The reservation notification receiving procedure receives the reserved parking lot position information which is the position information of the reserved parking lot reserved together with the notification that the reserved parking lot is reserved for parking the vehicle from the parking server. The route navigation procedure replaces the destination with a parking lot position corresponding to the reserved parking lot position information and navigates the route to the destination.
As a result, the reserved parking lot can be reached quickly.

The software for a telecommunications device according to the embodiment of the present invention causes the telecommunications device to execute the search information transmission procedure and the reservation notification receiving procedure, and then executes the re-search determination procedure, and then executes the re-search. When the search determination procedure determines that re-search is necessary, the search information transmission procedure, the cancellation instruction procedure, and the reservation notification receiving procedure are executed, and the reservation notification receiving procedure is a plurality of parking lot information from the parking server. Reservation parking lot, which is one of the single or multiple search parking lots searched based on the parking lot information and the latest destination location information, is reserved for parking the vehicle. The reserved parking lot position information, which is the position information of the reserved parking lot, is received together with the notification of the above, and the re-search determination procedure requires re-searching the parking lot based on the reserved parking lot position information and the destination position information. It is determined whether or not the parking lot is used, and the cancellation instruction procedure instructs the parking server to cancel the reservation of the reserved parking lot.
According to the configuration of the above embodiment, the telecommunications equipment is made to execute the search information transmission procedure and the reservation notification receiving procedure, and then the re-search determination procedure is executed, and the executed re-search determination procedure is re-searched. When it is determined that it is necessary, the search information transmission procedure, the cancellation instruction procedure, and the reservation notification reception procedure are executed. Of a single or a plurality of searched parking lots, which is a parking lot searched by the reservation notification receiving procedure based on a plurality of parking lot information which is information on a plurality of parking lots and the latest destination location information from the parking server. In addition to notifying that the reserved parking lot, which is one of the parking lots, has been reserved for parking the vehicle, the reserved parking lot location information, which is the location information of the reserved parking lot, is received. The re-search determination procedure determines whether or not it is necessary to re-search the parking lot based on the reserved parking lot position information and the destination location information. The cancellation instruction procedure instructs the parking server to cancel the reservation of the reserved parking lot.
As a result, the parking lot can be rebooked in consideration of the destination location information and the estimated time of arrival.

The software for a telecommunications device according to the embodiment of the present invention causes the telecommunications device to execute the search information transmission procedure and the reservation notification receiving procedure, and then executes the re-search determination procedure, and then executes the re-search. When the search determination procedure determines that re-search is necessary, the search information transmission procedure, the cancellation instruction procedure, and the reservation notification reception procedure are executed, and the search notification reception procedure is a plurality of parking lot information from the parking server. The reserved parking lot, which is one of the single or multiple searched parking lots searched based on the parking lot information and the latest destination location information, is reserved for parking the vehicle. The reservation parking lot position information which is the position information of the reserved parking lot is received together with the notification to that effect, and the reserved parking lot position information and the destination position information are based on the latest destination position information in the re-search determination procedure. When the parking lot does not have a predetermined geographical relationship, it is determined that the parking lot needs to be searched again, and the cancellation instruction procedure instructs the parking server to cancel the reservation of the reserved parking lot.
According to the configuration of the above embodiment, the telecommunications equipment is made to execute the search information transmission procedure and the reservation notification receiving procedure, and then the re-search determination procedure is executed, and the executed re-search determination procedure is re-searched. When it is determined that it is necessary, the search information transmission procedure, the cancellation instruction procedure, and the reservation notification reception procedure are executed. Of a single or a plurality of search parking lots, which is a parking lot searched by the search notification receiving procedure based on a plurality of parking lot information which is information on a plurality of parking lots and the latest destination location information from the parking server. The reserved parking lot location information, which is the location information of the reserved parking lot, is received together with the notification that the reserved parking lot, which is one of the parking lots, has been reserved for parking the vehicle. When the re-search determination procedure is based on the latest destination location information and the reserved parking lot location information and the destination location information do not have a predetermined geographical relationship, it is determined that the parking lot needs to be re-searched. To do. The cancellation instruction procedure instructs the parking server to cancel the reservation of the reserved parking lot.
As a result, the parking lot can be rebooked in consideration of the destination location information and the estimated time of arrival.

As described above, the operation method of the parking server for reserving the parking lot according to the present invention has the following effects depending on its configuration.
A parking lot that receives destination location information from the telecommunications equipment mounted on the vehicle, prepares and updates it, and has a predetermined geographical relationship with the destination location information based on the destination location information. Since the parking lot to which the location information is associated is searched, the parking lot having a predetermined geographical relationship with the destination of the vehicle can be searched before arriving at the destination.
In addition, the destination location information has a predetermined geographical relationship based on the plurality of parking lot information to be prepared / updated by receiving the destination location information from the telecommunications equipment mounted on the vehicle and the destination location information. Since the parking lot to which the parking lot location information is associated is reserved for parking the vehicle, it is possible to reserve a parking lot having a predetermined geographical relationship with the destination of the vehicle before arriving at the destination.
In addition, the destination position is received from the telecommunications equipment mounted on the vehicle, and the destination position is prepared and updated based on the plurality of parking lot information, the destination position information, and the estimated arrival time. Since the parking lot location information that has a predetermined geographical relationship is associated with the information and the parking lot that can be parked at the time that has a predetermined time relationship with the estimated arrival time is reserved for parking the vehicle. , You can search for parking lots that have a predetermined geographical relationship with the destination of the vehicle and have a predetermined time relationship with the estimated time of arrival before arriving at the destination.
In addition, a predetermined geography is used for the destination location information based on a plurality of parking lot information to be prepared / updated, a destination location information, an estimated arrival time, and a vehicle type information, which identifies the vehicle type information based on the vehicle information. Since the parking lot position information that has a specific relationship is associated and the parking lot that can be parked at a time that has a predetermined time relationship with the scheduled arrival time is reserved for parking the vehicle, the destination of the vehicle It is possible to search for a parking lot that has a predetermined geographical relationship, has a predetermined time relationship with the scheduled arrival time, and can accept a vehicle of the vehicle type corresponding to the vehicle type information before arriving at the destination.
In addition, a predetermined geography is used for the destination location information based on a plurality of parking lot information to be prepared / updated, a destination location information, an estimated arrival time, and a vehicle type information, which identifies the vehicle type information based on the vehicle information. Since the parking lot position information that has a specific relationship is associated and the parking lot that can be parked at a time that has a predetermined time relationship with the scheduled arrival time is reserved for parking the vehicle, the destination of the vehicle It is possible to search for a parking lot that has a predetermined geographical relationship, has a predetermined time relationship with the scheduled arrival time, and can accept a vehicle of the vehicle type corresponding to the vehicle type information before arriving at the destination.
In addition, when the re-received destination location information and the parking lot location information of the reserved parking lot do not have a predetermined geographical relationship, it is determined that the parking lot needs to be re-reserved. Even if the destination is changed, the reserved parking lot can be changed quickly.
In addition, if it is determined that the parking lot needs to be rebooked based on the destination location information and the estimated arrival time received again from the telecommunications equipment installed in the vehicle that reserved the parking lot, the reservation for the reserved parking lot is canceled. Then, the parking lot searched based on the destination location information and the estimated time of arrival received again was reserved for parking the vehicle, so the destination was changed or the destination was changed while driving. The reserved parking lot can be changed quickly even when the arrival time changes significantly.
Further, the re-received destination location information and the parking lot location information associated with the reserved parking lot do not have a predetermined geographical relationship, or the re-received scheduled arrival time and the parking reservation time Has decided that it is necessary to rebook the parking lot when it does not have a predetermined time relationship, so even if the destination changes while driving or the destination arrival time changes significantly, it can be done quickly. You can change the reserved parking lot.
Further, since the parking lot position information, which is the position information of the reserved parking lot, is transmitted together with the notification that the reserved parking lot is reserved for parking the vehicle, the telecommunications equipment is the position of the reserved parking lot. Can be known.
Further, since the parking lot position information which is the position information of the search parking lot is transmitted, the telecommunications equipment can know the position of the search parking lot.
In addition, if it is determined that the parking lot needs to be re-reserved based on the estimated arrival time received again from the telecommunications equipment installed in the vehicle that reserved the parking lot, the reservation for the reserved parking lot is canceled and the parking lot is received again. Since the parking lot searched based on the estimated arrival time is reserved for parking the vehicle, the reserved parking lot can be changed quickly even when the destination arrival time changes.
In addition, when the re-received estimated arrival time and the parking reservation time do not have a predetermined time relationship, it is determined that the parking lot needs to be re-reserved, so that the destination arrival time has changed significantly. You can change the reserved parking lot quickly even when.
In addition, since the multiple search parking lots are searched by excluding the parking lots indicating that the troubled / inspected information is out of order or inspected from the plurality of parking lots, the troubled or inspected parking lots are searched. Parking lots can be excluded from the search parking lots.
Further, since the reserved parking lot, which is one of the parking lots having the lowest congestion degree indicated by the congestion degree information among the plurality of the searched parking lots, is reserved for parking the vehicle, a plurality of searched parking lots are searched. You can reserve a less crowded parking lot from the parking lots.
In addition, the number of times of warehousing and warehousing per unit time at the entrance and exit of the parking lot, the number of times of warehousing, and the total number of times of both are set to increase or decrease according to the size, so the search was performed. You can reserve a parking lot that is infrequently entered and exited from among multiple parking lots.

As described above, the software for telecommunications equipment that is mounted on a vehicle traveling toward the destination according to the present invention and can communicate with a parking server that reserves a parking lot has the following effects depending on its configuration. ..
The telecommunications equipment sends the destination location information, which is the location information of the destination, to the parking server, and the parking server searches and reserves the reserved parking lot based on the plurality of parking lot information and the destination location information. Since we have received a notification that we have made a reservation for parking, we can reserve the parking lot that we searched for in consideration of the destination location information.
Further, the telecommunications equipment transmits the destination position information, which is the location information of the destination, and the estimated arrival time to the parking server, and the parking server sends the plurality of parking lot information, the destination position information, and the estimated arrival time. Since the notification that the reserved parking lot that was searched and reserved based on the above was reserved for parking the vehicle is received, the searched parking lot can be reserved in consideration of the destination location information and the estimated time of arrival.
In addition, the parking reservation time is received from the parking server, it is determined whether or not the parking lot needs to be re-reserved based on the parking reservation time and the scheduled arrival time, and if it is determined, the reservation of the reserved parking lot is canceled. Then, the destination location information is started on the parking server, and the parking server notifies that the reserved parking lot reserved by searching based on the plurality of parking lot information and the destination location information is reserved for parking the vehicle. Since we have made it so that we can receive it, we can rebook the parking lot searched in consideration of the estimated arrival time.
In addition, when the estimated arrival time and the parking reservation time do not have a predetermined time relationship, it is determined that the parking lot needs to be rebooked. Therefore, the parking lot is rebooked in consideration of the estimated arrival time. it can.
In addition, the parking server receives a notification that the reserved parking lot has been reserved, the parking lot position information and the parking reservation time at the parking lot, and the parking lot position information and the destination position information have a predetermined geographical relationship. When there is no parking lot, or when the scheduled arrival time and the parking reservation time do not have a predetermined time relationship, it is determined that the parking lot needs to be re-reserved. Therefore, the destination location information and the arrival You can rebook the parking lot in consideration of the scheduled time.
In addition, when it is determined that the detour or destination has been changed when the movement route of the vehicle is frequently changed, and when it is determined that the detour or destination has been changed, the cancellation instruction procedure, the reservation information transmission procedure, and the reservation notification reception are received. Since the procedure and the procedure are executed, the parking lot can be rebooked when the movement route is changed frequently.
In addition, when the vehicle arrives at the reserved parking lot, the driver operates to request the parking server for reservation authentication, which is the authentication of the reservation for parking at the reserved parking lot. Therefore, the parking server makes a reservation at the reserved parking lot. You can authenticate and park your vehicle in the reserved parking lot.
In addition, the parking server receives the parking lot position information of the reserved parking lot together with the notification that the reserved parking lot has been reserved for parking the vehicle, and navigates the route to the parking lot position information. , You can arrive at the reserved parking lot quickly.
In addition, when the parking lot location information is received from the parking server together with the notification that the reserved parking lot has been reserved, and the parking lot location information and the destination location information do not have a predetermined geographical relationship, the parking lot is re-installed. Since it is determined that a reservation is necessary, the parking lot can be re-booked in consideration of the destination location information and the estimated arrival time.
In addition, when the parking lot location information is received from the parking server together with the notification that the reserved parking lot has been reserved, and the parking lot location information and the destination location information do not have a predetermined geographical relationship, the parking lot is re-installed. Since it is determined that a reservation is necessary, the parking lot can be re-booked in consideration of the destination location information and the estimated arrival time.
Therefore, it is possible to provide an operation method of a parking server that reserves a parking lot and software for telecommunications equipment capable of communicating with the parking server.

It is a system conceptual diagram of the parking lot search system which concerns on embodiment of this invention. It is a flow chart of the parking lot search system which concerns on 1st Embodiment of this invention. It is a flow chart of the parking lot search system which concerns on the 2nd Embodiment of this invention.

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

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

The parking lot search system according to the embodiment of the present invention is a parking lot search system that searches for a parking lot corresponding to a vehicle traveling toward a destination.

The parking lot search system includes a vehicle 50, a telecommunications device 60, a parking server 70, and a plurality of parking lots 80.
The vehicle 50 travels toward the destination 40.
The telecommunications equipment 60 can communicate with the parking server 70.
The telecommunications equipment 60 may be mounted on the vehicle.
The telecommunications equipment 60 is composed of a CPU, a memory, and various interfaces, and each procedure is realized by installed software.
For example, the telecommunications device 60 is a mobile phone, a car navigation system, or the like.
The parking server 70 searches for a parking lot corresponding to a vehicle traveling toward the destination 40 in cooperation with the telecommunications equipment 60.
The parking server 70 may communicate with a plurality of parking lots.
The parking server 70 may communicate with a plurality of parking lots via a telecommunication network.
The parking server 70 can prepare and update a plurality of parking lot information, which is information on a plurality of parking lots.
The parking server 70 is composed of a CPU, a memory, and various interfaces, and implements various procedures by the installed software.
The parking lot 80 is a place where the vehicle 50 is parked.
The parking lot 80 may park a plurality of vehicles 50.
The parking lot 80 may be a self-propelled parking lot.
The parking lot 80 may be a mechanical parking device.
The parking lot 80 may have a reservation function.
Hereinafter, the vehicle 50 will be described as a specific vehicle that intends to use the parking lot search system.

The software for telecommunications equipment and the parking server 70 in the parking lot search system according to the first embodiment of the present invention will be described below with reference to the drawings.
FIG. 2 is a flow chart of a parking lot search system according to the first embodiment of the present invention.
FIG. 2 shows an operation method of software for telecommunications equipment and a parking server in the parking lot search system according to the first embodiment of the present invention.

First, the operation method of the software for telecommunications equipment and the circing server in the parking lot search system according to the first embodiment of the present invention will be described.
In the parking lot search system according to the first embodiment of the present invention, the telecommunications equipment mounted on the vehicle makes a re-search determination described later.

First, software for telecommunications equipment will be described.
The software for telecommunications equipment in the parking lot search system according to the first embodiment causes the telecommunications equipment 60 to realize various procedures.
The software for telecommunications equipment in the parking lot search system according to the first embodiment may realize the search setting procedure S21 in the telecommunications equipment 60.
The software for telecommunications equipment in the parking lot search system according to the first embodiment may realize the search information transmission procedure S22 and the reservation notification receiving procedure S23 on the telecommunications equipment 60.
The software for telecommunications equipment in the parking lot search system according to the first embodiment may realize the search information transmission procedure S22 and the search notification receiving procedure S23a on the telecommunications equipment 60.
The software for telecommunications equipment in the parking lot search system according to the first embodiment may realize the search setting procedure S21, the search information transmission procedure S22, and the reservation notification receiving procedure S23 on the telecommunications equipment 60.
The software for telecommunications equipment in the parking lot search system according to the first embodiment may realize the search information transmission procedure S22, the reservation notification receiving procedure S23, and the re-search determination procedure S24 on the telecommunications equipment 60. ..
The software for telecommunications equipment in the parking lot search system according to the first embodiment may realize the search information transmission procedure S22, the reservation notification receiving procedure S23, and the cancellation instruction procedure S25 on the telecommunications equipment 60.
The software for the telecommunications equipment in the parking lot search system according to the first embodiment includes the telecommunications equipment 60 with the search information transmission procedure S22, the reservation notification receiving procedure S23, the driving status acquisition procedure S27, and the route change detection procedure S26. May be realized.
The software for telecommunications equipment in the parking lot search system according to the first embodiment may realize the search information transmission procedure S22, the reservation notification receiving procedure S23, and the reservation authentication request procedure S28 in the telecommunications equipment 60. ..
The software for telecommunications equipment in the parking lot search system according to the first embodiment causes the telecommunications equipment 60 to realize a search information transmission procedure S22, a reservation notification reception procedure S23, and a route navigation procedure (not shown). You may.
The software for telecommunications equipment in the parking lot search system according to the first embodiment may cause the telecommunications equipment 60 to execute the search information transmission procedure S22, the reservation notification receiving procedure S23, and the route change detection procedure S26. ..
The software for the telecommunications equipment in the parking lot search system according to the first embodiment is the telecommunications equipment 60, the search setting procedure S21, the search information transmission procedure S22, the reservation notification reception procedure S23, the search notification reception procedure S23a, and the like. The search determination procedure S24, the cancellation instruction procedure S25, the route change detection procedure S26, the operation status acquisition procedure S27, the reservation authentication request procedure S28, and the route navigation procedure (not shown) may be realized.

The search setting procedure S21 is a procedure for setting information necessary for reserving a parking lot.
The information required for the reservation is set by the customer.
Information required for reservation is customer ID, GPS function ON of telecommunications equipment, automatic reservation permission, parking lot search conditions (fee / destination distance priority, etc.), vehicle information, vehicle number registration, destination 40, arrival time, Parking time, etc.
The customer ID is an ID that identifies the customer and is associated with the vehicle information.
Turning on the GPS function of the telecommunications equipment is a selection of whether to enable or disable the GPS function of the telecommunications equipment.
The automatic reservation permission is set whether or not to automatically reserve the parking lot.
When the automatic reservation permission is set to "automatically reserve a parking lot", the parking lot reservation system automatically reserves the parking lot when it searches for a parking lot that meets the customer's requirements.
If the auto-reservation permission is not set to "automatically reserve a parking lot", the parking lot reservation system will contact the customer when searching for a parking lot that meets the customer's requirements, and the customer will contact the parking lot. Wait for the reservation order.
The parking lot search condition is set such as which of the charge and the destination distance is prioritized.
The vehicle information is information for identifying the vehicle 50. The size and weight of the vehicle 50 can be specified from the vehicle information.
The car number registration is a so-called car number.
The destination information is information that can identify the destination 40.
For example, the destination information is the location information of the destination 40.
The arrival time is information that can specify the time when the vehicle 50 arrives at the destination 40.
For example, the arrival time is the estimated time of arrival, which is the time when the destination 40 is scheduled to arrive.
The parking time is information that identifies the parking time of the vehicle 50.

The search information transmission procedure S22 is a procedure for transmitting information necessary for the search to the parking server 70.
The search information transmission procedure S22 may transmit the destination location information to the parking server 70.
The search information transmission procedure S22 may transmit the destination location information and the estimated time of arrival to the parking server 70.
The search information transmission procedure S22 may transmit the destination position information, the estimated time of arrival, and the parking time to the parking server 70.
The search information transmission procedure S22 may transmit the destination position information, the estimated time of arrival, and the vehicle information to the parking server 70.
The search information transmission procedure S22 may transmit the destination position information, the estimated time of arrival, and the vehicle model information to the parking server 70.
The destination position information is the position information of the destination 40.
The estimated time of arrival is the estimated time of arrival at the destination 40.
For example, the estimated time of arrival is the arrival time set by the customer.
For example, the estimated time of arrival is the arrival time predicted by the navigation system.
The vehicle information is information on the vehicle 50.
For example, the vehicle information is the number of the vehicle 50.
For example, the vehicle information is the total length and weight of the vehicle 50.
For example, the vehicle information is a vehicle model number.
The vehicle model information is information that can identify the model of the vehicle 50.
For example, the vehicle model information is a vehicle model number.

The reservation notification receiving procedure S23 is a procedure for receiving a notification from the parking server 70 that the reserved parking lot has been reserved for parking the vehicle 50.
The reservation notification receiving procedure may receive the parking reservation time from the parking server 70 together with the notification that the reserved parking lot has been reserved for parking the vehicle 50.
The reservation notification receiving procedure S23 may receive the reserved parking lot position information and the parking reservation time together with the notification that the reserved parking lot has been reserved for parking the vehicle 50 from the parking server 70.
The reserved parking lot is a parking lot searched based on a plurality of parking lot information, which is information on a plurality of parking lots, and the latest destination location information. It is one parking lot reserved in.
A reserved parking lot is a parking lot searched based on a plurality of parking lot information which is information on a plurality of parking lots, the latest destination location information, and an estimated time of arrival. It may be one parking lot reserved for vehicle 50.
Reserved parking lots are parking lots searched based on multiple parking lot information, which is information on multiple parking lots, the latest destination location information, estimated time of arrival, and vehicle model number. It may be one parking lot reserved for vehicle 50 in the parking lot.
The reserved parking lot location information is the location information of the reserved parking lot.
The parking reservation time is the reserved parking time at the reserved parking lot.
The vehicle model number is the model number of the vehicle 50.

The search notification receiving procedure S23a is a procedure for receiving a single or a plurality of search parking lot location information.
The single or multiple search parking lot location information is the location information of the single or multiple search parking lots.
A single or multiple search parking lot is a parking lot searched based on a plurality of parking lot information which is information on a plurality of parking lots and the latest destination location information.
The single or multiple search parking lots are parking lots searched by a parking server described later based on a plurality of parking lot information which is information on a plurality of parking lots and the latest destination location information.

The re-search determination procedure S24 is a procedure for determining whether or not the parking lot needs to be re-searched.
The re-search determination procedure S24 may determine whether or not the parking lot needs to be re-searched based on the latest estimated time of arrival and the reserved parking time.
The re-search determination procedure S24 may determine that the parking lot needs to be re-searched when the estimated arrival time and the reserved parking time do not have a predetermined time relationship based on the latest estimated arrival time. Further, the re-search determination procedure S24 may not determine that the parking lot needs to be re-searched when the estimated arrival time and the parking reservation time have a predetermined time relationship.
When the re-search determination procedure S24 does not have a predetermined geographical relationship between the destination location information and the reserved parking lot location information based on the latest destination location information and the latest estimated arrival time, or the arrival When the scheduled time and the reserved parking time do not have a predetermined time relationship, it may be determined that the parking lot needs to be searched again. Further, in the re-search determination procedure S24, when the destination location information and the reserved parking lot location information have a predetermined geographical relationship, and when the estimated arrival time and the parking reservation time have a predetermined time relationship, the parking lot You may not decide that you need to search again.
The re-search determination procedure S24 may determine whether or not the parking lot needs to be re-searched based on the reserved parking lot location information and the latest destination location information.
The re-search determination procedure S24 determines that the re-search of the parking lot is necessary when the reserved parking lot location information and the destination location information do not have a predetermined geographical relationship based on the latest destination location information. You may. Further, the re-search determination procedure S24 may not determine that the re-search of the parking lot is necessary when the reserved parking lot location information and the destination location information have a predetermined geographical relationship.

The cancellation instruction procedure S25 is a procedure for instructing the parking server to cancel the reservation of the reserved parking lot.
When the parking server 70 receives the instruction according to the cancellation instruction procedure S25, the parking server 70 cancels the reservation of the reserved parking lot.

The route change detection procedure S26 is a procedure for determining that the detour or the destination 40 has been changed when the movement route of the vehicle 50 is frequently changed.
The route change detection procedure S26 may count the number of changes in the movement route of the vehicle 50 and determine that the detour or the destination 40 has been changed when the number of times exceeds a predetermined number.
The route change detection procedure S26 may count the number of changes in the movement route of the vehicle 50 and determine that the detour or the destination 40 has been changed when the number of times exceeds a predetermined number.

The driving status acquisition procedure S27 is a procedure for acquiring the driving status of the vehicle 50.
For example, the driving status acquisition process S27 acquires the progress of the route change of the vehicle 50 from the system for navigating the route.
For example, the driving status acquisition process S27 acquires that the vehicle 50 has arrived at the reserved parking lot by the operation of the driver.

The reservation authentication request procedure S28 is a procedure for requesting the parking server 70 for reservation authentication, which is authentication for parking reservation, to the reserved parking lot.
When the parking server 70 receives the reservation authentication according to the reservation authentication request procedure S28, the parking server 70 notifies the reserved parking lot that the reservation approval has been requested.

The route navigation procedure (not shown) is a procedure for navigating the route to the destination 40 by replacing the destination 40 with a parking place position corresponding to the parking lot position information.
For example, a function built into the telecommunications equipment 60 navigates the route.
For example, a navigation function that communicates with the telecommunications equipment 60 navigates the route.

The procedure for causing the telecommunications equipment software in the parking lot search system according to the first embodiment to execute various procedures will be described below.

The software for telecommunications equipment in the parking lot search system according to the first embodiment causes the telecommunications equipment 60 to execute the search setting procedure S21.

The software for telecommunications equipment in the parking lot search system according to the first embodiment causes the telecommunications equipment 60 to execute the search information transmission procedure S22 and the reservation notification receiving procedure S23.
After executing the search information sending procedure S22, the reservation notification receiving procedure S23 may be executed.

The software for telecommunications equipment in the parking lot search system according to the first embodiment causes the telecommunications equipment 60 to execute the search setting procedure S21, the search information transmission procedure S22, and the reservation notification receiving procedure S23.
The search information transmission procedure S22 may be executed after the search setting procedure S21 is executed, and the reservation notification receiving procedure S23 may be executed after the search information transmission procedure S22 is executed.

The software for telecommunications equipment in the parking lot search system according to the first embodiment provides the telecommunications equipment 60 with a search information transmission procedure S22, a reservation notification receiving procedure S23, a re-search determination procedure S24, and a cancellation instruction procedure S25. You may let it run.
After executing the search information transmission procedure S22, the reservation notification receiving procedure S23 is executed, and after executing the reservation notification receiving procedure S23, the re-search judgment procedure S24 is executed, and the executed re-search judgment procedure S24 If it is determined that re-search is necessary, the cancellation instruction procedure S25, the search information transmission procedure S22, and the reservation notification receiving procedure S23 may be executed.
After executing the search information transmission procedure S22 and executing the search information transmission procedure S22, the reservation notification receiving procedure S23 is executed, and after executing the reservation notification receiving procedure S23, the re-search judgment procedure S24 is executed. When the executed re-search determination procedure S24 determines that re-search is necessary, the cancellation instruction procedure S25, the search information transmission procedure S22, and the reservation notification receiving procedure S23 may be executed.
After executing the search information transmission procedure S22 and executing the search information transmission procedure S22, the reservation notification receiving procedure S23 is executed, and after executing the reservation notification receiving procedure S23, the re-search judgment procedure S24 is executed. When the executed re-search determination procedure S24 determines that re-search is necessary, the cancellation instruction procedure S25 is executed, the cancellation instruction procedure S25 is executed, then the search information transmission procedure S22 is executed, and the search information transmission procedure S22 is executed. After that, the reservation notification receiving procedure S23 may be executed.

The software for telecommunications equipment in the parking lot search system according to the first embodiment provides the telecommunications equipment 60 with a route change detection procedure S26, a cancellation instruction procedure S25, a search information transmission procedure S22, and a reservation notification receiving procedure S23. You may let it run.
The route change detection procedure S26 may be executed, and when the executed route change detection procedure S26 determines that the detour or the destination 40 has been changed, the cancellation instruction procedure S25 and the reservation notification receiving procedure S23 may be executed.
Search information after executing the route change detection procedure S26, executing the cancellation instruction procedure S25 when the executed route change detection procedure S26 determines that the detour or the destination 40 has been changed, and executing the cancellation instruction procedure S25. After the transmission procedure S22 is executed and the search information transmission procedure S22 is executed, the reservation notification receiving procedure S23 may be executed.

The software for telecommunications equipment in the parking lot search system according to the first embodiment may cause the telecommunications equipment 60 to execute the reservation authentication request procedure S28.
When the vehicle 50 arrives at the reserved parking lot, the driver operates the telecommunications equipment to execute the reservation authentication request procedure.

The software for telecommunications equipment in the parking lot search system according to the first embodiment may cause the telecommunications equipment 60 to execute the reservation notification receiving procedure S23 and the route navigation procedure (shown in the figure).
The route navigation procedure (shown in the figure) may be executed after the reservation notification receiving procedure S23 is executed.

Next, an operation method of the parking server in the parking lot search system according to the first embodiment of the present invention will be described.

The operation method of the parking server in the parking lot search system according to the first embodiment of the present invention may be composed of a preparation / update step S11, a search information receiving step S12, and a search step S13.
The operation method of the parking server in the parking lot search system according to the first embodiment of the present invention is the preparation / update process S11, the search information receiving process S12, the search process S13, and the reservation process! It may be composed of 4.
The operation method of the parking server in the parking lot search system according to the first embodiment of the present invention may be composed of a preparation / update step S11, a search information receiving step S12, a search step S13, and a model specifying step 15.
The operation method of the parking server in the parking lot search system according to the first embodiment of the present invention may be composed of a preparation / update step S11, a search information receiving step S12, a search step S13, and a cancellation step 17.
The operation method of the parking server in the parking lot search system according to the first embodiment of the present invention may be composed of a preparation / update step S11, a search information receiving step S12, a search step S13, and a reservation authentication step 18.
The operation method of the parking server in the parking lot search system according to the first embodiment of the present invention is the preparation / update process S11, the search information receiving process S12, the search process S13, and the reservation process! It may be composed of 4, a type specifying process 15, a cancellation process 17, and a reservation authentication process 18.

The preparation / update step S11 is a step of preparing / updating a plurality of parking lot information which is information on a plurality of parking lots.
The parking lot information includes vacancy information by vehicle type, location information, charge information, reservation function, and the like.
The parking lot information includes vacancy information by vehicle type that can be stored, location information, charge information, reservation function, breakdown / inspection information, congestion degree information, and the like.
The vacant information by vehicle type that can be stored is information regarding the presence or absence of a vehicle type in the parking space that can be stored in the parking lot.
The vacant information for each vehicle type that can be stored may be information regarding the presence or absence of each vehicle type in the parking space that can be stored in the parking lot.
The location information is the location information of the parking lot. The position information may be GPS data.
The location information is the location information of the parking lot. The position information may be latitude / longitude data by GPS.
The charge information is information on the parking charge.
The charge information may be information necessary for calculating the parking charge.
The reservation function is information regarding the reservation function of the parking lot.
The breakdown / inspection information is information indicating whether or not the parking lot is out of order or under inspection.
When a plurality of parking lots are out of order or inspecting, they send out-of-failure / in-inspection information indicating that they are in failure or inspecting to the parking server.
When the failure and inspection are completed, the plurality of parking lots send failure / inspection information indicating that the failure is in progress and not inspecting to the parking server.
The congestion degree information is information indicating the degree of congestion, which is the degree of difficulty in entering and leaving the parking lot after arriving at the parking lot.
Multiple parking lots repeatedly send congestion degree information to each parking server.
The degree of congestion is high when any one of the number of times of warehousing, the number of times of warehousing, and the total number of times of warehousing at the parking lot entrance / exit is large, and the unit time at the parking lot entrance / exit. The degree of congestion may be low when the number of times of warehousing, the number of times of warehousing, or the total number of times of both is small.
For example, the degree of congestion is high when the number of times of warehousing at the entrance / exit of the parking lot is large, and the degree of congestion is low when the number of times of warehousing at the entrance / exit of the parking lot is small.
For example, the degree of congestion is high when the number of exits per unit time at the entrance / exit of the parking lot is large, and the degree of congestion is low when the number of exits per unit time at the entrance / exit of the parking lot is small.
For example, when the total number of warehousing and warehousing per unit time at the parking lot entrance / exit is large, the degree of congestion is high, and the number of warehousing and warehousing per unit time at the parking lot entrance / exit is high. When the total number of times is small, the degree of congestion is low.

The search information receiving step S12 is a step of receiving the destination position information from the telecommunications equipment mounted on the vehicle 50 traveling toward the destination 40.
The search information receiving step S12 may receive the destination position information and the estimated time of arrival from the telecommunications equipment mounted on the vehicle 50 traveling toward the destination 40.
The search information receiving step S12 may receive the destination position information, the estimated time of arrival, and the vehicle information.
The destination position information is the position information of the destination 40.
The estimated time of arrival is the estimated time of arrival at the destination 40.
The vehicle information is information on the vehicle 50.

The search step S13 is a step of searching for a single or a plurality of search parking lots from a plurality of parking lots based on the plurality of parking lot information and the latest destination location information.
The search step s13 may search for a single or a plurality of search parking lots from a plurality of parking lots based on the plurality of parking lot information, the latest destination location information, and the latest estimated time of arrival.
Search process S13 searches for one or more search parking lots from multiple parking lots based on multiple parking lot information, the latest destination location information, the latest estimated time of arrival, and vehicle model information. May be good.
A single or multiple search parking lots are parking lots to which parking lot location information having a predetermined geographical relationship is associated with destination location information.
One or more search parking lots are parking lots where the destination location information is associated with the parking lot location information having a predetermined geographical relationship and the parking lot can be parked at a time having a predetermined time relationship with the estimated arrival time. There may be.
One or more search parking lots can be associated with the destination location information and the parking lot location information having a predetermined geographical relationship, and can be parked at a time having a predetermined time relationship with the estimated arrival time, and the vehicle. The parking lot may be a parking lot that can accept the vehicle 50 of the vehicle type corresponding to the model information.
The geographical relationship may be the distance between the position based on the destination position information and the position based on the parking lot position information.
The time having a predetermined time relationship may be a time considering an error due to a delay in the estimated arrival time or the like.

Based on the latest parking lot information, the search step S13 excludes a plurality of search parking lots from a plurality of parking lots, excluding parking lots indicating that the faulty / inspecting information is malfunctioning or inspecting. You may search.

The search step S13 may send a notification to the telecommunications equipment of the vehicle 50 that the search parking lot has been searched for parking of the vehicle 50.
The search step S13 may transmit one or more search parking lot location information.
The search step S13 may transmit one or more search parking lot location information to the telecommunications equipment of the vehicle 50 together with a notification that the search parking lot has been searched for parking of the vehicle 50.
The search step S13 may transmit one or more search parking lot location information to the telecommunications equipment of the vehicle 50 together with a notification that the search parking lot has been searched for parking of the vehicle 50.
The single or multiple search parking lot location information is the location information of the single or multiple search parking lots.

The reservation process S14 is a step of reserving a reserved parking lot, which is one of the single or a plurality of search parking lots, for parking the vehicle 50.
In the reservation process S14, a reserved parking lot, which is one of the single or a plurality of search parking lots, is reserved for parking of the vehicle 50, and the reserved parking lot is reserved for the telecommunications equipment 70 mounted on the vehicle 50. You may send a notification that you have reserved for parking the vehicle 50.
The reservation process S14 may transmit the reserved parking lot position information, which is the position information of the reserved parking lot, to the telecommunications equipment of the vehicle 50 together with the notification that the reserved parking lot has been reserved for the parking of the vehicle 50.
The reservation process S14 may transmit the reserved parking lot position information which is the position information of the reserved parking lot.
The reserved parking lot is one parking lot reserved for parking of the vehicle 50 among the single or multiple search parking lots.
The reserved parking lot may be one parking lot reserved for parking of the vehicle 50 based on a preset priority among a plurality of search parking lots.
For example, the priority is low parking fee, proximity to the destination, and so on.
When the search step S13 described above searches for only one search parking lot, that one search parking lot corresponds to a reserved parking lot.

In the reservation process S14, based on the latest parking lot information, the reserved parking lot, which is one of the parking lots with the lowest congestion degree indicated by the congestion degree information among the plurality of search parking lots, is reserved for parking the vehicle. You may make a reservation.
When the search process S13 searches for a plurality of search parking lots, the reservation process S14 is one of the plurality of search parking lots having the lowest congestion degree indicated by the congestion degree information based on the latest parking lot information. A reserved parking lot, which is a parking lot, may be reserved for parking a vehicle.

The model specifying step S15 is a step of specifying vehicle type information, which is information on the model of the vehicle 50.
The model specifying step S15 may specify the vehicle type information, which is the model information of the vehicle 50, based on the vehicle information.
The model specifying step S15 may acquire the vehicle model information associated with the inquiry vehicle information in the external database, and specify the acquired vehicle model information as the vehicle model information of the vehicle 50.
The vehicle model information is information on the model of the vehicle 50.
For example, the vehicle model information is the model of the vehicle 50 associated with the vehicle 50 number.
The model is a model certified by a type certification business conducted by a public institution.

The cancellation step S17 is a step of canceling the reservation of the reserved parking lot.
The cancellation step S17 cancels the reservation of the reserved parking lot.
In the cancellation step S17, the reservation of the reserved parking lot may be canceled, and the fact that the reserved parking lot has been canceled may be transmitted to the telecommunications equipment 60 mounted on the vehicle 50.

When the reservation authentication process S18 receives the reservation authentication from the telecommunications equipment mounted on the vehicle 50, it notifies the reserved parking lot that the reservation approval has been requested.
When the parking server 7 notifies that the reservation approval is requested, the reserved parking lot performs the reservation approval work.
If the reserved parking lot approves the reservation, the vehicle 50 can enter the reserved parking lot.

The procedure for carrying out various steps in the operation method of the parking server in the parking lot search system according to the first embodiment will be described below.

The method of operating the parking server in the parking lot search system according to the first embodiment of the present invention corresponds to the vehicle 50 and carries out the search information main receiving step S12 and the search step S13.
The search information main receiving step S12 is carried out corresponding to the vehicle 50, and the search step S13 is carried out after the search information main receiving step S12 is carried out.

The operation method of the parking server in the parking lot search system according to the first embodiment of the present invention corresponds to the vehicle 50 and implements the search information receiving process S12, the search process S13, and the reservation process S13.
The search information main receiving step S12 is carried out corresponding to the vehicle 50, and the search step S13 is carried out after the search information main receiving step S12 is carried out.

In the operation method of the parking server in the parking lot search system according to the first embodiment of the present invention, the search information receiving process S12, the model specifying process S15, the search process S13, and the reservation process S14 are performed corresponding to the vehicle 50. You may.
Corresponding to the vehicle 50, the search information receiving step S12 is carried out, the type specifying step S15 is carried out after the search information receiving step S12 is carried out, and the search step S13 is carried out after the type specifying step S15 is carried out. The reservation step S14 may be carried out after the search step S13 is carried out.

As for the operation method of the parking server in the parking lot search system according to the first embodiment of the present invention, the cancellation step 17 may be carried out corresponding to the vehicle 50.
Upon receiving an instruction to cancel the reservation of the reserved parking lot from the telecommunications equipment mounted on the vehicle 50, the cancellation step 17 may be carried out.

The operation of the parking lot search system according to the first embodiment of the present invention will be described below.

The parking server repeats the preparation / update process.
As a result, parking lot information is prepared for each parking lot.
In addition, parking lot information is maintained up to date for each parking lot.
The driver of the vehicle 50 inputs information necessary for reserving a parking lot for the telecommunications equipment mounted on the vehicle 50.
The telecommunications equipment 60 transmits information necessary for reserving a parking lot to the parking server 70.
The parking server 70 searches for one or more search parking lots, which are one or more parking lots, from a plurality of parking lots based on the information necessary for reserving the parking lot.
The parking server 70 sends the fact that one or more search parking lots have been searched and the location information of the search parking lot to the telecommunications equipment 60.
The telecommunications equipment 60 displays one or more search parking lots on a map of the navigation system.
The parking server 70 parks the vehicle 50 in one of one or more search parking lots, which is one or more parking lots, based on the information required to reserve the parking lot. Book for.
The parking server 70 sends a notification to the telecommunications equipment 60 that the parking lot has been reserved for parking the vehicle 50 and the location information of the reserved parking lot.
The telecommunications equipment 60 displays one reserved parking lot on the map of the navigation system.

The telecommunications equipment 60 determines whether re-search is necessary.
When the telecommunications equipment 60 determines that re-search is necessary, it instructs the parking server to cancel the reservation of the reserved parking lot, and again transmits the information necessary for reserving the parking lot to the parking server 70.
The parking server 70 searches for one or more search parking lots, which are one or more parking lots, from a plurality of parking lots based on the information necessary for reserving the parking lot.
The parking server 70 sends the fact that one or more search parking lots have been searched and the location information of the search parking lot to the telecommunications equipment 60.
The telecommunications equipment 60 displays one or more search parking lots on a map of the navigation system.
The parking server 70 parks the vehicle 50 in one of one or more search parking lots, which is one or more parking lots, based on the information required to reserve the parking lot. Book for.
The parking server 70 sends a notification to the telecommunications equipment 60 that the parking lot has been reserved for parking the vehicle 50 and the location information of the reserved parking lot.
The telecommunications equipment 60 displays one reserved parking lot on the map of the navigation system.
The navigation system navigates the reserved parking lot as a temporary destination 40.

The telecommunications equipment 60 determines that the detour or the destination 40 has been changed when the movement route of the vehicle 50 is frequently changed.
When the telecommunications equipment 60 determines that the destination 40 has been changed, it again transmits information necessary for reserving the parking lot to the parking server 70.
The parking server 70 searches for one or more search parking lots, which are one or more parking lots, from a plurality of parking lots based on the information necessary for reserving the parking lot.
The parking server 70 sends the fact that one or more search parking lots have been searched and the location information of the search parking lot to the telecommunications equipment 60.
The telecommunications equipment 60 displays one or more search parking lots on a map of the navigation system.
The parking server 70 parks the vehicle 50 in one of one or more search parking lots, which is one or more parking lots, based on the information required to reserve the parking lot. Book for.
The parking server 70 sends the location information of the reserved parking lot to the telecommunications equipment 60 to the effect that the parking lot has been reserved for parking the vehicle 50.
The telecommunications equipment 60 displays one reserved parking lot on the map of the navigation system.

When the vehicle 50 arrives at the reserved parking lot, the driver instructs the telecommunications equipment 60 to request the parking server to perform the reservation authentication, which is the authentication of the parking reservation, to the reserved parking lot.
The telecommunications equipment 60 requires the parking server 70 to authenticate the reservation of parking at the reserved parking lot.
The parking server 70 informs the reserved parking lot that it is requesting the authentication of the parking reservation.
The reserved parking lot authenticates the parking reservation of the vehicle 50.
Vehicle 50 enters the reserved parking lot.

Next, the software for telecommunications equipment and the parking server 70 in the parking lot search system according to the second embodiment of the present invention will be described with reference to the drawings.
FIG. 3 is a flow chart of a parking lot search system according to a second embodiment of the present invention.
FIG. 3 shows an operation method of software for telecommunications equipment and a parking server in the parking lot search system according to the second embodiment of the present invention.

First, the operation method of the software for telecommunications equipment and the circing server in the parking lot search system according to the second embodiment of the present invention will be described.
In the parking lot search system according to the first embodiment of the present invention, the parking server that communicates with the telecommunications equipment makes a re-search determination described later.

First, software for telecommunications equipment will be described.
The software for telecommunications equipment in the parking lot search system according to the second embodiment causes the telecommunications equipment 60 to realize various procedures.
The software for telecommunications equipment in the parking lot search system according to the second embodiment may realize the search setting procedure S21 in the telecommunications equipment 60.
The software for telecommunications equipment in the parking lot search system according to the second embodiment may realize the search information transmission procedure S22 and the reservation notification receiving procedure S23 on the telecommunications equipment 60.
The software for telecommunications equipment in the parking lot search system according to the second embodiment may realize the search information transmission procedure S22 and the search notification receiving procedure S23a on the telecommunications equipment 60.
The software for telecommunications equipment in the parking lot search system according to the second embodiment may realize the search information transmission procedure S22 and the reservation notification receiving procedure S23 in the search setting procedure S21 and the telecommunications equipment 60.
The software for telecommunications equipment in the parking lot search system according to the second embodiment is provided to the telecommunications equipment 60 with a search information transmission procedure S22, a reservation notification reception procedure S23, an operation status acquisition procedure S27, and a route change detection procedure S26. May be realized.
The software for telecommunications equipment in the parking lot search system according to the second embodiment may realize the search information transmission procedure S22, the reservation notification receiving procedure S23, and the reservation authentication request procedure S28 in the telecommunications equipment 60. ..
The software for telecommunications equipment in the parking lot search system according to the second embodiment causes the telecommunications equipment 60 to realize a search information transmission procedure S22, a reservation notification reception procedure S23, and a route navigation procedure (not shown). You may.
The software for telecommunications equipment in the parking lot search system according to the second embodiment may realize the search information transmission procedure S22, the reservation notification receiving procedure S23, and the route change detection procedure S26 in the telecommunications equipment 60. ..
The software for telecommunications equipment in the parking lot search system according to the second embodiment provides the telecommunications equipment 60 with a search information transmission procedure S22, a reservation notification reception procedure S23, a search notification reception procedure S23a, a cancellation instruction procedure S25, and a route. The change detection procedure S26, the operation status acquisition procedure S27, the reservation authentication request procedure S28, and the route navigation procedure (not shown) may be realized.

The search setting procedure S21, the search information transmission procedure S22, the reservation notification receiving procedure S23, the search notification receiving procedure S23a, the route change detection procedure S26, the operating status acquisition procedure S27, the reservation authentication request procedure S28, and the route navigation procedure (not shown) are described. Since it is the same as that of the software for telecommunications equipment in the parking lot search system according to the first embodiment, the description thereof will be omitted.

The procedure for causing the telecommunications equipment software to execute various procedures in the parking lot search system according to the second embodiment will be described below.

The software for telecommunications equipment in the parking lot search system according to the second embodiment causes the telecommunications equipment 60 to execute the search information transmission procedure S22 and the reservation notification receiving procedure S23.
After executing the search information sending procedure S22, the reservation notification receiving procedure S23 may be executed.

The software for telecommunications equipment in the parking lot search system according to the second embodiment causes the telecommunications equipment 60 to execute the search setting procedure S21, the search information transmission procedure S22, and the reservation notification receiving procedure S23.
The search information transmission procedure S22 may be executed after the search setting procedure S21 is executed, and the reservation notification receiving procedure S23 may be executed after the search information transmission procedure S22 is executed.

The software for telecommunications equipment in the parking lot search system according to the second embodiment provides the telecommunications equipment 60 with a route change detection procedure S26, a cancellation instruction procedure S25, a search information transmission procedure S22, and a reservation notification receiving procedure S23. You may let it run.
The route change detection procedure S26 may be executed, and when the executed route change detection procedure S26 determines that the detour or the destination 40 has been changed, the cancellation instruction procedure S25 and the reservation notification receiving procedure S23 may be executed.
Search information after executing the route change detection procedure S26, executing the cancellation instruction procedure S25 when the executed route change detection procedure S26 determines that the detour or the destination 40 has been changed, and executing the cancellation instruction procedure S25. After the transmission procedure S22 is executed and the search information transmission procedure S22 is executed, the reservation notification receiving procedure S23 may be executed.

The software for telecommunications equipment in the parking lot search system according to the second embodiment may cause the telecommunications equipment 60 to execute the reservation authentication request procedure S28.
When the vehicle 50 arrives at the reserved parking lot, the driver operates the telecommunications equipment to execute the reservation authentication request procedure.

The software for telecommunications equipment in the parking lot search system according to the second embodiment may cause the telecommunications equipment 60 to execute the reservation notification receiving procedure S23 and the route navigation procedure (shown in the figure).
The route navigation procedure (shown in the figure) may be executed after the reservation notification receiving procedure S23 is executed.

Next, an operation method of the parking server in the parking lot search system according to the second embodiment of the present invention will be described.

The operation method of the parking server in the parking lot search system according to the second embodiment of the present invention may be composed of a preparation / update step S11, a search information receiving step S12, and a search step S13.
The operation method of the parking server in the parking lot search system according to the second embodiment of the present invention is the preparation / update process S11, the search information receiving process S12, the search process S13, and the reservation process! It may be composed of 4.
The operation method of the parking server in the parking lot search system according to the second embodiment of the present invention may be composed of a preparation / update step S11, a search information receiving step S12, a search step S13, and a model specifying step 15.
The operation method of the parking server in the parking lot search system according to the second embodiment of the present invention may be composed of a preparation / update step S11, a search information receiving step S12, a search step S13, and a re-search determination step 16. ..
The operation method of the parking server in the parking lot search system according to the second embodiment of the present invention may be composed of a preparation / update step S11, a search information receiving step S12, a search step S13, and a cancellation step 17.
The operation method of the parking server in the parking lot search system according to the second embodiment of the present invention may be composed of a preparation / update step S11, a search information receiving step S12, a search step S13, and a reservation authentication step 18.
The operation method of the parking server in the parking lot search system according to the second embodiment of the present invention is the preparation / update process S11, the search information receiving process S12, the search process S13, and the reservation process! It may be composed of 4, a type identification process 15, a re-search determination process 16, a cancellation process 17, and a reservation authentication process 18.

Preparation / update process S11, search information reception process S12, search process S13, and reservation process! Since 4, the model specifying process 15, the cancellation process 17, and the reservation authentication process 18 are the same as the operation method of the parking server in the parking lot search system according to the first embodiment, the description thereof will be omitted.

The re-search determination step S16 is a step of determining whether or not the parking lot needs to be re-searched based on the latest destination location information.
In the re-search determination step S16, when the destination location information and the reserved parking lot location information, which is the location information associated with the reserved parking lot, do not have a predetermined geographical relationship based on the latest destination location information. You may decide that you need to search the parking lot again. Further, the re-search determination step 16 does not determine that the re-search of the parking lot is necessary when the destination location information and the reserved parking lot location information, which is the location information associated with the reserved parking lot, have a predetermined geographical relationship. May be good.
The re-search determination step S16 may determine whether or not the parking lot needs to be re-searched based on the latest destination location information and the latest estimated time of arrival.
In the re-search determination step S16, based on the latest destination location information and the latest estimated time of arrival, the destination location information and the reserved parking lot location information which is the location information associated with the reserved parking lot are predetermined geography. It may be determined that the parking lot needs to be searched again when the estimated arrival time and the reserved parking time do not have a predetermined time relationship. Further, in the re-search determination step S16, the destination location information and the reserved parking lot location information, which is the location information associated with the reserved parking lot, have a predetermined geographical relationship, and the estimated arrival time and the reserved parking lot time are predetermined. It is not necessary to judge that the parking lot needs to be searched again when the time relationship is set.
The re-search determination procedure S24 may determine whether or not the parking lot needs to be re-searched based on the latest estimated time of arrival.
The re-search determination step S24 may determine that the parking lot needs to be re-searched when the estimated arrival time and the reserved parking time do not have a predetermined time relationship based on the latest estimated arrival time. Further, the re-search determination step S24 may not determine that the parking lot needs to be re-searched when the estimated arrival time and the parking reservation time have a predetermined time relationship.

The operation method of the parking server in the parking lot search system according to the second embodiment describes the procedure for carrying out various steps.

In the parking server operation method in the parking lot search system according to the second embodiment of the present invention, the setting / updating step S11 is carried out corresponding to the vehicle 50.
The setting / updating process S11 is carried out for each parking lot.

The method of operating the parking server in the parking lot search system according to the second embodiment of the present invention corresponds to the vehicle 50 and carries out the search information main receiving step S12 and the search step S13.
Corresponding to the vehicle 50, the search information main receiving step S12 is carried out, and after the search information main receiving step S12 is carried out, the search step S13 is carried out.

The operation method of the parking server in the parking lot search system according to the second embodiment of the present invention corresponds to the vehicle 50 and carries out the search information main receiving step S12, the search step S13, and the reservation step S14.
The search information main receiving step S12 is carried out corresponding to the vehicle 50, and after the search information main receiving step S12 is carried out, the search step S13 is carried out.

In the operation method of the parking server in the parking lot search system according to the second embodiment of the present invention, the search information receiving process S12, the model specifying process S15, the search process S13, and the reservation process S14 are performed corresponding to the vehicle 50. You may.
Corresponding to the vehicle 50, the search information receiving step S12 is carried out, the type specifying step S15 is carried out after the search information receiving step S12 is carried out, and the search step S13 is carried out after the type specifying step S15 is carried out. The reservation step S14 may be carried out after the search step S13 is carried out.

The operation method of the parking server in the parking lot search system according to the second embodiment of the present invention corresponds to the vehicle 50 and performs the search information receiving process S12, the search process S13, and the reservation process S14, and then the search information. The reception step S12 and the re-search determination step S16 may be carried out, and if it is determined in the re-search determination step S16 that the re-search is necessary, the search step S13, the cancellation step S17, and the reservation step S14 may be carried out.
Corresponding to the vehicle 50, the search information receiving step S12 is carried out, the search information receiving step S12 is carried out, then the search step S13 is carried out, and after the search step S13 is carried out, the reservation step S14 is carried out and the reservation is made. After performing steps S14, the search information receiving step S12 is carried out, after performing the search information receiving step S12, the re-search determination step S16 is carried out, and it is determined that re-search is necessary in the carried-out re-search judgment step S16. Then, the search step S13, the cancellation step S17, and the reservation step S14 may be performed.

In the operation method of the parking server in the parking lot search system according to the second embodiment of the present invention, the search information receiving process S12, the model specifying process S15, the search process S13, and the reservation process S14 are performed corresponding to the vehicle 50. After that, the search information receiving process S12 and the re-search determination process S16 are performed, and when it is determined that re-search is necessary in the executed re-search determination process S16, the model identification process S15, the search process S13, the cancellation process S17, and the reservation process S14 are performed. And may be carried out.
Corresponding to the vehicle 50, the search information receiving step S12 is carried out, the type specifying step S15 is carried out after the search information receiving step S12 is carried out, and the search step S13 is carried out after carrying out the type specifying step S15. After executing the search step S13, the reservation process S14 is executed, after the reservation process S14 is executed, the search information receiving step S12 is executed, and after the search information receiving process S12 is executed, the re-search determination step S16 is performed. If it is determined that re-search is necessary in the re-search determination step S16, the type identification step S15, the search step S13, the cancellation step S17, and the reservation step S14 may be performed.

The operation method of the parking server in the parking lot search system according to the second embodiment of the present invention corresponds to the vehicle 50, and after performing the search information receiving step S12 and the search step S13, the search information receiving step S12 The re-search determination step S16 may be performed, and if it is determined in the re-search determination step S16 that the re-search is necessary, the search step S13 may be performed.
Corresponding to the vehicle 50, the search information receiving step S12 is carried out, the search information receiving step S12 is carried out, then the search step S13 is carried out, and after the search step S13 is carried out, the search information receiving step S12 is carried out. After performing the search information receiving step S12, the re-search determination step S16 may be performed, and if it is determined in the executed re-search determination step S16 that re-search is necessary, the search step S13 may be performed.

The operation of the parking lot search system according to the second embodiment of the present invention will be described below.
The parking server repeats the preparation / update process.
As a result, parking lot information is prepared for each parking lot.
In addition, parking lot information is maintained up to date for each parking lot.
The driver of the vehicle 50 inputs information necessary for reserving a parking lot for the telecommunications equipment mounted on the vehicle 50.
The telecommunications equipment 60 transmits information necessary for reserving a parking lot to the parking server 70.
The parking server 70 searches for one or more search parking lots, which are one or more parking lots, from a plurality of parking lots based on the information necessary for reserving the parking lot.
The parking server 70 sends the fact that one or more search parking lots have been searched and the location information of the search parking lot to the telecommunications equipment 60.
The telecommunications equipment 60 displays one or more search parking lots on a map of the navigation system.
The parking server 70 parks the vehicle 50 in one of one or more search parking lots, which is one or more parking lots, based on the information required to reserve the parking lot. Book for.
The parking server 70 sends the location information of the reserved parking lot to the telecommunications equipment 60 to the effect that the parking lot has been reserved for parking the vehicle 50.
The telecommunications equipment 60 displays one reserved parking lot on the map of the navigation system.

When the parking server 70 receives the information necessary for reserving a parking lot to the parking server 70 and determines that a re-search is necessary, a plurality of parking lots are based on the information necessary for reserving the parking lot. Search for one or more parking lots that are one or more parking lots from.
The parking server 70 sends the fact that one or more search parking lots have been searched and the location information of the search parking lot to the telecommunications equipment 60.
The telecommunications equipment 60 displays one or more search parking lots on a map of the navigation system.
The parking server 70 parks the vehicle 50 in one of one or more search parking lots, which is one or more parking lots, based on the information required to reserve the parking lot. Book for.
The parking server 70 sends the location information of the reserved parking lot to the telecommunications equipment 60 to the effect that the parking lot has been reserved for parking the vehicle 50.
The telecommunications equipment 60 displays one reserved parking lot on the map of the navigation system.
The navigation system navigates the reserved parking lot as a temporary destination 40.

The telecommunications equipment 60 determines that the detour or the destination 40 has been changed when the movement route of the vehicle 50 is frequently changed.
When the telecommunications equipment 60 determines that the destination 40 has been changed, it again transmits information necessary for reserving the parking lot to the parking server 70.
The parking server 70 searches for one or more search parking lots, which are one or more parking lots, from a plurality of parking lots based on the information necessary for reserving the parking lot.
The parking server 70 sends the fact that one or more search parking lots have been searched and the location information of the search parking lot to the telecommunications equipment 60.
The telecommunications equipment 60 displays one or more search parking lots on a map of the navigation system.
The parking server 70 parks the vehicle 50 in one of one or more search parking lots, which is one or more parking lots, based on the information required to reserve the parking lot. Book for.
The parking server 70 sends the location information of the reserved parking lot to the telecommunications equipment 60 to the effect that the parking lot has been reserved for parking the vehicle 50.
The telecommunications equipment 60 displays one reserved parking lot on the map of the navigation system.

When the vehicle 50 arrives at the reserved parking lot, the driver instructs the telecommunications equipment 60 to request the parking server to perform the reservation authentication, which is the authentication of the parking reservation, to the reserved parking lot.
The telecommunications equipment 60 requires the parking server 70 to authenticate the reservation of parking at the reserved parking lot.
The parking server 7- informs the reserved parking lot that it is requesting the authentication of the parking reservation.
The reserved parking lot authenticates the parking reservation of the vehicle 50.
Vehicle 50 enters the reserved parking lot.

As for the operation method of the parking server in the parking lot search system according to the second embodiment of the present invention, the cancellation step 17 may be carried out corresponding to the vehicle 50.
Upon receiving an instruction to cancel the reservation of the reserved parking lot from the telecommunications equipment mounted on the vehicle 50, the cancellation step 17 may be carried out.

Further, the operation method of the parking server according to the embodiment of the present invention has the following effects depending on its configuration.
The parking server 70 receives the destination position information from the telecommunications device 60 mounted on the vehicle 50, and prepares / updates the destination position information based on the plurality of parking lot information and the destination position information. Since the parking lot to which the parking lot location information having a geographical relationship is associated is searched, the parking lot having a predetermined geographical relationship to the destination of the vehicle 50 can be searched before arriving at the destination 40.
Further, the parking server 70 receives the destination position information from the telecommunications device 60 mounted on the vehicle 50, and uses the plurality of parking lot information to be prepared / updated and the destination position information as the destination position information. Since the parking lot to which the parking lot position information having a predetermined geographical relationship is associated is reserved for parking of the vehicle 50, the parking lot having a predetermined geographical relationship with the destination 40 of the vehicle 50 is set as the destination. You can make a reservation before arriving at 40.
Further, the parking server 70 receives the destination position information and the estimated arrival time from the telecommunications device 60 mounted on the vehicle 50, and prepares / updates a plurality of parking lot information, the destination position information, and the estimated arrival time. Based on the above, the parking lot position information having a predetermined geographical relationship is associated with the destination position information, and the parking lot that can be parked at a time having a predetermined time relationship with the scheduled arrival time is used for parking the vehicle 50. Therefore, since the parking lot is reserved for the purpose, it is possible to search for a parking lot having a predetermined geographical relationship with the destination 40 of the vehicle 50 and having a predetermined time relationship with the scheduled arrival time before arriving at the destination 40.
Further, the parking server 70 identifies the vehicle type information based on the vehicle information, and prepares / updates the destination position based on the plurality of parking lot information, the destination position information, the estimated arrival time, and the vehicle type information. A parking lot that is associated with parking lot location information having a predetermined geographical relationship with the information and can be parked at a time having a predetermined time relationship with the scheduled arrival time is reserved for parking the vehicle 50. Therefore, the destination is a parking lot that has a predetermined geographical relationship with the destination 40 of the vehicle 50, has a predetermined time relationship with the scheduled arrival time, and can accept the vehicle 50 of the vehicle type corresponding to the vehicle type information. You can search before you reach 40.
Further, the parking server 70 identifies the vehicle type information based on the vehicle information, and prepares / updates the destination position based on the plurality of parking lot information, the destination position information, the estimated arrival time, and the vehicle type information. A parking lot that is associated with parking lot location information having a predetermined geographical relationship with the information and can be parked at a time having a predetermined time relationship with the scheduled arrival time is reserved for parking the vehicle 50. Therefore, the destination is a parking lot that has a predetermined geographical relationship with the destination 40 of the vehicle 50, has a predetermined time relationship with the scheduled arrival time, and can accept the vehicle 50 of the vehicle type corresponding to the vehicle type information. You can search before you reach 40.
Further, the parking server 70 determines that the parking lot needs to be re-reserved when the re-received destination location information and the parking lot location information of the reserved parking lot do not have a predetermined geographical relationship. Therefore, even if the destination 40 is changed during traveling, the reserved parking lot can be changed quickly.
Further, when the parking server 70 determines that the parking lot needs to be rebooked based on the destination position information and the estimated arrival time received again from the telecommunications device 60 mounted on the vehicle 50 that has reserved the parking lot. Since the reservation of the reserved parking lot was canceled and the parking lot searched based on the destination location information and the estimated arrival time received again was reserved for parking of the vehicle 50, the destination 40 while driving. You can change the reserved parking lot quickly even if the parking lot is changed or the arrival time at the destination changes significantly.
Further, the parking server 70 does not have a predetermined geographical relationship between the destination position information received again and the parking lot position information associated with the reserved parking lot, or the scheduled arrival time is received again. Since it is determined that the parking lot needs to be re-reserved when the parking reservation time does not have a predetermined time relationship, the destination 40 is changed while driving, or the destination arrival time is large. You can quickly change the reserved parking lot even when it changes.
Further, since the parking server 70 transmits the parking lot position information, which is the position information of the reserved parking lot, together with the notification that the reserved parking lot has been reserved for parking the vehicle 50, the telecommunications equipment. 60 can know the position of the reserved parking lot.
Further, since the parking server 70 transmits the parking lot position information which is the position information of the search parking lot, the telecommunications equipment 60 can know the position of the search parking lot.
Further, when the parking server 70 determines that the parking lot needs to be re-reserved based on the estimated arrival time received again from the telecommunications device 60 mounted on the vehicle 50 that has reserved the parking lot, the reserved parking lot is reserved. The parking lot searched based on the estimated arrival time received again is reserved for parking the vehicle 50, so the reserved parking lot can be changed quickly even when the destination arrival time changes. it can.
Further, since the parking server 70 determines that the parking lot needs to be re-reserved when the re-received estimated arrival time and the parking reservation time do not have a predetermined time relationship, the parking lot arrives at the destination. The reserved parking lot can be changed quickly even when the time changes significantly.
Further, since the parking server 70 searches a plurality of search parking lots by excluding the parking lots indicating that the broken / inspected information is out of order or inspected from the plurality of parking lots, the parking lot is out of order. Alternatively, the parking lot under inspection can be excluded from the search parking lot.
Further, since the parking server 70 made a reservation for the reserved parking lot, which is one parking lot with the lowest congestion degree indicated by the congestion degree information among the plurality of search parking lots, for parking the vehicle, the parking lot was searched. You can reserve a less crowded parking lot from multiple parking lots.
In addition, the degree of congestion is increased or decreased according to the size of the number of times of warehousing, the number of times of warehousing, and the total number of times of both at the entrance and exit of the parking lot. 70 can reserve a parking lot with a low frequency of entering and exiting from a plurality of searched parking lots.

As described above, the software for telecommunications equipment according to the embodiment of the present invention has the following effects depending on its configuration.
The telecommunications device 60 transmits the destination location information, which is the location information of the destination 40, to the parking server 70, and the reserved parking lot searched from the parking server 70 based on the plurality of parking lot information and the destination location information. Since the notification that the parking lot has been reserved for parking the vehicle 50 is received, the parking lot searched in consideration of the destination location information can be reserved.
Further, the telecommunications equipment 60 transmits the destination position information which is the position information of the destination 40 and the estimated time of arrival to the parking server 70, and the parking server 70 transmits the plurality of parking lot information, the destination position information, and the above. We have made it possible to receive a notification that the reserved parking lot that has been searched and reserved based on the estimated arrival time has been reserved for parking the vehicle 50, so the parking lot that was searched in consideration of the destination location information and the estimated arrival time. You can reserve a parking lot.
In addition, the parking reservation time is received from the parking server 70, it is determined whether or not the parking lot needs to be re-reserved based on the parking reservation time and the scheduled arrival time, and if it is determined, the reserved parking lot is reserved. Canceled, started the destination location information on the parking server 70, searched and reserved the reserved parking lot from the parking server 70 based on the plurality of parking lot information and the destination location information, and reserved the reserved parking lot for parking the vehicle 50. Since we have received a notification to that effect, we can rebook the parking lot searched in consideration of the estimated arrival time.
In addition, when the estimated arrival time and the parking reservation time do not have a predetermined time relationship, it is determined that the parking lot needs to be rebooked. Therefore, the parking lot is rebooked in consideration of the estimated arrival time. it can.
Further, the parking server 70 receives the parking lot position information and the parking reservation time at the parking lot together with the notification that the reserved parking lot has been reserved, and the parking lot position information and the destination position information have a predetermined geographical relationship. When there is no such thing, or when the scheduled arrival time and the parking reservation time do not have a predetermined time relationship, it is determined that the parking lot needs to be rebooked. The parking lot can be rebooked in consideration of the estimated arrival time.
Further, when it is determined that the detour or the destination 40 has been changed when the movement route of the vehicle 50 is frequently changed, and when it is determined that the detour or the destination 40 has been changed, the cancellation instruction procedure, the reservation information transmission procedure, and the above. Since the procedure for receiving the reservation notification is executed, the parking lot can be rebooked when the movement route is changed frequently.
Further, when the vehicle 50 arrives at the reserved parking lot, the parking server 70 is requested by the driver to perform the reservation authentication, which is the authentication of the parking reservation at the reserved parking lot, so that the parking server 70 requests the reserved parking lot. The reservation can be authenticated and the vehicle 50 can be parked in the reserved parking lot.
Further, the parking server 70 receives the parking lot position information of the reserved parking lot together with the notification that the reserved parking lot has been reserved for parking the vehicle 50, and navigates the route to the parking lot position information. Because I did, I can arrive at the reserved parking lot quickly.
Further, when the parking lot position information is received from the parking server 70 together with the notification that the reserved parking lot has been reserved, and the parking lot position information and the destination position information do not have a predetermined geographical relationship, the parking lot Since it is determined that re-booking is necessary, the parking lot can be re-booked in consideration of the destination location information and the scheduled arrival time.
Further, when the parking lot position information is received from the parking server 70 together with the notification that the reserved parking lot has been reserved, and the parking lot position information and the destination position information do not have a predetermined geographical relationship, the parking lot Since it is determined that re-booking is necessary, the parking lot can be re-booked in consideration of the destination location information and the scheduled arrival time.

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.
For example, the software for telecommunications equipment in the parking lot search system according to the first embodiment and the operation method of the parking server 70 in the parking lot search system according to the second embodiment may be combined.

40 Destination 50 Vehicle 60 Telecommunications equipment 70 Parking server 80 Parking lot S11 Preparation / update process S12 Search information reception process S13 Search process S14 Reservation process S15 Model identification process S16 Re-search judgment process S17 Cancellation process S18 Reservation authentication process S21 Search setting Procedure S22 Search information transmission procedure S23 Reservation notification reception procedure S23a Search notification reception procedure S24 Re-search judgment procedure S25 Cancellation instruction procedure S26 Route change detection procedure S27 Operation status acquisition procedure S28 Reservation authentication request procedure S29 Receipt process

JP-A-2015-075981 Japanese Patent Application Laid-Open No. 2006-170759 Japanese Patent Application Laid-Open No. 09-304099

Claims (13)

Software for telecommunications equipment that can communicate with a parking server in a parking lot search system that searches for parking lots according to vehicles traveling toward the destination.
For telecommunications equipment
Execute the search information transmission procedure and the reservation notification reception procedure,
The search information transmission procedure transmits the destination location information, which is the location information of the destination, to the parking server.
Of a single or a plurality of searched parking lots, which is a parking lot searched based on a plurality of parking lot information in which the reservation notification receiving procedure is information on a plurality of parking lots from a parking server and the latest destination location information. Receive a notification that a reserved parking lot, which is one parking lot, has been reserved for parking a vehicle.
Software for telecommunications equipment that is characterized by this. The search information transmission procedure transmits the destination location information, which is the location information of the destination, and the estimated arrival time, which is the estimated time of arrival at the destination, to the parking server.
One or more parking lots whose reservation notification receiving procedure is searched from the parking server based on a plurality of parking lot information which is information on a plurality of parking lots, the latest destination location information, and the latest scheduled arrival time. Receive a notification that the reserved parking lot, which is one of the parking lots, has been reserved for parking the vehicle, and the parking reservation time, which is the parking time reserved for parking at the reserved parking lot.
The software for telecommunications equipment according to claim 1. For telecommunications equipment
After executing the search information transmission procedure and the reservation notification receiving procedure, the re-search determination procedure is executed, and if the executed re-search determination procedure determines that re-search is necessary, the cancellation instruction procedure and the search information transmission procedure And the procedure for receiving the reservation notification.
The re-search determination procedure determines whether or not the parking lot needs to be re-searched based on the latest estimated time of arrival.
The cancellation instruction procedure instructs the parking server to cancel the reservation of the reserved parking lot.
The software for telecommunications equipment according to claim 2. When the estimated arrival time and the reserved parking time do not have a predetermined time relationship based on the latest estimated arrival time, the re-search determination procedure determines that the parking lot needs to be re-searched.
The software for telecommunications equipment according to claim 3. Of a single or a plurality of searched parking lots, which is a parking lot searched based on a plurality of parking lot information in which the reservation notification receiving procedure is information on a plurality of parking lots and the latest destination location information from the parking server. Along with a notification that the reserved parking lot, which is one parking lot, has been reserved for parking a vehicle, the reserved parking lot location information, which is the location information of the reserved parking lot, and parking, which is the parking time when parking at the parking lot is reserved. Receive the reserved time and
When the target location information and the reserved parking lot location information do not have a predetermined geographical relationship based on the latest destination location information and the latest estimated arrival time, or the arrival When the scheduled time and the parking reservation time do not have a predetermined time relationship, it is judged that the parking lot needs to be searched again.
The software for telecommunications equipment according to claim 4. For telecommunications equipment
The route change detection procedure is executed, and when it is determined that the executed route change detection procedure has changed the detour or the destination, the cancellation instruction procedure, the search information transmission procedure, and the reservation notification reception procedure are executed.
The route change detection procedure determines that the detour or the destination has been changed when the vehicle's movement route is frequently changed.
The software for telecommunications equipment according to claim 5. When the vehicle arrives at the reserved parking lot, the driver operates the telecommunications equipment to execute the reservation authentication request procedure.
The reservation authentication request asks the parking server for reservation authentication, which is authentication of parking reservation to the reserved parking lot.
The software for telecommunications equipment according to claim 6. For telecommunications equipment
The procedure for receiving the reservation notification and the route navigation procedure
Let it run
The reservation notification receiving procedure receives the reserved parking lot position information which is the position information of the reserved parking lot reserved together with the notification that the reserved parking lot is reserved for parking the vehicle from the parking server.
The route navigation procedure replaces the destination with a parking lot position corresponding to the reserved parking lot position information and navigates the route to the destination.
The software for telecommunications equipment according to claim 7. For telecommunications equipment
After executing the search information transmission procedure and the reservation notification receiving procedure, the re-search determination procedure is executed, and when it is determined that the executed re-search determination procedure requires re-search, the search information transmission procedure and the cancellation instruction procedure are performed. And the procedure for receiving the reservation notification.
Of a single or a plurality of searched parking lots, which is a parking lot searched based on a plurality of parking lot information in which the reservation notification receiving procedure is information on a plurality of parking lots from a parking server and the latest destination location information. Received the reserved parking lot location information, which is the location information of the reserved parking lot, together with the notification that the reserved parking lot, which is one parking lot, was reserved for parking the vehicle.
The re-search determination procedure determines whether or not the parking lot needs to be re-searched based on the reserved parking lot location information and the destination location information.
The cancellation instruction procedure instructs the parking server to cancel the reservation of the reserved parking lot.
The software for telecommunications equipment according to claim 1. For telecommunications equipment
After executing the search information transmission procedure and the reservation notification receiving procedure, the re-search determination procedure is executed, and when it is determined that the executed re-search determination procedure requires re-search, the search information transmission procedure and the cancellation instruction procedure are performed. And the procedure for receiving the reservation notification.
Of a single or a plurality of search parking lots, which is a parking lot searched based on a plurality of parking lot information in which the search notification receiving procedure is information on a plurality of parking lots and the latest destination location information Upon receiving the notification that the reserved parking lot, which is one parking lot, has been reserved for parking the vehicle, and the reserved parking lot location information, which is the location information of the reserved parking lot,
When the re-search determination procedure is based on the latest destination location information and the reserved parking lot location information and the destination location information do not have a predetermined geographical relationship, it is determined that the parking lot needs to be re-searched. The cancellation instruction procedure instructs the parking server to cancel the reservation of the reserved parking lot.
The software for telecommunications equipment according to claim 1. For telecommunications equipment
The route change detection procedure is executed, and when it is determined that the executed route change detection procedure has changed the detour or the destination, the cancellation instruction procedure, the search information transmission procedure, and the reservation notification reception procedure are executed.
When the route change detection procedure frequently changes the movement route, it is determined that the detour or the destination has been changed.
The software for telecommunications equipment according to claim 1. When the vehicle arrives at the reserved parking lot, the driver operates the telecommunications equipment to execute the reservation authentication request procedure.
The reservation authentication request requires the parking server to authenticate the reservation of parking at the reserved parking lot.
The software for telecommunications equipment according to claim 1. For telecommunications equipment
The procedure for receiving the reservation notification and the route navigation procedure
Let it run
The reservation notification receiving procedure receives the reserved parking lot location information, which is the location information of the reserved parking lot, from the parking server.
The route navigation procedure replaces the destination with a parking lot position corresponding to the parking lot position information and navigates the route to the destination.
The software for telecommunications equipment according to claim 1.

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