Parking controller, parking control system, and parking control method
First Claim
1. A parking controller comprising:
- a processor configured to execute a process that includes;
acquiring, from data acquired at least in part using a sensor on an own vehicle, information indicating a specific parking frame, the specific parking frame being a parking frame that is specified by an external device among from a plurality of parking frames in a parking lot;
setting the specific parking frame as a target parking frame, the target parking frame being a parking frame to be a target;
detecting a vacant parking frame while the own vehicle is travelling to the target parking frame, the vacant parking frame being a parking frame in a vacant state,wherein the setting includes changing, when the vacant parking frame is detected in the detecting, the set target parking frame into the vacant parking frame, andwherein the own vehicle is controlled by an autonomous control system, and the changing the set target parking frame into the vacant parking frame occurs automatically upon detection of the vacant parking frame.
1 Assignment
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Accused Products
Abstract
A parking controller according to one aspect of an embodiment includes a specific-parking-frame acquiring unit, a target-parking-frame setting unit, and a vacant-parking-frame detecting unit. The specific-parking-frame acquiring unit acquires information indicating a specific parking frame. The specific parking frame is a parking frame that is specified by an external device among from a plurality of parking frames in a parking lot. The target-parking-frame setting unit sets the specific parking frame as a target parking frame. The target parking frame is a parking frame to be a target. The vacant-parking-frame detecting unit detects a vacant parking frame while an own vehicle is travelling to the target parking frame. The vacant parking frame is a parking frame in a vacant state. The target-parking-frame setting unit changes, when the vacant-parking-frame detecting unit detects the vacant parking frame, the set target parking frame into the vacant parking frame.
18 Citations
16 Claims
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1. A parking controller comprising:
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a processor configured to execute a process that includes; acquiring, from data acquired at least in part using a sensor on an own vehicle, information indicating a specific parking frame, the specific parking frame being a parking frame that is specified by an external device among from a plurality of parking frames in a parking lot; setting the specific parking frame as a target parking frame, the target parking frame being a parking frame to be a target; detecting a vacant parking frame while the own vehicle is travelling to the target parking frame, the vacant parking frame being a parking frame in a vacant state, wherein the setting includes changing, when the vacant parking frame is detected in the detecting, the set target parking frame into the vacant parking frame, and wherein the own vehicle is controlled by an autonomous control system, and the changing the set target parking frame into the vacant parking frame occurs automatically upon detection of the vacant parking frame. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 13)
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9. A parking controller that automatically performs a parking control on a vehicle in a parking lot including a plurality of getting-into places, the parking controller comprising:
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a processor configured to execute a process that includes; receiving, from a user, an outgoing instruction of the vehicle parked in the parking lot; computing, for each of the getting-into places, an estimated time interval including (i) an estimated getting-into time interval from a time at which the user starts from a present position for a corresponding getting-into place to a time at which the user gets into the vehicle, (ii) an exit arrival time interval from a time at which the vehicle starts from the corresponding getting-into place to a time at which the vehicle arrives at an exit of the parking lot, and (iii) a destination arrival time interval from a time at which the vehicle starts from the exit of the parking lot to a time at which the vehicle arrives at a destination; deciding, in accordance with the estimated time interval, a getting-into place, of the plurality of getting-into places, to which the vehicle is to travel, based on the outgoing instruction from the user; and informing the user and the vehicle of the decided getting-into place, wherein the vehicle is controlled by an autonomous control system, and the computing, the deciding, and the informing occurs automatically upon reception of the outgoing instruction. - View Dependent Claims (10, 11, 12, 14)
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15. A parking control method comprising:
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acquiring, from data acquired at least in part using a sensor on an own vehicle, information indicating a specific parking frame, the specific parking frame being a parking frame that is specified by an external device among from a plurality of parking frames in a parking lot; setting the specific parking frame as a target parking frame, the target parking frame being a parking frame to be a target; and detecting a vacant parking frame while the own vehicle is travelling to the target parking frame, the vacant parking frame being a parking frame in a vacant state, and wherein the setting includes changing, when the vacant parking frame is detected in the detecting, the set target parking frame into the vacant parking frame, and wherein the own vehicle is controlled by an autonomous control system, and the changing the set target parking frame into the vacant parking frame occurs automatically upon detection of the vacant parking frame.
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16. A parking control method for automatically performing a parking control on a vehicle in a parking lot including a plurality of getting-into places, the method comprising:
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receiving, from a user, an outgoing instruction of the vehicle parked in the parking lot; computing, for each of the getting-into places, an estimated time interval including (i) an estimated getting-into time interval from a time at which the user starts from a present position for a corresponding getting-into place to a time at which the user gets into the vehicle, (ii) an exit arrival time interval from a time at which the vehicle starts from the corresponding getting-into place to a time at which the vehicle arrives at an exit of the parking lot, and (iii) a destination arrival time interval from a time at which the vehicle starts from the exit of the parking lot to a time at which the vehicle arrives at a destination; deciding, in accordance with the estimated time interval, a getting-into place, of the plurality of getting-into places, to which the vehicle is to travel, based on the outgoing instruction from the user; and informing the user and the vehicle of the decided getting-into place, wherein the vehicle is controlled by an autonomous control system, and the computing, the deciding, and the informing occurs automatically upon reception of the outgoing instruction.
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Specification