Methods for dense parking of remotely controlled or autonomous vehicles
View Patent ↗A method of moving autonomous or driverless vehicles being parked or accessed in a parking area is disclosed. The vehicles are parked in columns spaced too closely to allow drivers to enter or exit. The movements of the vehicles are coordinated by a central computer which computes a set of movements, transmits them to the vehicles, and commands and controls the execution. Multiple vehicles are moved sequentially or simultaneously to the computed locations for access, storage or exit. Sensors in the vehicles can transmit relative location information to the central computer to be used in the computations. Vehicles can be shuffled from column to column or from the front to the rear of a column to allow access. Temporary aisles can be formed for exit by vehicles or for access for loading or unloading.
1. A method of moving autonomous vehicles in a parking area wherein the vehicles comprise a plurality of columns, at least two columns are spaced too closely to allow access to a vehicle by a driver, and at least two vehicles are in a tandem arrangement in a column; comprising:
computing a set of movements of a plurality of vehicles with a computing device to be executed in a time sequence wherein each movement is determined not to have any vehicle interfere with the motion of any other vehicle,
transmitting a plurality of movements from the set of movements to at least two vehicles to be moved, and
autonomously moving at least two vehicles in a coordinated manner in accordance with the transmitted movements,
a vehicle in a column with a plurality of vehicles is autonomously moved to create a space to allow at least one of a vehicle in a different column to exit the parking area, a vehicle to enter a different column, and a vehicle in a different column to be accessed.
2. The method of claim 1 further comprising:
producing a measurement with a sensor in a vehicle of one of a relative distance between two vehicles; and
employing the measurement in computing the movements in the set of movements.
3. The method of claim 1 further comprising:
producing a measurement with a sensor in a vehicle of one of a relative distance between a vehicle and a marker; and
employing the measurement in computing the movements in the set of movements.
4. The method of claim 1 further comprising:
detecting the presence of a marker with a sensor in a vehicle; and
employing data from the sensor in computing the movements in the set of movements.
5. A method of accessing a particular vehicle in an array of autonomous vehicles with a plurality of columns of vehicles wherein the columns are spaced too closely to access at least one vehicle in the array and a plurality of vehicles are in a tandem arrangement in at least one column; comprising:
receiving a request to access the particular vehicle;
computing a set of movements of a plurality of vehicles with a computing device to be executed in a time sequence wherein each movement is determined not to have any vehicle interfere with the motion of any other vehicle;
transmitting movements from the set of movements to at least one vehicle to be moved; and
executing the movements in the set wherein a plurality of vehicles are autonomously moved in a coordinated sequence determined by the set of movements;
a vehicle in a column with a plurality of vehicles is autonomously moved to create a space to allow at least one of a vehicle in a different column to exit the parking area, a vehicle to enter a different column, and a vehicle in a different column to be accessed.
6. The method of claim 5 further comprising:
moving a plurality of vehicles simultaneously.
7. The method of claim 5 ; further comprising:
performing a cyclical shuffle of the vehicles in a plurality of columns; wherein the cyclical shuffle comprises:
moving at least one vehicle from the front of one or move columns,
moving at least one remaining vehicles in one of the columns forward, and
placing a vehicle removed from a column at the back of one of the columns.
8. The method of claim 7 further comprising:
producing a measurement with a sensor in a vehicle of one of a relative distance between two vehicles; and
employing the measurement in computing the movements in the set of movements.
9. The method of claim 5 ; further comprising:
performing an open shuffle of the vehicles in a plurality of columns wherein the open shuffle comprises:
moving at least two vehicles from the front of one or move columns,
moving the remaining vehicles in the columns forward, and
removing at least one of the vehicles moved from the front of the columns from the parking area, and
placing at least one of the vehicles moved from the front of the columns in the back of one of the columns which comprises one of the vehicles that has been moved forward.
10. The method of claim 9 further comprising:
producing a measurement with a sensor in a vehicle of one of a relative distance between two vehicles; and
employing the measurement in computing the movements in the set of movements.
11. The method of claim 5 ; further comprising:
accessing a vehicle from a temporary aisle.
12. The method of claim 11 wherein:
a vehicle in a column is autonomously moved to create a space between two vehicles in the column to allow access to a vehicle in another column.
13. The method of claim 5 further comprising:
producing a measurement with a sensor in a vehicle of one of a relative distance between two vehicles; and
employing the measurement in computing the movements in the set of movements.
14. The method of claim 5 further comprising:
producing a measurement with a sensor in a vehicle of one of a relative distance between a vehicle and a marker; and
employing the measurement in computing the movements in the set of movements.
15. The method of claim 5 further comprising:
detecting the presence of a marker with a sensor in a vehicle; and
employing data from the sensor in computing the movements in the set of movements.
16. The method of claim 5 wherein:
a vehicle in a column is autonomously moved to create a space between two vehicles in the column to allow a vehicle in another column to exit the parking area.
17. A method of parking a plurality of autonomous vehicles comprising:
computing a set of locations in a parking area employing:
the dimensions of the vehicles and
the dimensions of the parking area;
computing a set of movements of the vehicles to be executed in a time sequence
wherein each movement is determined not to have any vehicle interfere with the motion of any other vehicle;
transmitting a movement from the set of movements to at least one vehicle; and
executing the movements in the set of movements wherein a plurality of vehicles are autonomously moved in a coordinated sequence determined by the set of movements;
wherein the set of locations designates a plurality of columns of vehicles too closely spaced to discharge a driver from a vehicle;
a vehicle in a column with a plurality of vehicles is autonomously moved to create a space to allow at least one of a vehicle in a different column to exit the parking area, a vehicle to enter a different column, and a vehicle in a different column to be accessed.
18. The method of claim 17 wherein:
a plurality of vehicles are parked in a tandem arrangement in at least one column.
19. The method of claim 17 further comprising:
producing a measurement with a sensor in a vehicle of one of a relative distance between two vehicles; and
employing the measurement in computing the movements in the set of movements.
20. The method of claim 17 further comprising:
producing a measurement with a sensor in a vehicle of one of a relative distance between a vehicle and a marker; and
employing the measurement in computing the movements in the set of movements.