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Parallel parking - self parking car project
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The components used are: ultrasonic sensors HC-SR04, to determine the distances available around the vehicle.
Proximity sensors pololu 1134, to detect obstacles.
Rotational position transducer, to record the distance covered by the vehicle.
Propulsion system, steering system, Bluetooth communication module.
The propulsion system is composed of a H bridge, a dc motor, a set of gears for speed reduction and torque increase.
The steering system is composed of a servomotor, which contains a set of gears, a control circuit and a potentiometer that helps the circuit determine the position of the motor shaft and control the motor according to the inputted command.
Information processing is being made by the PIC32 microcontroller (chipkit UNO32), which is also in charge of generating commands.
Used components are: 10 ultrasonic sensors, 3 in front and 3 back and 2 on each side, 4 proximity sensors, one on each corner of the vehicle, a rotational position transducer mounted on the dc propulsion motor, a H (SN754410) bridge, one dc motor (from the servo HD-6001HB, stripped the control circuit and powered the dc motor with the H bridge), one servomotor HD-1160A for steering, one Bluetooth module HC–05 to receive basic commands( select mode: parallel parking, back parking...).
The chassis is from a cheap RC car.
The demonstrated parking possibilities are parallel parking and reverse parking, for which a set of rules to be followed along the process have been developed.
Proximity sensors pololu 1134, to detect obstacles.
Rotational position transducer, to record the distance covered by the vehicle.
Propulsion system, steering system, Bluetooth communication module.
The propulsion system is composed of a H bridge, a dc motor, a set of gears for speed reduction and torque increase.
The steering system is composed of a servomotor, which contains a set of gears, a control circuit and a potentiometer that helps the circuit determine the position of the motor shaft and control the motor according to the inputted command.
Information processing is being made by the PIC32 microcontroller (chipkit UNO32), which is also in charge of generating commands.
Used components are: 10 ultrasonic sensors, 3 in front and 3 back and 2 on each side, 4 proximity sensors, one on each corner of the vehicle, a rotational position transducer mounted on the dc propulsion motor, a H (SN754410) bridge, one dc motor (from the servo HD-6001HB, stripped the control circuit and powered the dc motor with the H bridge), one servomotor HD-1160A for steering, one Bluetooth module HC–05 to receive basic commands( select mode: parallel parking, back parking...).
The chassis is from a cheap RC car.
The demonstrated parking possibilities are parallel parking and reverse parking, for which a set of rules to be followed along the process have been developed.
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