摘要:
A system assists a driver occupying a seat within a vehicle traveling on a road. The system includes sensing apparatus that senses a plurality of different types of conditions regarding the vehicle. Information apparatus provides information regarding the different types of conditions to the driver by respective different types of haptic inputs.
摘要:
An accelerator pedal device includes: an accelerator pedal; a reaction force application device that applies a reaction force to the accelerator pedal; and a selection device that selects a characteristic between a first characteristic according to a running situation of a subject vehicle and a second characteristic specified regardless of the running situation of the subject vehicle. The first characteristic and the second characteristic each is a characteristic indicating a relationship between an amount of stepping upon of the accelerator pedal and the reaction force to be applied. The reaction force application device applies the reaction force to the accelerator pedal based upon the characteristic selected by the selection device.
摘要:
An accelerator pedal device includes: an accelerator pedal; a reaction force application device that applies a reaction force to the accelerator pedal; and a selection device that selects a characteristic between a first characteristic according to a running situation of a subject vehicle and a second characteristic specified regardless of the running situation of the subject vehicle. The first characteristic and the second characteristic each is a characteristic indicating a relationship between an amount of stepping upon of the accelerator pedal and the reaction force to be applied. The reaction force application device applies the reaction force to the accelerator pedal based upon the characteristic selected by the selection device.
摘要:
A vehicle driving assist system comprises a traveling situation detection device that detects a vehicle condition and a traveling environment around a subject vehicle; a risk potential calculation device that calculates a risk potential around the subject vehicle based upon detection results of the traveling situation detection device; an accelerator pedal reaction force control device that controls an actuation reaction force which is generated for an accelerator pedal based upon the risk potential which has been calculated by the risk potential calculation device; an actuation amount detection device that detects an actuation amount of the accelerator pedal; and a vehicle distance control device that controls a distance between the subject vehicle and a preceding vehicle present in front of the subject vehicle based upon the accelerator pedal actuation amount which is detected by the actuation amount detection device.
摘要:
A driving assist system for vehicle calculates risk potential from the traveling environment of vehicle surroundings, and calculates a reference speed Vt while the vehicle is traveling. Accelerator pedal reaction force control amount is then calculated based on the risk potential RP and the reference speed Vt. The accelerator pedal reaction force is controlled so as to generate the calculated reaction force control amount, and information relating to the risk potential RP and the reference speed Vt is conveyed to the driver through sense of touch.
摘要:
A driving assist system for a vehicle comprises: a driving environment detection device that detects a driving environment of the vehicle; a risk potential calculation device that calculates a risk potential present along a longitudinal direction (a RPlongitudinal) and a risk potential present along a lateral direction (a RPlateral) relative to the vehicle based upon the driving environment detected by the driving environment detection device; a longitudinal information conveyance device that presents the RPlongitudinal calculated by the risk potential calculation device to a driver; a lateral information conveyance device that presents the RPlateral calculated by the risk potential calculation device to the driver; and a timing control device that adjust an output timing of the longitudinal information conveyance device and an output timing of the lateral information conveyance device so as to prompt a driver to perform a longitudinal driving operation or a lateral driving operation to stabilize behavior of the vehicle when operation and non-operation of the longitudinal information conveyance device and the lateral information conveyance device are switched.
摘要:
A control device having control logics that respectively generate operated quantities by simutaneously parallel-processing observed quantities obtained from a controlled object. A switch selectively outputs one of the operated quantities to the controlled object based on instruction data.
摘要:
A driver assisting system calculates a risk perceived (RP) by a driver from the environment, and a potential risk. At least one actuator is coupled to a driver controlled input device (or a driver's seat) to provide a first force to the driver controlled input device to stimulate the driver with a first form of tactile stimulus thereby to forward the calculated risk perceived (RP) to the driver, and to provide a second force to the driver controlled input device to stimulate driver with a second form of tactile stimulus thereby to forward the calculated potential risk to the driver.
摘要:
A system assists a driver occupying a seat within a vehicle traveling on a road. The system includes sensing apparatus that senses a plurality of different types of conditions regarding the vehicle. Information apparatus provides information regarding the different types of conditions to the driver by respective different types of haptic inputs.
摘要:
A driving assistance system and method for providing driving condition information to a driver via a seat with a haptic signal. A set of state signals of the vehicle with respect to a lane on the road is generated. The set of state signals include at least a lateral position signal that indicates a lateral positional relationship of the vehicle with respect to the lane and a heading angle signal that indicates a heading angle of the vehicle with respect to the lane. A haptic signal is generated based on the set of state signals to convey information regarding the lateral positional relationship of the vehicle with respect to the lane and the heading angle of the vehicle with respect to the lane.