Vehicular turning control apparatus and method
First Claim
Patent Images
1. A turning control apparatus for an automotive vehicle, comprising:
- a drive source configured to develop a driving force in accordance with a driver'"'"'s accelerator manipulation;
a deceleration action section configured to apply a deceleration action to the vehicle, with the drive source driven by a driven side;
a brake mechanism configured to apply a braking force to the vehicle;
a traveling control section that decelerates the vehicle through at least one of the deceleration action section and the brake mechanism when the turning state of the vehicle satisfies a predetermined condition;
a turning state detecting section configured to detect a turning state of the vehicle; and
an accelerator manipulated variable detecting section configured to detect an accelerator manipulated variable by a vehicle driver, the traveling control section limiting the deceleration through the brake mechanism and carrying out the deceleration through the deceleration action section when the accelerator manipulated variable detected by the accelerator manipulated variable detecting section exceeds a predetermined value.
1 Assignment
0 Petitions
Accused Products
Abstract
In turning control apparatus and method for an automotive vehicle, the vehicle through at least one of a deceleration action section and a brake mechanism is decelerated when a turning state of the vehicle satisfies a predetermined condition, an accelerator manipulated variable by a vehicle driver is detected, and the deceleration through the brake mechanism is limited and the deceleration through the deceleration action section is carried out, when the detected accelerator manipulated variable exceeds a predetermined value (α).
-
Citations
20 Claims
-
1. A turning control apparatus for an automotive vehicle, comprising:
-
a drive source configured to develop a driving force in accordance with a driver'"'"'s accelerator manipulation;
a deceleration action section configured to apply a deceleration action to the vehicle, with the drive source driven by a driven side;
a brake mechanism configured to apply a braking force to the vehicle;
a traveling control section that decelerates the vehicle through at least one of the deceleration action section and the brake mechanism when the turning state of the vehicle satisfies a predetermined condition;
a turning state detecting section configured to detect a turning state of the vehicle; and
an accelerator manipulated variable detecting section configured to detect an accelerator manipulated variable by a vehicle driver, the traveling control section limiting the deceleration through the brake mechanism and carrying out the deceleration through the deceleration action section when the accelerator manipulated variable detected by the accelerator manipulated variable detecting section exceeds a predetermined value. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18)
-
-
19. A turning control method for an automotive vehicle, comprising:
-
providing a drive source configured to develop a driving force in accordance with a driver'"'"'s accelerator manipulation;
providing a deceleration action section configured to apply a deceleration action to the vehicle, with the drive source driven by a driven side;
providing a brake mechanism configured to apply a braking force to the vehicle;
decelerating the vehicle through at least one of the deceleration action section and the brake mechanism when the turning state of the vehicle satisfies a predetermined condition;
detecting a turning state of the vehicle; and
detecting an accelerator manipulated variable by a vehicle driver; and
limiting the deceleration through the brake mechanism and carrying out the deceleration through the deceleration action section when the detected accelerator manipulated variable exceeds a predetermined value.
-
-
20. A turning control apparatus for an automotive vehicle, comprising:
-
drive source means configured to develop a driving force in accordance with a driver'"'"'s accelerator manipulation;
deceleration action means for applying a deceleration action of the vehicle, with the drive source driven by a driven side;
a brake mechanism for applying a braking force to the vehicle;
traveling control means for decelerating the vehicle through at least one of the deceleration action means and the brake mechanism when the turning state of the vehicle satisfies a predetermined condition;
turning state detecting means for detecting a turning state of the vehicle; and
accelerator manipulated variable detecting means for detecting an accelerator manipulated variable by a vehicle driver, the traveling control means limiting the deceleration through the brake mechanism and carrying out the deceleration through the deceleration action means when the accelerator manipulated variable detected by the accelerator manipulated variable detecting means exceeds a predetermined value.
-
Specification