Apparatus and method of controlling a robot to automatically simulate driving of a motorcar
AssigneeHoriba, Ltd.
InventorsHiroji Kohsaka, Shinji Noguchi
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AssigneeHoriba, Ltd.
InventorsHiroji Kohsaka, Shinji Noguchi
Estimating the term…
A method and apparatus for controlling a robot to simulate driving of a motor vehicle while the vehicle is actually on a chassis dynamometer includes provision for quickly, automatically, and accurately determining an accelerator gain factor to be used by the robot in actuating the accelerator of the motor vehicle to achieve predetermined vehicle speeds and accelerations. As a result, the simulated driving of the motor vehicle can be achieved so that the vehicle may be tested according to a predetermined travel pattern. To determine the accelerator gain, a proportional gain is determined on the basis of differences in incremental accelerator openings and resulting accelerations's while the motor vehicle is in a selected transmission gear. A product of the gain multiplied by a coefficient based on the various transmission ratios available is used as the accelerator gain dependent upon the particular transmission ratio selected during a test sequence.
A method of controlling a robot for simulating driving of a motorcar having an engine with a variable-position throttle and a change-speed transmission connecting said engine to a driving road wheel of said motorcar, said robot to control said throttle, said method including the steps of:
A method of controlling a robot to simulate driving of a motorcar, the robot controlling a throttle of the motorcar, said method including the steps of:
Apparatus for controlling the throttle position of a motorcar to simulate driving of the motorcar, said apparatus including;
Dependencies are inferred from the claim text.