Fluid-pressure and analogous brake systems – Speed-controlled – With yaw control
Patent
1996-03-25
1997-02-11
Graham, Matthew C.
Fluid-pressure and analogous brake systems
Speed-controlled
With yaw control
303141, 303177, 303182, 303191, B62D 3700, B60T 800, B60T 832
Patent
active
056013469
ABSTRACT:
The present invention relates to a process and a device for the prevention of skidding in vehicles with at least two wheels (1-4) of which at least one (1, 4) is steerable, wherein the actual rotary acceleration of the vehicle along its vertical axis is measured by a rotary accelerometer (8) and compared with the nominal rotary acceleration which is determined by a computer (9) from the turn angle of the steerable wheels (1, 4) and the vehicle speed. The turn angle is measured by an angle measuring device (6), for example, at a steering wheel (5). The speed is measured with a speed pick-up (7) on at least one of the wheels (1-4) of the vehicle. The calculated difference between nominal and actual rotary acceleration is reduced to zero by the real-time generation of a compensation-torque in a device (10). This device (10) might consist of an electric motor (11) driving two contra-rotating flywheels (12) that are selectively decelerated and will stop the skidding process.
REFERENCES:
patent: 3909044 (1975-09-01), Henzel et al.
patent: 4200168 (1980-03-01), Moog
patent: 4282948 (1981-08-01), Jerome
patent: 4687225 (1987-08-01), Newton
patent: 5392214 (1995-02-01), Momose et al.
Feichtinger Heinrich K.
Lustenberger Martin P.
Digi Sens AG Digitale Messtechnik
Graham Matthew C.
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