摘要:
The invention relates to a pilot-controlled valve, especially for an anti-skid brake system, this system comprising at least one pressurized-fluid source (90, 115) and at least one pressure receiver, the valve comprising at least one pressurized-fluid inlet (86, 132) and comprising a piston mechanism (54, 114), sliding sealingly in a bore (52) and movable between a rest position and an active position under the effect of an actuating mechanism (17, 18), in order to control an isolating shutter (58, 66) between at least one of the pressurized-fluid sources (90, 115) and at least of the pressure receivers, and a discharge shutter (28) between at least one of the pressure receivers and a reservoir (15), the anti-skid brake system comprising a backfeed circuit including a flow restrictor between at least one of the pressurized-fluid sources (90, 115) and at least one of the pressure receivers. According to the invention, the piston mechanism (54) contains at least one flow restrictor (56, 126) to ensure that the entire backfeed circuit is contained in the piston mechanism (54 ), the pilot-controlled valve also processing a backfeed shutter (44).
摘要:
The invention relates to a device that is used for the automatic release, without any manual effort, of the steering system in a motor vehicle comprising electric power steering and a locking mechanism which acts on the steering column or on another part of the steering system. Control means, which are connected to the electric assist motor, receive signals from at least one vehicle status and/or initiating event detector and control the motor in order to rotate the steering column or move another part of the steering system until the torque or stress on the locking mechanism is cancelled or reduced to almost zero, thereby enabling said mechanism to be released. The control of the motor is automatically interrupted at the end of a pre-determined period of time if the mechanism has not been released.
摘要:
A device that is used for the automatic release, without any manual effort, of the steering system in a motor vehicle comprising electric power steering and a locking mechanism which acts on the steering column or on another part of the steering system. A controller, which is connected to an electric assist motor, receives signals from at least one vehicle status and/or initiating event detector and controls the motor in order to rotate the steering column or move another part of the steering system until the torque or stress on the locking mechanism is cancelled or reduced to almost zero, thereby enabling said mechanism to be released. The control of the motor is automatically interrupted at the end of a pre-determined period of time if the mechanism has not been released.