A clutch controlling apparatus calculates an input output power ratio between engine and countershaft rotations to determine target engagement amounts.
Pressure monitoring during press-fitting ensures stable preload despite dimensional variations in joining-arm sections.
Integrally formed steel protuberances prevent diamond grain detachment and gear damage.
Segmenting the transmission into a CVT and gear drive maintains torque efficiency while widening the gear ratio range without increasing power unit size.
Elastic support member connects steering shafts to absorb noise and shocks, preventing wear from direct rotor contact.
A vehicle control method classifies engine restart conditions to set transmission states for optimized torque delivery.
An overload protection system uses a torque sensor and controller to limit engine setpoints, preventing drivetrain damage during high-power boost modes.
Plastic deformation shapes opposed track joint preforms, eliminating complex machining waste and improving torque transmission precision.
Hydraulic clutch lines route beneath the vehicle chassis near existing engine cooling circuits to absorb waste heat.
A clutch control system detects slip by monitoring repetitive pedal actuations within a short time interval.
Ten balls in a sliding ball constant velocity joint distribute load across race tracks, reducing idle vibrations transmitted to the vehicle body.
A steam turbine coupling method adjusts acceleration based on detected differential angles to achieve optimal rotor alignment.
Thermal load managing device regulates clutch plate temperature through dynamic torque adjustment and lubricating oil flow modulation.
Segmented hydraulic pathways with a junction valve maintain pressure lock during electronic failure, ensuring safe manual operation.
A motor stop mechanism uses a threaded drive shaft and trunnion to position the slide-out room accurately.
Estimates torque transmission point via primary pulley sensor to eliminate input speed sensors, reducing system complexity and improving start-up performance.