FIELD: machine building.
SUBSTANCE: facility for continuously variable translation of motion consists of case, of driving shaft with drive pinion, of carrier, of converting mechanism, of driven shaft and of mechanism adjusting gear ratio. The drive pinion engages intermediary gears arranged along circumference. The intermediary gears transfer rotation via converting mechanisms and differentials installed between them to a tooth gear of internal engagement connected with the case and the driven shaft. Also uniform rotating motion of the driving shaft is converted into two separate, but equal by module continuous motions containing sections with accelerated and retarded motions. Further continuous motions are combined. Notably, uniform rotating motion transmitted to the driven shaft is resultant. Gear ratio between the driving and driven shafts is adjusted by phase shift of two separate continuous motions.
EFFECT: simplification of mechanism control and increased service life of transmission.
4 cl, 16 dwg
