FIELD: machine building.
SUBSTANCE: invention relates to double-flow transmission. Double-flow transmission includes housing, input and output differentials, between which the first flow mechanism and the second flow mechanism are located. Mechanism of the first flow is made in the form of a shaft transmitting torque from the first output shaft of the input differential to the first input shaft of the output differential coupled with differentials by means of gear transmission. Second flow mechanism consists of a toothed rim installed in two pairs of guides, and an axis with a gear engaged with a linear channel in the carrier body and a spiral channel. Axle with gear via movable link is connected with second input shaft of output differential. Spiral channel is connected to the control system. Second flow mechanism is connected to the control system.
EFFECT: broader functional capabilities of the transmission.
3 cl, 15 dwg
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ACTIVE TRANSMISSION; DIRECT ENGAGEMENT MECHAICAL; GEARBOX WITH PLANETARY FRICTION CLUTCH AND INDEPENDENT REAR DRIVE; TRANSFER CASE WITH MECHANISM TO DISTRIBUTE TOQUE BETWEEN AXLES (WHEELS) | 2004 |
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Authors
Dates
2019-11-07—Published
2019-05-21—Filed