A traction transmission capacity control device is used in a drive force distribution device.

A variable-speed traction drive transmission device compact and having high durability.

Rotary energy is transmitted to a lower transmission wheel (18) mounted on a ground worktable (15) by traction transmission straps or chains (19).

The invention relates to a traction mechanism (1), a tractive drive comprising said traction mechanism, and a lift comprising said tractive drive.

A tensile load transmission that includes a load sensor for measuring the tensile load on the transmission.

Power train/driveline, if applicable

The traction belt and the transmission belt form a meshed transmission set.

According to the invention, the transmission arrangement comprises a traction mechanism.

The present invention relates to a variable traction drive transmission system.

The present invention relates to an eccentric tensioning apparatus for tensioning the traction mechanism of a traction mechanism drive.

The drive system also has a first drive-group power-transfer system (28) that connects the first traction device and the second traction device.

Further, the drive system also includes a second drive-group power-transfer system (28) that connects the third traction device and the fourth traction device.

The invention concerns a self-adjustable tractive planetary gear transmission.

The invention is aimed at a tensioning device for a traction mechanism drive, in particular for a belt drive.

A mechanical tensile chain tensioner is provided between the drive wheels to compensate for the tensile chain tension differences on a change in the transmission ratio of the gearbox.