The invention concerns a method for winding a fibrous material strip (10) onto a winding core (3) in a winding device (1) and a winding device.

The paper winding-in barrel (12) is provided with a winding cover (9), a paper winding shaft (8) and a paper clamping slot (10).

The clutch spring (34) is wrapped around both a stationary spring-wrapping shaft (14b) of a case (14) and a rotational spring-wrapping shaft (32c) of the rotation shaft (32).

The invention relates to a device and method for holding a shaft (8), preferably a winding shaft (8).

Winding cores (33) and positioning spacers (34) are alternately installed on a first take-up shaft (26) of the take-up device.

The invention also relates to an arrangement for lowering and lifting a winding shaft.

A winding shaft (2) is driven by a bead chain (10) and is connected to winding rollers (3) via worm gears (4, 5).

The transmission mechanism includes a spring mounting base (2), a cylindrical coil spring (3), a transmission shaft (4), a rope winding shaft (7) and a rope winding shaft mounting base (8).

The wheel bodies are provided with shaft holes through which a winding shaft (2) passes.

This winding shaft is connected along a contact line to the inner wall of the duct.

A rotating winding shaft (7), which is supported in the stand in a manner that enables it to be displaced, interacts with said counter roller on the periphery thereof.

The paper roll rewinding mechanism (300) comprises a rewinding shaft (1) which rewinds printing paper, a supporting bracket (8) which supports the rewinding shaft (1), and a printing paper tension detection mechanism.

Said winding roller is provided with an assigned winding drive for continuously winding the web of material on a winding sleeve.

A driven shaft (76), extending from the second housing (70), is connected to the blind winding shaft.

Inside the duct there is a winding shaft (9) which runs parallel to the longitudinal axis of the duct.