Ferag Ag

Ipt Weinfelden Ag

Dieter Siebenmann

Jurg Eberle

Werner Honegger

Juerg Eberle

The inventive winding device has a winding core ( ) and a band spool ( ), which are rotationally mounted on a frame ( ). A supply ( ) of the winding band ( ) is wound onto the band spool ( ). At the other end, the winding band is attached to the winding core ( ). The winding core ( ) is driven by its frictionally engaged interaction with a driving belt ( ), which is driven by the drive motor ( ). The drive motor ( ) also drives the band spool ( ).

Winding device for flexible, flat material, especially printed products

A process and apparatus for conveying printed products of the type having a main surface and a side edge, wherein each product is retained in the region of its side edge by an individual gripper, and wherein each gripper and its retained product are conveyed along a conveying path. The printed products are initially oriented such that their side edges run essentially perpendicularly to the conveying direction, and the grippers and products are then rotated about an axis of rotation which is perpendicular to the side edge of the product and perpendicular to the conveying direction. The spacing of the grippers may also be changed during such rotation.

Process and apparatus for conveying pressroom products

Power transmission device for transmitting thrusting forces

Means for guiding the rolling or gliding movement of objects along a

For decelerating, accelerating and/or deflecting conveyed printed products (3), pressing elements (1, 2) act on the printed products (3) with normal forces (F.sub.N). The action is carried out in a resilient manner by contact elements (4) fixed to spring elements (5) such that the time of the action on the printed product (3) is made longer. Thus an improved deceleration or acceleration effect is achieved by means of friction forces and/or a deflecting effect is achieved by means of a momentum.

Growing community of inventors

Russikon, Switzerland

Dieter Siebenmann