Backup roll rotating means (50) is mounted on one side of the backup roll (20) for rotating the backup roll body.

The supporting barrel (1) comprises a barrel body (11) and a bearing flange (12).

The embossing roller (101) is freely rotatable, while the support roller (103) is driven.

The rolling stand (100) comprises at least one upper and one lower backup roll (110-1, 110-2) and also an upper and a lower work roll (120-1, 120-2), which define a roll gap (128).

The cutting cylinder may be a blanket (18), or printing cylinder in a printing machine, or a dedicated support cylinder in a stand alone cutting assembly.

The bearing member is formed as a bearing cylinder on the inner side of the mirror housing, and the shaft is engaged with a receiving surface of the bearing cylinder and supports the mirror housing so that the mirror housing can be turned.

An electric pressure executive supporting method and a precision electric supporting cylinder are disclosed.

Partly wound round the outside surface (3a) of the supporting roller (3) are diverting belts (5) designed to facilitate detachment of the adhesive-coated web (2) from the supporting roller (3).

By using electrically conductive carbon nanotubes as an applied mixture on a carrier cylinder, conductive layers are applied to the carrier cylinder and then electrically isolated by an isolation layer.

A vibration absorbing rubber block (2) is disposed on the supporting barrel (1).

A rubber lining layer is disposed on the outer peripheral surface of the backup roll.

The belt steering mechanism includes a support carriage, a steering carriage, a support roller and a belt steering drive assembly.

A rolling mill comprising a mechanism (8) for feeding the work-piece (7) and a frame (11) with at least one cassette mounted inside it and carrying a working roller (2) and a supporting roller (3) the latter rolling around a support (5).

The invention relates to a method and to a carrying cylinder (1a, 1b) for producing an electrical coil (3).

A supporting cylinder (11) is slidably engaged with the outside of the first member (A), and is hinged with the cylinder (11) and the second member (B) by a parallel linkage.