The positioning device exerts effective tightening and positioning pressure on the lower rolling mill bearing chock.

The invention relates to an installation part for mounting a lower support roll in a roll stand.

The invention relates to an installation piece for supporting a roller in a roller stand of a roller frame.

The invention relates to an installation part for mounting an upper support roll in a roll stand.

A rolling mill bearing chock positioning device used in steel rolling equipment comprises a first bearing chock assembly (30), an upright post (20) and a rolling mill base (10).

Said chocks consist of mid-chocks, side-chocks which are horizontally slidable and middle supporting means therebetween.

According to the invention, said rolling mill, especially said mill train, is provided with a roll stand that is driven by a drive system.

The invention relates to a guide system for a rolling mill, especially for a mill train.

The inventive roll stand provides a means for reducing the environmental impact of the roll stand.

The second sizing mill is similar to the first sizing mill and is positioned off-line with respect to the extraction/reducing mill.

A control computer (3) for a rolling train is supplied with prescribed stand parameters of a rolling stand (2) of the rolling train.

The invention relates to a hot-rolling mill, preferably a hot-rolling milling having at least two pairs of rolls.

Said aim is achieved by a rolling mill comprising a roll stand (1) with working rolls, a roll train (2) located at the feeding end of the roll stand (1), and a control device.

According to the inventive method, it is made sure that in a rolling mill which is provided with at least two rolling stands the power required for rolling the metal strip is distributed on the rolling stands.

The multiple rolling mills (12a, 12b) respectively comprise an upstream rolling mill (12a) and a downstream rolling mill (12b), each of which is formed with at least one rolling mill stand.