Sms Siemag Aktiengesellschaft

Sms Schloemann-siemag Aktiengesellschaft

Sms Group Gmbh

Edgar Filk

Otmar Giesler

Andreas Berendes

Sebastian Böcking

David A Nold

Michael L VanBibber

Bernd Tiepelmann

Dietrich Mathweis

Heiko Zetzsche

The invention relates to an apparatus () for the applying of and removal by suction of operating fluids onto rolling stock () and off rolling stock () in the inlet () of cold rolling systems () and comprises at least one spray device () arranged above or below a rolling stock transport line (), wherein at least one operating fluid can be placed by the spray device () onto a surface of the rolling stock () or onto a surface of a working roll () which makes contact with the rolling stock (), and to at least one suction removal device () which can be arranged above or below the rolling stock transport line () and on the same side of the rolling stock transport line () as the spray device (), wherein the suction removal device () acts in the vicinity of the surface of the rolling stock () or of the working roll (). The spray device () and the suction removal device () are attached onto a common component frame () and therefore form a compact unit ().

Apparatus for application and suction-removal of operating fluids in the inlet of cold rolling systems installation

A guiding device for the chocks of work rolls of a rolling stand comprising guides arranged fixedly or horizontally movably on the inner sides of the windows of the rolling stand, wherein the upper and lower bending blocks of each side are respectively assigned two guides arranged parallel to each other. Each bending block is assigned one of the guides, while it has a recess for the parallel running guide that extends around said guide, wherein the upper bending block is guided on one of the parallel guides and the lower bending block is guided on the other guide.

Guiding device for the chocks of work rolls

In a device for mounting and functional verification of roll fittings () in rolling mill stands (), at least a partial number of the roll fittings () forms a respective module (), and the modules () are arranged, for pre-assembly with functional verification, on a mounting plate outside of the roll stand (), with the modules being adjusted and/or verified, and at least one adjusted and/or verified module () is operatively arranged between two rolling mill stands (), primarily, in the stand gap () and is arranged on a base frame () at constructively fixable support points ().

Device for mounting and functional verification of roll fittings in rolling mill stands or rolling mill trains such as, e.g., tandem rolling mill trains

A method of and a device for mounting and functional verification of roll fittings () in rolling mill stands (), wherein at least a partial number of the roll fittings () forms a respective module (), with savings of mounting and verification time, and wherein the modules () are arranged, for pre-assembly with functional verification, on a mounting plate outside of the roll stand (), is adjusted and/or verified, and at least one adjusted and/or verified module () is operatively arranged between two rolling mill stands (), primarily, in the stand gap () and is arranged on a base frame () at constructively fixable support points ().

Method of and device for mounting and functional verification of roll fittings

A device for coupling and uncoupling the media supply lines at bearing chocks of rolls, particularly back-up rolls, mounted in roll housings, wherein the coupling elements of the media supply lines are arranged commonly in a carrier member so as to face the media connections in the bearing chock, wherein the carrier member is guided in a guide frame so as to be movable parallel to the direction of the adjustment movement of the bearing chocks, and wherein the guide frame is mounted in guide members connected to the roll stand so as to be movable in the axial direction of the rolls toward the bearing chock and away from the bearing chock.

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Netphen, Germany

Edgar Filk