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US 2014/0230512 A1Published application
Roll stand for absorbing rolling forces
AssigneeSMS Meer GmbH
InventorsJovo SUBANOVIC, Gabriele VIETEN, Walter HOEFFGEN
Life of this patent
Estimating the term…
Abstract
In order to simplify roll adjustment in a roll stand when changing the rolls, a roll stand absorbs rolling forces of at least three rolls mounted on both sides in bearing seats of the roll stand that absorb rolling forces, in each instance. At least the bearing seats of one roll are disposed in a stand body jointly with a bearing seat of another roll, in each instance. One of the stand bodies has fixed bearings of the two related rolls, in each instance, and/or one of the stand bodies has floating bearings of the two related rolls, in each instance.
Claims19
A roll stand for absorbing rolling forces comprising:
- (a) a first roll mounted in first and second bearing seats;
- (b) a second roll mounted in third and fourth bearing seats;
- (c) a third roll mounted in fifth and sixth bearing seats;
- (d) a first stand body;
- (e) a second stand body;
- and
- (f) a third stand body;
- wherein each bearing seat absorbs rolling forces and at least the bearing seats of the first roll are disposed in the first stand body jointly with a bearing seat of the second roll;
- wherein the first stand body has fixed bearings of the first and second rolls or the first stand body has floating bearings of the first and second rolls.
6 more elements
A roll stand for absorbing rolling forces comprising:
- (a) a first roll mounted in first and second bearing seats;
- (b) a second roll mounted in third and fourth bearing seats;
- (c) a third roll mounted in fifth and sixth bearing seats;
- (d) a first stand body;
- (e) a second stand body;
- (f) a third stand body;
- and
- (g) a force element connecting the first and second stand bodies and acting exclusively between the first and second stand bodies or being disposed radially outside of and axially within the first, second, and third rolls or being active parallel to a roll axis;
- wherein each bearing seat absorbs rolling forces and at least the bearing seats of the first roll are disposed in the first stand body jointly with a bearing seat of the second roll.
6 more elements
A roll stand for absorbing rolling forces comprising:
- (a) a first roll mounted in first and second bearing seats;
- (b) a second roll mounted in third and fourth bearing seats;
- (c) a third roll mounted in fifth and sixth bearing seats;
- (d) a first stand body;
- (e) a second stand body;
- and
- (f) a third stand body;
- wherein each bearing seat absorbs rolling forces and at least the bearing seats of the first roll are disposed in the first stand body jointly with a bearing seat of the second roll;
- and
- wherein the first, second, and third stand bodies form the roll stand with shape fit.
7 more elements
A roll stand for absorbing rolling forces comprising:
- (a) a first roll mounted in first and second bearing seats;
- (b) a second roll mounted in third and fourth bearing seats;
- (c) a third roll mounted in fifth and sixth bearing seats;
- (d) a first stand body;
- (e) a second stand body;
- and
- (f) a third stand body;
- wherein each bearing seat absorbs rolling forces and at least the bearing seats of the first roll are disposed in the first stand body jointly with a bearing seat of the second roll;
- and
- wherein the first and second stand bodies stand in contact with one another by way of a contact surface.
7 more elements
A roll stand for absorbing rolling forces comprising:
- (a) a first roll mounted in first and second bearing seats;
- (b) a second roll mounted in third and fourth bearing seats;
- (c) a third roll mounted in fifth and sixth bearing seats;
- (d) a first stand body;
- (e) a second stand body;
- and
- (f) a third stand body;
- wherein each bearing seat absorbs rolling forces and at least the bearing seats of the first roll are disposed in the first stand body jointly with a bearing seat of the second roll;
- and
- wherein the first and second stand bodies are directly connected with one another by way of a contact surface.
7 more elements
A roll stand for absorbing rolling forces comprising:
- (a) a first roll mounted in first and second bearing seats;
- (b) a second roll mounted in third and fourth bearing seats;
- (c) a third roll mounted in fifth and sixth bearing seats;
- (d) a first stand body;
- (e) a second stand body;
- and
- (f) a third stand body;
- wherein each bearing seat absorbs rolling forces and at least the bearing seats of the first roll are disposed in the first stand body jointly with a bearing seat of the second roll;
- and
- wherein the first and second stand bodies are connected with one another in a low-force region of the roll stand.
7 more elements
A roll stand for absorbing rolling forces comprising:
- (a) a first roll mounted in first and second bearing seats;
- (b) a second roll mounted in third and fourth bearing seats;
- (c) a third roll mounted in fifth and sixth bearing seats;
- (d) a first stand body;
- (e) a second stand body;
- and
- (f) a third stand body;
- wherein each bearing seat absorbs rolling forces and at least the bearing seats of the first roll are disposed in the first stand body jointly with a bearing seat of the second roll;
- and
- wherein the first and second stand bodies are displaceable relative to one another in a guide.
7 more elements
A roll stand for absorbing rolling forces comprising:
- (a) a first roll mounted in first and second bearing seats;
- (b) a second roll mounted in third and fourth bearing seats;
- (c) a third roll mounted in fifth and sixth bearing seats;
- (d) a first stand body;
- (e) a second stand body;
- and
- (f) a third stand body;
- wherein each bearing seat absorbs rolling forces and at least the bearing seats of the first roll are disposed in the first stand body jointly with a bearing seat of the second roll;
- and
- wherein the bearing seats of the first stand body project into the second roll.
7 more elements
Dependencies are inferred from the claim text.