Abstract: A tapered roller bearing is disclosed having a support for pressing roller bodies and a holder for holding an outer ring. A method for producing the tapered roller bearing and a method for mounting a tapered roller bearing are also disclosed.

Abstract: The invention relates to a tapered roller bearing having a support and a holder, a method for producing the tapered roller bearing, and a method for mounting a tapered roller bearing.

Abstract: A bearing assembly (1) for supporting a rotatable component, especially a wheel on a motor vehicle, including a spindle (3), a stationary inner ring (5) and a bearing such as a wheel bearing (4) containing an outer ring (6) that rotates at a certain speed, and a sensor element (11), the sensor element (11) and the inner ring (5) of the wheel bearing (4) being mounted on the spindle (3). In order to prevent the inner ring (5) from being rotated relative to the sensor element (11), the sensor element (11) is mounted on the spindle (3) with a rotationally secure connection and the inner ring (5) is mounted relative to the sensor element (11) with a rotationally secure connection.

Abstract: A cage for a rolling bearing, which has a first cage side ring, and a plurality of bars that protrude from the first cage side ring and are disposed at a distance from each other so as to form pockets to receive rolling elements. The first cage side ring has an elastically deformable segment in the region of each pocket. The segment is formed as a multiple bridge disposed between two adjacent bars. Also, a rolling bearing which includes the cage is further disclosed.

Abstract: The seal for sealing off the bearing interior of a bearing has a first sealing lip angled outward from a base of the seal and forming a first sealing contact, and a second sealing lip angled inward from the base and forming a second sealing contact. An annular chamber is formed between the first sealing lip and the second sealing lip. The first sealing lip has at least one ventilation opening which leads into the chamber from the outside. The ventilation opening is positioned at the first sealing contact.

Abstract: The invention relates to a tapered roller bearing comprising at least one conical outer roller track, at least one conical inner roller track and tapered rollers which are arranged in a radial manner between the roller tracks and about the longitudinal central axis of the tapered roller bearing. The tapered rollers respectively comprise a conical first covering surface for carrying out an effective radial connection towards the outside in the rolling contact with the inner roller track and for carrying out an effective radial connection towards the inside in the rolling contact with the outer roller track and the central lines of the tapered rollers intersect in a common intersecting point on the longitudinal central axis.

Abstract: A rolling bearing arrangement comprising at least two annular rows of bearing rolling bodies, a first inner ring and a second inner ring next to and coaxial with the first inner ring and a snap ring connecting the inner rings to one another. The snap ring has a radially inwardly projecting first engagement element at the first inner ring and a radially outwardly projecting second engagement element at the second inner ring. Radial depressions in the first and second inner rings receive respective engagement elements. The first engagement element engages into the first depression radially in the direction toward the axis of rotation of the rolling bearing arrangement. The second engagement element engages into the second radial depression radially away from the axis of rotation. Free inner spacing inside each inner ring, with one inner spacing nearer to the axis of rotation than the other inner spacing.

Abstract: The invention relates to a wheel bearing unit comprising at least one inner raceway for tapered rollers and an axial support for front faces of the tapered rollers that is joined to the inner raceway. The axial support is axially joined to the tapered rollers on the side of the large diameter of the tapered rollers, and the axial support radially projects above the largest inside diameter of the inner raceway.

Abstract: A rolling bearing arrangement comprising at least two annular rows of bearing rolling bodies, a first inner ring and a second inner ring next to and coaxial with the first inner ring and a snap ring connecting the inner rings to one another. The snap ring has a radially inwardly projecting first engagement element at the first inner ring and a radially outwardly projecting second engagement element at the second inner ring. Radial depressions in the first and second inner rings receive respective engagement elements. The first engagement element engages into the first depression radially in the direction toward the axis of rotation of the rolling bearing arrangement. The second engagement element engages into the second radial depression radially away from the axis of rotation. Free inner spacing inside each inner ring, with one inner spacing nearer to the axis of rotation than the other inner spacing.

Abstract: A window-type cage for an angular contact ball bearing. Lubricant pockets are provided in the spherical pocket surfaces which are provided for guiding the balls. These lubricant pockets are all arranged in regions which lie outside the bearing points between the ball and the cage in both the circumferential direction and the axial direction, such that the wall thickness of the cage at the bearing points is not reduced by the position and design of the lubricant pockets.

Abstract: A window-type cage for an angular contact ball bearing. Lubricant pockets are provided in the spherical pocket surfaces which are provided for guiding the balls. These lubricant pockets are all arranged in regions which lie outside the bearing points between the ball and the cage in both the circumferential direction and the axial direction, such that the wall thickness of the cage at the bearing points is not reduced by the position and design of the lubricant pockets.