Schaeffler Technologies Ag & Co .kg

Alexander Haepp

Wilhelm Walter

Robert Heuberger

Marc-Andre Schaefer

Erwin Hartmann

Bernhard Wilm

Norbert Felis

A cassette seal includes a first and a second ring, wherein the axial sections and the radial sections of the first and second ring are aligned approximately parallel to one another, forming an interior in which a sealing arrangement arranged on the first ring engages in the direction of the second ring and a gap is formed between the radial section of the first ring and the axial section of the second ring. A fixed additional element extends on the side of the axial section of the second ring facing away from the interior, and the rises in the direction of the radial section of the first ring above the axial section of the second ring with a protrusion. The protrusion has a downward slope in the direction of the second ring, to form the gap.

Cassette seal, particularly for a wheel bearing arrangement of a motor vehicle

A seal assembly for sealing a radial rolling contact bearing, having a first sealing ring and a second sealing ring, wherein the two sealing rings can be rotated relative to each other about a common axis of rotation and together form a labyrinth seal, wherein a sealing gap of the labyrinth seal that extends substantially radially with respect to the axis of rotation is covered radially by an axial projection of the second sealing ring, and the sealing gap at the axial projection opens axially into a first catch channel of the first sealing ring. A hub of the radial rolling contact bearing forms the second sealing ring. Therefore, the second sealing ring is integrated into the hub flange, which means that the hub flange performs the function of the second sealing ring and to some extent helps to form the labyrinth seal.

Labyrinth seal of a radial rolling contact bearing having a radial flange

A compact cassette seal and a corresponding wheel hearing for a passenger car or truck. The cassette seal has a bent sheet-metal ring which is and/or can be non-rotatably connected to a radially inner component and an annular sealing system which is non-rotatably connected to a radially outer component. The sealing system has a bearing ring and a radially peripheral seal with at least one sealing lip. The seal is secured to the bearing ring and the sealing lips resting on the bent sheet-metal ring in a sealing manner. A radially outer ring end section of the sealing system defines a labyrinth seal with a bent sheet-metal section of the bent sheet-metal ring. The bent sheet-metal section radially overlaps the ring end section on the exterior thereby forming an axially aligned or substantially axially aligned labyrinth seal section of the labyrinth seal.

Cassette seal and wheel bearing comprising said cassette seal

A rolling bearing which has a sealing arrangement and a sensor component, particularly an encoder, which is fitted with a mounting flange. The rolling bearing further has an inner ring and an outer ring between which rolling members are arranged. The sealing arrangement is equipped with at least one sealing element between the inner ring and the outer ring. In order to provide a rolling bearing which can easily be retrofitted with a retrofit sensor, particularly a retrofit encoder, and is well protected against environmental influence, the sensor component that is fitted with the mounting flange is designed as a retrofit part, while at least one water discharge port is disposed in the region of the mounting flange.

Rolling bearing comprising a device for withdrawing a liquid

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.

Seal

A cage for inclined ball bearings with adjacent ball pockets separated from each other by webs. Elastically-deformable retainer lugs extend from the webs with flanks facing opposing directions and facing each other.

Cage for inclined ball bearing

The invention relates to a cage for inclined ball bearings with adjacent ball pockets arranged on the circumferential side around a rotational axis of the cage, comprising ribs between lateral walls. Each rib extends in the axial direction from one of the lands and connects two of the lateral walls together on the circumferential side.

Cage for inclined ball bearings

The invention relates to a wheel bearing arrangement, comprising at least one encoder, at least one sensor, a seal arranged concentrically to the rotational axis and a hub mounted to rotate in the wheel bearing arrangement, whereby a radial flange on the hub, faces radially away from the rotation axis and the seal seals at least one radial annular gap around the hub on the side of the radial flange. The seal comprises at least one cover ring, made from a non-ferromagnetic material and at least one elastic first sealing lip, the first sealing lip is fixed to the cover ring and makes sealing contact with the encoder and at least one signal-active part of the encoder is arranged on the inside of the seal and rotates about the rotational axis with the hub.

Wheel bearing arrangement comprising an encoder and a sensor

The invention relates to a cage for tapered ball bearings. Said cage comprises adjacent ball bearing pockets that are arranged over the periphery about a rotational axis of the cage, in addition to elastically deformable retaining lugs that are located on one of the lateral walls. In said cage, the flanks of the retaining lugs run obliquely in relation to one another.

Growing community of inventors

Hofheim, Germany

Alexander Haepp