The cover component (100) for an internal combustion engine has an integrated elastic seal, whereby the cover component has an encompassing flange section for the locating of the seal. The cover component has plastic material, and the seal an organic elast...

The seal (5) is prepared by injection molding elastomeric material on to a carrier (4), which is preferably made of metal. The carrier (4) is then joined to the end section (2) of the plastic engine component while that component is injection molded. Alter...

Sealing system (2) for a shaft, especially for an internal combustion engine, comprises an engine housing cover with a through bore receiving a support element (5). The support element has at least one dynamic sealing region (9) and at least one static sea...

The casing cover (1) has a peripheral edge (2) that is profiled to receive an elastomer seal (3). An axial extension (7) is oriented in the direction of the engine block and is disposed at an inner portion of the edge of the casing cover. The extension is ...

The casing cover (1) has a peripheral edge (2) that is profiled to receive an elastomer seal (3). An axial extension (7) is oriented in the direction of the engine block and is disposed at an inner portion of the edge of the casing cover. The extension is ...

The cover (1) consists of an esp. sheet metal layer (4), with static vulcanized seal (2) in the cover flange (9). It is formed as a heat shield so that the seal is protected against overheating due to external heat radiation. The cover consists of two shee...

The flat seal has at least one metal layer which has pocket-form recesses (12) with a base to accommodate deformable sealing elements (10). The base of the recesses has at least one cutout which functions as an expansion space for a displaced sealing eleme...