Abstract: The present invention is a multi-function gasket adapted to support a plurality of components within a support unit having first and second support members. The multi-function gasket includes a frame portion adapted to be disposed between the first and second support members. The multi-function gasket also includes a support portion adapted to be disposed between first and second components to support the first component against the first support member and the second component against the second support member. The multi-function gasket further includes a web portion interconnecting the frame portion and the support portion to allow the frame portion and the support portion to rotate relative to each other, whereby either one of the first and second components may be removed and the support portion rotated to allow access to the other component.

Abstract: This invention deals with a multipart structurally reinforced gasket product, suitable for use in V-8, V-6, straight 6 and straight 4 automotive engines or the like, said gasket product being made of a plurality of interconnected nested reinforced gaskets, each gasket including an inner reinforcing means (preferably made of a metal stamping) for providing shape, positioning, and strength to the gasket, and, a molded elastomeric material formed around said reinforcing means, said plurality of interconnected gaskets being held in interconnected relationship, prior to actual usage, by shearable connector means which function to assist in holding the reinforcing means in proper position when the elastomeric material is being molded onto the reinforcing means; and, said elastomer portion of the gasket being made of a compound which preferably possession a shore A durometer of 60 (plus or minus 5).

Abstract: A hydrodynamic shaft seal for use under both static and dynamic conditions features a sealing face having one static sealing surface at the non-liquid side of the seal and a dynamic sealing surface having a plurality of angular vanes forming chambers open to the liquid at the liquid side of the seal. An annular coil spring biases the static sealing surface into contact with the shaft under static conditions and controls its spacing under dynamic conditions during which the vanes propel liquid toward the liquid side of the seal.