Hydrodynamic bearings, and secondary assemblies for producing said bearings
First Claim
1. A self-contianed cartridge assembly adapted for insertion into the shell of a hydrodynamic bearing comprisinga succession of sheet foil members,each foil member including in turn an end heel portion, an intermediate securing portion and a functional portion having a free end,the succession of foil members being assembled in a circular overlapping relationship with the end heel portion of each member overlapping the securing portion of the preceding member of the succession and fixed thereto, the functional portions of the succession defining a circularly clylindrical internal surface adapted to serve as the functional floating surface of the bearing, and the free end of each functional portion forming a discontinuity zone adapted for creating a hydrodynamic effect.
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Accused Products
Abstract
The invention provides a process for producing hydrodynamic bearings for supporting and guiding rotary machine shafts. The process consists in previously manufacturing a self-contained cartridge formed of thin foils fixed with respect to each other and partially overlapping so as to form an internal floating surface adapted to generate the formation of a fluid film between said surface and the shaft mounted therein; the cartridge comprises an external peripheral surface of a diameter corresponding to that of the bore of the bearing shell and is inserted in this bore then secured against rotation and axial translation with respect thereto, more especially by abutment means situated in the edge region.
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Citations
4 Claims
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1. A self-contianed cartridge assembly adapted for insertion into the shell of a hydrodynamic bearing comprising
a succession of sheet foil members, each foil member including in turn an end heel portion, an intermediate securing portion and a functional portion having a free end, the succession of foil members being assembled in a circular overlapping relationship with the end heel portion of each member overlapping the securing portion of the preceding member of the succession and fixed thereto, the functional portions of the succession defining a circularly clylindrical internal surface adapted to serve as the functional floating surface of the bearing, and the free end of each functional portion forming a discontinuity zone adapted for creating a hydrodynamic effect.
Specification