Lapping or grinding apparatus and method
OwnerThomas Scott Brawleyinventor
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OwnerThomas Scott Brawleyinventor
Estimating the term…
Apparatus for conditioning (i.e., lapping, pressure grinding or flash rolling) the surfaces of anti-friction rolling elements such as cylindrical rollers, needle rollers, barrel rollers or spherical rolling elements which comprises relatively movable plates complementarily channeled to provide tracks for passage between said plates of the elements to be conditioned, means for applying high uniform or variable pressure through said plates to said elements, means for applying abrasive material to the elements being conditioned, and means for actuating the plates, according to their design, for reciprocating movement to condition a low quality batch of elements or for continuous one-way movement to act on a succession of elements which may be recycled as required to achieve the desired result of high quality anti-friction rolling elements. Also the method of effecting the conditioning of such elements by the means described or equivalents thereof.
Apparatus for conditioning the rolling surfaces of rolling bearing elements comprising, at least two plates having facing complementary surfaces defining at least two opposite sides of a space corresponding to an axial cross-section of the rolling bearing elements to be conditioned, means for causing high speed relative rectilinear movement of said plates continuously in a single direction, at least one of said surfaces being formed with a profiled track extending in a direction substantially parallel to the direction of relative movement of the plates, means for applying pressure to at least one of said plates and means for supplying abrasive material to said surfaces.
Apparatus for conditioning the rolling surfaces of rolling bearing elements comprising, an elongated plate having on its upper surface at least one longitudinally disposed track, a plurality of plates having downwardly facing complementary tracks, said upwardly and downwardly facing tracks defining at least two opposite sides of a space corresponding to an axial cross-section of the rolling elements to be conditioned, means for conveying said plurality of plates continuously in a single direction along a path parallel to the elongated plate and longitudinal thereof, means for applying pressure to said plurality of plates, and means for supplying abrasive material to the rolling elements to be conditioned.
Dependencies are inferred from the claim text.