...that in the early 1940s GE engineer James Wright was charged with a task of utmost importance to the war effort: develop a cheap substitute for rubber that could be used to produce tires, gas masks and a whole host of military gear. Wright tackled the task diligently -- and wound up inventing Silly Putty.
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AbstractA bearing assembly adapted to be secured to an elongated shaft. An inner race of the bearing assembly includes a clamping portion having a plurality of circumferentially spaced axial slots to form respective clamping fingers. A clamping collar mounts about the clamping fingers and is tightened to force the clamping fingers into clamping engagement with the shaft. The clamping collar has therein at least one relief indentation to provide enhanced flexibility. The enhanced flexibility allows a greater clamping force to be applied to the clamping fingers, and thus to the shaft.Other References
| InventorAssigneeApplicationNo. 120584 filed on 09/13/1993US Classes:384/513, Specified bearing race structure384/537, Assembling means384/569, Race, liner or sleeve384/585Race fastening meansField of Search384/537, Assembling means384/513, Specified bearing race structure384/569, Race, liner or sleeve384/542, Bolt384/541, Radial set screw384/585Race fastening meansExaminersPrimary: Footland, Lenard A.Attorney, Agent or FirmUS Patent ReferencesRe26591, 1687806, 3276828, 4403814, Method for locking an anti-friction bearing to a shaft and apparatus for accomplishing the sameIssued on: 09/13/1983 Inventor: Koss , et al.4537519, Shaft locking device for bearing assemblies Issued on: 08/27/1985 Inventor: LaRou , et al.4687351Means for securing a bearing to a shaft Issued on: 08/18/1987 Inventor: Martinie International ClassF16C 017/02 |