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A stand facilitates and supports the use of digital cameras including digital video cameras in performing an equivalent function to a scanner in recording digital images which may be downloaded to a computer. The stand incorporates means for automatically configuring the camera into a mode of operat

A stand facilitates and supports the use of digital cameras including digital video cameras in performing an equivalent function to a scanner in recording digital images which may be downloaded to a computer. The stand incorporates means for automatically configuring the camera into a mode of operation for document image capture on placing said camera into said stand. Said stand is adjustable in height and includes hinge sections 201 to appropriately position said camera for use in capturing an image of a document.

대표청구항 ▼

A stand facilitates and supports the use of digital cameras including digital video cameras in performing an equivalent function to a scanner in recording digital images which may be downloaded to a computer. The stand incorporates means for automatically configuring the camera into a mode of operat

A stand facilitates and supports the use of digital cameras including digital video cameras in performing an equivalent function to a scanner in recording digital images which may be downloaded to a computer. The stand incorporates means for automatically configuring the camera into a mode of operation for document image capture on placing said camera into said stand. Said stand is adjustable in height and includes hinge sections 201 to appropriately position said camera for use in capturing an image of a document. g negative. 6. A method of producing the ultrathin-walled rolling bearing described in claim 1 or 2, wherein after the rolling elements have been installed between the inner and outer members which differ in the amount of thermal expansion, their difference in the amount of thermal expansion is eliminated, thereby making the internal clearances of the bearing negative. way having a curved inner peripheral surface facing in a second lateral direction opposite to the first lateral direction; a plurality of rolling elements having outer surfaces conforming to the curvatures of the inner and outer peripheral curved surfaces and disposed in the space between the outer curved peripheral surface of the inner raceway and the inner curved peripheral surface of the outer raceway and having curvature conforming to the curvature of those surfaces; and a vibration damping member retained against an outer surface of the outer raceway including a wrap of composite material retaining the vibration damping member on the outer surface of the outer raceway. 14. A rolling element bearing arrangement according to claim 13 wherein the composite wrap is a fiber-reinforced polymer composite. 15. A rolling element bearing arrangement according to claim 13 wherein the composite wrap comprises fibers selected from the group consisting of glass, aramid, carbon, polyester and quartz fibers. 16. A rolling element bearing arrangement according to claim 13 wherein the composite wrap is a wrap made by a technique selected from the group consisting of a dry layup, resin transfer molding, wet filament winding and preimpregnated filament winding.