Optical magnifier apparatus

Claim 2

An optical magnifier apparatus including a magnifier glass and a support for said magnifier glass, said support being adapted to rest on a document to be read, wherein said support comprises a hollow tubular member having a sidewall, an open upper end which receives said magnifier glass and an open lower end which rests on a document to be read, and means for introducing light into said sidewall, said sidewall including light exit means, said light exit means including a roughened slanted wall on an inner surface of said sidewall wherein said slanted wall faces toward said open lower end of said support and is adapted to face a document on which said support is seated, and said light exit means permits light to exit said sidewall to be reflected in different directions to uniformly illuminate a portion of the hollow of said tubular member proximate said lower end thereof.

Claim 3

The apparatus defined in claim 1, wherein said sidewall is fabricated from a light conducting material and includes a depression into which a source of light can be inserted for the purpose of causing light to flow into said sidewall.

Claim 4

The apparatus defined in claim 2, wherein said sidewall has an outer surface and said depression is in said outer surface.

Claim 5

The apparatus defined in claim 3 and including a sleeve secured to the outer surface of said sidewall of said support in alignment with said depression, said sleeve being adapted to receive a source of light.

Claim 6

The apparatus defined in claim 4, wherein said sleeve is generally tubular and can receive a tubular flashlight.

Claim 7

The apparatus defined in claim 1, wherein said slanted wall is annular.

Claim 8

An optical magnifier apparatus comprising: a support adapted to support a magnifier glass over a document to be read, said support comprising a tubular member having a sidewall with open upper and open lower ends, a thickened wall portion comprising a portion of said sidewall and disposed between said open upper end and said open lower end of said support, an annular horizontal flat surface at an upper end of said thickened wall portion and spaced from said open upper end, an annular slanted surface at a lower end of said thickened wall portion and spaced above said open lower end of said sidewall, said slanted surface facing toward said open lower end of said sidewall and thus adapted to face the surface of a document on which said support is placed, said slanted surface being roughened to reflect light in different directions when light impinges on said roughened surface, and a depression in said thickened wall portion of said sidewall but not extending through said thickened wall portion, said depression being adapted to receive a source of light such that light from said source can enter into said thickened wall portion and exit said thickened wall portion through said slanted surface to uniformly illuminate the surface of a document to be read.

Claim 9

An optical magnifier apparatus comprising: a support adapted to support a magnifier glass over a document to be read, said support comprising a tubular member having a sidewall with open upper and open lower ends, a thickened wall portion comprising a portion of said sidewall and disposed between said open upper end and said open lower end of said support, an annular horizontal flat surface at an upper end of said thickened wall portion and spaced from said open upper end, an annular slanted surface at a lower end of said thickened wall portion and spaced above said open lower end of said sidewall, said slanted surface facing toward said open lower end of said sidewall and thus adapted to face the surface of a document on which said support is placed, said slanted surface being roughened to reflect light in different directions when light impinges on said roughened surface, and a depression in said thickened wall portion of said sidewall but not extending through said thickened wall portion, said depression being adapted to receive a source of light such that light from said source can enter into said thickened wall portion and exit said thickened wall portion through said slanted surface to uniformly illuminate the surface of a document to be read.

Claim 10

The optical magnifier apparatus according to claim 7, wherein said support is fabricated from a light conducting material.

Claim 11

The optical magnifier apparatus according to claim 8, wherein said material is a clear plastic.

Claim 12

The optical magnifier apparatus according to claim 7 further including a light absorbing layer covering the outer surface of said sidewall of said tubular member.

Claim 13

The optical magnifier apparatus according to claim 7, further including a light reflecting layer covering the outer surface of said sidewall of said tubular member.