Optical novelty simulating a containerized rainbow

Claim 2

An article of manufacture that optically simulates a containerized rainbow, comprising, in combination: a peripherally defined cylindrical container having a top and a bottom to define an enclosed chamber, said cylindrical container being formed of light transmitting material and having at least one surface that diffuses light passing therethrough; a planar panel, formed of structurally joined strips of translucent light filtering material to produce rainbow colors, carried and extending vertically within the container chamber said panel passing no light therethrough except through the light filtering elements.

Claim 3

The invention of claim 1 wherein: the container is formed of glass and the inner surface of the container is translucent by reason of irregularities created therein by sand blasting.

Claim 4

The invention of claim 1 further characterized by: said planar light filtering panel being formed of a plurality of similar, arcuately shaped, light translucent, colored glass elements structurally joined by light opaque matrix material between the adjacent edges thereof.

Claim 5

The invention of claim 3 further characterized by: the colored glass elements comprising the light filtering panel being arranged in adjacent spectral array with the violet-blue color forming the arcuately innermost element the violet-red color forming the arcuately outermost element.

Claim 6

The invention of claim 1 further characterized by: the light filtering panel being supported on the bottom of the container and extending upwardly therefrom to a spaced distance from the top.

Claim 7

An article of manufacture which presents an optical image to a viewer simulating a containerized rainbow comprising, in combination: a rigid peripherally defined bottle-like container having a frosted inner surface rendering it translucent to light, said container having a substantially vertical cylindrical body portion structurally carrying in the lower portion a bottom adapting the body for support on a planar surface and in the upper portion a transition element defining an orifice having means to fasten a top thereover; a top adapted to be fastened over the orifice of the container to define an enclosed chamber therein; and a translucent light filtering panel structurally supported by said container to extend upwardly therein at a spaced distance from side of the cylindrical portion, said panel having a plurality of similar arcuately shaped multi-colored filtering elements arrayed in side to side adjacency in spectral order, said multi-colored filtering elements being structurally joined by optically opaque matrix material which prevents light from passing therebetween.

Claim 8

An article of manufacture which presents an optical image to a viewer simulating a containerized rainbow comprising, in combination: a rigid peripherally defined bottle-like container having a frosted inner surface rendering it translucent to light, said container having a substantially vertical cylindrical body portion structurally carrying in the lower portion a bottom adapting the body for support on a planar surface and in the upper portion a transition element defining an orifice having means to fasten a top thereover; a top adapted to be fastened over the orifice of the container to define an enclosed chamber therein; and a translucent light filtering panel structurally supported by said container to extend upwardly therein at a spaced distance from side of the cylindrical portion, said panel having a plurality of similar arcuately shaped multi-colored filtering elements arrayed in side to side adjacency in spectral order, said multi-colored filtering elements being structurally joined by optically opaque matrix material which prevents light from passing therebetween.

Claim 9

The invention of claim 6 further characterized by: the top being releasably fastened to the transition element by the threaded means; the translucent light filtering panel being structurally carried by the container bottom and extending upwardly therefrom to a spaced distance from the top; and the multi-colored filtering elements being arrayed in spectral order with violet-blue at the arcuately inner edge and violet-red at the arcuately outer edge.