Method for coloring beverages by means of light sources
OwnerUrban Ivanoinventor
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Abstract
This invention describes a methodology for coloring alimentary liquids such as alcoholic and soft drinks, in which electromagnetic irradiation in the field of vision is paradoxically used as a sole color source, optically perceptible in a homogenous way in a certain volume of liquid, by means of special physico-chemical characteristics artificially recreated in said liquid, placed in synergy with a luminous source present in the glass in which the beverage is to be served to the public. The present methodology applies a physical phenomenon known in scientific literature as the “Tyndall effect”, in which luminous diffusion deriving from a ray of light coinciding with particles in suspension is described.
Claims26
Methodology for coloring beverages obtained by applying the principles that determine luminous diffusion (Tyndall effect), Snell's law (geometric optics) and the Lambert-Beer Law (absorption photometry), this methodology mainly consists in providing a certain volume of alimentary liquid volume with chromatic properties irradiated from a light source adjacent to said volume of liquid.
Dependencies are inferred from the claim text.