Gummi Candy Surface Texture for Reliable Bobbing in Carbonated Beverages
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Solution Overview
Problem
Existing edible confections used to demonstrate bobbing in carbonated beverages lack reliability and attractiveness due to variations in size, shape, density, and surface characteristics, leading to inconsistent rising and falling behavior.
Innovation Solution
The development of translucent, substantially spherical, and seamless gummi candies with surfaces featuring interspersed rough and smooth regions, optimized for bubble nucleation and retention, using a cold oil spherification process that eliminates the need for molds.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If traditional edible confections (raisins, clay balls) are used to demonstrate bobbing in carbonated beverages, then the demonstration can be performed, but the appearance is unattractive and the behavior is unreliable due to variations in size, shape, density and surface characteristics
Solution Approach 1:
The patent applies parameter changes by precisely controlling the specific gravity of confections to be within 0.002 of 1.0, and controlling bubble nucleation site density to be within 10% uniformity across surfaces. This level of parameter control ensures reliable bobbing behavior while maintaining attractive appearance.
Solution Approach 2:
The patent implements local quality by creating specific surface characteristics on confections - particularly controlled roughness or textured regions that serve as bubble nucleation sites. This localized surface treatment ensures consistent bubble formation while maintaining overall confection uniformity and attractive appearance.
2Adaptability or versatility
If confections are made thin and substantially planar to optimize bobbing motion, then large confections with arbitrary perimeters can perform bobbing, but the width-width aspect ratios are constrained and design flexibility is limited
Solution Approach 1:
The patent changes the critical parameter from thickness-to-width ratio to specific gravity control and surface nucleation site density. This allows confections of various shapes (spherical, irregular, three-dimensional) to achieve reliable bobbing behavior without being constrained to thin planar forms.
Solution Approach 2:
Instead of making confections thin to achieve bobbing, the patent inverts the approach by controlling density and surface properties of confections of any thickness or shape. This allows three-dimensional and irregularly shaped confections to bob reliably without requiring planar geometry.
3Reliability
If gummi confections are used because they have low solubility and maintain density and bubble nucleation characteristics, then reliable bobbing is achieved, but the manufacturing process complexity increases
Solution Approach 1:
The patent controls specific gravity to be within 0.002 of 1.0 and nucleation site density uniformity to within 10%, achieving reliable bobbing through precise parameter control rather than complex manufacturing processes. This simplifies production while maintaining stability.
Solution Approach 2:
The patent incorporates bubble nucleation sites during the confection manufacturing process itself, rather than requiring post-processing or complex assembly. This preliminary integration of nucleation sites simplifies the overall manufacturing process while ensuring reliable bubble formation.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
These candies consistently rise and fall in carbonated beverages due to effective bubble nucleation and retention, providing an attractive and reliable kinetic experience with minimal interference from beverage carbonation levels or confection dimensions.
Implementation Method 1
the population of carbon dioxide bubbles which forms on the surface of the submerged article reaches a sufficient volume to make the overall density of the article/bubble ensemble less than unity
Implementation Method 2
the article will rise to the top surface of the beverage... If the article/bubble ensemble is then left with a density greater than that of the beverage it again sinks
Implementation Method 3
cold oil spherification process that eliminates the need for molds
Data Source
AI summary
Edible confections which repeatedly rise and sink in a carbonated beverage due to changing buoyancy resulting from a time-varying population of carbonation bubbles on the surface of the confection, and the associated equipment and processes for production. A low solubility gelatin-based “gummi” confections are preferred because the dimensions of the confections and their surface properties are relatively invariant with time, and the submerged confections have little effect on the appearance and the level of carbonation of the beverage. Aeration by whisking produces internal bubbles which lower the specific gravity. Cold old spherification of the aerated slurry creates surfaces of the formed confections which differ considerably from surfaces produced by other processes for the production of gummi candies. The process is optimized to create, over the entirety of the surface of the confection, surface regions which are rough on length scales which promote bubble nucleation interspersed with smooth regions which promotes bubble retention.