Confectionery Coating Meltability via Composite Grains
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Solution Overview
Problem
Confectionery products with chocolate coatings face issues of adhesion and agglomeration when packaged in bulk, and the surface layer does not effectively melt, affecting palatability and handling during transport and consumption.
Innovation Solution
A confectionery product with an outer coating comprising a mixture of chocolate grains and foamed, porous meringue grains, which are soluble in water, providing improved meltability and preventing adhesion while maintaining aesthetic appeal.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If chocolate grains are used on the surface to improve meltability, then the product becomes more palatable, but adhesion and agglomeration occur during bulk packaging and transport
Solution Approach 1:
The patent applies composite materials by combining chocolate grains with inert grains (such as sugar, starch, or calcium carbonate) to create a mixed coating layer. This composite structure allows the chocolate grains to provide meltability while the inert grains prevent adhesion and agglomeration during bulk packaging and transport, resolving the contradiction between improving palatability and preventing harmful effects.
2Reliability
If chocolate coating is applied to improve appearance and taste, then the product becomes more appealing, but the coating adheres to other products during bulk packaging
Solution Approach 1:
The patent uses composite materials by creating a coating that combines chocolate grains with inert grains. The inert grains act as spacers that prevent direct contact between chocolate-coated products, thereby preventing adhesion and maintaining compositional stability during bulk storage and transport, while still allowing the chocolate to provide appealing appearance and taste.
3Productivity
If the product is packaged in bulk to facilitate consumption, then packaging efficiency is improved, but adhesion and agglomeration occur during transport and handling
Solution Approach 1:
The patent applies composite materials in the coating structure, combining chocolate grains with inert grains such as sugar or starch. This composite coating allows the product to be packaged in bulk efficiently while the inert grains prevent adhesion between products during transport and handling, maintaining productivity without generating harmful effects.
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
The product can be packaged in bulk without risk of deterioration, maintains structural integrity during handling, and offers enhanced meltability and sensory experience, with the meringue grains increasing the meltability of the chocolate coating.
Implementation Method 1
grains of a solid confectionery substance which has a foamed cellular (or alveolar) or porous structure and is readily soluble in water
Implementation Method 2
grains of a solid confectionery substance which has a foamed cellular (or alveolar) or porous structure
Data Source
AI summary
A confectionery product having a shell optionally containing a filling that is fluid or flowable at ambient temperature and a coating that is solid at ambient temperature is provided. The coating at least partially covers the shell and melts at a temperature of 28° C. or more. The confectionery product has an outer coating anchored to the coating and having a mixture of chocolate grains and of grains consisting of a sugar- and protein-based confectionery substance which is solid, foamed and water-soluble, having organoleptic features corresponding or equivalent to those of a traditional meringue.