Cake Molding Kit with Segmented Core and Finishing Mold
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Solution Overview
Problem
Existing cake molding technologies face challenges in efficiently applying and removing a finishing compound, such as icing, from cake cores without compromising the integrity of the cake or requiring complex handling processes.
Innovation Solution
A kit of parts comprising a core mold and a finishing mold with a flexible lining layer and a rigid support layer, where the finishing mold has a volume 15-25% greater than the core mold, allowing for the application and removal of a finishing compound while maintaining cake core integrity, and optional features like injection ports and decoration accessories for enhanced design.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Manufacturing precision
If a finishing compound is applied to a cake core using existing molding technologies, then the cake can be finished with icing or other compounds, but the finishing compound is difficult to apply and remove without compromising cake integrity
Solution Approach 1:
The mold is divided into two distinct parts: a core mold for forming the cake core and a finishing mold for applying the finishing compound. This segmentation allows each mold to be optimized for its specific function, enabling the finishing compound to be applied and removed separately without compromising the cake core integrity.
Solution Approach 2:
The core mold is placed inside the finishing mold, creating a nested arrangement where the smaller core mold is contained within the larger finishing mold. This nesting enables the cake core to be positioned within the finishing compound while allowing both molds to be removed sequentially without damaging the cake structure.
2Ease of manufacture
If existing molding technologies are used, then cake molding can be performed, but the process requires complex handling and compromises structural integrity
Solution Approach 1:
By separating the molding process into two distinct molds (core mold and finishing mold), each with its own removal mechanism, the handling complexity is reduced. The core mold can be removed first, followed by the finishing mold, simplifying the overall removal process compared to trying to remove a single complex mold assembly.
3Device complexity
If a single mold is used for both core and finishing, then the process is simpler, but the finishing compound cannot be properly applied and removed
Solution Approach 1:
The division into core mold and finishing mold allows the finishing mold to be specifically designed for optimal finishing compound application and removal, achieving high manufacturing precision without requiring an overly complex single-mold design.
Solution Approach 2:
The nested arrangement of molds adds a spatial dimension to the process, allowing the core mold to be positioned within the finishing mold. This dimensional arrangement enables proper finishing compound application while keeping the overall mold structure manageable in complexity.
Data Source
AI summary
A kit of parts for preparing a cake comprises a core mold for preparing a core of the cake, and a finishing mold for finishing the cake. The core mold has a core mold volume, and the finishing mold has a finishing mold volume greater than the core mold volume. The finishing mold is shaped to receive the core of the cake. In some examples, the finishing mold comprises a rigid support layer comprising an inner surface, and a flexible lining layer comprising an outer surface. The lining layer may be removably receivable within the support layer such that the outer surface of the lining layer faces and contacts the inner surface of the support layer.