Concealed Item Delivery Apparatus for Post-Bake Cake Insertion
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Solution Overview
Problem
Existing methods for hiding gifts or trinkets inside cakes risk damaging the cake, exposing the gift to heat during baking, or pose a choking hazard, and violate food safety regulations due to the presence of non-nutritive objects within confectionery products.
Innovation Solution
A device and packaging system that allows for the concealed delivery of non-edible items within a cake or confectionery, ensuring the item remains isolated and safe from ingestion, using a base, tube, shuttle, and release mechanism to position the item within the food item without compromising its integrity or safety.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If a trinket is baked inside a cake, then the gift is hidden and becomes a surprise, but the trinket is exposed to high heat and moisture during baking which may damage it
Solution Approach 1:
The invention divides the cake into two separate components: the baked cake itself and the hidden trinket inserted afterward. This segmentation allows the cake to be baked without the trinket, avoiding heat damage, while still achieving the surprise effect when the trinket is inserted into the finished cake
Solution Approach 2:
The cake is prepared in advance and baked completely before the trinket is inserted. This preliminary action ensures the cake structure is stable and ready to receive the hidden item without exposing the trinket to baking conditions
2Reliability
If the cake is turned upside down to manually insert the gift from the bottom, then the gift can be hidden inside, but the cake is at risk of being damaged
Solution Approach 1:
Instead of inserting the trinket from the bottom by turning the cake upside down, the invention inserts the trinket from the top of the cake. This inverted approach maintains cake structural integrity while achieving the same concealment effect
3Reliability
If a non-edible trinket is hidden inside the cake, then the surprise gift is delivered, but the finder could choke on the item or damage a tooth
Solution Approach 1:
The invention introduces an intermediary message card that communicates the nature of the hidden trinket before the recipient encounters it. This mediator warns recipients to look for the trinket rather than accidentally ingesting it, eliminating the choking hazard while preserving the surprise delivery
4Reliability
If a non-nutritive object is embedded within confectionery, then the hidden gift function is achieved, but the food violates FDA regulations and is deemed adulterated
Solution Approach 1:
The invention segments the product into a food component (cake) and a non-food component (trinket), with the trinket inserted after baking. This separation allows the cake to be sold as a legitimate food product while still incorporating the hidden gift function through a mechanical insertion process
Solution Approach 2:
The cake is completely prepared and baked before the non-edible trinket is inserted. This preliminary completion of the food preparation process ensures the cake meets all food safety regulations, while the subsequent trinket insertion adds the hidden gift function without compromising regulatory compliance
Data Source
AI summary
Packaging and delivery apparatus, systems, and assemblies are shown and described. In one embodiment, a device to deliver a concealed article about a food item includes a base; a plate assembly aligned above the base; a shuttle adapted to traverse a length of the plate assembly; and a release mechanism. The result is an improved hidden display and assembly for enhancing efficient, effective delivery of a hidden item inside a food item(s) or the like.