Pizza Slice Baking Tin with Raised Sides for Uniform Cooking
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Solution Overview
Problem
Existing methods for preparing and serving individual pizza slices face challenges such as food waste, non-uniform distribution of toppings, extended baking times, and difficulty in handling and reheating, due to the lack of suitable apparatuses designed for single slices.
Innovation Solution
A food preparation apparatus featuring a flat bottom with raised side members, a handle, and a ventilation system, configured to hold and retain pizza slices and toppings, with a numbering system for tracking, and designed to facilitate easy cooking, baking, or reheating in ovens.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Manufacturing precision
If entire pizza pies are prepared and baked, then uniform distribution of cheese and toppings is achieved, but substantial food waste occurs due to short shelf life
Solution Approach 1:
The patent divides the pizza preparation process into individual slice portions from the beginning. Each slice is placed in its own separate tin with compartments for crust, cheese, sauce, and toppings. This segmentation allows each slice to be prepared independently, maintaining uniform distribution of ingredients while preparing only the required number of slices, thereby reducing food waste from unsold portions.
2Temperature
If entire pizza pies are baked, then adequate heating of the center is achieved, but baking time is substantially lengthened
Solution Approach 1:
By segmenting the pizza into individual slices in separate tins, each slice has reduced mass and volume compared to an entire pizza pie. This allows heat to penetrate to the center much faster, reducing baking time from potentially 30+ minutes for a full pie to just 5-10 minutes for individual slices, while still achieving adequate heating of the center.
3Loss of substance
If individual pizza slices are baked, then reduced food waste is achieved, but overbaking and excessive browning occur especially on the sides
Solution Approach 1:
The patent applies local quality by providing different structural features in different areas of the tin. Raised side walls are positioned strategically to shield the sides and tips of the pizza slice from direct exposure to intense oven heat, preventing overbrowning. The bottom of the tin provides direct heat contact for proper cooking, while the raised sides create a protective microenvironment that ensures uniform cooking without excessive browning on the edges.
Solution Approach 2:
The raised side walls act as a protective barrier that cushions the pizza slice sides from direct heat exposure before overbrowning can occur. This preventive structure is built into the tin design itself, providing automatic protection during the baking process without requiring active control or monitoring.
4Loss of substance
If toppings are placed on individual slices, then reduced food waste is achieved, but difficult handling and non-uniform distribution occur
Solution Approach 1:
The patent segments the topping application process by providing separate compartments within each tin for different ingredients (crust, cheese, sauce, toppings). This allows toppings to be placed systematically into designated areas, ensuring uniform distribution. The individual tin structure also provides easy handling - each completed slice with its toppings is self-contained and can be easily picked up and served without risk of toppings falling off.
5Device complexity
If no specialized apparatus is used for single slices, then device complexity is reduced, but handling and retaining toppings on single slices becomes difficult
Solution Approach 1:
The patent design achieves universality by creating a multi-functional tin that serves multiple purposes: it acts as a preparation tray for assembling ingredients, a baking vessel for cooking individual slices, a serving dish for presenting the finished product, and a storage container for leftovers. This eliminates the need for multiple separate tools and apparatus, maintaining simplicity while greatly improving handling ease and topping retention through its raised side walls and compartmentalized structure.
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 apparatus efficiently cooks and re-heats pizza slices with reduced waste and improved uniformity, while the handle and ventilation system enhance handling and cooking efficiency, and the numbering system aids in tracking slices during the cooking process.
Implementation Method 1
a ventilation system, configured to hold and retain pizza slices and toppings
Data Source
AI summary
A food preparation apparatus for a slice includes a flat bottom and raised side members. The flat bottom is shaped like the slice with two angled sides and an open end. The open end connects the two angled sides. The open end is also straight. Raised side members are on the two angled sides. Wherein, the food preparation apparatus is configured to hold the slice on the bottom where the raised side members are configured to retain the slice and toppings on the food preparation apparatus.