Table-top cooking device
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Solution Overview
Problem
Existing table-top cooking devices occupy a lot of space and require significant user coordination to prepare multiple dishes simultaneously, as they often need to be used sequentially rather than in parallel, conflicting with the desire for healthy, varied meals in less time.
Innovation Solution
A compact table-top cooking device with multiple food preparation chambers that can operate simultaneously, each with its own autonomous cooking environment and independently controlled cooking methods and parameters, allowing for the preparation of different dishes with varying cooking conditions.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If multiple dishes are prepared using known table-top cooking devices, then the user can prepare healthy meals, but the device occupies a lot of space and requires considerable user coordination
Solution Approach 1:
The cooking device is divided into multiple independent cooking chambers (first chamber, second chamber, third chamber), each capable of operating autonomously with different cooking methods and parameters. This segmentation allows multiple dishes to be prepared simultaneously without requiring a single large device, thereby reducing the overall space footprint while maintaining versatility.
Solution Approach 2:
The cooking chambers are arranged vertically in a stacked configuration rather than horizontally side-by-side. This vertical arrangement utilizes the height dimension to accommodate multiple independent cooking environments, effectively reducing the horizontal footprint and allowing the device to fit on standard kitchen countertops while preparing multiple dishes simultaneously.
2Adaptability or versatility
If multiple dishes are prepared using known table-top cooking devices, then the user can prepare varied meals, but significant user coordination is required to have all dishes ready at the right time
Solution Approach 1:
Each cooking chamber is equipped with independent controls for cooking method selection and parameter adjustment, allowing users to set different cooking programs simultaneously without coordination. The first chamber can steam vegetables while the second chamber fries potatoes and the third chamber grills meat, all operating autonomously based on user-prepared settings.
Solution Approach 2:
The device incorporates programmable control systems that allow users to pre-set cooking parameters for multiple chambers. Once configured, each chamber automatically executes its cooking cycle independently, eliminating the need for continuous user monitoring and coordination during the cooking process.
3Area of stationary object
If a single cooking device is used to prepare multiple dishes, then space is saved, but the device requires considerable coordination and cannot operate chambers independently
Solution Approach 1:
The device comprises three physically separated cooking chambers, each with independent heating elements, temperature controls, and cooking method selections. This allows each chamber to operate autonomously with different parameters (e.g., chamber 1 at 100°C for steaming, chamber 2 at 180°C for frying, chamber 3 for grilling), maintaining full adaptability while occupying compact vertical space.
Solution Approach 2:
By stacking cooking chambers vertically, the device maximizes the use of vertical space rather than horizontal space. This dimensional reconfiguration allows three independent cooking environments to coexist in a compact footprint suitable for kitchen countertops, while each chamber retains full independent control capabilities.
Data Source
AI summary
A table-top kitchen device, comprising a first food preparation chamber and at least a second food preparation chamber. The first and second food preparation chamber are operable simultaneously to prepare food that in use is received therein. The first and second food preparation chamber are physically separated from each other in such way that each chamber includes an autonomous cooking environment, wherein the cooking conditions, that is, a cooking method and/or at least one cooking parameter can differ per food preparation chamber.