Ice chest organizer system
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Solution Overview
Problem
Existing ice chests lack effective organization systems that prevent damage from melting ice and allow for easy access to frequently needed items, as well as segregation of items by size and type.
Innovation Solution
A system comprising removable trays with different heights and compartments, supported by a cooler liner with a drainage system, allowing for segregation of items and easy access, and featuring handles for easy removal.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If items are placed in an ice chest without organization trays, then the ice chest can hold maximum volume of items, but items cannot be segregated by size and type, and items may be damaged by melting ice water
Solution Approach 1:
The ice chest is divided into multiple compartments using removable organizer trays with different heights. Each tray segment separates items by category and size, allowing beverages, food, and ice to be organized independently while maintaining the overall ice chest structure.
Solution Approach 2:
Organizer trays with varying heights create vertical dimensionality within the ice chest. Different tray heights accommodate different item sizes, enabling three-dimensional organization of items throughout the available space while preventing damage from melting ice.
2Temperature
If ice is placed at the bottom of the ice chest to maximize cooling, then cooling efficiency is improved, but melting ice water damages items placed at the bottom
Solution Approach 1:
The ice chest is segmented into multiple levels using organizer trays. Items are placed on elevated trays above the ice and melting water, while ice remains at the bottom for optimal cooling. This segmentation protects items from water damage while maintaining cooling efficiency.
Solution Approach 2:
Organizer trays act as intermediary structures between the ice at the bottom and items that need protection from water. The trays elevate items above the harmful melting water while allowing the ice to remain in its optimal cooling position at the bottom.
3Ease of operation
If frequently accessed items are placed at the top of the ice chest for easy access, then access speed is improved, but items may be damaged by contact with hard and heavy items during placement
Solution Approach 1:
The top section of the ice chest is segmented into separate compartments using organizer trays. Frequently accessed items like beverages are placed in dedicated compartments, preventing contact with hard items during placement while maintaining easy accessibility at the top.
Solution Approach 2:
Different compartments at the top level are designed with specific qualities - some with higher walls for fragile items, others optimized for beverages. This local differentiation protects items from damage while maintaining easy access to frequently used items.
4Ease of manufacture
If uniform height trays are used to simplify the organizer structure, then manufacturing is easier, but items of different sizes cannot be effectively segregated
Solution Approach 1:
The organizer system is segmented into multiple removable trays of different heights. Each tray size is standardized for manufacturing efficiency, while the combination of different heights provides versatile accommodation for various item sizes and shapes.
Solution Approach 2:
The set of standardized height trays provides universal functionality for organizing different types of items. Each tray size serves multiple purposes - taller trays for bottles, shorter trays for cans or flat items - achieving versatility through a limited set of manufacturable dimensions.
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 system effectively organizes items by size, prevents damage from melting ice through drainage, and allows for easy access to frequently needed items, enhancing the usability and efficiency of ice chests.
Implementation Method 1
there is an opening through the liner that permits melted ice to be discharged by an inwardly protruding drain to an external spout
Data Source
AI summary
An organizer system for an ice cooler, ice chest or the like includes multiple trays of different heights that can be supported within a body of the ice cooler. The trays having different heights define multiple height compartments within the ice cooler, thereby enable different items such as cans, bottles, etc., to be stored with enhanced space efficiency. The trays each have dividing walls that define handles thereby enabling the trays to be removed from the ice cooler. The trays may be supported by a shelf within the ice cooler, or by an additional insert provided in the cooler. The insert may have sidewalls that abut the walls of the ice cooler. Cutouts may be provided in the insert sidewalls to enable drainage. The trays may also have openings for allowing cool air to circulate and to allow liquids to drain out of the trays. The openings may be positioned on the walls, bottom or both.