Modular Ammunition Organization System with Magnetic Coupling
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Solution Overview
Problem
Current ammunition storage systems face challenges in achieving high-density storage while allowing for easy retrieval of rounds, as they either become difficult to extract due to tight packing or lose storage density with loose packing.
Innovation Solution
A modular ammunition organization system featuring cylindrical slots, magnetic row couples, and a cover that allows for interconnection of rows to form a stack, enabling easy extraction and secure storage with a known number of slots in each row.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Quantity of substance
If rounds are stored in tightly packed rows and columns, then storage density is improved, but round extraction becomes difficult due to proximity to neighboring rounds
Solution Approach 1:
The ammunition storage system is divided into multiple modular trays that can be stacked vertically. Each tray contains rounds in an organized grid pattern, allowing high-density storage within each tray while maintaining separation between trays. This segmentation enables easy extraction of rounds from individual trays without disturbing other trays, resolving the contradiction between storage density and extraction ease.
Solution Approach 2:
The system transitions from two-dimensional storage (single layer) to three-dimensional storage by stacking multiple trays vertically. This adds a vertical dimension to the storage structure, allowing high-density storage through multiple layers while maintaining easy horizontal access to individual trays for round extraction.
2Ease of operation
If rounds are stored in loosely packed arrangement with sufficient space around each round, then round extraction becomes easier, but storage density is reduced due to increased storage area needed
Solution Approach 1:
By dividing the storage system into separate modular trays, each tray can be optimally packed with rounds in a grid pattern. The segmentation allows each tray to maintain high storage density while the modular design provides natural separation that facilitates easy extraction, eliminating the need for excessive spacing between individual rounds.
Solution Approach 2:
The vertical stacking of trays creates additional storage capacity without increasing the horizontal footprint. This three-dimensional arrangement achieves high storage density by utilizing vertical space, while the modular tray design maintains easy access for extraction operations.
3Quantity of substance
If ammunition is stored in bulk in ammo cans and cases, then storage capacity is improved, but organization is lost and it becomes difficult to determine the number of rounds held
Solution Approach 1:
The bulk storage capacity of ammo cans is preserved through vertical stacking of multiple trays, while organization is achieved by dividing rounds into discrete rows and columns within each tray. This segmentation allows users to easily count rounds by visual inspection of the organized grid pattern, eliminating the disorganization inherent in bulk storage.
Solution Approach 2:
The system replaces the need for physical counting or estimation of bulk ammunition with a visual organization system. Rounds are arranged in a structured grid pattern within each tray, allowing users to quickly determine the number of rounds through visual inspection rather than manual counting, thus preventing loss of information about round quantity.
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 allows for neat, organized storage and rapid, less cumbersome acquisition of ammunition, with the cover protecting the rounds during transit and ensuring they remain secure within their slots.
Implementation Method 1
four magnetic row couples, each magnetic row couple inserted within a different row port, wherein the magnetic row couples are configured to allow for interconnection of the ammunition organization rows to form an ammo stack
Implementation Method 2
four magnetic cover couples, each magnetic cover couple inserted within a different cover port, wherein each of the magnetic cover couples is configured to attach to a corresponding outward facing magnetic row couple on the ammo stack to attach the cover to the ammo stack
Data Source
AI summary
An ammunition organization system having a plurality of ammunition organization rows connected to each other through magnetic row couples to form an ammo stack, and a cover attached to the ammo stack row couples by magnetic cover couples. The ammunition organization system allows for ammunition to be stored neatly, while reducing the difficulty of extracting ammunition by allowing the rows to be selectively separated from or combined to each other. Each ammunition organization row has a known quantity of ammunition slots for holding ammunition, making it easy to determine the amount of ammunition held within. The ammunition slots also allow for easy identification of each round, allowing multiple types of ammo to be organized concisely within the same ammunition organization system. Alternative coupling methods including pins, clasps, or other coupling systems may also be used in connecting the ammunition organization rows to each other as well as the cover.