Adjustable Shoe Box With Movable Partition Wall
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Solution Overview
Problem
Current shoe boxes require different sizes and styles to accommodate various shoe types, leading to inefficiencies in manufacturing, shipping, and retail display, as well as wastage of packing materials due to the need for multiple box sizes and excessive packing materials for smaller shoes.
Innovation Solution
A shoe box design featuring a base with an inner protrusion mechanism that can be extended or contracted, allowing for adjustable internal space to fit different shoe sizes and styles, with protrusions secured via tabs, slits, pockets, or tracks, and optionally equipped with a handle, window, or sleeve for enhanced functionality.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Loss of substance
If different sized shoe boxes are used to accommodate various shoe sizes, then all shoes can fit properly without excess packing material, but manufacturing complexity and inventory requirements increase
Solution Approach 1:
The shoe box incorporates a movable partition wall that can be adjusted to different positions, transforming a static box into a dynamic one. This allows a single box design to adapt its internal dimensions to accommodate different shoe sizes, eliminating the need for multiple box sizes while reducing packing material waste
Solution Approach 2:
The shoe box is divided into multiple compartments by the movable partition wall, which can be repositioned to create different compartment configurations. This segmentation allows the same box to be optimized for different shoe types and sizes, resolving the contradiction between using one box size and fitting various shoes properly
2Adaptability or versatility
If larger shoe boxes are used to fit smaller shoes, then a single box size can be used, but excess packing material is required and customers face hassles removing and replacing materials
Solution Approach 1:
The movable partition wall enables the box to dynamically adjust its internal configuration, creating a universal box design that fits different shoe sizes without requiring excessive packing material. The partition can be positioned to match the shoe size, eliminating the need for filler materials
Solution Approach 2:
The movable partition wall can be easily adjusted by the customer to fit their shoe, allowing the box to self-adapt without requiring additional packing materials. This eliminates the hassle of removing and replacing packing materials while maintaining a compact, material-efficient design
3Manufacturing precision
If multiple box sizes are produced and stocked, then proper fit for different shoe sizes is achieved, but manufacturing and inventory complexity increases
Solution Approach 1:
By incorporating a movable partition wall, the invention transforms multiple static box designs into a single dynamic box design. This reduces manufacturing complexity as only one box size needs to be produced, while maintaining manufacturing precision through the adjustable partition that ensures proper fit for different shoe sizes
Solution Approach 2:
The shoe box with movable partition wall serves multiple functions - it can accommodate different shoe sizes, styles, and configurations using a single universal design. This multi-functionality eliminates the need to produce and stock multiple box sizes, simplifying manufacturing while maintaining accurate fit
4Reliability
If different sized boxes are used, then proper shoe protection is provided for each size, but retail display aesthetics and shelf fitting become problematic
Solution Approach 1:
The movable partition wall allows the internal configuration to adapt to different shoe sizes while the external dimensions of the box remain consistent. This ensures proper shoe protection through customized internal spacing while maintaining uniform box shapes for aesthetic retail displays and efficient shelf utilization
Data Source
AI summary
The present related to a shoe box that accommodates different shoe sizes and styles. In many embodiments the shoe box is provided with a protrusion which limits movement of items within the box. In some embodiments the protrusions are able to be placed in an extended or contracted position. In some embodiments there are a variety of extended positions which a protrusion could be placed in such that the size of the protrusion can be altered based on the size of the contents inside of the shoe box. In some embodiments the protrusion is attached to the shoe box and others it is removably attachable. In other embodiments the protrusion can shift within the shoe box such that the protrusion can be placed in the area which most needs it. This invention beneficially allows different sized items to be securely placed in the same shoe box.