Retail Hanger Assembly With Tapered Insert to Prevent Rotation
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Solution Overview
Problem
Retail product displays face challenges in maximizing shelf space utilization and maintaining an aesthetically pleasing appearance while preventing product movement and rotation, especially with limited shelf space and the need for compact, space-saving solutions.
Innovation Solution
A hanger design featuring a tapered portion that slides through an existing hanging bracket's opening, combined with a support interface and cross bar to securely suspend retail items from a support rod, minimizing material usage and waste, and preventing rotation and movement.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Area of stationary object
If a traditional hanger design is used, then the retail item can be suspended from the support structure, but the hanger obstructs the appearance of the retail item and consumes excessive shelf space
Solution Approach 1:
The hanger is divided into multiple functional sections: a support interface portion for receiving the support structure, a transverse section for engagement with the hanging bracket, an intermediate section for insertion through the elongated opening, and a base section for securing the retail item. This segmentation allows each portion to be optimized for its specific function while maintaining overall compactness
Solution Approach 2:
The hanger utilizes a planar, two-dimensional configuration that can be inserted through the elongated opening of the hanging bracket and then expanded laterally to engage with the bracket's outer surfaces. This dimensional transformation allows the hanger to occupy minimal space during insertion while providing robust engagement when deployed
2Area of stationary object
If a compact hanger design is used to save shelf space, then shelf space efficiency is improved, but the hanger may not provide sufficient stability to prevent product movement and rotation
Solution Approach 1:
Different sections of the hanger possess different geometric properties optimized for their specific functions: the transverse section has a width greater than the elongated opening to prevent lateral movement, the intermediate section has a width less than the opening to facilitate insertion, and the base section features tapered side edges for secure engagement. This localized optimization provides comprehensive stability throughout the hanger structure
3Strength
If the base section width is larger than the intermediate section width, then the hanger provides better engagement with the hanging bracket, but the base section may be difficult to insert through the elongated opening
Solution Approach 1:
The base section is designed with tapered side edges that create a dynamic insertion process: the narrower distal end enters the elongated opening first, allowing the section to be inserted easily, and as it progresses through the opening, the gradually increasing width engages progressively with the hanging bracket's outer surfaces, transforming the insertion action into a secure engagement process
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 hanger provides a compact, space-saving solution that effectively displays retail items without obstructing their appearance, reducing waste, and ensuring stability by securely attaching to existing hanging brackets, thus enhancing shelf space efficiency and consumer visibility.
Implementation Method 1
The base section is configured to partially deflect to slide through the elongated opening such that during use the intermediate section and the base section are positioned on opposite sides of the opening
Data Source
AI summary
A hanger, for supporting a retail item from a separate support structure, includes a support interface portion, a transverse section, an intermediate section, and a base section. The support interface portion is configured to selectively receive the separate support structure. The transverse section extends from the support interface portion and defines a bottom edge of the transverse section. The intermediate section extends from the transverse section. The base section extends downwardly from the intermediate section. The base section defines two side edges tapered toward one another such that a width of the base section gradually decreases as the base section extends away from the intermediate section. The base section is configured to partially deflect to slide through an elongated opening of the retail item such that during use the intermediate section and the base section are positioned on opposite sides of the elongated opening and the intermediate section extends through the elongated opening.