Flexible Hanger Loop With Twisted Configuration For Adjustable Ornament Orientation
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Solution Overview
Problem
Existing ornament hangers, particularly those for plush or soft items, lack the ability to adjust orientation predictably, leading to random hanging positions that obscure readable information or decorative elements.
Innovation Solution
A flexible loop hanger mechanism with an enlarged end, such as a button or wire, that can be inserted through a button hole in the ornament, allowing for twisting to achieve a desired orientation when hung, providing adjustable and stable positioning.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If a flexible material loop is sewn to a plush ornament, then the ornament can be hung from a hanger, but the orientation of the ornament cannot be adjusted predictably and may be obscured by random positioning
Solution Approach 1:
The loop is designed with a twisted configuration that allows it to rotate and adjust dynamically within the button hole. The twist creates a mechanical constraint that guides the loop to settle in specific angular positions, enabling predictable orientation adjustment while maintaining the flexibility needed for hanging the ornament.
Solution Approach 2:
The loop incorporates an asymmetric twisted structure rather than a simple circular shape. This asymmetry creates preferred positioning angles when the loop passes through the button hole, ensuring that the ornament orients itself in readable positions rather than random orientations.
2Ease of operation
If the loop is made flexible to allow twisting, then orientation adjustment is possible, but the loop may become unstable or deform excessively
Solution Approach 1:
The loop utilizes a controlled twist that provides dynamic adjustability while maintaining stability. The twisted configuration creates mechanical friction and geometric constraints within the button hole that prevent excessive deformation while allowing sufficient rotation for orientation adjustment.
Solution Approach 2:
The loop's physical parameters (twist angle, diameter, material stiffness) are optimized to achieve the right balance between flexibility for adjustment and stability for maintaining position. The specific twist configuration creates a stable equilibrium that prevents random deformation while allowing intentional repositioning.
3Adaptability or versatility
If a rigid hanger construction is used, then the ornament orientation can be manipulated to remain in a desired orientation, but the hanger cannot be applied to flexible plush items
Solution Approach 1:
The hanger loop is constructed from flexible material that can conform to plush and soft ornament surfaces. This flexibility allows the loop to be integrated into various ornament types while the twisted configuration provides the mechanical constraint needed for orientation control, combining adaptability with functionality.
Solution Approach 2:
The flexible loop with twist configuration creates a dynamic system that adapts to different ornament shapes and sizes while maintaining orientation control. The loop can deform to fit various plush items yet settles into stable angular positions that ensure readable orientation.
Data Source
AI summary
A flexible hanger loop adjustably attached to an item for causing the item to be suspended with a desired orientation when hung from a hanger by the flexible loop. The item is constructed with a hole therein through which a portion of the flexible loop extends. An enlarged end of the loop prevents it from being inadvertently pulled back through the hole. In order to adjust the orientation of the item when hung by the loop from a hanger, the portion of the loop extending through the hole is twisted or rotated, whereby the item assumes a new natural orientation.