Segmented Earring Set with Flexible Linkages
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Solution Overview
Problem
Prior art earring designs lack flexibility and do not accommodate the positioning of pierced holes on the earlobe, as they often use rigid bars or 'pull-through' designs, limiting their usability and design possibilities.
Innovation Solution
A single earring set comprising three interconnected sections with earring posts and linkages that allow for a flowing design from front to back or back to front, accommodating multiple pierced holes with flexible elements like chains and beads, enabling various arrangements and interchangeable components.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Stability of the object's composition
If rigid bars or pull-through designs are used to connect pierced holes, then structural stability is improved, but flexibility and adaptability to different hole positions deteriorate
Solution Approach 1:
The earring is divided into multiple separate sections (first section with first piercing, second section with second piercing, third section with third piercing) that can be independently attached to different pierced holes on the earlobe. This segmentation allows each section to be positioned independently, providing flexibility to accommodate various hole positions while maintaining structural integrity through the connection of multiple sections.
Solution Approach 2:
The earring assembly is designed with multiple piercing options (first, second, and third piercings) that can be worn in various configurations. The same earring components can be attached to different combinations of pierced holes, allowing a single earring design to serve multiple styling functions and adapt to different earlobe piercings.
2Strength
If rigid bars are used to connect pierced holes, then structural strength is improved, but design flexibility and flowing appearance deteriorate
Solution Approach 1:
The earring incorporates movable and flexible elements such as chains, linkages, and dangles that can move and adjust dynamically. The connection between sections uses flexible linkages rather than rigid bars, allowing the earring to flow and adapt to the wearer's movements and the natural contours of the earlobe, creating a dynamic rather than static appearance.
Solution Approach 2:
The earring uses flexible chain linkages and thin connector elements to join the different sections. These flexible elements replace rigid structural components, allowing the earring to bend, flow, and conform to the earlobe's shape while maintaining sufficient strength to hold the jewelry in place.
3Ease of operation
If pull-through designs are used, then ease of attachment is improved, but adaptability to different pierced hole positions deteriorates
Solution Approach 1:
The earring is segmented into multiple independently attachable sections, each with its own piercing post. This allows each section to be separately attached to different pierced holes using simple post-and-back mechanisms, maintaining ease of attachment while enabling flexible positioning across multiple piercings.
Solution Approach 2:
The earring uses intermediate connection elements (chains, linkages, connectors) that mediate between the different pierced holes. These intermediaries allow the earring sections to be attached to non-adjacent piercings while maintaining connection, providing both ease of attachment and adaptability to various hole positions.
Data Source
AI summary
An earring assembly for doubled pierced ear is provided. The assembly includes a first element comprising a first linkage, a middle element comprising a second linkage and third element comprising a third linkage. The first linkage of the first element has first and second ends. Similarly, the second linkage of the middle element has first and second ends and the third linkage of the third element has first and second ends. Corresponding ends of the linkages are attached utilizing post and back mating connections in order to attach the earring assembly to a wearer's earlobe.