AdaptiClasp | Novelty Hardware Re-design
About the Project
In one of the initial semesters of my undergraduate program, specifically within the 'Design Detailing' course, I conducted extensive research on innovative hardware applications in the field of jewellery. Within the framework of this course, a task was assigned to re-envision and enhance any novelty hardware. This challenge emphasized the significance of product design not just in terms of external appearance but also in improving its functionality through attention to minor details.
The Problem
The design of the brooch's bar pin clasp has seen little change over the centuries. When a manufacturer embarks on creating a brooch, it's essential to have pin clasps available in a range of sizes to complement the diverse designs.
Typically, these pin clasps are manufactured in dimensions such as 3.8 cm, 3.6 cm, 3.2 cm, 2.5 cm, 2.2 cm, 2 cm, and 1.9 cm. While various other sizes are available, the key takeaway is that pins are often purchased in bulk, offering an assortment of sizes. When adjustable pins are incorporated into the design, it ensures that even pins with sizes that might not find immediate use in the market won't go to waste.
Usual Bar Pin Clasps
Re-design Concept
The length of the Brooch Pin can be split into 3 sections, each connected with a tube hinge.
The centre section folds under the first section, making each section layered on top of the other, reducing the size of the brooch pin by half. Similarly, by increasing the number of sections, we can get various variations of sizes.
To adjust the length of the pin, the cylindrical length of the pin is also divided in half. The innermost section is a hollow cylinder, allowing the outer cylinder to slide inside. Notches allow the cylinders to stay in position securely.
Design Renders of Prototype
Prototype in full size
Functionality
Adjusted Size