Green Propeller - Design Challenge

Inspiration:

The inspiration for the EaseGrip SwingLatch door handle came from witnessing the daily challenges faced by individuals with arthritis. The goal was to create a practical and ergonomic solution that minimizes wrist motion, tree branches were our design inspiration.

What it does:

The EaseGrip SwingLatch door handle utilizes a swinging motion mechanism, allowing users to operate it with their arms, minimizing strain on the wrists. Constructed from copper to harness its anti-inflammatory properties, the handle also features a scanner-controlled locking system using electromagnets for added security and accessibility.

How we built it:

Design and Material Choice: Extensive research on arthritis-friendly designs informed the ergonomic design, with a focus on integrating copper for its anti-inflammatory benefits.

Electromagnetic Locking System: Integration of a scanner for user recognition and electromagnets for the locking mechanism required careful engineering and calibration.

Challenges we ran into

CAD Design Complexity: Navigating the intricacies of CAD design to seamlessly integrate the swinging motion mechanism while ensuring structural integrity.

Accomplishments that we're proud of

Successful integration of the swinging motion mechanism into the CAD design, providing an ergonomic solution for arthritis sufferers. Efficient implementation of a scanner-controlled locking system using electromagnets, enhancing both security and accessibility. Overcoming CAD design complexities and achieving a harmonious balance between form and function.

What we learned

In-depth understanding of CAD design challenges and solutions, particularly when incorporating innovative features. Mastery of material integration within CAD, addressing both design and manufacturing considerations. Optimization and fine-tuning of a scanner-controlled locking system, learning to balance efficiency and user-friendliness.

What's next for Green Propeller - Design Challenge

Continuous refinement of the CAD design to enhance aesthetics and functionality. Further research to improve the efficiency and reliability of the locking system based on user feedback. Exploration of advanced locking technologies and materials to optimize overall door handle performance.

Built With

• solidworks