The invention pertains to a shoe sole design optimized to minimize stress injuries at the knee for runners. By incorporating rows of cylindrical elements with differential stiffness, the design aims to reduce impact forces transmitted to the knee joint during running. The sole features parallel rows of elements with varying stiffness, enhancing comfort and reducing the risk of injury.
Type of IP
Faculty
This technology can significantly reduce knee injuries among runners, promoting healthier lifestyles and reducing medical costs associated with running injuries. By providing a cost-effective and efficient solution, it can make high-quality, injury-preventive footwear more accessible to a broader population.
- Optimized Sole Design: Incorporates cylindrical elements in parallel rows, with each row having uniform stiffness, but varying stiffness across rows.
- Differential Stiffness: Stiffness decreases from the heel to the forefoot, tailored to reduce impact forces on the knee during running.
- Honeycomb Internal Structure: Cylindrical elements feature a honeycomb structure, allowing fine-tuning of stiffness based on size and density.
- Ease of Manufacturing: The design strikes a balance between effectiveness and simplicity, making it economical and easy to produce.
2
Theoretical concepts for this technology have been proven/validated through calculations/simulations.
Sports and Athletics, Footwear Manufacturing, Healthcare and Orthopedics, Recreational Footwear
- Running Shoes: Primarily designed for running shoes to reduce knee stress and enhance running comfort.
- General Footwear: The design can be adapted for other types of footwear to minimize impact forces on various body parts.
- Athletic Performance: Can be used to improve performance by reducing injury risks and providing better cushioning.