Helmet for Reducing Concussive Forces During Collision

Smart overview of the Invention

The patent application introduces an innovative helmet design aimed at reducing concussive forces during collisions, particularly in sports like football. The design incorporates several advanced features to enhance safety and facilitate rapid medical response. Key components include a quick-release facemask mechanism, impact energy absorbing layers, and integrated sensor technology to monitor impacts.

Quick Release Mechanism

One notable feature is the quick-release system for the helmet's facemask, enabling it to be detached in 30 seconds or less without tools. This allows for immediate medical attention to injured players, minimizing the risk of further injury during treatment. The mechanism employs a novel pivoting and rotating lever, enhancing both safety and efficiency in emergency situations.

Impact Absorption Technology

The helmet design includes multiple layers for absorbing impact energy. These layers consist of an inner padding layer, an outer shell, and additional layers featuring polygonal structures and shock-absorbing materials such as elastomers, visco-elastic polymers, gels, or shape memory materials. This multi-layer approach aims to dissipate impact forces effectively, reducing the likelihood of concussions and brain injuries.

Sensor Integration

Incorporated within the helmet is a wireless sensor module that captures data on impacts. Equipped with accelerometers and gyroscopes, the module records linear acceleration and rotational velocity data. This technology provides real-time information on impact severity, assisting in monitoring player safety and potentially guiding medical assessments following collisions.

Material Innovation

The helmet utilizes advanced materials like PEEK for the facemasks, offering lightweight yet durable protection. Shock absorbers made from resilient materials such as foamed polyurethane and vulcanized rubber are integrated to enhance damping characteristics. These materials are selected for their ability to withstand shocks without permanent deformation, contributing to the overall effectiveness of the helmet in preventing traumatic brain injuries.