US20250379608
2025-12-11
Electricity
H04B1/385
The modular communications system is integrated into apparel, featuring multiple landing pads and antenna elements. These elements are demountably and conductively coupled to the landing pads and are fabric sealed. The system also includes various communication devices that are affixed to the apparel and coupled to the landing pads. The conductive composition of these elements includes a polymer infused with fully exfoliated graphene sheets, creating a three-dimensional network with nanoscale separation. The apparel is designed to be durable, offering resistance to cuts, water, fire, chemicals, and may be optically reflective.
The apparel can be worn on the upper or lower torso of mammals and may take the form of a harness. A foam layer within the apparel minimizes radio frequency interference by reflecting RF signals from the antenna elements. The antenna elements are designed with a curvature radius between 0.5 to 3 inches and are less than 2 mm thick. They are strategically oriented in different subsets to optimize signal reception and transmission.
The system supports multiple communication devices, each operating within specific radio frequency ranges. Devices can communicate through various protocols such as UHF, VHF, LTE, Wi-Fi, Bluetooth, and more, enabling broad multi-band functionality. Communication devices are connected to a hub via radio-specific adapters, allowing simultaneous operation and facilitating multi-frequency communication.
This system is particularly beneficial for environments where discreet communication is necessary, such as military or clandestine operations, where traditional conspicuous antennas might be a liability. The modular and wearable nature of the system reduces risks associated with entanglement and damage in challenging environments, making it suitable for use by military personnel, law enforcement, and first responders.
The invention allows for significant modifications and variations without departing from its core principles, offering flexibility in application. Terminology used in the description is for convenience and does not limit the scope of the invention. The system's modularity and adaptability facilitate its integration into various wearable items, enhancing its utility across multiple scenarios and user requirements.