Radio frequency wire assembly configured to withstand high temperatures

Abstract

A fire-resistant in-building wireless communication system designed to maintain functionality under extreme conditions, including temperatures exceeding 1850° F. and water spray exposure. The system includes a dual wire assembly comprising a first and second wire separated by a predetermined distance to transmit radio frequency (RF) signals. The wires are formed from high-temperature resistant materials, such as copper or metallic alloys, and are secured by separator nodes made of fireproof materials like furnace cement or silica cement. The system includes a high-temperature resistant antenna for RF signal radiation, supported by an antenna support node, and tensioned via pivot nodes equipped with adjustable mechanisms. The assembly is further encapsulated by a fire-resistant wire wrap to prevent electrical shorts and interference.

Dependencies are inferred from the claim text.