Automatic cooling and fire-extingusishing system

Abstract

An automatic cooling and fire extinguishing system designed to be located inside the protected equipment, consists of a carrier made of a polymer material in the form of a three-dimensional body, where the carrier includes a closed medium under pressure, and the carrier is configured to spontaneously form a nozzle that allows the release of the medium, wherein the medium (2) is designed as a cooling medium with fire extinguishing effects. In addition, the system is equipped with sensor(s) (4) for monitoring and evaluating the thermodynamic state of the medium (2) inside the carrier (1) or on its surface or for releasing the medium (2) from the carrier (1) having a general shape and performing active interventions against the source of unwanted temperature change occurring inside the protected equipment.In addition, the system is equipped with detector(s) (5) for monitoring, evaluating and controlling thermal processes within the protected equipment with the ability to adapt based on feedback information that allows the protected equipment to be disconnected from the power supply unit, thus minimizing any negative thermal effects that begin to develop within the protected equipment or the possibility of secondary ignition.The automatic cooling and fire-extinguishing system is designed to be arranged inside the protected equipment, is comprised of the medium vehicle made of polymeric material in the shape of a three-dimensional body, where the vehicle includes the pressurized confined medium and the vehicle is adjusted to spontaneously form a nozzle allowing the medium release, wherein the medium (2) is designed as cooling medium with fire-extinguishing effects; in addition, the system is equipped with a sensor(s) (4) to monitor and evaluate the thermodynamic state of the medium (2) inside the vehicle (1) or on its surface or to release the medium (2) from the vehicle (1) having a general shape, and to perform active intervention against the source of an undesirable change in temperature occurring inside the protected equipment.In addition, the system is fitted with a detectors) (5) for the monitoring, evaluation, and control of thermal processes inside the protected equipment with the possibility of feedback-based adjustments allowing the protected equipment to be disconnected from the power supply unit, thus minimizing any negative thermal effect that starts developing inside the protected equipment or the possibility of secondary ignition occurrence.