Personal escape assistance device capable of being embedded into fireproof blanket and application

Abstract

The invention relates to a personal escape assistance device capable of being embedded into a fireproof blanket. The personal escape assistance device is characterized by comprising a power supply and management module trigged by a manual pull ring, a white light emitting diode escape lighting module, a cross semiconductor laser road condition instruction module, a flame sensing and alarming module, and a micro controller module. Compared with the prior art, the personal escape assistance device has remarkable advantages that compared with a conventional escape assistance device, the personal escape assistance device has the advantages of convenience and quickness in wearing at the head, low power consumption, outstanding escape instruction effect and the like, and personal escape measures can be enriched and enhanced; the personal escape assistance device can be integrated into the fireproof blanket to expand the efficiency of the fireproof blanket. The personal escape assistance device is easy to operate and low in cost, and the escape instruction function can meet the road condition instruction requirements of residents on a road under the condition that the residents escape from a fire.

Description

technical field [0001] The invention relates to a personal escape auxiliary device which can be embedded in a fire blanket, in particular to a personal escape auxiliary device which uses LED white light illumination, cross-line laser road guidance, and flame detection and alarm, and belongs to the field of fire escape personal equipment. Background technique [0002] With the continuous development of smart wearables and microelectronics, fire researchers began to conduct research on the feasibility of personal escape aids for residents, and began to have higher requirements for escape guidance in fire situations, and they need to achieve rapid guidance to escape from fires The expected effect of the scene. Traditional personal escape equipment for residents is mainly based on fluorescent road guidance in fixed places, supplemented by handheld flashlights for residents. The guidance method is inflexible and ineffective, and cannot help residents escape from the fire scene ef...

AI Technical Summary

Problems solved by technology

Traditional personal escape equipment for residents is mainly based on fluorescent road guidance in fixed places, supplemented by handheld flashlights for residents. The guidance method is not flexible and the effect is poor, and it cannot help residents effectively escape from the fire scene.

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