Intelligent wearable equipment capable of presenting evacuation instruction and evacuation instruction presenting method

Abstract

The invention provides intelligent wearable equipment capable of presenting an evacuation instruction and an evacuation instruction presenting method and belongs to the technical field of building fire protection evacuation guidance. The intelligent wearable equipment comprises an eyeglasses frame, one lens with a display screen, a power switch, a microprocessor chip, a rotational vector sensor and a terrestrial magnetism sensor as well as a front-facing camera, a voice player and a battery which are mounted at appropriate positions of the eyeglasses frame. The method comprises the following steps: firstly acquiring an orientation angle of a user relative to geographic north, and acquiring an evacuation direction instruction; synthesizing the orientation angle and the evacuation direction instruction to obtain a text instruction; converting the text instruction into a voice instruction by utilizing a voice synthesis technology, and transmitting the voice instruction to the voice player to be played; and converting the text instruction into a visual graph by utilizing a character handling technology, and transmitting the visual graph to the display screen to be displayed. According to the invention, an evacuation instruction is presented by utilizing the intelligent wearable equipment, and the problems that display information can be ignored and congestion can be easily formed in an inherent building evacuation guidance system are solved.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows people who are at risk from fires or pandemics to receive timely advice about how they should take their escape safely without being overwhelmed due to lack of visibility. It uses sensors like cameras that capture images taken while the person moves around inside buildings to provide accurate data such as where he/she needs them most quickly. Additionally, this system provides localization capabilities based upon factors like distance between two points along its route (such as GIS). Users have been shown suggestions if there were any signs indicating they could get lost within minutes after getting outdoored. Overall, these technical features make sure emergency responders don’t lose valuable resources because they only require specific directions rather than just direct ones towards themselves.

Problems solved by technology

The technical problem addressed by this patented solution relates to improving safety measures against fires caused by overcrowding buildings without causing excessive delays while also ensuring proper guidance towards rescue workers who have been threatened from being trapped inside them.

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