Indoor safety emergency evacuation method and device

Abstract

The invention relates to an indoor safety emergency evacuation method and device, electronic equipment and a storage medium, and relates to the technical field of computers. The method comprises the steps that the position of each portable positioning device carrier is acquired after the safety abnormity signal is detected; the position information of the safety exit is acquired; the distance fromeach portable positioning device carrier to the safety exit is calculated; statistics of the personnel density value of the safety exit is performed according to the distance; and finally the recommended safety exit of the portable positioning device carriers is calculated according to the distance and the personnel density value of each safety exit, and the safety exit information is transmittedto each portable positioning device carrier. The recommended safety exit of the portable positioning device carriers can be calculated according to the position of the portable positioning device carriers.

Description

technical field [0001] The present disclosure relates to the field of computer technology, and in particular, to an indoor safety emergency evacuation method, device, electronic equipment, and computer-readable storage medium. Background technique [0002] In densely populated places, due to the instability of personnel, security anomalies often occur. The existing manual evacuation methods, such as using experience to manually allocate resources for personnel evacuation, only target a single security anomaly. Monotony and limited security support make it difficult to achieve the goal of optimizing the evacuation of personnel, often resulting in untimely evacuation and unnecessary losses. [0003] Especially in densely populated indoor areas such as schools, conference centers, and office buildings, even if there are multiple safety exits indoors, after an abnormal safety incident occurs, due to the high density of people, manual evacuation will inevitably be neglected or de...

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Problems solved by technology

[0002] In densely populated places, due to the instability of personnel, security anomalies often occur. The existing manual evacuation methods, such as using experience to manually allocate resources for personnel evacuation, only target a single security anomaly. Monotonous and limited security support, it is difficult to achieve the goal of optimizing the evacuation of personnel, often resulting in unnecessary losses caused by untimely evacuation of personnel

[0003] Especially in densely populated indoor areas such as schools, conference centers, and office buildings, even if there are multiple safety exits indoors, after an abnormal safety incident occurs, due to the high density of people, manual evacuation will inevitably be neglected or delayed. When going out, it is very easy for a single safety exit to be blocked, and there are situations where the safety exit is idle, so that most people cannot effectively escape from the indoor danger.

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