Intelligent escape evacuation indicating system for hydropower station

Abstract

The invention discloses an intelligent escape evacuation indicating system for a hydropower station, which comprises a fire-fighting monitoring system, a background data machine and an intelligent emergency evacuation indicating lamp box which are arranged in the hydropower station, and the intelligent emergency evacuation indicating lamp box comprises a box body and a panel which are connected with each other; a 5G module, a battery pack, a 5G power supply driver, a left lamp driving plate and a right lamp driving plate are arranged in the box body; a left indicating lamp and a right indicating lamp are arranged on the panel; and the background data machine is in driving connection with the 5G power supply, and the 5G power supply drives to control a left lamp panel drive or a right lamppanel drive, so that the indicating lamp is in a left long-lighting state or a right long-lighting state. When a hydropower station encounters an accident, people can quickly select a correct escape route to escape and evacuate through left-direction or right-direction indication of the intelligent emergency indicating lamp. The system is convenient and reliable, networking is conducted through the 5G wireless communication technology, independent wiring is not needed, installation is attractive and practical, and the implementation cost is low.

Description

technical field [0001] The invention relates to the field of fire safety, in particular to an intelligent evacuation indicating system applied to personnel evacuation and self-rescue when sudden accidents occur in hydropower stations. Background technique [0002] The powerhouse of a hydropower station is a building in which a water turbine, a hydroelectric generator, and various auxiliary equipment are installed in a hydropower station. There are a lot of electrical equipment, the room structure is intricate, the cable interlayer and the drainage corridor are intersected and deep, and most of them are arranged in the shape of a "well". In case of sudden accidents, those who are not familiar with the structure of the plant may get lost in an emergency or fail to organize escape and evacuation in a timely and effective manner, resulting in personal injury or death. Effectively choose the correct escape route at a time. [0003] At present, most domestic hydropower stations ...

AI Technical Summary

Problems solved by technology

In case of sudden accidents, those who are not familiar with the structure of the plant may get lost in an emergency or fail to organize escape and evacuation in a timely and effective manner, resulting in personal injury or death. Effectively choose the correct escape route at a time

[0003] At present, most domestic hydropower stations are equipped with fire monitoring systems, but they are limited to alarms in case of emergencies. When escaping, people often use the emergency evacuation indicator lights installed in the emergency evacuation passage to choose the direction of escape.

However, the direction indicated by the traditional emergency evacuation indicator light is fixed (indicating to the right or indicate to the left ""), does not have the automatic hint function

When people escape, once they go in the wrong direction in an emergency, it is often difficult to find the correct escape route again, thus increasing the probability of personal casualties.

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