Multifunctional forest fire prevention warning device utilizing photovoltaic power supply

Abstract

A multifunctional forest fire prevention warning device utilizing photovoltaic power supply comprises a photovoltaic power supply system (1), an automatic induction detection element (2), a monitoring probe (3), a control device (4), a warning broadcasting system (5) and a charging interface (6). The photovoltaic power supply system (1) supplies electric energy to the control device (4), and the automatic induction detection element (2), the monitoring probe (3), the warning broadcasting system (5) and the charging interface (6) are all electrically connected with the control device (4). The multifunctional forest fire prevention warning devices is further provided with a handheld device (8) capable of being in communication and interaction with the control device. The multifunctional forest fire prevention warning device is applied to forest fire prevention early warning for a forest region, and is strong in precontrol capability, capable of automatically carrying out real-time monitoring, prompting and warning on people entering the forest region and preserving monitoring images, wide in monitoring range, detailed and comprehensive in monitoring and small in manpower and material input.

Description

technical field [0001] The invention belongs to the technical field of forest fire prevention pre-control and monitoring, and in particular relates to a photovoltaic-powered multifunctional forest fire prevention warning device. Background technique [0002] At present, in key forest fire prevention areas such as mountain forest areas and forest parks in crowded areas, during the annual high fire risk period, in addition to slogan reminders, the pre-control system usually arranges personnel on duty and checks and registers at the intersection of entering the fire prevention area. Or observe and monitor at the observation tower in the forest area. These methods have problems such as large manpower investment, limited deployment, limited monitoring capabilities and scope, inability to comprehensively monitor and warn in real time, and inconvenient timely handling of hidden dangers and post-event tracking. In addition, the existing forest fire prevention monitoring system is a...

AI Technical Summary

Problems solved by technology

These methods have problems such as large manpower investment, limited deployment, limited monitoring capabilities and scope, inability to comprehensively monitor and warn in real time, and inconvenient timely handling of hidden dangers and post-event tracking.

In addition, the existing forest fire prevention monitoring system is a fire detection system, which usually detects and gives an alarm after a fire occurs. It is an after-event system and has insufficient pre-control capabilities.

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