Forest Fire Prevention Unit (FFPD)

Abstract

An autonomous system for the detection, suppression, and monitoring of forest fires, comprehensive ◯ Heat, smoke and flame sensors, ◯ A high-pressure water distribution system, ◯ an adjustable nozzle and a self-cleaning mechanism, ◯ a PTZ camera for visual assessment and monitoring of wildlife, ◯ an IoT-enabled data transmission for real-time monitoring.

Description

Scope of the invention

[0001] The present invention relates to a Forest Fire Protection Device (FFPD) that enables early detection, control, and suppression of forest fires while facilitating wildlife monitoring in vulnerable areas. The device integrates an advanced combination of fire suppression and wildlife tracking technology and serves a dual purpose: protecting forests from fire outbreaks and monitoring wildlife behavior in real time. The FFPD's robust design ensures uninterrupted functionality in remote locations, making it indispensable for forest conservation, firefighting, and wildlife habitat monitoring. background

[0002] Wildfires pose a significant risk to ecosystems and often result in significant environmental damage, the displacement of wildlife, and human death. Conventional methods of fire detection and suppression are typically reactive, leading to delays that can exacerbate fire severity. Furthermore, the simultaneous need to monitor wildlife complicates conservation efforts. The Forest Fire Protection Device (FFPD) addresses these problems by enabling immediate detection, automatic suppression, and continuous monitoring of wildlife, thereby minimizing both ecological damage and fire-related hazards. Summary of the invention

[0003] The Forest Fire Protection Device (FFPD) is a specialized device equipped with heat and flame sensors, high-pressure water distribution systems, a motion-activated camera, and real-time data connectivity. It is strategically deployed in high-risk areas to autonomously detect and suppress wildfires. Furthermore, the device's integrated wildlife monitoring sensors and camera system continuously observe and record the activities of animals in the surrounding area, providing insights into wildlife behavior both in everyday life and during fires.

[0004] If the device detects abnormal temperature or smoke levels, it activates a water distribution system with adjustable nozzles that precisely targets the affected area. The system also features a programmable function for releasing water at specific intervals, providing wildlife with a source of hydration. The device is solar-powered with a battery backup to ensure uninterrupted operation in remote, off-grid environments. Detailed description

[0005] The Forest Fire Protection Device (FFPD) consists of several integrated components designed to optimize fire detection, suppression, and wildlife monitoring: 1. Heat and smoke detection sensors: ◯ Thermopile IR sensor: Detects temperature changes and triggers an alarm when the temperature exceeds a certain threshold. ◯ Infrared flame detector (IR3): Detects flames from several meters away, even in smoky or dusty environments. ◯ Photoelectric smoke sensor: Detects the presence of smoke particles in the air and provides early warning before flames appear. 2. Surveillance camera: ◯ A PTZ (pan-tilt-zoom) camera provides 360-degree surveillance, including night vision and motion tracking capabilities. The camera records events for wildlife observation and fire tracking and transmits live images to central monitoring stations. 3. Water distribution and suppression system: ◯ High-pressure water nozzles: Positioned on a rotating axis to precisely direct water onto detected fires. These nozzles can cover a radius of up to 30-40 meters, ensuring effective extinguishing. ◯ Self-cleaning mechanism: Periodically emits bursts of water to remove deposits and ensure trouble-free operation. ◯ Release of water for wildlife: Regular water releases to support the hydration of animals during drought conditions. 4. Acoustic alarm system: ◯ The alarm system is activated when a fire is detected to deter wildlife and ensure their safe evacuation from the area. 5. Power supply and connectivity: ◯ Solar modules with battery backup: Solar modules provide sustainable energy, while a battery backup ensures continuous operation in low sunlight conditions. ◯ IoT connectivity: Enables data transmission to a central monitoring facility where personnel can assess the fire status or manually control the device if necessary. 6. Data collection and storage: ◯ The FFPD records and stores fire-related data and wildlife activity locally, regularly uploading it to a central server. This information helps study fire patterns and animal behavior, benefiting forest conservation efforts. Operation Process

[0006] Fire detection and response: ◯ When elevated temperatures or smoke are detected, the FFPD sensors trigger an alarm and activate the camera for visual confirmation. The water dispersion system directs its nozzles toward the detected fire source and begins extinguishing the fire. ◯ The device can operate autonomously or be controlled manually via a remote command from the monitoring center.

[0007] Wildlife and water supply monitoring: ◯ The infrared motion detector continuously tracks animal movements and stores the data for research purposes. The watering system provides water at set intervals to support wildlife during drought conditions.

[0008] Automatic response with manual override: ◯ Although the device is fully automated, it can also be operated remotely, allowing staff to adjust the camera angle, increase the water supply, or deactivate the alarm to monitor the animals more effectively.

[0009] Use and installation 1. Placement of the devices: ◯ Each device is strategically placed on a stable, flat surface in high-risk areas. Multiple devices can be installed for extensive coverage. 2. Water supply system: ◯ A central water reservoir will be established in the forest, from which the individual FFPD devices will be supplied with water via underground pipes that are protected from environmental or animal damage. 3. Adaptability to the environment: ◯ The system is designed to withstand extreme weather conditions such as heavy rain, intense sunlight and sub-zero temperatures, ensuring long-term operation without maintenance.

Claims

[1] An autonomous system for the detection, suppression and monitoring of forest fires, comprising ◯ Heat, smoke and flame sensors, ◯ A high-pressure water distribution system, ◯ an adjustable nozzle and a self-cleaning mechanism, ◯ a PTZ camera for visual assessment and monitoring of wildlife, ◯ IoT-enabled data transmission for real-time monitoring. [2] The system of claim 1, wherein the system is configured to: ◯ Detecting fire indicators such as temperature anomalies and smoke, ◯ Activating high-pressure water jets directed at the source of the fire, ◯ Use of a motion-detecting camera for real-time monitoring of fire and wildlife, ◯ Enabling remote control and monitoring via a central command interface. ◯ [3] A system according to claim 1, wherein the water nozzles eject water over a radius of 30-40 meters to extinguish the fire comprehensively. [4] The system of claim 1, wherein the device comprises a solar energy system with a battery backup for off-grid operation. [5] The system of claim 1, wherein the device comprises an alarm system for deterring wildlife upon fire detection to ensure the safety of the animals.