Wildfire Suppression System: Smart Fire Extinguishers
- Description: Innovative system designed to suppress wildfires by utilizing ground and tree-based smart fire extinguishers that communicate with each other and activate when detecting heat.
Ground Model:
- Description: Large tank with a pump that shoots fluid out of the ground.
- Activation: Activated by heat detection.
- Components: Connected to "consoles" buried underground which house large batteries and network connectivity.
- Material: Made from steel for fire protection.
- Communication: Network connectivity for communication with other units.
- Function: Shoots firefighting fluid to suppress fires.
Tree Model:
- Description: Tree-mounted unit, approximately one liter in size.
- Activation: Activated by heat detection.
- Power Source: Gravity-powered, reducing battery size.
- Material: Made from steel; utilizes steel wire to hang from trees.
- Communication: Inbuilt networking for communication with other units.
- Function: Releases firefighting material to suppress fires.
Key Features:
1. Heat Activation: Units are triggered by detecting heat, allowing for automatic response to fire outbreaks.
2. Communication: Units talk to each other to coordinate firefighting efforts and share information.
3. Material: Units are constructed from fire-resistant steel to withstand flames.
4. Environmental Considerations: Designed to minimize environmental impact and protect ecosystems.
5. Ground and Tree Models: Two different types cater to different terrain and tree-mounted units take advantage of gravity for power.
6. Batteries and Network Connectivity: Consoles provide power and networking for ground units, reducing reliance on external sources.
7. Scalability: Potential for expanding the system across larger areas prone to wildfires.
Original concept by my friend @Jrjohnny
- Description: Innovative system designed to suppress wildfires by utilizing ground and tree-based smart fire extinguishers that communicate with each other and activate when detecting heat.
Ground Model:
- Description: Large tank with a pump that shoots fluid out of the ground.
- Activation: Activated by heat detection.
- Components: Connected to "consoles" buried underground which house large batteries and network connectivity.
- Material: Made from steel for fire protection.
- Communication: Network connectivity for communication with other units.
- Function: Shoots firefighting fluid to suppress fires.
Tree Model:
- Description: Tree-mounted unit, approximately one liter in size.
- Activation: Activated by heat detection.
- Power Source: Gravity-powered, reducing battery size.
- Material: Made from steel; utilizes steel wire to hang from trees.
- Communication: Inbuilt networking for communication with other units.
- Function: Releases firefighting material to suppress fires.
Key Features:
1. Heat Activation: Units are triggered by detecting heat, allowing for automatic response to fire outbreaks.
2. Communication: Units talk to each other to coordinate firefighting efforts and share information.
3. Material: Units are constructed from fire-resistant steel to withstand flames.
4. Environmental Considerations: Designed to minimize environmental impact and protect ecosystems.
5. Ground and Tree Models: Two different types cater to different terrain and tree-mounted units take advantage of gravity for power.
6. Batteries and Network Connectivity: Consoles provide power and networking for ground units, reducing reliance on external sources.
7. Scalability: Potential for expanding the system across larger areas prone to wildfires.
Original concept by my friend @Jrjohnny
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