Farmer face the issue of animals entering in nights
By Creating Protocol model using sensors, Buzzar
Malkhed , Karnataka
Solution
| Component | Description |
|---|---|
| Technical Components | ### **Comprehensive Analysis & Technical Specifications for Animal Intrusion Prevention System** #### **1. Technical Components Needed** To create a **sound sensor-based buzzer system** that deters animals without harming them, the following components are required: | **Component** | **Purpose** | **Avoids Prohibited Behavior?** | |-----------------------------|------------|--------------------------------| | **Sound Sensors (PIR/Microphone)** | Detects animal movement/noise | Yes (No physical harm) | | **Arduino/Raspberry Pi** | Processes sensor data & triggers buzzer | Yes (Programmable) | | **Buzzer/Alarm Speaker** | Emits loud, non-harmful sound | Yes (Deters animals safely) | | **LED Lights (Optional)** | Visual deterrent (flashing lights) | Yes (Non-violent) | | **Battery/Solar Power** | Ensures continuous operation | Yes (Sustainable) | | **Wi-Fi/GSM Module (Optional)** | Sends alerts to farmer’s phone | Yes (Remote monitoring) | #### **2. Recommended Tech Stack** | **Category** | **Tech Stack** | |-------------------|---------------| | **Microcontroller** | Arduino Uno / Raspberry Pi Pico | | **Programming** | C++ (Arduino IDE) / Python | | **Communication** | Wi-Fi (ESP8266) / GSM (SIM800L) | | **Power Supply** | 9V Battery / Solar Panel (5V) | | **Enclosure** | Weatherproof casing | #### **3. Detailed Implementation Steps** 1. **Hardware Setup:** - Install **PIR/microphone sensors** at farm boundaries. - Connect sensors to **Arduino/RPi** for signal processing. - Attach **buzzers** (85dB+) at key entry points. - (Optional) Add **LED strobes** for visual deterrence. 2. **Software Logic:** - Program Arduino/RPi to: - Detect animal movement/noise → Trigger buzzer for **10-15 sec**. - (Optional) Send SMS/notification via GSM/Wi-Fi. 3. **Power & Deployment:** - Use **solar panels** for sustainability. - Test sensitivity to avoid false alarms (wind/leaves). 4. **Maintenance:** - Monthly checks on battery/sensor health. #### **4. Required Technical Learning** - **Arduino/RPi Programming** (C++/Python) - **Basic Electronics** (sensor wiring, power management) - **IoT Basics** (if using Wi-Fi/GSM for alerts) #### **5. Budget Calculation** | **Category** | **Item** | **Cost (USD)** | **Qty** | **Subtotal** | |--------------------|----------|---------------|--------|-------------| | **Hardware** | Arduino Uno | $25 | 1 | $25 | | | PIR Motion Sensor | $5 | 4 | $20 | | | Piezo Buzzer (85dB) | $3 | 4 | $12 | | | Solar Panel (5V) | $15 | 1 | $15 | | | Battery (9V) | $5 | 2 | $10 | | **Software** | Arduino IDE | Free | - | $0 | | | (Optional) GSM Module | $20 | 1 | $20 | | **Maintenance** | Battery Replacement | $10/year | 1 | $10 | | | Sensor Calibration | $5/year | 1 | $5 | | **Total Estimated Budget** | | **$117** | | | ### **Final Notes** - **Effectiveness**: High (sound + light deters animals without harm). - **Scalability**: Can expand with more sensors/buzzers. - **Sustainability**: Solar-powered for long-term use. Would you like any refinements (e.g., AI-based animal recognition)? |
| Key Features |
Feature: Then problem will be solved
Format: 5.6 Usage: Protocol model should be created |
| Implementation Steps | Farmers are facing problem and animals issue in their farmhouse night no issue will be there then problem will be solved |
dev.prajapati1708
Rated: 5 stars
Review: Then we can solve the problem easily