Project Report on Temperature and Mask Check Entry System Using IoT
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and 30 rs 📴

**For the Partial Fulfillment of the Requirements for the Degree of:**
Bachelor of Engineering (Electronics & Telecommunication)

**Description:**

This project report presents the design and implementation of a "Temperature and Mask Check Entry System Using IoT." The system is engineered to enhance safety protocols by automating the process of checking body temperature and ensuring mask compliance at entry points.

### **Key Features:**

1. **IoT Integration:**
- Utilizes Internet of Things (IoT) technology for real-time monitoring and data transmission.

2. **Temperature Check:**
- Equipped with sensors to measure body temperature accurately before granting entry.

3. **Mask Detection:**
- Incorporates facial recognition technology to ensure individuals are wearing masks.

4. **Automation:**
- Automated system reduces the need for manual checks, thereby minimizing contact and improving efficiency.

5. **Real-Time Alerts:**
- Sends alerts and notifications in case of any anomalies, such as high temperatures or absence of masks.

6. **Data Logging:**
- Maintains records of temperature and mask compliance for future reference and analysis.

### **Applications:**

- **Public Places:**
- Ideal for use in schools, colleges, offices, malls, and other public areas to ensure safety and compliance with health guidelines.

- **Private Establishments:**
- Useful for businesses and organizations aiming to protect their staff and visitors.

### **Benefits:**

- **Safety:**
- Enhances the safety of individuals by ensuring health compliance.

- **Efficiency:**
- Streamlines the entry process, reducing waiting times and manual labor.

- **Data Management:**
- Provides valuable data for health monitoring and management.

### **Why Buy This Project Report?**

- **Comprehensive Documentation:**
- Detailed explanation of the project design, development, and implementation process.

- **Ready Reference:**
- Useful for students and professionals looking to understand IoT-based safety systems.

- **Academic Value:**
- Serves as a robust reference for academic projects and research.

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This black book contains all the necessary details, diagrams, code snippets, and research data required to understand and replicate the project. It is an invaluable resource for anyone interested in IoT applications in health and safety.

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