IOT Temperature & Mask Scan Entry System For Covid Prevention

Description

 

Introduction of Temperature Mask Scanner System

The first step in detecting COVID-19 often involves scanning for fever, and immediately after, checking for mask compliance. However, while many entrances currently use manual temperature scanning, this approach comes with significant drawbacks. For instance, personnel may lack proper training, make reading errors, or even overlook high temperature readings and missing masks. In some situations, scanning is skipped entirely when supervisors are not present, which makes the system unreliable for large crowds. Therefore, to solve these challenges, the IoT Temperature & Mask Scan Entry System for COVID Prevention delivers a fully automated, contactless solution. By integrating a temperature scanner, mask detection camera, and automated entry barrier, the system ensures accurate, consistent, and efficient screening without human intervention.

Key Features

• Contactless temperature scanning to maintain safety and hygiene
• Real-time mask detection using an integrated camera for quick assessment
• Automatic barrier control that grants or denies entry instantly
• Instant red light alert for high temperature or missing mask, thereby avoiding delays
• IoT connectivity for remote monitoring and digital record keeping
• Fully automated operation that removes the need for human staff
• Quick processing speed to handle large crowds without congestion

Specifications

• Temperature Sensor: High-accuracy contactless infrared sensor for precise readings
• Camera: HD camera for mask detection in varying lighting conditions
• Controller: Raspberry Pi to process all system operations efficiently
• Communication: IoT-enabled data transmission for real-time updates
• Alert System: Red light indicator to signal entry denial immediately
• Motorized Barrier: Opens automatically upon system approval
• Power Source: Standard AC with backup option for continuous operation
• Dimensions: Customizable to match specific installation requirements

   Components

• Raspberry Pi
• DC Motor
• Flap
• Gearing Arrangement
• Temperature Sensor
• Camera
• Barrier Outer Frame
• ESP8266 Wifi Module
• Wires and Connectors
• Resistors
• Capacitors
• Transistors
• Red & Green Indicators
• Buzzer Siren
• Nuts and bolts
• Sensor Mounting Shaft & Panel
• Supporting Frame
• Mounts and Joints
• Base Frame

 

 

Significance of Temperature Mask Scanner System

By automating the entry screening process, the Temperature Mask Scanner System eliminates human error and ensures that no one bypasses safety checks. Moreover, it enhances reliability by offering real-time monitoring through IoT connectivity. As a result, it becomes a crucial tool in preventing the spread of COVID-19 in high-traffic locations such as offices, malls, schools, hospitals, and public events. Additionally, the ability to transmit temperature and mask data to authorities allows for quick decision-making and preventive action.

Conclusion of Temperature Mask Scanner System

In conclusion, the IoT Temperature & Mask Scan Entry System for COVID Prevention offers a secure, efficient, and fully automated way to safeguard public spaces. Through its contactless scanning, instant barrier operation, and IoT-based reporting, it ensures accurate and fast entry control while reducing the risk of virus transmission. Ultimately, this innovative solution not only improves public health safety but also streamlines operations, making it an essential component of post-pandemic preparedness strategies.

 

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