The IoT Virtual Doctor system uses a robotic platform to deliver remote medical help with the goal of revolutionizing healthcare. The robot can go along hallways in hospitals, houses, and clinics since it is driven by DC motors and directed by gearboxes. Doctors may communicate with patients remotely because to its Wi-Fi module, which keeps it online. While wheels and shafts provide smooth movement, the robotic base frame and supporting frame guarantee stability and longevity.

The robot can communicate with patients at eye level since its vertical pole rod can be used to mount cameras, sensors, or display displays. Resistors, capacitors, diodes, and transistors control the flow of power and electronic impulses, allowing integrated circuits (ICs) to oversee the robot’s functions. An antenna improves the robot’s communication, guaranteeing a steady connection even in difficult settings. While the electrical wiring connects all the parts and ensures their proper operation, the switch allows for physical control over the robot’s power. Mounts, joints, screws, and bolts finish the assembly of the robot and guarantee a sturdy and adjustable framework.

This IoT-enabled robot can help doctors and patients communicate in real time while carrying out routine diagnostic activities like taking vital signs or giving medication. The IoT Virtual Doctor provides a workable solution for remote healthcare by combining cutting-edge IoT and robotics technology, increasing accessibility and effectiveness in medical services.

Components

• DC Motor
• Gearboxs
• Wifi Module
• Robotic Base Frame
• Wheels
• Shaft
• Pole Rod
• IC’s and IC Holders
• Resistors
• Capacitors
• Diodes and Transistors
• Antenna
• Switch and electrical Wiring
• Base Frame
• Supporting Frame
• Mounts an joints
• Screws and Bolts