IOT Virtual Doctor Robot

Description

 

Introduction of IOT Virtual Doctor Robot

In modern healthcare, doctors often need to be present at hospitals and emergency centers on short notice. However, it is not always feasible for them to be physically available at every location when required. Traditional video calls offer remote communication but restrict mobility, as they usually require a desktop or laptop setup. This limitation prevents doctors from moving freely around a hospital or examining patients from multiple angles. The IoT Virtual Doctor Robot solves this problem by enabling doctors to move virtually in a remote location, communicate with patients or staff, and even observe operation theatres in real time. With this system, healthcare professionals can extend their presence anywhere, anytime, without being physically present.

Key Features of IOT Virtual Doctor Robot

The IoT Virtual Doctor Robot offers a wide range of practical and innovative features. Firstly, it allows doctors to control the robot remotely using an IoT-based control panel. Secondly, its 4-wheel drive design ensures smooth navigation across hospital floors and corridors. In addition, the mounted mobile or tablet enables live video calling for real-time visual and audio communication. Furthermore, the system provides the ability to view patient conditions, medical reports, and different hospital areas without physical travel. Finally, it includes a battery status alert function, ensuring timely charging and uninterrupted operation.

Specifications

The robot uses a 4-wheel drive system to provide stable and flexible movement. A sturdy controller box houses the circuitry and control mechanisms. The mounting bracket holds most mobile phones and tablets, enabling them to function as the primary video communication device. The IoT panel sends remote commands over Wi-Fi to the onboard controller, which instantly operates the motors. The robot measures approximately 400 x 450 x 750 mm (L x W x H). The kit excludes a battery, allowing users to choose the appropriate power source.

 

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

Significance

The IoT Virtual Doctor Robot holds significant value for modern healthcare by removing the barriers of physical presence. It gives doctors the ability to attend emergencies, monitor patients, and coordinate with medical teams in real time without being physically at the hospital. Moreover, it enhances operational efficiency, especially in situations where immediate medical supervision is needed but travel is not possible. Consequently, it not only reduces response times but also improves patient care by ensuring that expert guidance is available at critical moments.

Conclusion of IOT Virtual Doctor Robot

In conclusion, the IoT Virtual Doctor Robot offers a revolutionary approach to remote medical presence. With its mobile navigation, live video communication, and IoT-based control, it allows healthcare professionals to be virtually present wherever they are needed. Since it merges robotics, IoT technology, and healthcare expertise, it stands as a forward-looking solution for improving medical accessibility and efficiency. Ultimately, it empowers doctors to provide timely care while overcoming geographical and logistical constraints.

 

 

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