Wheelchair Design With Object Detection Features, Temperature Detection, Tank Wheels And Direct Monitoring To Increase The Mobility Of Blindness

Feb 28, 2025 by ADMIN 145 views

**Smart Wheelchair: Blind Mobility Solutions in the Pandemic Era**

Introduction

The COVID-19 pandemic has brought about unprecedented challenges for people with disabilities, particularly the blind. The pandemic has made it difficult for them to navigate their surroundings, and the use of traditional mobility aids such as canes has become less effective due to the risk of transmission. In response to this challenge, researchers have designed a smart wheelchair that is equipped with advanced features to increase the mobility and safety of the blind.

Sophisticated Features for Safe and Comfortable Mobility

The smart wheelchair is designed to provide a safe and comfortable mobility experience for the blind. The following are the advanced features installed in the wheelchair:

Object Detection

The ultrasonic sensor mounted on the wheelchair detects objects around the user and conveys this information through a warning sound via the speaker. This feature helps the user to avoid collisions with obstacles, ensuring a safe and comfortable mobility experience.

Temperature Detection

The infrared temperature sensor installed in the wheelchair detects the body temperature of people around the user and delivers this information through the speaker. This feature enables the user to avoid contact with people who may be infected with COVID-19, minimizing the risk of transmission.

Tank Wheels

The wheelchair is designed with tank wheels that allow users to move in difficult terrain, such as muddy land or uneven roads. This feature increases the accessibility and independence of the user, enabling them to navigate various terrain safely and comfortably.

Direct Monitoring

The gyroscope sensor installed in the wheelchair detects if the wheelchair falls and sends this information through the speaker and via the internet using the GPS module. This feature provides the location of the wheelchair to the closest person or rescue team, ensuring the user's safety and well-being.

Voice Interaction

All information from the sensor is processed by a microcontroller and communicated to the user through speakers with sound interactions that are easily understood. This feature enables the user to interact with the wheelchair easily and effectively.

Smart Wheelchair Prototype: A Step Forward for Blind Mobility

The smart wheelchair prototype has been successfully made, and it has the potential to increase the mobility and safety of the blind, especially in this pandemic period. With its advanced features, this wheelchair helps the blind navigate various terrain safely and avoids the transmission of COVID-19.

Benefits of Smart Wheelchairs

The smart wheelchair offers several benefits to the blind, including:

Increasing the Mobility of Blindness

This wheelchair makes it easy for the blind to move in various terrain safely and independently, increasing their mobility and independence.

Improving Safety

Object detection and temperature detection provide important information for the blind to avoid dangers and transmission of COVID-19, improving their safety and well-being.

Increasing Independence

Sophisticated features in the wheelchair allow the blind to be more independent and not dependent on others, enabling them to participate in society more actively.

Improving the Quality of Life

By having better access to mobility, the blind can improve their quality of life and be more active in participating in society.

Future Challenges and Development

Although the prototype of a smart wheelchair has been made, there are still some challenges that need to be overcome, such as:

Costs

Sophisticated technology development requires no small cost, limiting the accessibility of this wheelchair to all blind people.

Further Development

This wheelchair still needs to be improved with more complete additional features, such as integration with a more sophisticated GPS navigation system.

Socialization and Training

Blind users need to get socialization and training on how to use this wheelchair effectively, ensuring they can utilize its features safely and comfortably.

In the future, the development of this smart wheelchair will continue to overcome the challenges that exist and create more sophisticated and affordable technology for the blind. With the existence of a smart wheelchair, the blind can move more easily, safely, and independently, enabling them to participate in society more actively and enjoy a more meaningful life.

Conclusion

The smart wheelchair is a revolutionary technology that has the potential to increase the mobility and safety of the blind. With its advanced features, this wheelchair helps the blind navigate various terrain safely and avoids the transmission of COVID-19. While there are still challenges to be overcome, the development of this technology will continue to improve the lives of the blind, enabling them to participate in society more actively and enjoy a more meaningful life.

Introduction

The smart wheelchair is a revolutionary technology that has the potential to increase the mobility and safety of the blind. With its advanced features, this wheelchair helps the blind navigate various terrain safely and avoids the transmission of COVID-19. In this article, we will answer some frequently asked questions about the smart wheelchair.

Q&A

Q: What is the smart wheelchair?

A: The smart wheelchair is a specially designed wheelchair that is equipped with advanced features such as object detection, temperature detection, tank wheels, and direct monitoring. These features enable the blind to navigate various terrain safely and comfortably.

Q: How does the object detection feature work?

A: The object detection feature uses an ultrasonic sensor to detect objects around the user. The sensor sends a warning sound via the speaker to alert the user of potential collisions.

Q: How does the temperature detection feature work?

A: The temperature detection feature uses an infrared temperature sensor to detect the body temperature of people around the user. The sensor delivers this information through the speaker, enabling the user to avoid contact with people who may be infected with COVID-19.

Q: What are the benefits of the smart wheelchair?

A: The smart wheelchair offers several benefits to the blind, including increasing mobility, improving safety, increasing independence, and improving the quality of life.

Q: Is the smart wheelchair expensive?

A: The cost of the smart wheelchair is a significant challenge that needs to be overcome. However, researchers are working to make the technology more affordable and accessible to all blind people.

Q: How does the direct monitoring feature work?

A: The direct monitoring feature uses a gyroscope sensor to detect if the wheelchair falls. The sensor sends this information through the speaker and via the internet using the GPS module, enabling the user's location to be tracked and assistance to be provided if needed.

Q: Can the smart wheelchair be integrated with other devices?

A: Yes, the smart wheelchair can be integrated with other devices such as smartphones and tablets. This enables users to access additional features and functionality.

Q: What is the future of the smart wheelchair?

A: The future of the smart wheelchair is promising, with researchers working to improve the technology and make it more affordable and accessible to all blind people. The development of the smart wheelchair will continue to overcome the challenges that exist and create more sophisticated and affordable technology for the blind.

Q: How can I get a smart wheelchair?

A: The smart wheelchair is still in the development stage, and it is not yet available for public purchase. However, researchers are working to make the technology more accessible and affordable in the future.

Q: What are the potential applications of the smart wheelchair?

A: The smart wheelchair has the potential to be used in a variety of settings, including hospitals, rehabilitation centers, and homes. It can also be used in emergency situations, such as natural disasters or pandemics.