The project does not require the use of Arduino technology, ensuring a simplified and cost-effective solution. The glasses consist of a camera, vibration motor, battery, and microphone. The camera captures real-time video which is processed by a Raspberry Pi board.

The Raspberry Pi board analyzes the video to identify objects, obstacles, and text. The vibration motor is utilized to provide haptic feedback to the wearer, indicating the presence of objects or obstacles. The microphone allows for voice commands and voice feedback.

The glasses have various navigation modes including Text-to-Speech mode, Face Detection mode, and Object Detection mode. Text-to-Speech mode converts text captured by the camera into voice output and assists the user with reading. The Face Detection mode alerts the user about the presence of people in their surroundings. Object Detection mode identifies objects and provides guidance to avoid collisions.

In conclusion, the Smart Glasses for Blind (Without Arduino) is a remarkable Inspire Award Project that offers an accessible and affordable solution for visually impaired individuals. With its camera, vibration motor, microphone, and Raspberry Pi board, the glasses provide real-time feedback and navigation assistance, enhancing the independence and safety of the blind.

FAQs:
Q: Can these glasses be used by all visually impaired individuals?
A: Yes, the glasses are designed to assist individuals with various levels of visual impairment.

Q: How long does the battery last?
A: The battery life depends on usage, but it typically lasts for several hours before requiring recharge.

Q: Is the device waterproof?
A: No, the device is not waterproof. Users should avoid exposing it to water or extreme moisture.

Q: Are software updates available for the glasses?
A: Yes, the project team regularly updates the software to improve performance and add new features.