Spectacle Python Powered Arduino

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The module is powered by 280 mA Lithium Polymer battery which can be charged with the help of USB charger circuit and the power to the Arduino Nano is controlled with the help of a switch. The Bluetooth HC-05 module is controlled by Arduino Nano for displaying the received output on the OLED display.

The content on that screen comes from an Arduino Nano board. It receives power from a 300mAh lithium battery this design doesn't contain a charging circuit and an HC-05 Bluetooth module lets the Arduino communicate with external devices. In theory, the Arduino can display any alphanumeric digits that it receives via Bluetooth.

This is an Arduino-based project for blind people that uses ultrasonic sensors mounted on each side of glasses to detect objects infront of the person. It has a variable range and can vary from 1 meter to 5 meters, depending on the need and the power of the ultrasonic sensors.

GEMMA M0 and Trinket M0 boards can run CircuitPython a different approach to programming compared to Arduino sketches.In fact, CircuitPython comes factory pre-loaded on GEMMA M0 and Trinket M0.If you've overwritten it with an Arduino sketch, or just want to learn the basics of setting up and using CircuitPython, this is explained in the Adafruit GEMMA M0 guide and the Adafruit Trinket M0

This works as in the utrasonic sensor which is mounted on the head of the glasses, constantly keep on detecting the objects in front of them, if the object comes near than 30 cm, the arduino is programmed along with a high-level language python3, to speak to the user to quotSTOP! STOP! THERE IS A OBJECT VER NEAR TO YOU.quot through the earphones.

python. 1 import serial serial import for serial communications 2 import time 3 import pyttsx3 4 import speech_recognition as sr 5 6 engine pyttsx3 9600 tells the arduino to get ready to exchange messages with the serial monitor at a data rate of 9600 bitssec. 9 pinMode trig, OUTPUT configures the specified pin to behave as

DIY Smart Glasses - ArduinoESP The new version is available here YouTube Heyho guys! I am here to show You my DIY project and encourage You to Do It Yourself! The project is real smart glasses that everyone can make at home. All code can be found here and resources GitHub

Arduino-powered glasses for the blind use ultrasonic sensors to detect obstacles, providing real-time audio or haptic feedback. Enhancing mobility, these glasses alert users to potential obstacles, fostering independence and safer navigation. HARDWARE REQUIREMENTS 1.GLASSES 2.BATTERY 3. Arduino nano. 4.ultra sonic sensors 5.buzzers 6

Integrating these two tools allows you to combine the versatility of Arduino as a microcontroller with the power and simplicity of Python to create innovative projects. In this article, you will learn how to connect both worlds and delve into the essential steps to start developing your own applications using these technologies.