We can easily maintain social distancing with this circuit. It shows the distance in OLED & starts buzzer when the distance becomes low.
The outcome of detecting distance by Grove - TF Mini LiDAR is going to display on the screen of this tiny and portable Wio Terminal!
A contribution to maintaining a safe distance and the health of people in the time of COVID-19 Crisis
A connected protective visor which helps to respect preventive measures against covid19
Sunglasses that serve an even more useful purpose than protecting the eyes of the blind. They can help them detect objects in front of them.
This Arduino-based machine will always prepare perfect Argentine mate (traditional infused drink).
Give your mBot a LIDAR measurement hat using the MappyDot to avoid your cat, legs and furniture.
Find the location of a device, using multiple DWM1000-ESP8266 pairs, and an FPGA.
A low-cost stick designed for blind people that enables them to walk without any assistance.
Take Nvidia's JetBot platform to the next level by expanding the functionality of the Jetbot API by adding new sensors and drivers.
Make an assistant which tells you about how much to drive backwards without any collision through your smartphone by Arduino and 1Sheeld.
Track the distance, speed, and acceleration of your bicycle in real time using two Particle Photons.
This project can perform a number of tasks simultaneously while being monitored through serial port on your computer or on your mobile.
Therefore, through this article, we will teach you how to assemble your distance calculation device using the reed switch sensor.
Using Wemos D1, an ultrasonic sensor and Thingio.AI IoT platform.
This project takes a simple HC-S0R4 and adds an LCD.
Example (including library) of using ST's VL53L0X ToF sensor for distance measurement with PSoC4.
This project will measure the distance
Smart bin that monitors waste bin air quality, level, temperature, and humidity.
Distance measurement using an ultrasonic sensor.
Creating an adjustable distance parking sensor using a GrovePi+ board, an ultrasonic ranger, two LEDs, buzzer and and RGB LCD Display.
Project of water level monitor with ultrasonic sensor HC-SR04 with implementations for Arduino + Ethernet, ESP8266 or ESP32 microcontroller.
Temperature and humidity sensor DHT11 data displayed on UI and I2C LCD display as well as messaged to Azure IOT Hub.