Colour reading is a real issue for industrial models. I’ve been working on it for more than 12 months now, since December 2009. After many months of hard work, • starting with the standard colour reader (season 1 ) with features a red LED, • adding extra light from bulb lamps (season 2 ), • […]
Arduino + fischertechnik TX-C – Connecting I2C True Colour Sensor Continue Reading
Wireless power transfer systems are well on their way to replacing conventional wired charging. Ranging from tiny biomedical implants all the way to wirelessly recharging huge electric vehicles. An integral part of the research on wireless power is minimizing the magnetic field density. The International Commission on Non-Ionizing Radiation Protection (ICNIRP) provides scientific advice and
3-Axis Magnetic Field Sensor Continue Reading
BTW!!!!! This instructable is awsomeeeeeeThis is a very simple but at the same time a very hard project depending on your skill level. Lets get to building! What this is, is a wireless animatronic hand that doesn’t need a computer to operate. The user wears a control glove and can control the animatronic hand precisely.
Arduino Wireless Animatronic Hand Continue Reading
This is a simple Arduino sketch that was originally designed to experiment with arrays and the built-in timing functionality. I based it on the tutorial sample code http://www.arduino.cc/en/Tutorial/Knock The system consists of a piezo sensor connected to an analog pin that listens for a knock from the user. The Arduino then stores the time the knock
‘Knock Back’ – A Knock Echoing Arduino Continue Reading
Hello everyone! This instructable is a tutorial that will guide you on using the Capacitive touch sensors with Arduino. A Capacitive sensor is a kind of touch sensor, that requires little or no force to activate. In this Instructable about capacitive touch sensing, I’ll show you: How Capacitive Sensors work How to use them with
Arduino Tutorial: Capacitive Touch Sensors Continue Reading
This is a tutorial for using the 7-Key Slider/Wheel Breakout from Rachel’s Electronics. I’ll show you how to solder up the header pins for maximum usability. Rachel’s has the QT1106 datasheet on their site, and a great arduino library for this breakout. The kit from Rachel’s Electronics comes packed with cool stuff: QT1106 breakout with
7-Key Slider/Wheel Tutorial with Synthesizer Continue Reading
It is a model of RADAR. It describes how a radar works in real time. Description RADAR model is used to know how the real time radar works. It is constructed using ARDUINO UNO, ULTRASONIC SENSOR and SERVO MOTOR. We also used to show the output. That software name is PROCESSING 3. Code for software PROCESSING 3: Code for
RADAR model using ARDUINO and ULTRASONIC SENSOR Continue Reading
An Embedded Machine learning-based project was used to detect fire using the inbuilt colour sensor. Description It’s an embedded machine learning-based project used to predict a fire in Arduino nano ble 33 sense with the help of the inbuilt color sensor attached to the board and if the fire has been detected a buzzer is
Fire Prediction using Arduino nano BLE sense and Machine Learning Continue Reading
Arduino: Nokia LCD & Sensors PROBLEM: Making my Arduino, a Temperature-Relative Humidity sensor and a Nokia3310LCD screen work together. Now, I’m a Lazy Old Geek, so what I wanted was an Arduino kit that would take shields. This Freeduino was the cheapest that I could find at the time. http://www.seeedstudio.com/depot/freeduino-usb-complete-kit-p-58.html?cPath=79_82 Since I was at Seeedstudio,
Nokia LCD & Sensors using an Arduino Continue Reading
I am presenting a compact design of a stripboard Arduino board (DIYduino) that includes a 2A motor driver and has additionally the functionality of a sensor shield. The 2-channel version cost approximately $29.43 and is more affordable compared to $39.00 for a commercially available system consisting of an Arduino Uno, $21.50, a sensor shield, $8.50,
Compact 3-in-1 Stripboard DIYduino with Integrated Sensor and L298N Motor Shield Continue Reading
