Why do you want to stop touching since it is part of our human nature? Well, it is all because of the virus floating around. Health officials keep telling the public to stop touching faces when they couldn’t help. So I decided to use some technology to help. Supplies: Hardware M3 Hex socket head screw: https://amzn.to/39pA0bL M3 Flat
STOP Face Touching Device Continue Reading
This instructable is part of the course Physical Interaction and Realization at KTH, Royal Institute of Technology. We are going to teach you how to build two, quite organic and interactive plant-lamps, Thorulf and Svamp. Thorulf is a plant with flex sensors and LEDs while Svamp is a collection of mushrooms with circular force sensors. They are connected via Bluetooth and
Alone Together – Plant Lamps Continue Reading
In this Instructables I am going to explain about my new project called ” A Pocket Sized Touch Keyboard” .It is a Arduino based small physical device used to simplify your different keyboard operations.You plugs it into your computer usb port and touch it on the capacitive touch sensor,the sensor can be made from any
A Pocket Sized Touch Keyboard Continue Reading
Ever wondered how the chameleon changes its colour through the changes in environmental colours? There’s something called Melanocyte Stimulating Hormone or MSH. If you want to dig more into this please follow this Link. The stories apart, I wanted to build ambient lighting system or something like the chameleon. This looks cool and also it helps
Electronic Chameleon Continue Reading
In this Instructables I’ve come with an idea that can be implemented to existing 3d printed prosthetic hands. In existing electrically powered prosthesis I Couldn’t find the use of capacitive touch sensing technology for the actuation of fingers. This project combines two very cool things, Arduino with Capacitive touch sensing for the actuation and remix of e-NABLE Phoenix hand design.
3D Printed Prosthetic Hand With Capacitive Touch Sensing Continue Reading
This instructable explains how to pinpoint the location of an object using an Arduino, two ultrasonic sensors, and Heron’s formula for triangles. There are no moving parts. Heron’s formula allows you to calculate the area of any triangle for which all sides are known. Once you know the area of a triangle, you are then
Dual Sensor Echo Locator Continue Reading
This was my project for Hack Sioux Falls. I built it one weekend and it turned out a lot different than I thought it would. It was a lot of fun and there are a lot of variations on what you could have the Arduino code do once you get the shadowbox wired up. My
Infinity Mirror With Ultra Sonic Sensors Continue Reading
Calculating on paper is never an easy job. And when it comes to formulas with sub-formulas of their own, it is nothing short of a nightmare! Take the case of a simple pendulum, which has a variable with a formula of its own. What if there was a way to replace these scary calculations with
Measuring Time Period of a Pendulum Using IR Sensor Continue Reading
We will learn how to detect movement in a space using a PIR motion sensor and Arduino’s digital input. We will set up a circuit with a breadboard and use basic Arduino code to manipulate a solitary LED. We will utilize Tinkercad Circuits to replicate the circuit, enabling you to follow the process without any
PIR Motion Sensor With Arduino in Tinkercad Continue Reading
Let’s learn how to read a photoresistor, a light-sensitive type of variable resistor, using Arduino’s Analog Input. It’s also called an LDR (light-dependent resistor). So far you’ve already learned to control LEDs with Arduino’s analog output, and to read a potentiometer, which is another type of variable resistor, so we’ll build on those skills in this lesson.
Light Sensor (Photoresistor) With Arduino in Tinkercad Continue Reading
