There are many different ways to keep your plants watered on a schedule. [Luca Dentella] just created a new one by building the irrighino watering system. He used standard off the shelf, hardware to keep it simple.
[ZPriddy] was looking for a way to control his Nest thermostats with Amazon Echo. He didn’t want to settle for using AWS or some other hosted service. [ZPriddy] wanted something that he could host and manage completely on his own.
Yes, it's another barebones Arduino, but the additional prototyping space makes it a unique and very handy board to have. The Atmega328 is socketed, so if you do something crazy, you are back in business for under $5.
"I wanted to build a Raspberry Pi weather station that was able to sustain itself off grid and send me the results through a wireless connection, from anywhere! This project really has had its challenges, but luckily powering the Raspberry Pi is one of the main challenges that has been made easy by using the PiJuice as a power supply with it's added solar support."
A while back, we got a set of weather sensors from Sparkfun. It includes a Anemometer (speed), Wind Vane (direction), and a Rain Gauge. I used a hand held wind speed device to calibrate my Arduino code.
The ESP8266 is an amazing chip for all your home automation & Internet of Things projects. This chip costs less than $5, has WiFi connectivity, an onboard processor, and is compatible with the Arduino IDE.
This project uses a simple IR Transmitter (in this case I used a Max Power LED kit to extend the range but any IR LED would do) connected to a spark-core, to send IR commands to the Air conditioning unit over the internet.
Let’s start exploring a bit more about Intel Edison. As you may already know, Intel provides 2 different hardware platforms to work with Edison development board: the core module is called Intel Edison Compute Module, while the 2 extension boards are called Intel Edison Arduino Board and Intel Edison Breakout Board respectively. We refer to them as the Arduino module and mini-breakout board, respectively. The tutorial of this week is called Getting Started with Intel Edison Mini Breakout Board:
In our kitchen, the light that falls on the counter is blocked by the kitchen cabinets. It would be nice to have some light when preparing food, but often when you need light, your hands are dirty. I came up with the idea of running a strip of LEDs under the cabinets and being able to control them by waving your hand under the cabinet to turn them on. You can adjust the brightness by moving your hand down from just under the cabinet to counter level to control brightness based on the distance from the cabinet.
I am using an ultrasonic range sensor to determine the hand distance between the cabinet and the counter. I don't want to run the sensor all the time because, even though we can't hear the 40kHz chirp, I imagine the dogs and bird (our pets) can hear it. Additionally, I imagine there is a limited lifetime on the sensor. So I added a pyroelectric infrared (PIR) sensor that will only activate the ranging when it senses movement around the counter.
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