Tomas Amberg has built a Web-enabled, Arduino-based IoT Gauge with a REST API, and connect it to the IFTTT mash-up platform, via the Yaler.net relay service. In simple language, it is somewhat like the weasley clock of harry potter, which can show the current location of the owner.Since the designing and coding of IoT gauge is generic, it is also used to display subjects like weather events.
It would be a fun ride to metamorphose any switch, joystick, sensor or other electrical gadgets into a USB keyboard and/or mouse. To begin with, you can convert any input device into a controller for your computer programs or games. And the most fascinating portion of this tutorial is yet to be explored as you can do every conversion with one line of code, inside the relaxing margins of Arduino. This interesting tutorial by Jimb0 of Sparkfun is dependent to this micro friend: the SparkFun Pro Micro! The Pro Micro is a small, Arduino-compatible microcontroller positioned around an ATmega32U4 – an 8-bit AVR akin to the ATmega328 with one colossal limitation: The 32U4 comes fitted out with a full-speed USB transceiver.
Who doesn’t get fascinated towards those bizarre optimistic professional LED wall with endless repetitive patterns. Now, if you have some experience in wiring and other technical stuffs, why not take a further step to enhance your professionalism. Well, this tutorial by Adafruit is definitely a savior if you are interested in building a professional LED wall by using a 16×32 RGB LED matrix panels and a bit of patience.They have used 18 panels to construct a 96×96 pixel display, which measures roughly 2ft square. As you can see that the video decoder boards do all the diligence, therefore all you require is a DVI/HDMI/Displayport
Coffee is one true love for every heart that pumps their blood in hard work, want to escape the boredom from all tedious work or push the limits to meet the deadline. This tutorial by Arduino Project hub allows you to solve the puzzle arising out of diverse capsules, placed in a different jar and then have no idea which color to pick.To resolve the confusion of finding the correct jar containing the correct capsules, the Nespresso capsule detector is introduced. The notion is rather effortless. All you need is to drop a capsule into the tube, and as soon as it’s absolutely dim, a distinct LED lights up. The RGB light sensor states the brightness concentration of each color channel – Red, Green, and Blue.
Who doesn’t like to get greetings from people and when you get the same from your house, it gives you an overwhelming experience. Houses with modern sensors, not only makes your life easy and comfortable but also saves the environment and assist humankind.This tutorial by Hacktronis aims to lend a hand in constructing your own Arduino motion sensor/detector so that you can experience something as soon as you enter your room like have the lights turn on, or have your theme song play whenever you enter.
What if your embroidered fancy clothes hold the ability to observe your fitness levels or improve your smartphone reception? And here, the vision does not limit to several wiring and equipment tailored inside your dress. Cheers to an innovative technique that uses ultra-thin electronic thread to stitch circuits into the fabric, where each embroidered antenna transmit test signals with near-perfect productivity.The most exciting feature is its proportion, measuring just 0.1 mm in diameter. The thread encompasses seven filaments made of copper and silver. Using this advantage, researchers have discovered a mode to embroider circuits into textile with sufficient accuracy to assimilate electronic components such as sensors and memory devices into clothing.
We have seen various occasions when technology was mixed with creativity to demonstrate universal magic. In this tutorial of Adafruit, get ready to say “Lumos” as this exciting project, known as Raspberry Potter, syndicates everyone’s two beloved things—the open source Raspberry Pi and the magic Potter wand.This interactive magic band can either be purchased or you can DIY your own by adding a sequin or pearl button to the tip of any wand you have lying around the house. The wand act together with a magic lantern that is essentially a hacked hurricane lamp.
This intermediate tutorial of arduinomylifeup defines an upfront process to develop your own Arduino web server. The steps covering this procedure involves the dynamics of getting it up and running. Further, this tutorial also aims to cover some core concepts such as using ajax for updating rather than refreshing the page over and over.In order to understand this tutorial and fully execute it, it is crucial to learn some basic HTML concepts, which is exceptionally simple to grasp. For newbies, it is recommended to go through w3schools for a basic introduction, to gather some basic notions about HTML.
You are aware of various pros of an LCD (liquid crystal display) and its ability to perform and therefore in this Arduino LCD tutorial of arduinomylifeup, we will learn how to connect a simple 16×2 LCD up to the Arduino with this good little device.If you had some experience with the LCD boards, you must be aware of the fact that they are not assembled with header pins and hence, will need to be soldered on. With the availability of header pins, you can perhaps skip soldering but getting a worthy connection to the board will be challenging. The potentiometer in the circuit is used to control the brightness of the screen.
Engineering your mind in electronic inventions is not everyone’s cup of tea but a born enthusiast cannot ignore its guts for a long period. Dansku or Daniel Andrade in his recent post has detailed about its unsurpassed urge to create DIY projects while pursuing electric engineering.In this simple project, Daniel has shared a blog that defines how to shape a metronome via some simple parts, which are readily available in any electronic shop. To begin with, a Metronome is any device that generates a structured audible and visual pulse, habitually utilized to create a stable beat, or tempo and computed in beats-per-minute (BPM) for the execution of musical compositions.
In yet another post, dansku has attempted to relive the past of technology. From connecting computer to the old 32′ TV in order to watch things from the internet to the era of eMule, which was ruling the p2p community or to the introduction of HTPC (Home Theater PC), a dedicated computer that gets connected to the TV, with good Motherboard/VGA/Soundboard and with gaming aptitudes.The inventions never stopped and so the demand for technology. In this tutorial, Daniel has used a 2TB Lacie Network Space 2, which is a simple NAS Server, and a WD plus Live. The WD PLUS LIVE is a small computer with an operating system to playback videos and music with no storage facility.
Time and again, it is entertaining to make use of daily items to create something innovative and ironically, this project itself is using a pizza box to bake itself. In one of the DIY projects of statusorel, they have developed a solar oven by using a pizza box.All they have used is to make this device are Cardboard pizza box, Box knife or scissors, Aluminum foil, Clear tape Plastic wrap or a heavy-duty or freezer zip lock bag will also work, Black construction paper, NewspapersRuler or wooden spoon and a Thermometer.
A Casio PT-82 was considered as a classic of Casio 8 bit technology before the famous SK-1 came in market. A LushOne kit can be used to modify simple keyboards. But PT-82 does not has a circuit bend as the SK-1.The useful modifications that can be made are quite limited. The sliding switches can be stripped back to individual components, plastics can be removed from the debris and the springs can be adjusted on the sliding switches.In one of the tutorials of Lushproject, base can be used to add a filter with LFO input to the cut-off frequency and a ring modulator with second oscillator input to the PT-82.
We are completely familiar with the fact that Lithium Polymer Batteries contains great power in a small package. But they are designed in a manner which is considered tricky in order to charge securely. In a tutorial of Adafruit LiPo Chargers project, a charging cycle is designed for safely charging 3.7v Lithium Polymer cells.This project aims to design the batteries that can adjust more than 3.7v. But forcing more voltage into a multi-cell pack is dangerous. Therefore, Adafruit has come up with another tutorial that shows how to safely charge multiple cells while maintaining a balanced charge.
Yes, you got it right, you are now free from carrying an extra charger for charging your mobile batteries. We all use mobile phones and definitely, a discharged battery makes the phone useless. A wireless recharging battery case can be a solution. You just have to make sure that it is gently placed near the battery and the power transmitter, How can we do this? The following tutorial of the Adafruit has the answer.Have a closer look, firstly just to protect the battery case from getting damaged. Make sure that the Qi charging stickers must be used that terminate in Micro/Mini USB connectors. Be careful while modifying high capacity batteries.
This project by Do-It-Yourself directs you to develop a motorized zoom machine, which can be perfectly used for spiral star trails or for zooming the lens in and out. Further, the gear sizes and the lens gear can be altered accordingly to suit your camera’s zoom lens. In this project, a Nikon D800 with a 14-24mm zoom lens is used as an example.Servo City list of this project includes Gear Motor, Aluminum Clamping Motor Mount, Aluminum Channel, Square Screw plates, Zinc-Plated Alloy Steel Socket Head Cap Screw, Bore Set Screw Hub, Shafting & Tubing Spacers, OD Flanged Ball Bearing (Stainless Steel), DC Power Cable, Digital Manual Speed Controller, 12v Battery Tray, Female Crimp Terminals ad D-Shaft ad some essential tools.
In another DIY project of a raspberry engineer, they have attempted to make a Raspberry Pi Computer that only cost $35. This mini-sized PC hold various possibilities and can be used in the form of PVRs (personal video recorders), retro gaming machines, weather stations, in-car PCs, jukeboxes etc. The creativity completely lies in your hand and brain that how you want to use this product.This ultra-portable, mobile Raspberry Pi that you can take to-go is an open source project. And here, the developer has explained every bit of this project. Talking about the LCD screen, in this budget-friendly project, the LCD is used from an aftermarket backup camera system that can be installed in a car.
This is a simple yet effective project by DFRobot, where he has introduced a heart rate monitor. Basically, this device has the ability to acquire a heart rate equivalent from a pot meter and exhibits the range one of 3 LED. Moreover, this is also displayed by pointer controlled by a servo motor and on mobile phone Apps.We must understand that this project is the combination of two rudimentary Arduino example projects that uses Intel Curie BLE capability and Servo motor. The DFRobotGravity: Starter Kit for Genuino / Arduino 101 is being used that permits connection establishment to the Pot meter, three LEDs and the Servo Motor in the simplified manner.
As an engineer or a crazy techie, you must have opened up various electronic gadgets and then try to reassemble it. I am pretty sure, you also have attempted to create something innovative from the garage. Well, those activities are the part of your beginner stage. This article, which is posted by a raspberry engineer is posted under Radio Projects, where a radio is made into a lunchbox!Different from your earlier reassembling activities, this project is at an advanced stage, which contains codes and other serious technical stuff. This homemade radio has 6 buttons and a 20×4 LCD screen, which contains “ON” and “OFF” button along with “BACK”, “PLAY”, “STOP” and “NEXT” buttons. The device is connected to the internet via Wi-Fi and with the help of USB hub connected through a Pi-Supply, the radio is powered.
Jacob Martin, in one of his project, has made some milli or microfluidics by using the free space on the template and find out the probability of using laser engraving and cutting for homemade microfluidics for simple lab-on-a-chip applications. The microfluidic devices used in this project is built by using femtosecond laser machining and spectroscopy. The material used here is acrylic 3mm and two different types of chips are made where one is engraved and other is cut. Install Inkscape, which is an open source vector art drawing program, to set up and to download the template from the website. After this, two dissimilar etched designs are shaped – a spiral and a shrinking channel. As we proceed, the pictures of the shrinking channel design can be clearly seen with the machined beam profile of 100 microns.