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Conferences happen across the world and for many different reasons, but one thing that is common between every conference is the conference badge. From simple sticky labels and makers, to elaborate electronic badges, the conference badge is there to help everyone learn who everyone else is!
The humble Arduino has powered many projects across the globe. Created in the early 2000s, the Arduino’s goal was to provide a cheap development platform for artists to experiment with electronics. For many years the Arduino set the bar for others to beat, and it wasn’t until the rise of the Raspberry Pi in 2012 that we saw competition that would offer an alternative experience for those new to code.
In the final part of this series we finally start cutting things with the K40 laser cutter! We will transfer our designs created in Inkscape to an application called K40 Whisperer from Scorchworks. Now you might be thinking “But the K40 comes with its own software, can I just use that?” Well, yes you can, but I’ve found that K40 Whisperer is a lot easier to use, and it even runs on Linux devices. This is incredibly handy for my Makerspace as we are using an old Lenovo X61 laptop running Linux Mint to run the laser cutter.
In this part of the K40 laser cutter series we shall learn how to create graphics ready for cutting on the K40 using a free vector image editor and when it comes to editing vector images, the industry standard is Adobe Illustrator, but that comes at a great cost.
At Makerspaces / Hackspaces I have noticed one thing, “people come for the 3D printers, but stay for the laser cutters” and why is that? Well, dear reader, it is because they are quick and relatively easy to use.
Digital signage is everywhere. From your local school to Leicester Square, London there are adverts and information radiating to onlookers. How can we make our digital signage for an event? Well using any model of Raspberry Pi a spare monitor, Internet connection and most importantly software called Screenly we can make our very own digital signage system.
In the UK the ASUS Tinkerboard had a somewhat chaotic first month of release. Launching in late February 2017 the Tinkerboard is ASUS’ answer to the dominance of the Raspberry Pi in the Single Board Computer (SBC) market. Boasting more RAM, a faster processor and Gigabit Ethernet, the ASUS Tinkerboard is an overpowered SBC that matched the Raspberry Pi form factor and came with its own version of the GPIO (General Purpose Input Output).
There are many sensors on the market for the Raspberry Pi, Arduino and other single board computers/microcontrollers. But the RCWL-0516 is something new and exciting in that it offers the simplicity of a PIR sensor but with a greater range and ability to detect through objects, yet it still only retails for a few dollars from China.