The SolidPC Q4 is technically only a carrier board featuring a microSD slot, Displayport, HDMI 1.4B, two RJ45 ports with the option for PoE, three USB 3.0 Host ports, jacks for mic and stereo sound, and an M.2 2230 connector for a wireless module.
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It’s based around the MicroSoM, a module even smaller than a Raspberry Pi, and built around a carrier board that has all the ports you could ever want from the tiniest PC ever. The SolidPC Q4 is one of the smallest x86 implementation you can find. The latest release from SolidRun is the smallest we’ve seen yet. ARM is eating them alive, of course, but there are still places where very small and very low power x86 boards make sense. The most interesting market for Intel in recent years has been very, very small form factor PCs. Posted in home hacks, Tool Hacks Tagged cnc, coffee, espresso, lathe, machining, mill, moka, pot, solidworks Success! It wasn’t long before the black stuff was bubbling into the top chamber ready for consumption. After quite a lot of work he rinsed out most of the metal chips and WD40, packed it with coffee, and put it on the stove.
The spout was interesting, as it was made by building up a glob of metal using a welder and then shaped afterward.Īs usual the video is of ’s exceptional quality. He also used his CNC to cut out some parts, like the lid and handle. He had some good tips on working with deep thin walled parts. The base and top were cut on a combination of lathe and mill. It was designed to be a moka style espresso pot sized around both the size of stock he had, and three purchased parts: the gasket, funnel, and filter. So, he brought out two chunks of aluminum from somewhere in his shop, modeled up his plan in SolidWorks, and got to work. We imagine there was a hasty round of consulting with his inanimate friends and before he decided the only logical option was to make his own. was cleaning up his metal shop after his yearly flirtation with woodworking when he found himself hankering for a nice coffee. He was, however, completely without a coffee making apparatus. The keypad overlays for one specific make and model of microwave can be printed over and over again, bootstrapping an effort to make membrane keypads useful for all blind people. It’s a brilliant use of people who have just enough experience in Photoshop to be useful, and since this is a crowdsourced effort, work isn’t duplicated.
These photographs are scaled to the correct dimensions, a few outlines are made, and the buttons with Braille text are designed. The process begins with a few pictures of a keypad with a reference object – for example, a dollar bill. For this, the project suggests a crowdsourced effort of hundreds of designers turning photographs of keypads into Braille overlays. The big question is how these overlays are designed. These keypads are designed to overlay the membrane keypad on consumer electronic devices, and the initial testing reveals these keypads are robust and useful enough for blind users.Ī 3D printed overlay for a microwave is simple, though. This is done with a 3D printer using a flexible or semi-flexible filament.
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There are two aspects of this project that are exceptionally interesting, the least of which is how to make Braille keypads for a microwave. This project for the Hackaday Prize is going to change that by building a crowdsourced effort to design Braille keypads for thousands of appliances. Your microwave, your TV, and almost the entire inventory of Best Buy have one thing in common: they all uses membrane switches for user interaction, and that means these devices are inaccessible for the blind.