From traditional crafts to modern crafts, we’re covering news and interesting projects to educate you and keep you inspired. Design trends and pop culture related projects are here to inspire.
Ian’s new Instructable looks great for Nixie tube hackers, but be careful this one requires a lot of care. He writes “This SMPS boosts low voltage (5-20 volts) to the high voltage needed to drive nixie tubes (170-200 volts). Be warned: even though this small circuit can be operated on batteries/low voltage wall-worts, the output is more than enough to kill you!” Link.
DIY live has some good tips on fixing that old NES “I took apart my nintendo, and found the 72 pin connector. I took my smallest flat head screw-driver and pried every pin up a little. Over time, they had lost their springiness (I don’t know if that is a word, but it describes what I am talking about). This is a pretty good fix. It may not be the best, but it works. Another thing to help out is to clean the pins of your old cartridge. You can take a wooden pencil with the red eraser, and rub it on the pins of the cartridge. Make sure you get all of the eraser off of the cartridge.” Thanks Star! Link.
Sans writes “The cheapest way to remotely control a device within a visible range is via Infra-Red light. Almost all audio and video equipment can be controlled this way nowadays. Due to this wide spread use the required components are quite cheap, thus making it ideal for us hobbyists to use IR control for our own projects. This part of my knowledge base will explain the theory of operation of IR remote control, and some of the protocols that are in use in consumer electronics.” Link.
Nice outdoor webcam installation – “…the final webcam installation including painting to comply with our homeowners’ association. You may need a stepladder and a piece of cardboard to “frame” (as a movie director might) your intended view from a workable location in space. If you’re lucky, you just attach your cam housing to an existing surface. Get a sense of the angle of coverage afforded by your camera before you do this. High school geometry and its study of triangles may be finally useful to you here.” [via] Link.
Mac writes “A while back, I happened upon the application note “Interface to Optical Mouse Sensor” on the Kronos Robotics website. It discusses the use of a sensor from an optical mouse for use in position sensing coprocessor on a robot. The application note did not go beyond the proof-of-concept stage. That is, could the sensor be directly interfaced and controlled? Since I didn’t have easy access to the GE mouse described in the application note, I wanted to see if there were other optical mice available that had an Agilent optical mouse sensor, which I could use in its place. I also wanted to go beyond the proof-of-concept stage and acutally use an optical mouse sensor in a robotics application. Before developing that application, though, I first needed to gain familarity with interfacing to the optical mouse sensor in a Forth environment. This webpage describes the hack I did to a BTC optical mouse to enable direct control of the Agilent (now Avago, see below) ADNS-2610 Optical Mouse Sensor and the Forth code written to control it.” [via] Link.
Here’s this week’s “cool stuff being made!” – “…animation of the making of a flat panel display. In fact, you’re probably looking at one now. This shows you how once again you are surrounded by manufactured products: cars, food, clothing, flat panel displays. Without manufactured products, the world would be a quiet and empty (and hungry) place.” [via] Link.
Jake posted up an Instructable for our mousebot “Mousebot from Make vol 2 is a fun introduction to robotics. So fun that I’ve created this expanded documentation of a Mousey build from start to finish, with a few extra little tips you won’t find in the mag. This how-to is best understood after reading the original article from page 100 of Make vol 2 however it is probably not required. Mousebot is a simple bot that uses two “eyes” to sense light and then turns towards the light. A single large “whisker” is mounted on the front of the mouse to detect collisions.” Link.
