Hackaday Birthday Cake!

September 18, 2011 by Caleb Kraft 27 Comments

[Alex], aka [Grovenstien] turned 30 this weekend. After a conversation with his sister, where she asked: “what was that website with the skull that you always look at?”, he thought maybe he’d get a sticker or a shirt. She surprised him with this totally awesome birthday cake! There really aren’t any build details, but you can pretty much see that it has LEDs for eyes as well as some crazy sparkler effects going on as well. What we’re particularly impressed with is the fact that everything was hand cut, even that crisp text at the bottom. Happy Birthday [Grovenstien] and awesome job big sister!

check out the rest of the pictures after the break.

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Weekly Roundup 9/17/11

September 17, 2011 by Jack Buffington No comments

In case you missed them, here are our most popular posts from the past week.

Our most popular post from the past week was one where we show a project where [Linas] built his own CT scanner and then used those scans to create 3D models.

Our next most popular post was an Engine Hack from the previous theme where [Mike] built a jet out of pipe fittings and motorcycle parts.

Next up is a post that will be of interest to folks who like their privacy. This post shows a project that simulates a trip wire using a laser beam. The end result is the same though. Cross the beam, hear it scream.

Our forth most popular post was one about a robot that can climb walls and then parachute back down to do it again… provided that it has a team of students ready to catch it on a tarp at the bottom.

Finally, we have a post that describes how to create a circuit board out of a piece of glass. The author is using it for a touch-sensitive button interface.

Microchip Puts Up Two $1000 Prizes For USB And TCP/IP Stacks!

September 15, 2011 by Jack Buffington 37 Comments

microchip_call_for_open_source

A couple of weeks ago we put up a post titled Addressing Microchip’s open source problem where we talked about some of their shortcomings as far as open source code goes, specifically the TCP/IP stack and the USB stack. The comments were predictably fairly negative. The interesting part here is that Microchip actually listened. If you read through all of the comments, you will get a bit of an inside look at what is going on internally at Microchip. At the very end, [Marc] from Microchip left a couple of comments outlining a pair of prizes for independently ported stacks for TCP/IP and USB. Microchip can’t fully open the ones that they have because of legal reasons so they need the help of the development community and they are putting up $1000 for each one to prove that they are serious. If you follow this link you will arrive at a page outlining the rules for the contest.

The gauntlet has been dropped! Do you have chops to pull this off and earn yourself a cool $1000?

Video – Eagle CAD’s CAM Processor

September 14, 2011 by Jack Buffington 2 Comments

Here is the next installment in our series of Eagle CAD videos. In this video we skip ahead a bit and show off the CAM processor that you use to create the files necessary to have your circuit boards be manufactured. After watching this video, you will know how create a new CAM program, load a circuit board into the CAM processor, tell it where to save your files, and actually use it to create the files.

We’re skipping ahead today because of a screw up on our part. We meant to show the layout portion of the program today but edited the wrong video… We’ll show layout next week. After that, we will show the completed circuit board and solder the parts onto it.

If you are itching for some Eagle CAD layout info, you may be interested in some supplementary videos that we have uploaded to our Youtube channel. In those videos, we show how to use the most important features in the layout portion of the Eagle CAD.

Have you missed the previous videos? Here are some links to them:

Schematic and the beginning of a custom part: [click here]
More custom part stuff: [click here]

Video is after the break:
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Upverter: It’s Like Github For Hardware

September 14, 2011 by Brian Benchoff 39 Comments

If there’s one thing we’ve noticed about hardware hackery and electronics project, it’s that all the resources to build a project are scattered about the Internet on forums, blogs (heh), and personal web pages. Enter Upverter. The fellows who started Upverter had the same observation, and after some Y Combinator funding, launched what they hope to be “The Github of electronics” and the “Google Docs of hardware design.”

Upverter has the features we would expect – forking, versioning, and integration with Github for a project’s code. Already there’s a few cool projects, like a PIC programmer, a TV-B-Gone, and a tiny version of Conway’s Game Of Life.

We’re not ready to wave the banner of an Upverter fanboy quite yet. There’s quite a number of components available in the schematic editor, but from our experience the component library could use some refinement both by weeding out duplicates and increasing the number of parts. We’d also like to put a zoom control for the schematic view on our wish list. Upverter doesn’t have a PCB editor either, but from this post from a VC rag, the team is working on one. While this is really just nitpicking – Upverter launched less than 24 hours ago – we’ll be happy to see the some projects roll in on the tip line that are hosted on Upverter.

EDIT: ~~link to the Google cache, because we probably Slashdotted it.~~ It’s up for now.

Recycled Clock Spins Round And Round To Tell Time

September 13, 2011 by Mike Nathan 6 Comments

[duckcrazy] recently shared the details on a clock he built, using recycled components to tell time.

He began his project by dismantling a handful of carefully selected pop bottles and an old clock. The bottom and midsection of the bottles were saved, and he verified that they could be easily inserted within one another. The base of the clock is made up of a CD, on which the clock’s motor components were mounted.

He constructed two open paper cylinders bearing hour and minute designations, then glued the respective clock hands inside. The cylinders and clock hands were re-mounted onto the clock’s motor, and the entire thing was enclosed within the pop bottles.

It’s a novel way to build a clock, and moving beyond the plastic bottles and paper for a moment, there’s a lot of potential for some even cooler designs based on his work. We imagine that laser-etched cylinders powered by a micro and a continuous rotation servo would be pretty sweet, though that’s just the tip of the iceberg.

Digging Deep Into The Neato’s LIDAR Module

September 12, 2011 by Mike Szczys 25 Comments

[Hash] is going to great lengths to learn about the parts used in his Neato XV-11 LIDAR (dead link; Internet Archive). We looked in on his work with the XV-11 platform recently, where he used the dust bin of the vacuum as a modular hardware housing. This hack is a hardware exploration aimed at figuring out how an equivalent open hardware version can be built.

The LIDAR module is made of two big chunks; the laser and optic assembly, and the sensor board seen above. [Hash] put it under the microscope for a better look at the line scan imager. The magnification helped him find the company name on the die, this particular part is manufactured by Panavision. He figured out the actual model by counting the bonding wires and pixels in between them to get a pretty good guess at the resolution. He’s pretty sure it’s a DLIS-2K and links to an app note and the datasheet in his post. The chip to the right of the sensor is a TI digital signal processor.

Putting it back together may prove difficult because it will be impossible to realign the optics exactly as they were–the module will need to be recalibrated. [Hash] plans to investigate how the calibration routines work and he’ll post anything that he finds. Check out his description of the tear down in the video after the break.

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