Just got off a Red-eye flight this morning in Toronto after spending a week in San Francisco to attend the Wearable Technologies conference. What an awesome experience! The Conference was great, there were so many great networking opportunities, and I met some cool people. This was by far the largest audience I have ever presented to, and I feel like it could not have gone better; though there were some hiccups along the way…
Every so often while browsing the internet I will come across a project that I absolutely have to make. When I stumbled upon IVC’s Candy Sorting Machine, this was absolutely the case. When my girlfriend eats skittles, she does so by colour – don’t ask me why, she just does it that way. When I watched the video of the candy sorting machine on YouTube, I knew it was going to be the perfect gift for my girlfriend for her birthday. Since this was going to be a gift for someone I really wanted to create it as if it was a consumer product in terms of design. I wanted it to be simple to use and designed so anyone can just turn it on and and it will sort. Video and pictures after the Jump!
On the 8th and 9th of July 2014, there will be an annual wearable-technology conference held in San Francisco. I believe this is the 12th conference Wearable Technologies has organized. This year I have been asked to speak at the conference about my Peltier Ring! You can see the details about the conference here:
I am very excited to see all of the new technologies that will be shown at this event. Also excited to go back to San Fran. If anyone – makers, hackers, fans – want to see the ring and are not able to attend the conference, please let me know, I will be exploring the city all week and networking as much as possible! I would love to check out some hackerspaces as well. If anyone knows the hot spots, let me know!
Just wanted to try out a different LED. Wow.
Today I will start a challenge I have made for myself. I want to design and upload a 3D printable part to http://www.thingiverse.com/ everyday. It doesn’t have to be complex or intricate, just any shape, design, logo, keychain, or device I so choose to make. It could take 5 minutes or all day(hopefully not all day). Anyone is welcome to join, just be sure to tweet your prints with #printaday.
Today I have done a SparkFun Logo Keychain. Keep an eye out for daily uploads! I will take requests as well. (email me)
The issue finally came out and I am still in disbelief. The energy harvesting ring, something that I developed and created, was featured in Popular Science this month(April 2014). I keep telling people this, but I’m pretty sure I have had a subscription to PopSci since I was 13. Now I’m in it! Continue reading
I’ve been tweeting about this for some time now and today it finally happened. Once my twitter account reached 100 followers I would begin a #PIDDYBOT parts giveaway; spare PCBs and 3d-printed chassis. We are now at 100 followers! If you don’t have access to a 3d printer, or don’t want to order three PCBs off of OSHpark then join in the draw!
I will be giving away(shown above):
- 3 – V2 PIDDYBOT Printed Circuit Boards
- 2 – 3D Printed Bodies
- First you must be following @IHPArchives on twitter.
- Keep an eye out for #PIDDYBOT contest and giveaway tweets and Retweet them. Only 1 Retweet required for entry. OR Instead Retweeting you can simply tweet using the button below, don’t change the message to ensure I notice your entry.
I just realized that my firstname.lastname@example.org has not been forwarding its emails! There were a few from a while back so I apologize that I did not respond. I will do my best to get in contact with everyone! Keep sending them in!
Just got the latest revision of my energy harvesting ring PCB and soldered it together. Here is a short teaser video showing it light up. You don’t see much! I stuck my hand outside due to the fact that the heat of my house is too warm to get it lighting without air movement. Its still requires around 40mV to get it going but will continue to blink slowly at around 20mV. I feel as though with an actual TEG module such as the eTEG HV56 it will be on much more frequently. Right now I’m only using a small peltier module not made for generating. I’m still very satisfied with my results. A couple pictures after the Jump!
I would say that this was probably my very first project in the field of robotics. When I was finishing up my last year of high school – maybe 2007? – somewhere online I discovered a world of DIY CNC machines; I had to make one myself. This is a little blast from the past since just today I rediscovered the following pictures. This was such a fun project and I learned a lot from it. Sadly after I finished it, it didn’t get much use. I had power supply and table alignment issues, and a lack of funding to fix it. The best part of this project is the inspiration it gave to my friend, John Grimsmo. After seeing it, this got him into CNC machines and he is now running a successful business using them – http://www.grimsmoknives.com/
Hit more to see more pictures of my first hacked together CNC machine.