I didn’t like the Christmas Tree watering options out there. None had everything I wanted, so I made my own version.
It has been working great for over a week. Tree is all green and happy. I’m happy that I don’t have to go under the tree ever again.
Science is happy I used it. Feel free to make a version of your own.
After much research, I’ve found that Time Warner Cable is throttling downloads to my server. Downloading the same 200MB zip file directly from my site, or through a proxy shows 4x speed up using a proxy server.
I’ve contacted Bluehost(my datacenter) and Time Warner Cable. Time Warner Cable’s tier 3 support said they do not throttle but had no idea why my issues were happening.
More information on this at my thread on reddit.
I designed and 3d printed a mount for my Galaxy S3. Works great! Helps me ride around town a lot easier, play ingress, and be a Stravasshole.
I designed this in SolidWorks by subtracting a virtual Galaxy S3 from my design. It would be fairly easy to change it to any other phone.
Instructions on how to download and make your own is on my Thingiverse page.
I finished my first prototype of a shield for the Arduino and I think it looks sweet.
Pluggable Proto Screw Shield for Arduino compatible devices. It expands on the Adafruit Proto Screw Shield and uses pluggable terminal blocks along with screw down points for more industrial applications and cases.
Parts for the Pluggable Proto Screw Shield
- Custom PCB
- 4 Male 8-pin Plug-In Vertical Terminals
- 4 Female 8-pin Plug-Vertical Terminals
- 2 x 8 pin stackable headers
- 2 x 6 pin stackable headers
- 1 Red LED
- 1 Clear LED
- 2 x 1k – Resistors 1/4W 5% Carbon Film
- 1 Reset Switch
Place the stackable headers into the PCB. They go on the outside holes.
Solder all of the headers
Place the red LED into the POWER slot and the clear/green LED on the LED slot. The long lead is the positive side.
Solder the LEDs and cut off the extra wire.
Place the RESET Switch in the reset switch holes and place both of the resistors in R1 and R2.
Solder the resistors and reset switch. Cut off any extra wire on the resistors.
Place the 4 Male 8-pin Plug-In Vertical Terminals around the board as shown and solder the connectors.
Use plenty of solder.
Plug in the female sides of the connectors.
Use the proto area to wire projects to the screw terminals.
So here is the story of why I’m going to Japan. I entered a Google Developer Day contest back in July. They had 8 different locations around the world, and hundreds of entries. Somehow, I scored perfect on their round 1 questionnaire, then a week later, they accepted my entry for an idea I proposed using the Android and their new Arduino ADK. The idea is a wait time system using clipboards and RFIDs, I’m calling it www.escapethewait.com… more on that after I present it in Tokyo. Google sent me an Arduino ADK and are giving me a booth at the conference.
Here is my name as a finalist- Google ADK Finalist
I have a 5 minute presentation after the ADK talk, as well as a booth to show off the idea.
GDD Agenda Tokyo
To say the least, I am thrilled for the opportunity and a little nervous.
Wish me luck! I’ll be back November 8th.