Introduction: DIY Your Life!
If you are a real DIYer, you probably think that a standard way of life is never really adapted to your needs. There is a French proverb that says "Vous n'etes jamais mieux servis que par vous meme"(If you want a thing done well, do it yourself.) and this is the exact reason why I choose to live in a custom environment. In this Instructables, I'll show you my apartment and many small projects I made to improve my life and to reduce pollution.
- If you need "an object", first consider modifying something you already got!
- Why buy new when you can make better ?
Here is a summary of what I will show you:
- Who am I?
- My robots
- My room - made for projects (sleeping is only an added value!)
- Led reading lamp
- Bedroom illumination CFL lamp
- Camera tripod
- Skype Cell
- Laptop reparation
- Remote control amelioration
- Composite video cable from a banana wire
- Battery charger: from AA only to AA / AAA
- TV antenna
- Plants + shelf
- Plant light
- Alarm clock
As you will see, I'm a hardcore DIYer. I can't live without a project! I hope you will like what I have to show you and that you will vote for me. An Epilog would be so useful! Your second best choice is to vote for my friend Jerome Demers Desktop energy seed lamp or for Simon St-Hilaire's description of our robot BOTUS so I could have access to a machine :)
Note: As you will notice, I'm presenting many projects but I'm not explaining in details how they are achieved. If you are interested by something, just ask your questions in the Comments. If there is enough interest for a project, I will make a detailed Instructable about it.
Step 1: Who Am I?
First of all, who am I?
I'm from Quebec, Canada. I was born in St-Pascal de Kamouraska, an immense city (4000 habitants!) I have always been a curious child, always asking questions, always trying to understand how stuff works, why we are doing it that way, etc. My mother was playing "The Game of Silence" with me to get some rest!
When I wasn't playing Lego, I was building small projects in the basement of our house. My favourite place to go was the local hardware shop. I started to ask them for impossible stuff at about 8 years old (and 8 years later I was working there). It seems that I was a little messy when I was working so my dad banned me from the basement. I then installed my small lab in my tree house...
When I was about 15 or 16 I started to concentrate my projects on robots and I learned electronics, then C programming. I built a small workshop in the basement. I wasn't really successful and most of my project were never ended, except maybe my vacuum cleaning robot (pictures later).
After I finished my High School, I went to La Pocatiere to study Technologie Physique. It gave me access to a complete machine shop and many electronics instruments. I met people there that became my friends and my project partners. With the support of my school, I participated twice to Eurobot OPEN.
I'm now studying Electrical Engineering at Universite de Sherbrooke and I'm doing more projects than ever! I am developing products for Nova Biomatique Inc. (Plug'n'Grow), I helped a FIRST team, I do robots for my school projects and I always tinker. You will see some of these projects in the next pages.
Step 2: My Robots
The ASA (Aspirateur Semi-Autonome) serie. With my good friend Louis Landry-Michaud we built 3 vacuum cleaning robots for a local science fair (Expo-Sciences Bell). The first one was horrible and poorly working, but we won in our school. The second one was better looking and it worked! We won public prize and Ecole Polytechnique prize at the regional competition. The third one was never ended...
My two biggest projects ever were built for Eurobot. Created in 1998, Eurobot is an international amateur robotics contest open to teams of young people, organised either in student projects or in independent clubs. Eurobot takes place in Europe but also welcomes countries from all over the world.
A video or our qualification routine:
My first EE term team project in Electrical Engineering, a robot that can reproduce the colour of the ground. This project was never completely finished, notice the bad deplacements, but we still managed to receive a mention for innovation for our "Color Matching" feature.
Cam�l�o le robot cam�l�on
My second term of Engineering team project, an exploration robot, BOTUS:
Simon St-Hilaire's Instructable on our BOTUS Project
Step 3: My Room - Made for Projects (sleeping Is Only an Added Value!)
As I am living in an apartment, I don't have a lot of space to build a large workshop. The only place where I can put my tools and my project is in my bedroom. As you can see in the pictures, it's packed with a lot of electronic stuff!
Step 4: Led Reading Lamp
- 31 10mm Warm White LEDs
- Power supply from an old camera
Step 5: Bedroom Illumination CFL Lamp
This is my bedroom/workshop illumination setup.
- LEGO container
- Metal threaded rod
- Some nuts
- Metallic wire
- Electric wire + lamp sockets
- 3 CFL
Step 6: Camera Tripod
A PanaVise with a PCB claw head is a great tool to assemble and tests circuit boards. But, what do you do when you want to picture that board or film this robot and you don't have a tripod? You can make a new head for the PanaVise!
Step 7: Hookah
This is my homemade hookah, used to smoke shisha (hookah tobacco). I'm not a cigarette smoker at all, but in some occasions smoking shisha with friends is interesting.
Note: Shisha is legal, since it is only flavored tobacco.
It's made almost entirely from recycled parts:
- 1 empty bottle of beer
- 1 "Puppy Slush" container
- 1 Masson jar
- 1 hose caddy's wheel
- Some aquarium tubing
- 2 wood dowels
- Silicone + aluminum tape
Step 8: Skype Cell
I had a cheap malfunctioning headset and a broken cellphone (cracked screen) and I needed a reliable solution to make calls with Skype... so I combined two ready-for-trash items in a good SkypeCell!
All the details are there: SkypeCell
Step 9: Laptop Reparation
My first laptop, an Acer Travelmate 4652, wasn't tough at all... After about two years of abusive usage, the two hinges broke down. I decided to recycle it as a media center.
- Old laptop
- Audio and video cables
- Duct Tape
Step 10: Remote Control Amelioration
I have a lot of AA batteries, but very few AAA. When the batteries of my remote control died, I decided to mod is so it could accept AA cells. I simply soldered a battery adapter on the existing connector and I hot glued it to the case. Simple but useful!
Step 11: Composite Video Cable From a Banana Wire
Saturday, 10PM. With a couple of friends we want to watch a good movie. But... where is the RCA cable that will allow us to plug the laptop to the TV??? All the shops are closed, there is only one solution: DIY!
See what you can do with 2 banana wires and 5 min on the pictures! (And it works great!)
Step 12: Battery Charger: From AA Only to AA / AAA
I have a small Energizer battery charger that supports 4 AA cells. However, I needed to charge AAA cells so I found a quick fix. By using a standoff, I was able to charge my AAA cells without modifying the original charger!
Step 13: TV Antenna
My roommate and I are not big TV fans but we like to stay informed. We made a simple antenna that allows us, even if we live in a basement, to have a nice TV reception of the local news channel.
Step 14: Plants
Aside from electronics, I also like to grow plants of all kind. In the photos you can see the automated system I built to grow tomatoes and cucumbers.
Step 15: This Alarm Clock Was Simply Too Bright
When I bought this blue display alarm clock, I didn't know it was that bright... it may be interesting in a store but I don't like my alarm clock to illuminate my entire room. Why not make it dimmer?
- Opening the case
- Finding the current limiting resistors
- Changing them
- Closing the case
Finding the current limiting resistors is the only tricky part of this hack. I searched for the biggest resistors on the board. There were 2 0.5W 22 ohms near the display and they were hot. All the other resistors were 0.25W. I took a chance and I decided to replace them with higher values ones.
Tip: I needed about 44ohms @ 1/2W and I only had 0.25W resistors. I parallelled a 75 and a 100 ohms to make a 0.5W 42 ohm one.
Step 16: Thanks and Credits
In many of my project I wasn't alone. I would like to say a special thankyou to all the team members I had and have:
Pierre-Luc Bacon and Sebastien Belanger
Pierre-Luc Bacon, Sebastien Belanger, Stephan Couture, Jonathan Dube
Team P8: Eugene Morin, Simon St-Hilaire, Louis-Philippe Brault, Alexandre Bolduc, Louis-Philip St-Martin, Sebastien Gagnon and Vincent Chouinard
Eugene Morin, Simon St-Hilaire, Louis-Philippe Brault, Alexandre Bolduc, Sebastien Gagnon, Simon Marcoux, Guillaume Plourde and Vincent Chouinard
Step 17: Conclusion
If you read up to this point, I hope you liked it...
Here are a few projects that I plan to do:
- "Auto-Learning" Color Sensor
- Climate controller for my car
- Eurobot (2010 or 2011)
- Outdoor rover (BOTUS v2)
Don't you think an Epilog would be useful?