We also persuaded Isaac to involve himself with the building of this place.  He did a great job screwing down 2 sheets of flooring.  My brother bought me a new Makita impact driver which is AWESOME!  It is so fast and light.

Anyhow, Isaac was running that and got a bit of the Dirty Harry feel going for him.  I guess he was feeling like he needed to pick on Abigail some though as he split after sheet #2 was installed.  Still, it was a great thing seeing the boy work!

The inspector checking on things…

So, after we got the outer walls done and the flooring down, we started on the inner walls.  On Sunday, we were able to get the interior walls for the bathroom and kitchen built.  We also hung about 1/3 of the sleeping loft’s floor joists.  We should be able to finish that pretty quickly which will make all of the high-up work like the last of the outer walls’ OSB and the roof rafters go up pretty easily.  The only thing that I though I was going to like but don’t is the 8 foot ceilings in the bathroom and kitchen (and eventually, everywhere else).

We installed 8 foot boards beside the 10 foot wall studs to support the sleeping loft floor. That leaves us with just under 2 extra feet for a knee wall in the sleeping area

Working on the sleeping loft

Shazaam! The bathroom and closet!

It’s too high and we lose some of the advantage of the added height of the exterior walls.  I am not redoing it now though so we are going to have really nice high rooms in our deluxe shed, or, as I have been calling it, the city-slickers’ deer stand!

See all of the progress on the cabin

We put a tent over the areas we worked and it wasn’t so bad I guess.  We made a lot of progress.  I won’t say much as the pictures show a lot of what we got done.  There is still a ton of cross-bracing to be done but we ran out of wood and, more importantly, nails.  We will be heading back tomorrow for more of the same minus the running out of nails part.

See all of the progress on the cabin

This saves lives but also shortens lives. Post hole digging is faster and easier with this auger but it beat me to death!

Isaac hiding from work in one of our holes. We are building a post-and-pier foundation.

Post and pier foundation

Emily and I are building a house, really.  It will have more than a toilet.  Emily calls it our “deluxe shed” as it will be more of a small cabin than a house.   I have been fascinated by the small house movement (see Tumbleweed Houses for example) for a while now.  The idea is put forth as an alternative to the trend of increasingly larger houses over the last 30+ years.  I don’t care what size house people live in but the small house philosophy suits me.  In a way then, we are sort of participating in the small house movement…except it is going to be our second house.  I think that must somehow be against the point of the small house philosophy.  Still, we really like the idea of simplifying and someday, the first house will be sold and we will fit the bill.

It needs skin and lots of details, but this is the cabin we are planning to build

We are off from work Friday, Monday and Tuesday so we are plowing forward for 5 days straight to see how far we can get on this place.  I have been working on plans in Google Sketchup (you gotta learn to use this program).  My model is pretty rough but it allows me to know exactly how many boards I need and how everything needs to go together.  It will be around 400 sq ft and have one of the coolest views anywhere.

The view from the cabin spot

Emily took some pics today and they are just incredible.  Anyhow, I will keep posting as we make progress on this place.  Anyone else out there have a strong back and a weak mind?  Have I got a job for you!

See all of the progress on the cabin

The old perches

That shovel is the only thing holding me up

That's a pile of block!

So, when we first bought the place, Emily and the kids remained in Nashville finishing out her job.  I started to work on the new place without their help.  My Dad came down and we went to town.  The steps were the first order of business.  I plucked the concrete pads from the wall and started digging.

Foundation...

Almost done!

The fastest, easiest, and cheapest way to get new, permanent steps in place was to form them from cement blocks.  Dad hauled numerous tons of block with his truck and we made our block steps.

Those steps served us well for 5+ years but eventually, the winter rains got into the block and froze, causing some of the blocks to crumble and break.  After near death (several times…I didn’t want to over-react afterall), we decided that the steps needed some work.  The kids and I chipped out the old block.  We had to cut sections out of some blocks, but most were pretty ok.  Abigail in particular seemed to enjoy the hammer and chisel so I see a possible career path for her if leader of the universe doesn’t work out.

I took a day off last week to form up frames so we could pour new concrete over the remaining blocks.  It was sort of difficult that way because we didn’t have a lot of extra room to make the steps bigger.  Too high and no one would be able to reach the first step, etc.  So, we poured another 1.5 inches or so on top of the old block.  I hand-mixed 17 bags of concrete on the hottest day I could find.   I didn’t think the van could handle carrying all 17 bags at once so I started mixing the third that I had and sent Emily on two more trips to get more concrete.

The framing waiting for concrete

Ahhh...music to my...feet? Arms and legs? Well, it was like music anyhow

We waited and fretted and finally unveiled the new steps sans framing.  The new steps are beautiful and hopefully will avert life-and-death situations for folks coming to visit.  After all of the work, we noticed that we forgot to write our initials in the concrete.  I figure we’ll revisit everything in 5 years or so anyhow, so maybe we can do it right the next time around!

I was thinking about some of  the things that I love about Summer and water rockets came to mind.  I think it sort of mixes water, heat, adventure, a little danger and an explosion of sorts.  How can I not love it?!

When we lived in TN, we decided to make a water rocket to keep us all cool and give the kids something to chase.  You see, a water rocket shoots water all over the place and anyone nearby gets soaked.  It also launches pretty high up in the air and someone has to go and recover the fuselage.

So, what is a water rocket you ask?  Simple…it’s a 2 liter bottle with 3 inches of water in it.  Add some compressed air and off she goes!  I glued some pvc pipes together in an “L” shape and added a bicycle valve and stem to the back (drill a hold in a pvc cap and insert the stem…seal with silicone).  All you do is put 2-4 inches of water into a 2 liter bottle and carefully hold it upside down on the open end of the pvc pipe.  Add compressed air via the tire valve at the other end and you’re in business.  As the air builds, the water starts to leak signalling that it’s time to let go!

By not making too tight of a fit between the bottle and the pvc (some people suggest a tight fit but that’s more dangerous), you run very little risk of having anything explode.  I added some duct tape to the tip of the pipe to make is a snug (but by no means tight) fit between the pipe and the bottle.  Air will leak before pressure will build up too high.

Of course, the bottle flying off the end of the pipe could be dangerous so make sure it points upward and not at anyone/thing.  Other than that, a water rocket is an absolute blast and something kids and adults will enjoy.  As Winter sets in, consider the design of your water rocket for next Summer.  It will be worth the wait!

I remember back when I was in 4th or 5th grade.  We were messing with electricity (and not in the back of the classroom with paperclips and the wall socket) and learning how it works.  I remember one assignment for extra credit was to build an electric motor.  My Grandpa and I spent hours trying to figure out how to make one work.  We tried all sorts of combinations and variations but could never make it spin.  So, as a part  of learning about electricity and generators, I decided we needed first to build a motor.  A motor, of course, is sort of like the opposite of a generator.  Put power into a coil and it will spin.  Manually turn the coil and it will generate electricity.  Anyhow, it seems that building a motor is relevant to learning about generators.  This had nothing to do with my long-standing feelings of inadequacy regarding motor building…no indeed, this was all about educating my student.  It’s about the kids, right?  Ok, so I think it is pretty neat too.

As I looked at electric motor plans, I quickly discovered what Grandpa and I did wrong…it’s all about ease of turning the motor.  Our motor turned pretty smoothly by hand, but there was a great deal more friction than what our set-up could handle.  I found all sorts of ideas on how to make a motor, but I wanted to make something that looked as close as possible to the one that Grandpa and I tried to make…I mean, I wanted one that my student and I could learn from…

So…here’s what we did.  I bought magnet wire from Radio Shack (now, they are calling themselves “the Shack”…yeah, that’s more hip).  Magnet wire is just copper wire with super thin insulation.  We used a middle weight wire…the green stuff.  The package that The Shack sells has three colors/weights.  We left a six inch tail and then wrapped 30 turns of the wire around a AA battery that we were planning to use to power the system.  We left a 6 inch tail on the other end as well.  In order to make sure the coil stayed together, we wrapped each tail around the bit of coil on each side.  Basically, I just took the tail on each side and ran it through the middle and back out 2 times to hold the coil on each side.

We bent a few paperclips (you could use any conductor) to hold the coil and put a few magnets between the paperclips.  Since our motor has magnets vertically placed (i.e. not on the side), we had to hold the coil straight up and down with the tails sticking out to each side.  I stripped the insulation off of one tail the entire way around the wire.  On the other tail, I stripped only the top half of the wire.    We hooked a few beads to each tail to dampen vibration (which we learned was necessary).  Regarding magents…I just bought run of the mill magnets at a big-box home improvement store.  Bigger, badder magnets would change the dynamics of the motor for sure!

Once we hooked the battery pack to the paperclips, we dropped the coil onto the paperclips and gave it an initial spin.  It quickly “catches” and starts spinning like crazy!  You can imagine, I danced like Brittney Spears…only without the nastiness.  I made a motor!  I made a motor!  I mean…We made a motor!  We made a motor!  No longer am I burdened by 5th grade motor-failure-angst!  We both had a good time just watching it spin and it was educational indeed as it was a perfect segue into generators (I knew it would be!).  Next week, we’ll start tinkering with our first generator.  I am so excited!

I suppose I did sort of congolomerate the ideas of plenty of folks and I added a few of my own so I can’t take all of the credit.  My press is made soley of pine lumber.  Hardwood is probably better but it costs more of course.  I do sort of wish I would have had some plans when I was starting though so I will provide a few measurements that might help you build your own…

Click the image above to see the cider flowing.  (Click here for a quicktime version)

By the way…you can see some of our first cider of 2009 over at Not Dabbling in Normal today.

Anyhow, here is my homemade cider press:

The length between the red and blue squares is 3 feet.
Between the red and green is 3 1/2 feet.
Between the green and brown is 1 foot.
I just added the yellow square because I thought it looked nice

The uprights are 2×4 pine and everything horizontal is 2×6 pine.

Hopefully these additional shots will help it all make more sense as well…

I mentioned a few weeks ago that I was making homemade hooch but I didn’t say what type I was making.  It’s sort of a funny thing…Emily hates dandelions with a passion.  I don’t understand her issues with them but she goes around the yard picking the heads off of them all the time.  Occasionally she’ll dig the roots, but mostly she just wants the flowers out of sight.  Always one to see an opportunity, I asked her to save the dandelion heads she picked for a project I had in mind!

Wine can be made from all sorts of things including various flowers.  Most people have heard of dandelion wine, but wine can also be made from clover, roses, pansies, coltsfoot, and golden rod among others.  Anyhow, the real key to dandelion wine, is to use the flower petals and not anything green.  I picked a ton of dandelion heads and cut the petals off of them until I had 2 pints of dandelion petals.  That doesn’t sound like a lot, but when you consider the sticky factor, you’ll understand the effort that went in to this project.  My fingers were very yellow and sticky and I left yellow fingerprints all over the place!

Anyhow, I kept remembering how tasty the last batch of dandelion wine was many years ago so I pressed on through the allergies and rainbow of colors on my fingers.  I wrapped the petals in cheesecloth so they would be manageable and started my brew!

In a big open pitcher, I added the petals, 6 pints of water, 3 Campden tablets, 3 lbs of white sugar (as an approximation…remember 2 cups a pound, the whole world round…2 cups of about anything weighs a pound),  1/3 oz of citric acid (taste some of that straight up sometime!), and yeast nutrients.  I let this mixture sit for 2 days in the container loosely covered to keep dust out.  After 2 days, I added champagne yeast and let it sit another day.  Finally, as it started to bubble, I moved everything but the pouch of petals to a fermentation vessel.  The bubbler on top allows the carbon dioxide to escape.  Of course, carbon dioxide is a by product of the yeast converting the sugar to alcohol.

Funny story time…I know someone who was creative and decided to forego the typical bubblers used for fermentation.  Really, the whole point is to allow a bit of CO2 to build up and then force its way out without allowing other contaminants back in.  Some folks take care of that issue by stretching a balloon across the mouth of the fermentation jar.  Well, being extra creative, this person stretched a balloon-like male birth control item over the jar lid.  Of course, this method would work just fine to allow the CO2 to escape.  I am not sure how I would feel about the CO2 building up and…uh…inflating the “balloon” though.  Anyhow, without thinking about it, this winemaker bought the variety with spermicide too.  Some folks say that too much drinking may lead to pregnancy, but I think this may be a solution!

Anyhow, now I have to wait a few months until all of the sugar is converted to alcohol or the alcohol content rises enough to kill the yeast.  Either way, the bubbling will stop and the wine will be ready to settle/age/bottle.  I’ll post more on that when the time comes.  

(Here is a windows media version if the above doesn’t work)

In the meantime, I will certainly enjoy watching the bubbles rise through the murky yellow concoction.  It bubbles and fizzes like crazy, very similar to a bottle of pop when first opened!

Anyhow, lots of the things in my recycle bin can be reused for other stuff.  I am almost certain I stole this idea from somewhere, though I can’t remember where.  More importantly though, I found a way to draw attention to the lowly nipple fruit.  This bank looks a lot like the nipple fruit – a non-edible fruit apparently in the eggplant family.  I’d sort of like to grow some of these, just to say I have done it, but I don’t know what I would do with the fruit…I suppose it would just get me in trouble.

So, I found 4 old pop bottles we had left over from watching the Super Bowl .  I cut the tops off, right at the top of the label.  I had to monkey around a little bit, but 4 of those tops can be crammed together and super-glued in place to make a nipple-fruit-like bank (though watch out, super glue will haze plastic).   Take any lid off and drop coins in (or pull coins out) and you’re in business.  It won’t take all sizes of coins, but it you want, you can use 3 liter bottles for bigger sizes!  Abigail also suggested putting some rice in it so it could be used as a rattle/rhythm maker!

Now here’s the funny part…it is really hard to type with a nipple fruit bank stuck to your hand.  I got it stuck to my hand as I was trying to pry it off of the work bench…er…dining room table where it was stuck before I got it on my hand.  I think there must be a better way of hooking all of this together…

Anyhow, this thing looks pretty cool and is recycling you can really take to the bank!

In other news, I wrote a little program to change the header image of the blog every 15 minutes.  I took each of the pictures you’ll see somewhere in WV.  You may have to refresh your browser to see the update.  Is it cool or distracting?

As you can imagine, that has gotten pretty old so I started to tinkering.  I am going to post some ideas that I am fooling with and will show the finished product at a later date.  The basic idea I am working with is to have a digital alarm clock trigger some electronics to open a stripped down computer cd-rom tray.  I think the mechanism on a computer cd-rom is pretty nice and will work perfectly as a gate to let the cat food fall from a hopper into the cat bowl.  I started by salvaging an old cd-rom from the junk bin at the office.  I stripped all of the electronics out of it (basically, I just pulled off anything that wasn’t the mechanical stuff that opens the tray.  With a little experimentation using a 9-volt battery, I was able to find the motor that drove the gears to open the drawer.

I bought a new alarm clock to trigger the electronics to trigger the motor that opens the cd-rom.  I opened the alarm clock and found the wires that connect to the speaker for the alarm.  A quick hole in the sidewall of the clock allowed me to pass the wires from a 9-volt connector to the wires that used to connect to the speaker.  I closed the clock back up and was able to measure the current in the 9-volt connector when the alarm was (silently) going off. In other words, when the alarm goes off and would normally sound the alarm, it now send an electrical pulse out through my 9-volt connector which runs outside of the clock.

My plan is to have the power from the intercepted alarm signal drive a relay which allows a larger current to pass through it and a transistor.  The relay and transistor work as a basic switch to send power to the cd-rom motor.  I wired this all up last night and all of this stuff works just fine.  I am sort of experimenting now with how to get the drawer to actually deliver the catfood.  My plan is to have the drawer push open a slide or else be the slide that opens the hopper of food.  The real challenge is to figure out how to make all of this stuff cat-proof.  Mo is persistent and has a lot of free time and has gotten in to the most unusual things. Anyhow, these pics are an overview of the project, meant solely to both confuse and amaze.  I’ll post the actual schematic and the finished product another day when I get it all figured out.  Anyone have any thoughts about cat proofing stuff?