Wednesday, June 21, 2017

From old to new: sewing kit



June 2017

Time to make: 1 hours
Boys Life "Slide of the Month"
Sept. 1965, page 64
Original design: Bill Poese









So continuing with the old film can slides here is a simple sewing kit than can be very helpful out on the trail for sewing up a button or a tent. The original design contained buttons, thread, needles, a paper ruler, safety pins, straight pins, a thimble, and a small jackknife.

The plastic film container version


My updated design uses an Altoids Smalls tin. I started by painting the outside white and when dry, I applied a water slide decal I had printed on a printer. Next I attached an aluminum loop to the tin using pop rivets


The contents are essentially the same but there are pre-threaded needles. I did leave out the knife because most Scouts have a jackknife with them or you could use (my dentist shutters) your teeth. I also left out the ruler because, well, who measures.


Friday, June 2, 2017

Slide of the Month June - Celtic Knot




May 2017

Time to set up: 5 days

Time to turn: 45 minutes

Finishing: 2 hours

Designs from: Dan Lecocq

Youtube:  Celtic Knot Pen









Inspired by another hobby, I thought turning a 4 ring Celtic Knot would make a great slide. I made the slide from red maple, white maple, and black walnut and turned it on a lathe. While I would suggest watching the youtube video for the setup, I'll try to describe it here.

I cut a piece of red maple 1.5 x 1.5 x 4 inches as the base wood of the slide. Next I cut some thin pieces of white maple (about 1/16 inch thick) and black walnut (about 1/8 inch thick). I glued the thin strips together, white maple- black walnut-white maple, with some wood glue, clamped the whole length of the sandwiched wood and let it dry overnight. The next day I cut the sandwiched wood 1.5 inch strips. Going back to the red maple, I next labeled each side, with a pencil, the first side with a 1, 2 on the opposite side, 3 to the right side of the first side, and 4 to the left side of the first side. Setting up my table saw with a 30 degree tilt and fence at 1 inch from the blade. The height of the blade was set so the was just a 1/4 inch left after the cut. I moved the fence just a bit so the slot was the width of the sandwiched wood. Using some wood glue, I glued the sandwiched wood into the slot, cut off the excess, clamped and left it overnight to dry. The following day I repeated the cut, gluing, and clamping on side 2. The process was repeated for sides 3 and 4. Twenty-four hours after the final glue up, its time to turn the slide.

While it looks very square and nothing like interconnecting rings, rounding the piece brought the rings out in wonderful spender. When I got the piece to the diameter I wanted, I cut a V cut on ether side of the finish length (approximately 2 inches).  Still on the lathe, I sanded the piece down using some very fine sandpaper. Using a finishing method I learned from pen making, I applied several layers of super glue wet sanding between layers.

Removing it from the lathe, I drilled a 3/4 inch hole down the length of the piece and then carefully cut the slide to size using the V cuts as a guide. Finally I coated the inside of the slide with additional super glue.

Friday, May 12, 2017

Slide of the Month May - Project Gemini


May 2017

Time to design: 2 hours
Time to print: 2 hours (your times may vary Finishing: 1 hour
Original design: autocad123
Original designer: unknown
Try it yourself: Gemini capsule slide

 
Another slide you can 3D print and paint! Fascinated by the space race as a kid, I watched every launch I could. Project Gemini was a test platform for testing many of the things and maneuvers, like docking,  that would be needed in our quest to land a man on the moon.  It was nicknamed the "Gusmobile"  by fellow astronauts because of Gus Grissom  deep involvement in its design. The design was so versatile and dependable there was going to be a Gemini-B and Big G versions.  The  Gemini-B version that was going to be used by the Air Force for a planned a Manned Orbiting Laboratory (MOL). (Great documentary on it called Astrospies on PBS)




The Big G was to be an extended version of the Gemini-B that would carry 9 man missions

I believe I found the original out at autocad123 and I brought it into tinkercad to scale and modify. (Note: The ring is kind of thin and you might want to enlarge the thickness a bit.) When done with my modifications, the project was imported into Cura to convert it into a printable file with the Ultramaker 2 printer at my local library,  Berkshire Athenaeum, to print. When done priniting, I cleaned up the model with a sharp knife and sandpaper. I painted the model with some white and black spray paint and detailed the windows with paint pens. The lettering and flag where done using water slide paper and a printer.

Friday, April 14, 2017

From Old to New: Fishing Kit


April 2017

Time to make: 1 hours
Boys Life "Slide of the Month"
Sept. 1951, page 37
Original design: E.F.S
...and now for another new part of the blog "From Old to New" were I will attempt to update older neckerchief designs from "Slide of the Month" to updated versions. First off the a film can fishing kit to my versions. I remember my dad having a few of these aluminum 35 mm film cans around the house but by the time I was taking pictures the metal film cans became plastic film cans. (see below)
The can was painted with model paint made for metal and a fly was glued to the front. The slide piece was a piece of aluminum flashing pop riveted to the can and then bent into a loop.  The inside includes fishing line, hooks, sinkers, flies, and a cork for a bobber. It all fits very nicely into the can.

Here is the plastic film can

Updated version




Time to make: 1 hours
Original design: Bill Macfarlane











When thinking about an updated version of this slide, I had a couple of options that came to mind. The first was the Altoids Smalls tin and the second was a contact lens cleaner (see below). Altoids tins of all sizes have been a favorite with hobbyists for a few years now and these make great slides.
I spray painted the outside of the tin white and, once it was dry, I pop riveted a piece of aluminum flashing loop to the back. The fly on the front was printed on white water slide decal film. The insides were also updated with day glow fishing line, a piece of foam rubber for a bobber , and a plastic lure. It also includes sinkers, hooks and flies. The same pieces also fit into the contact lens container.

Sunday, April 2, 2017

Forget me Knot - Royal Carrick Bend




April 2017

Time to tie: days

Finishing: none though I might try Mod Podge

Designs from: Clarke Green
Website: scoutmasterCG.com

Knot Website:Royal Carrick Bend






How did I forget to post this knot with the others? Well my friend Clarke Green posted this neckerchief slide back in the summer of 2014 and it's had me gnashing my teeth for a while. I finally got it one night while staying at a hotel in Springfield, MA. (My apologizes to hotel staff who might have seen me carrying a coil of nylon cord, duct tape, and a utility knife up to my room. Nothing weird going on really.)

The first thing to do is to head over to Clarke's site and find the Royal Carrick Bend infograph. Next cut a good length (five feet is what I used) of nylon or paracord.  Now here is the part that just about drove me crazy, lay out the first weave of the knot. I found it was really hard to follow the pattern because the rope was sliding all over the place as I was trying to tie it. This is where the duct tape came in to play. Using small pieces of the tape, I taped each section down to the table as I worked so it would stay in place but also allowing for me to pass the next level through. Once you have woven the knot twice, pick it up and put the center around something round like a 3/4 inch dowel (or a hotel shampoo bottle) and begin to tighten the knot. Once it is tight it becomes a really intricate looking knot neckerchief.  Cut off the excess cord and fuse it with heat or leave on some tails for frayed ends. On mine, I tied the ends into a carrick bend (not shown) and fused the ends.

 For those of you who have never heard of Clarke Green, his Scoutmaster blog, or the Scoutmaster podcast, you really need to find him on the net! The Scoutmaster's Oracle, the podcast Commissioner and really nice guy, Clarke shares his thoughts, wit, and wisdom weekly to the folks that follow him world-wide. Always happy to answer a question for Scouter, his answers are spot-on relying on his many years of Scouting experience. On his site he shares his wisdom and thoughts on Scoutmastership, gear reviews, highlights some of the best books on Scouting, program ideas, and information on high adventure areas. 

Slide of the month April 2017 - Fusion Knots



April 2017

Time to tie: 3 hours

Finishing: 1 hour

Designs from: Decorative Fusion Knots
Author: J.D. Lenzen

Website:www.fusionknots.com

Available from: Amazon, iTunes, Barnes & Nobel or your favorite book seller




No its not an April Fools day joke, these are all knots I found in JD book and had lots of fun tying each of these miniature marvels.

Using some nylon cord, I tied each of these using the instructions I found in the book. Next I  either sealed the ends, using a lighter, or left them frayed. The mounts are Formica samples and the loops are nylon webbing fastened to the samples with pop rivets. I use a clear epoxy to mount the knots to the background.

Knots from left to right

Jolly Roger Knot

Cloud Knot (I think its upside down)

Pipa Knot

Challenge Knot, Bloody Knuckle Knot, Maedate Knot

Triskelion Knot front and back

Triple Barrel Knot

Monday, March 27, 2017

Slide of the Month March 2017 - Mercury capsule


March 2017

Time to design: 2 hours
Time to print: 2 hours (your times may vary Finishing: 1 hour
Original design: NASA
Original designer: Michael Carbajal. NASA Headquarters
Try it yourself: Mercury capsule slide

Greetings, and welcome to the new Slide of the Month from Channeling Whittlin Jim. This month is for a new generation of neckerchief slides designers, those who want to design and print them on a 3D printer.

Being a kid during the space race, I always dreamed of being an Astronaut and one of my hero's was John Glenn. This slide is a design of Freedom 7 I found on NASA's 3D model resource page. The file was a 3ds file and what I needed was an stl file so I converted it using a free program called Spin 3D Mesh Converter. Next I loaded the converted file into Tinker Cad, a great free design program from Autodesk, and came up with the following model.


Now I could add the neckerchief ring to the model. Once I created the ring, it was a simple process to join the ring to the model


I then use the group function to make sure both parts became one model. Next I downloaded a stl file to import into another free program called Cura  which is what is used by the 3d printer I use called Ultimaker 2.

Once loaded into Cura the model can be converted into gcode that the printer can print from. In my case this file was copied to a SD card so I could bring it to the printer location. I also added supports to help stabilize the model while printing. One the printing was done the model looked like this and the supports were easily removed.

I  sanded where the supports connected to the model (around the heat shield and loop) and decided I liked the somewhat grayish look of the heat shield. Next was to paint the ring at the top and retro rockets silver with some model paint. I also painted the window to give it a operation glow with some paint pens. I also used a red model paint marker to paint the red ring between the heat shield and capsule. The final step was the marking on the capsule. For this I used white decal or water slide paper from Blinggasm.com and Microsoft paint to create a set of decals on my inkjet printer.

 
Once the decals had been treated with an acrylic clear spray paint, I could cut them out and water slide them on to the capsule to finish the slide.


A quick disclaimer here, I do not own a 3D printer (though any company who wants to give me one will be gladly accepted) but what I do have is a great local public library. The Berkshire Athenaeum
has 3D printers and classes to teach patrons how to use the printers. My thanks to Andrea Puglisi and everyone in the reference department for the patience and knowledge in helping me take a random thought and turn it into reality. Perhaps there is a local public library near you with the same kind or resources. For those who want to printing this design it is available on Tinkercad if you do a search of Mercury capsule slide