Turner and I'm an inventor of a handyman. Making a little necklace. Aluminum rod. In the early days
when they had television, they had this. It was blue.
I learned them and I made them. How do you make them? They're made on the lathe. This is put in the
lathe, and you make one at a time. This is the end. The ones coming out. First you drill the board almost
through. Then you form it.
all the way. And then, with the same radius as this, it doesn't cut very small. We got a hole. And you
can make a necklace. You can slide a little string through there and make a good necklace.
Maybe you can find it. There's the hole. Then drill the hole through the screw. Oh, I see.
Under the thread, there's two knots in the side rattle. And you can't even tell it. It's right there.
Oh, you have to look for it. Yeah. It comes in very handy.
She said, this teapot don't have a handle on it. See that little top on it? So I made it. Now, what
is this here? That's a drill grinder.
something that's been used for something the size of this wheel that's going on here. Oh, yeah. You're
going to replace it. I can't buy anything for it. I bought this part here. This and this and this. That's
a guide in the drill. But it's adjusting this.
Changing the two wheels to that wheel. And I don't want to be near that wheel. The wheel turns, and
it's dangerous. Yeah, it sparks fly. So I put the wheel here. And I can square that back there. OK,
I'll move out of the way here, and we'll just see how it works. We might be seeing sparks.
You could hurt your fingers, couldn't it, if you got a... Very dangerous.
You've got a real small drill over here for these, right? Well, this is a nice shocker. I put it up
here where I could get the speed.
He can sharpen a drill that is that small outside, right? Where it's got to be really bright. But I
have to have glasses. Yeah, magnifying glass, right. That very small. I'll show you that.
And that's why I can do those small drills. But no, not Emory will there. Those drills disappear. They
work out pretty good. Yeah. That is pretty good.
We'll make it real, please. This is my pride and joy. I've been using this for about three years.
You made it. Oh, I didn't make them. But I used them because they've been used for something else. That's
right. That's right. I lived in the San Joaquin Valley in California. And the irrigation and pumping
who to feel. And I got them through each pipe, made them. The motor is fastened onto the back over here.
Here's the switch. That's pretty good. Now, I don't know what we used for.
This is a copy of the Johansen block. I see. And I have polished them up myself. And they're used for
measuring angles. And these blocks go in there and raises a certain height. These are exactly 10 inches apart.
But this is another service plate. The one that I used with this. So I figured I would do better than
that. But that's the way they're used. I see. And that's, you can get them any size you want. Now these
things stick together, right? How do they, they're not magnets, are they? No, no magnets. How did they
stick together then?
sort of a stick together you have to kind of rub them though together right they don't stick like that
do them yeah I think we can go back there all this one
Or you can get any angle you want. But these are not made when they compare with the temperature, which
they were made. But each one is different because they weren't all made at the same time under the same
conditions. And this is over time.
So it's very hard to get them together. Stick together exactly. Well, that's pretty good. You polished
it down. I polished it, and I did all the polishing. And you do this, right? Yeah. The rest is done
by hand. That is, I did it by hand. You did it by hand. Ford Motor Company.
This last beam is taking over very fast. And you made a certain part for a tool that saved the company
a lot of money. Is that right? Yeah. Now, what are these here? These are drills.
down to 100, 500,000. This one happens to be 350. Okay, what are they used for? The arbor for the saw.
Yeah, there it is. This is what I made the arbor for the saw out of.
hole? No, I don't think so. You don't have any tools to do the right thing. The broach that I made,
I found a broach this hole, or this size, and I made that spindle for the Ford out of that piece of
The Model T's, they used to change them with this kind of a wrench. They tried to tire it off. This
one is smaller than it was over here, so I made my broach. I don't know whether you can see it, but
you can see the hole in that little hole.
the purpose yeah it did it did now show us how tell us how you made these gears here show us how you
made these gears this is a saw that I've made out of an old washing machine and all the material that
I've used on
some bolts. The table is made of parts of an old cast iron bathtub. This is part of an automobile. This
is a saw. Forgot that. All this other stuff is made from junk. This is a gauge for width, and this is a square
This will cut angles. Let's square this off.
Please stop that saw before I put that in there. That's dangerous. Is that square? That is very square.
You get a shot of that, that is very square. You didn't see the light under it?
at 45. Set it at 45.
Yeah. Can I get over here? Yeah, sure. Scoot these down so they don't slip out.
Where do you make what you tell us where you got those clamps from there these clamps are made from
an old nut So as it goes by Custom everything is I use with this has been used for something else and
So small, even surprises me. Here are eight of them that I've got. Look through the cracks where they
were put together. There's no light in there. Very good. Very good. Very accurate.
That is very good. The accuracy is built into the machine. The pivot that holds this saw is about that long.
the bathtub. I see. See that's part of the bathtub. And it goes out like this too. Yeah and it keeps
it just perfectly straight.
And all this you put together yourself, right? Everything. Everything. And you practically made everything,
or made everything, right? Right. These sides of the bathtub, they have an anamel on them.
The bathtub has only made the solvent, it goes into other things also. I see, I see. So that's stuff
we get a lot. And then we scrape the high spots off so that this is square with the wheel here. The
area here for your pivot, that makes it more accurate. If it was short, you'd be one time.
I see. And you made this thing too, right? Right. Yeah, everything. That's a little bit tight too. That's
the way that works.
And that tool fits right into the gear. And you cut them, right? I see. Cut all the grooves. It comes
in here and it goes round and round. And this is fed in. Cut the teeth.
I could think I was going into year cutting. I see. But that's the way it works. And then you back it
up and index it one way or another. All right. This tool is on here. I see. This tool is put here. I
made that little square here.
square square all the way down. It must be around it go ahead around there. Excuse us folks.
Did you find it? Am I connected? Oh yeah you
Like that, see? I see. And then your wheel is dressed around my wheel. And it comes down. And then you
put it on this side, but the other side of the tool. I see. And then it comes out just right. It comes
out with all those curves. Curve for all.
And without this, you couldn't have made the hangar. This is the master. With the lathe and the drill
press, you can go to town. You might like to show it. Oh, yeah. The file's there. I'm on a file. I got
my safety handles. Handle, too?
They're different ones. Sometimes I use a square file, a round file, a 3-coin file, a flat file. Well,
that's been my vocation for occupation. I taught apprentices for 13 years.