WEBVTT 00:00:28.930 --> 00:00:46.881 - Turner and I'm an inventor of a handyman. Making a little necklace. Aluminum rod. In the early days 00:00:46.881 --> 00:00:56.574 - when they had television, they had this. It was blue. 00:00:58.882 --> 00:01:09.634 - I learned them and I made them. How do you make them? They're made on the lathe. This is put in the 00:01:09.634 --> 00:01:21.031 - lathe, and you make one at a time. This is the end. The ones coming out. First you drill the board almost 00:01:21.031 --> 00:01:23.934 - through. Then you form it. 00:01:32.866 --> 00:01:47.322 - all the way. And then, with the same radius as this, it doesn't cut very small. We got a hole. And you 00:01:47.322 --> 00:02:00.094 - can make a necklace. You can slide a little string through there and make a good necklace. 00:02:05.762 --> 00:02:32.990 - Maybe you can find it. There's the hole. Then drill the hole through the screw. Oh, I see. 00:02:40.802 --> 00:02:58.417 - Under the thread, there's two knots in the side rattle. And you can't even tell it. It's right there. 00:02:58.417 --> 00:03:08.606 - Oh, you have to look for it. Yeah. It comes in very handy. 00:03:14.050 --> 00:03:35.450 - She said, this teapot don't have a handle on it. See that little top on it? So I made it. Now, what 00:03:35.450 --> 00:03:43.582 - is this here? That's a drill grinder. 00:03:49.314 --> 00:04:00.990 - something that's been used for something the size of this wheel that's going on here. Oh, yeah. You're 00:04:00.990 --> 00:04:13.006 - going to replace it. I can't buy anything for it. I bought this part here. This and this and this. That's 00:04:13.006 --> 00:04:18.334 - a guide in the drill. But it's adjusting this. 00:04:20.962 --> 00:04:30.385 - Changing the two wheels to that wheel. And I don't want to be near that wheel. The wheel turns, and 00:04:30.385 --> 00:04:39.807 - it's dangerous. Yeah, it sparks fly. So I put the wheel here. And I can square that back there. OK, 00:04:39.807 --> 00:04:48.382 - I'll move out of the way here, and we'll just see how it works. We might be seeing sparks. 00:05:12.642 --> 00:05:18.974 - You could hurt your fingers, couldn't it, if you got a... Very dangerous. 00:06:25.858 --> 00:06:47.586 - You've got a real small drill over here for these, right? Well, this is a nice shocker. I put it up 00:06:47.586 --> 00:06:54.974 - here where I could get the speed. 00:06:55.234 --> 00:07:08.487 - He can sharpen a drill that is that small outside, right? Where it's got to be really bright. But I 00:07:08.487 --> 00:07:20.414 - have to have glasses. Yeah, magnifying glass, right. That very small. I'll show you that. 00:07:37.346 --> 00:07:57.098 - And that's why I can do those small drills. But no, not Emory will there. Those drills disappear. They 00:07:57.098 --> 00:08:06.494 - work out pretty good. Yeah. That is pretty good. 00:08:07.010 --> 00:08:14.669 - We'll make it real, please. This is my pride and joy. I've been using this for about three years. 00:08:14.669 --> 00:08:22.953 - You made it. Oh, I didn't make them. But I used them because they've been used for something else. That's 00:08:22.953 --> 00:08:30.846 - right. That's right. I lived in the San Joaquin Valley in California. And the irrigation and pumping 00:08:38.402 --> 00:08:54.845 - who to feel. And I got them through each pipe, made them. The motor is fastened onto the back over here. 00:08:54.845 --> 00:09:06.590 - Here's the switch. That's pretty good. Now, I don't know what we used for. 00:09:10.402 --> 00:09:23.502 - This is a copy of the Johansen block. I see. And I have polished them up myself. And they're used for 00:09:23.502 --> 00:09:37.758 - measuring angles. And these blocks go in there and raises a certain height. These are exactly 10 inches apart. 00:09:47.074 --> 00:09:55.262 - But this is another service plate. The one that I used with this. So I figured I would do better than 00:09:55.262 --> 00:10:03.611 - that. But that's the way they're used. I see. And that's, you can get them any size you want. Now these 00:10:03.611 --> 00:10:11.880 - things stick together, right? How do they, they're not magnets, are they? No, no magnets. How did they 00:10:11.880 --> 00:10:13.566 - stick together then? 00:10:17.634 --> 00:10:35.467 - sort of a stick together you have to kind of rub them though together right they don't stick like that 00:10:35.467 --> 00:10:44.990 - do them yeah I think we can go back there all this one 00:10:55.106 --> 00:11:06.896 - Or you can get any angle you want. But these are not made when they compare with the temperature, which 00:11:06.896 --> 00:11:18.686 - they were made. But each one is different because they weren't all made at the same time under the same 00:11:18.686 --> 00:11:22.654 - conditions. And this is over time. 00:11:24.866 --> 00:11:34.764 - So it's very hard to get them together. Stick together exactly. Well, that's pretty good. You polished 00:11:34.764 --> 00:11:44.374 - it down. I polished it, and I did all the polishing. And you do this, right? Yeah. The rest is done 00:11:44.374 --> 00:11:51.678 - by hand. That is, I did it by hand. You did it by hand. Ford Motor Company. 00:12:00.546 --> 00:12:16.648 - This last beam is taking over very fast. And you made a certain part for a tool that saved the company 00:12:16.648 --> 00:12:29.310 - a lot of money. Is that right? Yeah. Now, what are these here? These are drills. 00:12:33.922 --> 00:12:48.349 - down to 100, 500,000. This one happens to be 350. Okay, what are they used for? The arbor for the saw. 00:12:48.349 --> 00:12:58.014 - Yeah, there it is. This is what I made the arbor for the saw out of. 00:13:08.418 --> 00:13:21.344 - hole? No, I don't think so. You don't have any tools to do the right thing. The broach that I made, 00:13:21.344 --> 00:13:34.270 - I found a broach this hole, or this size, and I made that spindle for the Ford out of that piece of 00:13:41.218 --> 00:13:52.430 - The Model T's, they used to change them with this kind of a wrench. They tried to tire it off. This 00:13:52.430 --> 00:14:03.641 - one is smaller than it was over here, so I made my broach. I don't know whether you can see it, but 00:14:03.641 --> 00:14:08.350 - you can see the hole in that little hole. 00:14:16.514 --> 00:14:28.213 - the purpose yeah it did it did now show us how tell us how you made these gears here show us how you 00:14:28.213 --> 00:14:40.028 - made these gears this is a saw that I've made out of an old washing machine and all the material that 00:14:40.028 --> 00:14:41.534 - I've used on 00:14:50.306 --> 00:15:02.734 - some bolts. The table is made of parts of an old cast iron bathtub. This is part of an automobile. This 00:15:02.734 --> 00:15:15.998 - is a saw. Forgot that. All this other stuff is made from junk. This is a gauge for width, and this is a square 00:15:26.210 --> 00:15:45.374 - This will cut angles. Let's square this off. 00:16:03.522 --> 00:16:15.385 - Please stop that saw before I put that in there. That's dangerous. Is that square? That is very square. 00:16:15.385 --> 00:16:24.510 - You get a shot of that, that is very square. You didn't see the light under it? 00:16:32.962 --> 00:16:57.886 - at 45. Set it at 45. 00:17:04.834 --> 00:17:30.846 - Yeah. Can I get over here? Yeah, sure. Scoot these down so they don't slip out. 00:17:44.258 --> 00:17:54.173 - Where do you make what you tell us where you got those clamps from there these clamps are made from 00:17:54.173 --> 00:18:04.286 - an old nut So as it goes by Custom everything is I use with this has been used for something else and 00:18:48.034 --> 00:19:01.952 - So small, even surprises me. Here are eight of them that I've got. Look through the cracks where they 00:19:01.952 --> 00:19:13.278 - were put together. There's no light in there. Very good. Very good. Very accurate. 00:19:25.826 --> 00:19:46.750 - That is very good. The accuracy is built into the machine. The pivot that holds this saw is about that long. 00:19:57.538 --> 00:20:14.847 - the bathtub. I see. See that's part of the bathtub. And it goes out like this too. Yeah and it keeps 00:20:14.847 --> 00:20:19.646 - it just perfectly straight. 00:20:30.626 --> 00:20:42.433 - And all this you put together yourself, right? Everything. Everything. And you practically made everything, 00:20:42.433 --> 00:20:52.382 - or made everything, right? Right. These sides of the bathtub, they have an anamel on them. 00:21:04.802 --> 00:21:13.655 - The bathtub has only made the solvent, it goes into other things also. I see, I see. So that's stuff 00:21:13.655 --> 00:21:22.421 - we get a lot. And then we scrape the high spots off so that this is square with the wheel here. The 00:21:22.421 --> 00:21:30.398 - area here for your pivot, that makes it more accurate. If it was short, you'd be one time. 00:21:37.122 --> 00:21:59.597 - I see. And you made this thing too, right? Right. Yeah, everything. That's a little bit tight too. That's 00:21:59.597 --> 00:22:03.838 - the way that works. 00:22:13.090 --> 00:22:27.963 - And that tool fits right into the gear. And you cut them, right? I see. Cut all the grooves. It comes 00:22:27.963 --> 00:22:38.462 - in here and it goes round and round. And this is fed in. Cut the teeth. 00:22:47.458 --> 00:22:59.027 - I could think I was going into year cutting. I see. But that's the way it works. And then you back it 00:22:59.027 --> 00:23:10.483 - up and index it one way or another. All right. This tool is on here. I see. This tool is put here. I 00:23:10.483 --> 00:23:13.886 - made that little square here. 00:23:21.538 --> 00:23:37.623 - square square all the way down. It must be around it go ahead around there. Excuse us folks. 00:23:37.623 --> 00:23:45.406 - Did you find it? Am I connected? Oh yeah you 00:23:56.066 --> 00:24:07.281 - Like that, see? I see. And then your wheel is dressed around my wheel. And it comes down. And then you 00:24:07.281 --> 00:24:18.497 - put it on this side, but the other side of the tool. I see. And then it comes out just right. It comes 00:24:18.497 --> 00:24:23.070 - out with all those curves. Curve for all. 00:24:29.442 --> 00:24:41.312 - And without this, you couldn't have made the hangar. This is the master. With the lathe and the drill 00:24:41.312 --> 00:24:53.298 - 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 00:24:53.298 --> 00:24:57.022 - my safety handles. Handle, too? 00:25:01.922 --> 00:25:16.807 - They're different ones. Sometimes I use a square file, a round file, a 3-coin file, a flat file. Well, 00:25:16.807 --> 00:25:27.646 - that's been my vocation for occupation. I taught apprentices for 13 years.