Sunday, July 15, 2018

Hoist Rotating Socket Flanges Prepared

So the hoist will rotate and be easily removable, to move logs onto the carriage and for storage when not in use. The bottom of the hoist will be welded 2 1/2" pipe, It will slide into a 3" pipe, welded to the A frame. The rotating mating surfaces will be 2 nice chrome steel flanges I have had tucked away for years waiting for a project. One can be used as is, the other had to have the center cut out, it will be welded to the top of the 3" pipe and the 2 1/2" will pass through it.

Fortunately the largest hole saw I had was the right size to cut the center out of the one flange. None of my drill presses has the power to do this job, this is where my mill/drill comes in handy.


The two flanges mated together for rotation of the hoist.


I took the center cut out and turned a socket to fit into the end of the 2 1/2" pipe. This should result in a very solid connection when welded.


All the parts required for rotation and solid socket installation of the hoist.


So hopefully I can prepare the pipe, and strengthening ribs, for the hoist base tomorrow, and get it assembled.


Saturday, July 14, 2018

Beefing Up The A Frame

So still not up to par this morning, but got an early start anyway. As mentioned before I wanted to strengthen the A frame to accept the small hoist, by adding stiffening ribs. In the first picture are the ribs and the hoist base plate, cut, and bent.


Looks like this bug was still having it's effects. My brain was off in never never land when I ground the bending slot on the wrong side of the bottom triangular piece.

Below, not a problem I had intended to weld over the slots anyway.


Wood moves when it drys, and metal moves when you weld it. Before clamping up the ribs and base plate, I retracted the A frame jack and then placed a 200 lb. piece of rail on the front to weigh it down I then raised the two front frame jacks and leveled the frame. Only then did I place the ribs and base plate and clamped them tightly in place. Ready to weld. This is done to compensate for the inevitable up tilt to the A frame when the welding is done.


After the welding was done, I removed the weight and cleaned up the welds.


There are a few more welds to do when I tilt the trailer on its sides, but otherwise I am ready to start on the hoist. It will be placed in the center of the base plate where I placed the white dot.


Maybe there is something to be said about the old saying that you have to sweat out a bug. I feel better after a good sweat, than I did when I started. If the energy is there, I'll get started on the hoist this evening after it cools down a bit.

Friday, July 13, 2018

When It Hits The Fan, It Hits The Fan

Sorry no update today, I picked up a nasty bug a couple of days ago and it's been sweats and chills for two days. I think I am on the mend but it didn't help that in the middle of all this heat and humidity, smoke rolled in yesterday morning and its even worse this morning.

There are many fires burning in the North but the largest is 30,000 acres in Lady Evelyn-Smooth Water Park near Temagami. The park is one of the few old growth forests left in Ontario. The preservationists won the fight against the loggers a few years ago, but it looks like fire is going to get some of it. The park is 100 miles south but when the wind changed it blew the smoke all the way up here. Nasty.

That haze you see in the picture is not haze, its smoke. 


So I did drag myself into the shop yesterday, but it was all I could do to get it cleaned up ready for the next stage. 10 lbs of weld rod ends, slag, and grinding dust off the floor and at least it looks more inviting.


I think I'm on the mend now, hopefully get back in the shop tomorrow.

Wednesday, July 11, 2018

Theirs Gold In Them There Hills

So I made a trip into Kirkland Lake to visit my now favorite, (free), steel supplier. Got a nice selection of sizes and thicknesses, even some circular cut outs that should come in handy.


Since I have been doing a tour of Northern Ontario road side attractions I figured I better not leave Kirkland Lake out. So I stopped at The Miners Memorial and got some pictures. Kirkland Lake came into being when gold was discovered in 1910-1911. It turned out to be a huge discovery with 27 local active mines in a short period of time. The ore bodies were very rich but the geology was murderous, the grain of the rock slanted from the vertical and deeply fractured. I have heard stories from miners, how a man could scale for hours after a blast and never get all the loose down. The result was many wealthy owners and many dozens of dead miners over the years. Heres the memorial wall.


No welded steel animal sculpture here. This is a representative art piece of the mining methods of the past, that made Kirkland Lake, and many other mining communities across the north. The bronze statuary is beautifully done, the structure is Canadian Shield granite, and the narrow gauge rail equipment, are actual artifacts from the mining methods of the not to distant past.


Here's another view of this nicely done art piece.


Below is a picture of the Sir Harry Oakes Manor, it's a museum now, but it has had a long and storied past. Harry Oakes was an American born British-Canadian. After looking for his pot of gold around the world, he landed in Kirkland Lake in 1911. In 1912 he discovered the Lake Shore mine, the veins were very rich, and it soon became the second largest gold mine in the Americas, and the most productive in the Western Hemisphere.


When he built the above manor, the story goes he had his miners urinate in buckets at the end of their shifts, so the ammonia could turn the copper roof that nice green. He moved to the Bahamas after he made his millions to, wouldn't you know it, avoid paying taxes, on the many millions that dead miners put in his pockets. He was murdered there mysteriously at the age of 68. Many books and movies have been produced on his life and death.

Tuesday, July 10, 2018

Have Wheels Will Travel

So we started early today, and once I got going I couldn't have stopped if I had wanted to. Getting it mobile, without making it hard to use, is something few home builds have incorporated.

So the first job was to make the front axle hangers. I started of by cutting two rectangles 2 1/2" X 10" X 1/4" from some scrap pieces I had in stock. I first drilled them out using a similar method as that used to drill the hoist hangers in a previous post.


Next I scored the bend lines with my grinder and started to bend the tough steel to shape. First with a vise and a 3 lb hammer and finished of with a large piece of RR rail and a 10 lb hammer. In the picture all done.


To weld them in place first measure 3 times before you strike an arc (ha, ha). Generally accepted practice for trailers is 60 % of length from front and 40 % from the back, for axle placement. To track properly measure from the front in case your side lengths are even a little different. In this case the axle measurement is actually to the right of the cross channel, and the bracket placement is measured from there.


Here the brackets are welded in place, and the axle assembly is bolted to the brackets, using the same bolts and hardware from the Cavalier.


Here is the trailing arm. This is where the rear shocks were connected on the Cavalier. I considered reusing them but they would have been to high, and in the way. I didn't like the idea of a metal to metal connection here so I dug out 4, 1/2" thick 2 1/2" square hard rubber disks, that were center drilled. I used two on each side to cushion the connection between the 2" X 2" tubing welded to the frame and the trailing arm on the axle assembly. I put a good squeeze on the rubber discs with washers and self locking nuts.


So flipped the trailer over with my mobile shop hoist. Here is a picture of how the whole assembly looks. Excuse the dark picture, expand it helps.


So we installed the A frame jack, and we are ready to roll.


Did you say "sawmill" no,no, this is my double motorcycle and snowmobile trailer, just needs floor boards, a railing, and tie down rings, lol, (bear with me, I had to say that ha,ha).

As you can see it's quite low to the ground. My height adjustable tow hitch is on my other truck. Took it out to the highway and back for a good run. Tows easy, even when goosing it, theirs no swaying, it holds straight and true. From what I could tell in my mirrors it was always well centered down the centerline. Checked the tire tracks (what little tread their is) in softer material, track and tread were clearly defined, indicating good tracking. I'm sure it's not perfect, but probably as close as you can get a home built.


Here I disconnected from the truck and put a level on the carriage track. Dropped the leveling jacks and leveled it up.


So I have got to catch up on some domestic chores. Hopefully get back at it Thursday.

Monday, July 9, 2018

Leveling Jacks Installed

So still had some energy after supper, so put in another hr. in the shop. With the frame bottom still facing up figured I should install the leveling jacks. Front and back are both inset 1' from the ends. Excuse the dark image here.


In stored position.


Here I have the two front jacks rotated and locked in position for leveling.

Towing A Frame Installed

So we got the towing A frame installed this morning. It is important here to pay close attention to measurements, (measure twice cut once applies). You want the ball connection to be well centered, this combined with proper axle mounting will give good tracking in towing mode.

Here is the underside complete. Side struts are 2" X 2" X 3/16" angle and the center strut is 2" X 2" X 3/16" square tubing.


The rear connection of the center strut.


The underside of the towing A frame 2" ball accessory. 


Here flipped over to show the top side.


There will be additional stiffening ribs installed when the crane work is done.


So moving along, hopefully we will get the Cavalier rear axle assembly and wheels installed tomorrow. We will see if we can take it out for a run to check tracking.


Saturday, July 7, 2018

Carriage Track Installed

So I installed the carriage track this morning while it was still cool. The heat has returned so staying inside with some ice cold rum and cokes this afternoon, was more fun than the hot shop.

The first picture is the tracks, lined up and clamped to the top of the frame. The top of the frame channel is heavy enough to have been used as the track, but adding the angle adds greater strength and stiffness, if the carriage jumps the track the side angle will direct the carriage back on the track, and lastly it is safer, preventing wandering hands or clothing from getting pulled under the wheels. The more clamps the better, I find for thinner clamping without much depth vise grips work better than C clamps, more precise and easier to install.


Welding and grinding all done , trying out the wheels on the track. Many home built mills use a piece of angle with the 90* backside V facing up, a V cut in the saw arch wheels rides the back of the angle track. This works well and helps to keep sawdust out from under the wheels, jumping the track with those top heavy looking arches, could be disastrous though. In my design the saw arch does not travel, so sawdust is produced at just one point, as opposed to the full length of the mill, so directing and collecting of saw dust should be much easier.


The wheels I am proposing for my mill. They have large heavy bearings, for hoist use, and roll smoothly on the track. When welding the track, it is important not to run full length welds for attaching the track. On the outside surface I used 1" tacks welds, spaced 1' apart, with heavier 1 1/2" welds on the ends. I spaced them out even further apart on the inside. All the clamps stayed on until all welding was complete.


To be continued. Soon I hope, ha, ha. Cheers.

Friday, July 6, 2018

Sawmill Main Frame Welded

So I got back in the shop this afternoon and welded up the main frame. The first picture is the underside.


In the second picture it is flipped over to show the top side. Ready to have the carriage track installed.


So tomorrow hopefully install the track and get started on the towing A frame.

Squaring Up The Frame

So sure enough the nasty temps. broke over night, a nice cool 23*C today. First job this morning was to do the joints I didn't do yesterday. I marked the four corners for miter joints and using a slitting disc and my grinder cut the miters free hand. These corners will take heavy welds so they don't have to be perfect just close. I am using 4" X 1/4" channel for the main frame.


Getting this main frame square and level is important, everything else rides or is attached to it. I am often surprised but my unfinished floor is quite level. The upper right hand corner is low by 1/16", a couple of cut off discs for shims, one at the end and one in the middle leveled it right up.


 I used two framing squares to square up the corners.


OK so I am ready to start welding. I'll post later today again, if I get it all welded up.

Thursday, July 5, 2018

Little Red Wagon

Here is a little plan from the Deltagram series. I first posted this on a forum that I thought was going to be home to my blog. When the manipulator and predator showed their true faces, I quickly pulled my pictures, and decided my own site was the only way to share my book collection and project builds and ideas.

Deltagram was a series of short project manuals that Delta published for many years. There are hundreds of them in at least 41 volumes. I have 52 in my file and will share more in the future.

The wagon plan is a sure winner for most kids, it is both useful for moving toys and materials around and enjoyable to play with.



Below is a picture of a wagon I built for my two boys 33 years ago. As usual the Deltagram plan provided the inspiration but the plan was my own creation. The boys had many hrs. of fun with it.


33 years can change a person a lot so this is the only picture your going to see of me, ha, ha. If I start taking selfies I run the risk of damaging the camera, lol.

Unique, Beautiful, Easy, Windsor

Ha ha, there are other descriptives I could have used in the title. This plan was in the 1987 Popular Science Woodworking Yearbook, designed and built by Ethan Perry. This is a great twist on the Windsor chair, and as the author says, easier to build than it looks. Definitely a eye catching, unique piece, one that will be competing for my time in the future.

The 8 pages in this plan make for very complete information for the prospective builder. Their are a few more nice plans in this volume that I will be uploading in the future. Don't forget to expand the images to max. for best view.









Well along with the heat, the humidity has gone through the roof today. I am going to try and get out to the shop this afternoon, but I doubt I will get much accomplished. Even the house which normally stays comfortable, even in the hottest weather, is starting to feel the effects of all this heat and humidity.