Thursday, November 17, 2011

Lessons For a Greenhorn

!9# Lessons For a Greenhorn

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My name is Les McMillan, and the following lesson took place in 1951.

I was a 20 year old greenhorn logger, working at a camp on Vancouver Island. I had been promoted to be the 'bullgang chaser' the first day on the job. (See my story 'The Rigger and the Greenhorn'). It was only a few days later that Bill, the rigger, hollered out " Hey boys, any of you assholes know how to do an eye splice?" The rest of the crew were greener than me, so no one responded.

I said "I've watched the guys doing an eye splice a couple of times. It's 'over one and under two', isn't it?"

"By God", he said, "yes it is. Let's see how much you learned!" With Bill's help, we took railway spikes and spiked the 3/4 inch line (steel cable) to a stump. He handed me a marlin spike and a small sledge hammer and showed me where to start.

Bill gathered the crew around and told them to watch what we were doing because being able to splice a line separated a logger from a greenhorn. I made a few mistakes, easily corrected by Bill, and eventually had the eye splice done. It's a bit tricky because you must go over one strand and under two strands three times. The first time is easy, but the second and third time can be difficult. The finished eye met Bill's expectations, so he clapped me on the back and said, " By God, we'll make a logger out of you yet! I'm going to promote you to be the bullgang 'hooker'!"

I was pretty excited because that's about as far as you can go. Next step would be a rigger, and I was a long way from climbing and topping a 135 foot spar tree. As well, it meant a big raise in pay for me, so I was a happy guy.

We had been coiling lines into the back of a dump truck and taking them to the site of the next setting to be logged. I noticed that there was no spar tree where the landing was to be, and asked Bill what we would do about that. He told me that there was a good standing spar tree at a setting that had just been logged, and we would use that. He explained that we would fall that tree, drag it to our setting and raise it here. I was flabbergasted!

"Do you mean to tell me that you can lift a huge tree like that up and make it stand there and be a spar tree? "Sure, ." he replied. "It's a piece of cake. We do it all the time." To prove his point, we drove to where this tree was standing and had a look. Bill had arranged for a bulldozer to smooth out the area where the tree was to fall.

He had two old Swedish hand fallers there to drop the tree. I asked them if they were sure they could drop the tree in the bulldozed area, and one of them told me to jam a stick in the ground about 100 feet out from the base of the tree. That was to be their target!

It was a huge fir tree, about 4 feet or more in diameter and about 135 feet tall. The Swedes sawed where the undercut was to be with a two man crosscut handsaw and then chopped out the undercut with double-bitted axes that were sharp as a razor. They used the axe handle as a sighting tool to be sure the undercut was exactly where they wanted it. They then proceeded to saw the backcut, using steel wedges to prevent the saw from being pinched and to wedge the tree in the right direction.

"Timber!", they hollered, and the tree started down. Since there were no limbs to slow it's fall, that tree landed with a terrific thump, right on the stick I had placed in the ground. One old Swede looked at me with a huge grin on his face, and said " Ya, young feller, we do okay, you think?" I was impressed, and told them so, but I had misgivings about the way the tree landed.

I told Bill that it landed pretty heavily and probably cracked or broke upon impact. "That's easy to check out, " he says, "have you got a pocket watch?" Most loggers carried a "Pocket Ben" watch in their watch pocket, so I took mine out and handed it to Bill. He told me to put my ear up against the butt of the tree while he walked to the top end, 135 feet away, and held the watch against the wood. I could hear that watch going "tick, tock, tick, tock" as if it were right next to my ear!

I was amazed! Bill explained that if the tree was cracked or broken, the sound of the watch would veer off at the crack and wouldn't be heard at the other end. Pretty smart for an old bush logger!

The bulldozer dragged the tree to the other setting and we proceeded to raise and rig it. It was a 'piece of cake' to Bill, but a huge lesson for this greenhorn logger. Raising a 135 foot spar tree is something most loggers would have no idea what to do, but I was there, I watched and learned, and became a better logger for it.

If I could go back and do it again, I'd be there in a heartbeat!!!


Lessons For a Greenhorn

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Wednesday, November 9, 2011

Collecting Antique Axes

!9# Collecting Antique Axes

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Edge tools are among the earliest tool forms, with surviving primitive axes dated to 8000 B.C.. Early axes were made by "wrapping" the red hot iron around a form, yielding the eye of the axe. The steel bit, introduced in the 18th century, was laid into the fold at the front and hammered into an edge. The side opposite the bit was later extended into a poll, for better balance and to provide a hammering surface.

The handles took on a variety of shapes, some indicative or origin, others relating to function. The length of the handle had more to do with the arc of the swing that was required. Felling axes took a full swing and therefore needed the longest handles. Early axes have their handles fitted through the eye from the top down and the handles remain in place by locking into the taper of the eye, so they can be removed for sharpening.

Later axes, however, have their handles fit through the eye from the bottom up, and have a wedge driven in from the top. This permanently locks the handle to the axe and was much preferred by American woodsmen. Many axes found today had been discarded because the handle was split or broken off. In most cases they can be bought at a fraction of their value and, with another handle, can be restored to their original condition. Most axe collectors have a stock of older flea-market handles that they use for this restoration. Like plane blades, axe handles might have been replaced two or three times throughout the life of the tool. As long as the handle is "proper," meaning, the right shape and length for its function, it won't detract that much from its value.

Pricing of antique axes runs the entire gamut from a few dollars to several hundred. Examples of well-made axes would include the Plumb, White, Kelly, Miller and numerous others. Beyond these were axes of sometimes lesser quality, but built to a price, and sold by the thousands. Exceptional examples might include handmade axes, possibly from the local blacksmith, or from a factory that specialized in the handmade article, regardless of price.

There are several types of axes out there such as:

SINGLE BIT FELLING AXE:

This axe is considered the workhorse of the axe family. It is a simple design, varying from a 2 ½ lb. head used by campers to the 4 ½ to 7 lb. head used for forest work. There are heads used in lumbermen's competition that are up to 12lbs.. With the advent of the two-man crosscut saw, and later the power chain saw, tree no longer are taken down by axes. The axe is more a utility tool for clearing branches off the downed tree, and splitting firewood.

DOUBLE BIT FELLING AXE:

Double bit axes always have straight handles, unlike any other modern axe. Almost all axe handles are hickory. Hickory has both strength and spring, and was found very early to be the best for axe handles. Starting in the late 1800's a number of axe manufactures adopted intricate logos that were embossed or etched on the head of the axe. Almost 200 different styles have been identified to date and these have also become an interesting collectible.

BROAD AXE:

The broad axe is not as common as the felling axe, and is a lot larger. It's purpose was to square up logs into beams. It used a much shorter swing that the felling axe, therefore required a much shorter handle. The identifying feature of many of these axes is the chisel edge, that allowed the back side of the axe to be dead flat. Because of that, it posed a problem of clearance for the hands. To keep the hands from being scraped, the handle was canted or swayed away from the flat plane of the axe. This is the feature that should always be looked for when buying a broad axe. If the edge is chisel-sharpened, then the handle should be swayed. As with the felling axe, the broad axe heads have a variety of patterns, mostly a result of geographical preference.

GOOSEWING AXE:

The goose wing axe is one of the most artistic looking tools out there, and it takes it's name from its resemblance to the wing of a goose in flight. It functions exactly as the chisel-edged broad axe, except that the American version has the handle socket more heavily bent or canted up from the plane of the blade. These axes are large and difficult to forge. Many show cracks and repairs and an original handle is rare. Signed pieces, particularly by American makers, mostly Pennsylvania Dutch, are considerably more valuable. Also of importance is the difference in value between American and European axes, the American ones being worth considerably more. A few well-known 19th century American makers whose names appear imprinted on axes are Stohler, Stahler, Sener, Rohrbach, Addams, and L.& I.J. White.

SHIPWRIGHT'S OR MAST AXE:

This axe is used for shaping ships' masts and timbers, and is usually ground on both sides. It varies in length base on local usage. The double pointed ears or lugs are common with this axe.

COOPER'S AXE:

This axe has a lighter handle socket, well canted and carries a very short handle. Although the general differentiation between an axe and a hatchet is that an axe is used with two hands and a hatchet with one, the cooper's axe is one of the exceptions to the rule. It was used mostly for shaping barrel staves, and was almost always used with one hand while the other held the stave.

COACHMAKER'S AXE:

This is an asymmetrical axe used for shaping coach parts in almost a paring manner. The heads vary in size, some styles taking on a "bearded" effect, hence the nickname "bearded axe." These axes are almost exclusively of European origin.

ICE AXE:

Back in the day, ice was harvested in the winter from ponds and lakes and stored in ice-housed for summer use. This was an important winter cash crop for many farmers. There was a whole family of tools developed to serve this industry, among them was the ice axe. Again, local patterns create a variety of styles.

FIRE AXE:

These are sought-after collectibles, because many of the older ones have the fire company's monogram on the head. All have rear pikes used for clearing openings or creating ventilation.

MORTISING AXE:

The blade on these axes are long and narrow to accommodate the size of the mortise hole it was designed to cut, most often for post and beam construction or for post and rail. Some have double bits, one bit sized for the length and the other for the width of the hole.

TRADE AXE:

Trade axes were originally brought over by the French and Spanish and later by the English and were traded to the Indians who held them in very high regard. They were poll-less and small enough to be carried at the belt and used with one hand. The larger variety were known as squaw axes and were used by the women for chopping wood.

TURF or BOG AXE:

Used for cutting turf and peat, these axes are not heavy enough to cut wood.

HATCHET:

Hatchets are small axes used with one hand.


Collecting Antique Axes

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Wednesday, November 2, 2011

The 2011-2016 Outlook for Hand-Operated Carpenter Crosscut Saws and Ripsaws in the United States

!9# The 2011-2016 Outlook for Hand-Operated Carpenter Crosscut Saws and Ripsaws in the United States

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This econometric study covers the latent demand outlook for hand-operated carpenter crosscut saws and ripsaws across the states and cities of the United States. Latent demand (in millions of U.S. dollars), or potential industry earnings (P.I.E.) estimates are given across some 5,100 cities in the United States. For each city in question, the percent share the city is of it's state and of the United States is reported. These comparative benchmarks allow the reader to quickly gauge a city vis-a-vis others. This statistical approach can prove very useful to distribution and/or sales force strategies. Using econometric models which project fundamental economic dynamics within each state and city, latent demand estimates are created for hand-operated carpenter crosscut saws and ripsaws. This report does not discuss the specific players in the market serving the latent demand, nor specific details at the product level. The study also does not consider short-term cyclicalities that might affect realized sales. The study, therefore, is strategic in nature, taking an aggregate and long-run view, irrespective of the players or products involved.

This study does not report actual sales data (which are simply unavailable, in a comparable or consistent manner in virtually all of the cities in the United States). This study gives, however, my estimates for the latent demand, or the P.I.E., for hand-operated carpenter crosscut saws and ripsaws in the United States. It also shows how the P.I.E. is divided and concentrated across the cities and regional markets of the United States. For each state, I also show my estimates of how the P.I.E. grows over time. In order to make these estimates, a multi-stage methodology was employed that is often taught in courses on strategic planning at graduate schools of business.

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