Bathroom vanity done

Finally it is there and done. After long delays due to other priorities I am finally done with my bathroom vanity and got it installed yesterday.

This was a long run but it looks good to my eyes and more important my wife is happy about it!

Now it is time to my next project, door and windows for my greenhouse, 1 door and 10 windows to build, a lot of fun ahead!

Stanley #113 Circular Plane

Quite some time flew since my last post. Never would I have believed how much busy I could be while working from home. I have more personal time but find many ways to keep me busy so at the end I need even more time!

I have always been interested about circular planes and never had a chance to try one...well until now.

Few days ago I was lucky to find one in almost perfect condition for a very reasonable price so I pulled the trigger on it.

Stanley #113

This is a Stanley #113 type 4a dated back to 1903. Except some missing japanning it is in perfect working condition.

Scale for curvature

The interlocking gears are showing a numeric scale from 0 to 3 in each directions. However I have not been able to find the meaning of the numbers if there is any.

I love the dovetail assembly of the body and sole and on this one it is tight. I saw a lot of these planes with this assembly being loose.

Stanley Rule & Level Co.

The knob used to set the sole curvature is labelled with "Stanley Rule & Level Co.".

Dovetail riveted to sole.

The dovetail pin is riveted to the sole and the rivets are ground flat to the sole. No damage there either.

I did not resist very long to give it a try so I took a scrap wood piece and tried it. I was expecting it to be quite difficult to handle but to my surprise it is not. Set the curvature, then start on one side of the curve than on the other side and done.

A planed curve.

I now need to put it at work, I am sure I will have soon a project where I will need some curved design, just to enjoy it.

 

A story of greenhouse

Long time without any post as I have been very busy this summer, working on my boat renovation, my garden and so on. But now is a new post about some kind of woodworking, building my greenhouse.

It has been a while that my wife ask me for a greenhouse to start our seeds as well as working on flower pots, grow greens etc... So it was time to get to work and build it.

As with anything else I first made some plans of what I want to build with all the needed measurements and calculated sizes.

So here are the plans I started with:

The side walls, 10 feet long...

...the roof trusses...

...and the front.

The greenhouse will be 10' by 8' and is to be fixed to the side of the existing shed so the first thing I started with was to remove the shed vinyl siding and replace it with ship lapped boards. I had much pleasure doing this by hand and added a nice bead on each board, just because I could. AT the end I will cover all my shed that same way but this is another story.

Starting with the greenhouse itself, first thing to tackle was to install the base, made of 2"x6", supported by concrete blocks, and covered with 3/4" thick plywood.

I then built the two side wall by assembling 2"x4", nothing very fancy. The walls are screwed to the base.

The base and side walls up.

Different view angle.

The lower part of the wall are to be closed by shipped lapped planks while the upper section will receive the windows. Windows are 42" high and will be made with acrylic panels set in wood frames.

I spent the following days to build the roof trusses using 2"x4", screws and metal plates. I know that this is not fine joinery and I wish I had the time to build the trusses using tenons joinery but clock is ticking and there is not much time left before winter knock at our door.

Roof trusses.

Before starting to install the trusses I had to make the front side and paint everything.

Front side...

...note the horizontal 2"x6" to separate bottom siding.

I then installed the bottom siding. Took me few days to cut and prepare all the boards. For this I used 2"x6" too. May look a bit oversized for a siding but as this part will be in contact with snow every winter I wanted something strong.

Bottom siding installed on one side...

...and on front side.

I then installed the trusses fixed to the wall using metal plates and joined together by 1"x3" purlins.

The roof is made of polycarbonate corrugated panels.

Trusses, purlins and roof installed...

...front view.

I left the purlins longer as I did not know exactly where the roofing panels will ends. I will saw off the extra length later on.

For now this is all I can do as we expect our first snowfall tomorrow. I will temporarily close all the openings with poly tarps for winter. I will build the windows and the door in my workshop during the winter season and will install them in spring when snow will have melt. I will then also build shelves and workbench inside the greenhouse.

On the tools...

I am from the ones who think that what we are now or at a given time is the sum of our past experiences, choices we made and people we met. The reason why I like woodworking is maybe the result of people I had the chance to meet before, who influenced my life, like my great grandfather who was a sawyer and carpenter.

Some 25 years ago, while doing some volunteering in a museum in France, I met a wood carver who was invited to that museum for a cultural exhibition. The name of that person was Norbu-la and he was coming from a Tibetan refugee village in Dharamsala in north India. The goal of that exhibition was to showcase art of wood carving in Tibetan culture by carving a Tibetan altar made of teak.

Norbu-la, Tibetan carver in front of his teak altar

During his stay I had the opportunity to spend quite some time with him and to learn about how he was working and to give it a try.

Example of the carver skills...

...and of mine!

This was also an opportunity to look at the tools he was using, especially that these were mostly homemade.

The carver tools, squares, saw, chisels, marking gauge.

Among these tools some are particular to notice.

First of all, the coping saw. That saw was made with a piece of bamboo, shaped into a U form. Bamboo being very flexible it was keeping the tension on the blade like a spring, very clever. 

The saw blade itself was very particular. It was made using a steel wire reclaimed from old tires inner reinforcement wires. The steel was quite mild but still very resistant. The wire was rolled on one side of the bamboo frame, serving as a reserve, and attached at the other end. Before being usable, the carver was cutting very small teeth in the wire using chisel and mallet. When the blade was broking, he would just unroll a new piece, cut the teeth and back to work.

Surprisingly that saw was cutting very well even in hard wood and was very nice and easy to use. The bamboo frame being very well balanced and the saw was easy to handle.

Other tools to notice were the carving chisels. A lot of them, the smallest ones, were made from motorbike wheel spokes. From what he told me the steel used for spokes is a very good quality steel that can handle a heavy tension. They used the spokes as the raw material that was forged into the final chisel. I can assure that these chisels were razor-sharp, my finger will never forget how easily it was to deep cut it.

To sharpen these chisels, the carver was using a black stone, that he carefully selected in the bed of a river and broke in two pieces to have a flat face. I do not know what kind of stone it was but it was very soft to touch and had a fine abrasive grain. He poured water on the stone and honed a chisel for a minute and he was done. 

So looking at the quality of his work, and the simple tools he was using, one question comes to my mind:

Are the tools making the man, or the man who makes the tools?

Another box

Following one of my previous post the last part of my box to be done is the cover and handle. The cover is a simple pine board but I wanted the handle to stand out of the box so I used a piece of mahogany to make it.

I started with a small 11/2x5x1/2 mahogany piece that I marked to cut each end round. I then roughly saw the corners and got the final round shape with a chisel.

Rough cut with a saw...

...final shape with a chisel

I then rounded the edge, first using a plane to get a bevel all around then sanding the remaining waste.

First handle part done.

I did the same for the second part, except that I started from a 1x41/2x1/2 piece of mahogany that will only be half rounded on its edge.

Two parts done.

The handle is made by gluing the two parts stacked.

Handle final shape.

I applied 4 coats of wiping varnish, by penetrating in the wood it highlights the reddish color of the mahogany.

Handle afixed to the box.

The handle is set to the box using four small wood pegs dark stained. The little wood pegs are protruding 1/16" from the top of the handle to give a "nailed" look.

Overall I am pleased with the end result. The handle could have been a bit more evolved in its shapre or better designed but I like the way it stands out from the box.

It was initially planned to be used to contains my wife birthday gift but as usually I was late so it became another gift by itself.

A simple box

Anatomy of a Peugeot plane

Few days ago, I received an email from Simon living in Netherlands about the dimensions of one of my Peugeot plane. Simon got a Peugeot blade assembly and wants to build the plane that goes along. So I made some pictures and drawings with measurements and here is the anatomy of a Peugeot plane.

Introduction

Peugeot 48

The plane is a Peugeot 48 (what is also the blade width measured in mm) and is made with Cormier wood (French naming) or Service Tree in English. For the naturalists, its scientific name is Sorbus Domestica.

Its length is about 9^3/8 inches (or about 238mm) what makes it a smoother plane.

Its particularity is the mechanism to move the blade.

Blade assembly, top view

Blade assembly, side view

I tried to be as precise as possible in my measurements, in inches as well as millimeters, but there may be some small deviations.

Side view

The picture below shows the side view of the plane wooden body (blade assembly and wedge removed).

Plane body, side view.

Below is a drawing with all the dimensions I was able to measure.

Plane body side dimensions.

One thing that surprised me is the 80 degrees angle of the front side of the mouth that I believed was vertical but is not.

Top view

Below is a picture of the plane body top view.

Plane body, top view

Note the notch in the blade bed that receives the adjustment screw mechanism.

Below are the corresponding dimensions on a drawing.

Plane body top dimensions

About the wedge

Below are two pictures of the plane wedge. Sorry for the shadow but I have no professional studio light so this as the best I could do.

Wedge, top view

Wedge, side view

Finally below is a drawing of the same views with the corresponding dimensions.

Wedge dimensions

Hope this will help, and if anybody is making a clone of it, please send me a picture.

A Story of Box and Dovetails

Last weekend was my wife birthday and instead of wasting some paper I thought about making another box to wrap her gift.

I used some Pine leftover from another project and adapted the box size to the available length. Of course the box had to be dovetailed so I thought of sharing my adventures with dovetails.

Tails or Pins, who's first?

I read enough opinions and discussions about this subject to know that there is no answer to this question but only a personal preference. Speaking about personal preference, mine is to start with tails. The reason for that, if there can be any reason, is that I find easier to cut the tails and use them as a template to mark the pins than the reverse. At the end I don't think this makes much difference if you are used to the way you choose.

Dovetail Design & Marking

When thinking about my dovetails, the first thing I am looking at is the space I will need at each end for example to hide a panel groove. 

Tails marked on one board.

If I take my box as example, the bottom will be made with a 3/4" thick board that will be joined to the box with a 1/4 tongue and groove so I needed 3/4" at the bottom to hide the groove.

I then set the size of my tails to fit the number I want and I start to mark them from each side. The central pin will take the remaining space. I like when the central pin is larger than the others, it "breaks" the visual while keeping the symmetry.

To mark the tails I use a simple pencil with a well sharped tip. After having made some mistake I am now very careful to properly mark the waste part too.

Henry Brown brace from Sheffield

It has been a long time since my last post, but still the butcher is alive and well alive. I have been busy with some gardening work, landscaping and all sort of outdoor pleasures but now that winter is back at our door it is time to be back to woodworking.

For a long time now I wanted to get a wooden brace for the beauty of the tool but also to use it. I always found some either too expensive or in very bad shape... until recently.

I was lucky to find a very nice one, made by Henry Brown from Sheffield. I think this one was made sometime around 1810 to 1830 but not sure exactly.

Henri Brown brace.

The knob handle is solid, turn perfectly on the main body and does not wiggle. It shows only a very fine crack in the wood that looks more like a wood aging crack than coming from any abuse. This will be nothing to prevent its usage.

Medaillon on the knob,
Henry Brown from Sheffield.

The brace mouth is very clean, the square is almost perfect and does not show any damage nor much wear.

The brace mouth in very good shape.

The mechanism to release the bit is also working nicely, I just oiled it a bit so to make it smooth. On this brace, instead of a push button, there is a small lever that push the spring holding the bit.

The bit release mechanism.

The bit is tight in the mouth and have no room to wiggle.

Brace bit tight in the brace mouth.

Now that I have the brace I was looking for, I need to clean my bits collection so to get them shining. I have a bunch of them so it took me few hours to give them all a good Evaporust bath. While they were bathing I took the opportunity to make an holder so they won't just lay in a plastic box and be forgotten.

The brace and my bits set.

These bits are all in usable state and sharp and I tried every one of them. However I guess that some will be used more often than others. I doubt I will use the reamers very often.

The strangest brace I ever saw

I just went over the strangest brace I ever saw and thought this one was worth a post, so here it is:

A strange brace.

It looks like a mutant born from a brace breeding with a hand drill and apparently can be both. If one is interested it is currently for sale on EBay.

Almost there...

In my last post I started to work on the two shelves that will go in the middle and at the bottom of the vanity I am building. 

I cleaned the tenons on each board and marked them so to remember where each one was going.

Each board is marked to recall its place.

The next step was to make the mortises in the rails used to assemble the shelves boards so I marked each mortise on one rail.

Mortises marked on one rail.

I then put the opposite rail side by side and used the first one to mark the second one. This allowed me to get mortises perfectly facing each other in both rails. In case of a slight misplacement on one rail it will be reported to the other.

Using one rail to mark the other.

I chopped the mortise waste using a mortising chisel. Each mortise is 1/4" wide and 1/4" deep.

First rail done.

After about an hour of fun, both rails were done and I was able to clean the boards for the first dry fit.

First shelf dry fit alone...

... and in its final place.

One more shelf to go and one more hour of fun and I was able to see the final result.

Both shelves in place.

Now that all parts are done I will be able to tackle the last adjustments and cleaning then will finish parts before final assembly.