(Just for grins and giggles -- and for various other sociological reasons -- I've taken up the challenge to enter the West Kingdom's A&S championship this year. There have been a number of years with relatively few entrants -- and sometimes no entrants eligible for the overall championship -- so I'm doing this not for the sake of trying to win, but for the sake of supporting arts and the visibility of the arts in this kingdom. I'll most likely be blogging my entries. In most cases, the blog may be just my accompanying documentation with pictures or text, as applicable, of the entry.)
West Kingdom A&S Championship - 12th Night 2014 - Woodworking (Tools Made of Wood)
This is an upright weaving frame used as a free-standing anchor for tablet-weaving and other narrow-ware techniques. Frames of this type are seen in medieval art, especially in genre scenes involving the Virgin Mary. Although a variety of structures are seen in these depictions, not all of them are functional, as depicted. The general structure involves two upright pillars fastened to a base plank, and a cross-brace running between the uprights to act in opposition to the tension of the weaving. This cross-brace may be placed below the weaving area ...

Arachne Bibliotheque Nationale de France (MS Fr 598 fol. 29) early 15th century
... or it may be placed at the top of the pillars, creating an overall square frame.


Annunciation, Pilgrimage of the Heart
(BNF Fr. 376, fol. 116v), second quarter
of the 15th century
Less functional depictions may omit the cross-brace ...

... or may have no base-plate (also essential for countering the tension of the weaving) ...

Penelope (fol. 45v), De claris mulieribus (British Library Royal 16 G V), c. 1440
...or may omit any sort of connection between the two pillars entirely.

Mary weaving, a book of hours (PML M.453, fol. 24r), c. 1420-1435
A more practical piece of evidence for construction than simple force dynamics is the surviving example of this type of frame from the 9th century Norwegian Oseberg ship burial.

Brøgger, Anton W. & Arne Emil Christensen. 1928. Osebergfundet 2. Kristiania: Universitetets Oldsaksamling.
Construction and Modifications
I have followed the general construction of the Oseberg find for my frame with several modifications. Specifically, mine uses the flat base-board with stabilizing cross-feet at the end, uprights that are square in cross-section at the base and more rounded above the cross-brace in the weaving area, and a cross-brace placed below the working area.
The major differences in my frame are overall smaller dimensions, omitting the decorative shaping of the base-plate, using somewhat longer stabilizing cross-feet, giving the upper portion of the pillars an octagonal rather than round cross-section, and making the whole thing easily disassembled with certain other modifications to this end.
In order to make it possible to disassemble the frame for transport, rather than the pillars being pegged through the base-plate and cross-feet, a 1/4” x 3” hanger bolt is screwed into the end of the pillar which then passes through drilled holes in the base-plate and cross-foot and is fastened with a wing-nut. There is a washer counter-sunk into the bottom of the cross-foot to prevent wear that could result in a loose fit. As the base-plate and cross-feet are meant to come apart, they are not joined with a dovetail as in the Oseberg frame, but simply overlapped and held in place relative to each other by friction. In order to leave room for the protruding wing-nut, I added an additional layer to the end of the cross-feet to raise it off the ground slightly. These pieces are glued to the cross-feet with wood glue and have been carved into decorative “lion’s paw” shapes. This design (with the protruding feet) will also make the frame somewhat more stable on uneven ground if I take it to outdoor events.
The cross-brace is shaped into a tenon at the ends and fits into a mortise cut into the pillar. No additional fastening for this joint is required as the tension of the weaving will hold the cross-brace in place during work.
The frame is made from oak 1x2, 1x3, and 2x2 lumber. The lumber for the pillars was intended as spindles for stair railings, hence the protruding round post at the top. I’ve left this part unfinished at the present with the intention of using it to attach decorative finials when I’ve been able to locate appropriate pieces.
The wood is finished with beeswax.

West Kingdom A&S Championship - 12th Night 2014 - Woodworking (Tools Made of Wood)
This is an upright weaving frame used as a free-standing anchor for tablet-weaving and other narrow-ware techniques. Frames of this type are seen in medieval art, especially in genre scenes involving the Virgin Mary. Although a variety of structures are seen in these depictions, not all of them are functional, as depicted. The general structure involves two upright pillars fastened to a base plank, and a cross-brace running between the uprights to act in opposition to the tension of the weaving. This cross-brace may be placed below the weaving area ...

Arachne Bibliotheque Nationale de France (MS Fr 598 fol. 29) early 15th century
... or it may be placed at the top of the pillars, creating an overall square frame.


Annunciation, Pilgrimage of the Heart
(BNF Fr. 376, fol. 116v), second quarter
of the 15th century
Less functional depictions may omit the cross-brace ...

... or may have no base-plate (also essential for countering the tension of the weaving) ...

Penelope (fol. 45v), De claris mulieribus (British Library Royal 16 G V), c. 1440
...or may omit any sort of connection between the two pillars entirely.

Mary weaving, a book of hours (PML M.453, fol. 24r), c. 1420-1435
A more practical piece of evidence for construction than simple force dynamics is the surviving example of this type of frame from the 9th century Norwegian Oseberg ship burial.

Brøgger, Anton W. & Arne Emil Christensen. 1928. Osebergfundet 2. Kristiania: Universitetets Oldsaksamling.
Construction and Modifications
I have followed the general construction of the Oseberg find for my frame with several modifications. Specifically, mine uses the flat base-board with stabilizing cross-feet at the end, uprights that are square in cross-section at the base and more rounded above the cross-brace in the weaving area, and a cross-brace placed below the working area.
The major differences in my frame are overall smaller dimensions, omitting the decorative shaping of the base-plate, using somewhat longer stabilizing cross-feet, giving the upper portion of the pillars an octagonal rather than round cross-section, and making the whole thing easily disassembled with certain other modifications to this end.
In order to make it possible to disassemble the frame for transport, rather than the pillars being pegged through the base-plate and cross-feet, a 1/4” x 3” hanger bolt is screwed into the end of the pillar which then passes through drilled holes in the base-plate and cross-foot and is fastened with a wing-nut. There is a washer counter-sunk into the bottom of the cross-foot to prevent wear that could result in a loose fit. As the base-plate and cross-feet are meant to come apart, they are not joined with a dovetail as in the Oseberg frame, but simply overlapped and held in place relative to each other by friction. In order to leave room for the protruding wing-nut, I added an additional layer to the end of the cross-feet to raise it off the ground slightly. These pieces are glued to the cross-feet with wood glue and have been carved into decorative “lion’s paw” shapes. This design (with the protruding feet) will also make the frame somewhat more stable on uneven ground if I take it to outdoor events.
The cross-brace is shaped into a tenon at the ends and fits into a mortise cut into the pillar. No additional fastening for this joint is required as the tension of the weaving will hold the cross-brace in place during work.
The frame is made from oak 1x2, 1x3, and 2x2 lumber. The lumber for the pillars was intended as spindles for stair railings, hence the protruding round post at the top. I’ve left this part unfinished at the present with the intention of using it to attach decorative finials when I’ve been able to locate appropriate pieces.
The wood is finished with beeswax.
