The Boot and Shoe Manufacturers' Assistant and Guide.: Containing a Brief History of the Trade. History of India-rubber and Gutta-percha, and Their Application to the Manufacture of Boots and Shoes. Full Instructions in the Art, With Diagrams and Scales, Etc., Etc. Vulcanization and Sulphurization, English and American Patents. With an Elaborate Treatise on Tanning.
History
The Boot and Shoe Manufacturers' Assistant and Guide.: Containing a Brief History of the Trade. History of India-rubber and Gutta-percha, and Their Application to the Manufacture of Boots and Shoes. Full Instructions in the Art, With Diagrams and Scales, Etc., Etc. Vulcanization and Sulphurization, English and American Patents. With an Elaborate Treatise on Tanning.
Footwear industry; Gutta-percha; Rubber; Tanning
No. 6 is the side view of a gaiter boot upper, with last and block,
giving the “pitch” line, concerning which there is quite a diversity of
opinion, also the heel line, instep, waist and toes.
[Illustration: FIG. 8.—_See page 95._]
[Illustration: FIG. 6.—_See page 95._]
By measuring the instep of a foot with callippers, one half of the
distance gives the centre. Then take the thickness of the large toe in
the same manner and half the thickness gives the centre; then draw a
line from that to the instep centre—carry the line a short distance
beyond, to where the callippers strike the bottom of the foot just in
front of the heel, and the end of the last, (as seen by a dotted line in
the centre) whatever “pitch” you may give the toes. The “pitch” is
governed by the height of the heel as seen in No. 3. Boot cutters make
it a convenient practice to draw from that centre, a perpendicular line
in order to give the centre of the boot leg at the top, and all is
governed by the height of the heel.
By a little attention to the front line (No. 7,) will be seen, the true
shape of a boot form or crimp, and the back line, the boot properly
treed; the centre line, the seam. By passing the eye up the instep
measure line, at the top is seen the curve that the fulness represents.
That curve, or line, from the toes to the ankle line is carried in, or
out, as the heel measure may determine. By having a pattern of that
curved line, from the toes to the ankle line, all the variety of fulness
is obtained, as is readily seen.
The ankle measure in many cases, is three-eighths of an inch shorter in
a direct line than the heel line; that is, when these lines are
_doubled_, as seen in No. 7.
[Illustration: FIG. 7.—_See page 98._]
Having a pattern of that curve line from the ankle to the toes, of all
styles and varieties of boots and shoes, by moving it out in the same
direction as the heel measure, to the instep, one-twelfth of an inch,
(as that is a size) as seen in Mr. Parrott’s diagram for cutting uppers;
that makes it a size fuller and _vice versa_. As that curved line
remains the same through all the sizes, by having that pattern, and one
side of it properly curved, for the heel line, and a portion of the same
for the bottom line or curve, and those lines properly divided off and
numbered, for each size of any desired design, by that pattern _all
sizes_ may be cut with ease and accuracy. Some have their several
patterns fitted for the varieties of shoes they wish to manufacture. For
custom work, they are very convenient. As the measure of the foot is the
proper guide, draw the bottom line, then the heel, giving it the
position desired for the shoe or boot, then the width of the toes,
observing their elevation, as the shoe may be heeled or not. Then apply
the heel measure; draw the instep line from the toes to the ankle, draw
a line for, or _from_ the toes and ankle, and you have the desired
result.
Public-domain text, read in full here on John Shaqi.
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