“The Divider or Knife is made of a plate of Iron or Steel, about

three-fourths of an inch wide, turned down at a right angle on one

side, about one-fourth of an inch in width, and in length sufficient

for the width of the sheet of paper intended to be cut, and this must

be fixed so as to be exactly corresponding to the openings in the

Plate before described; the part so turned down is cut into angular

teeth, about a quarter of an inch from point to point, each tooth

having two chisel-like edges, formed by being filed and dressed on

the outside of the part so turned down; on the inside of the angle

the teeth are to be finished all along fair and smooth. One or more

of the teeth are then to be filed out at intervals, corresponding

with the parts of the Plate left uncut. The Pivots or Joints of the

Tympans and Frisket being accurately adjusted, the Knife is then

fixed to the Frisket (at each end by screw or other connection) so

that when the Frisket is turned down on the Tympans the Knife shall

freely enter the Plate at the openings before described. The Plate

and Knife now occupying the usual place of Point Screws and Points,

those necessary articles are removed to the centre of each half of

the Tympans above and below the Plate. If wished, the positions

of the Plate and Knife may be reversed, by fixing the Plate to the

Frisket, and Knife to the Tympan, or a Plate both on Frisket and

Tympan, and Knife to the Forme, or Table of the Press, but not

with equal certainty of operation. All these parts being properly

adjusted, the mode of application is as follows:--For making ready a

Forme or Sheet, the Tympan-sheet is drawn on the Tympan, as in the

ordinary mode, and the Frisket pasted and cut out; but for working

the first side of the Paper, the Knife must be displaced (or, which

is sometimes preferable, two Friskets used, to be exchanged, one

having the Knife, and one without). The whole of the paper being

worked on one side without the Knife, the Knife is then replaced, or

the Friskets exchanged, and the Reiteration proceeded with; the sheet

will then be divided exactly along the centre, excepting at the parts

where the portions of the Plate have been left uncut, and the teeth

filed out of the Knife, as before described; which uncut parts answer

the important purpose of keeping the double-sheet adhering as one,

for the Pressman who may be _pulling_, to draw it off the Tympans

over to the Bank, where it is finally parted by the other man who is

_beating_, while looking over his heap, when six or seven sheets are

accumulated, by means of a gentle pressure with each hand at each

end of the heap. The white paper, or first side, is worked with four

points, placed opposite to each other in the middle fold of each half

of the double sheet, but for the Reiteration the two lower points are

taken off, and the sheet kept in register by the two upper ones only.

For cutting the sheet into more parts than two, I extend the same

principle by placing knives and plates in various positions, or at

right angles with each other.”

TYMPAN CLOTH.

A fine and even linen cloth, about an inch or two larger on every

side than the paper worked on: this cloth is wetted, and the water

wrung out again, so that it remains only moist: it is laid on the

tympan instead of a tympan sheet, the under sides of the corners

pasted to the tympan, and worked upon as a tympan sheet for the

reiteration. It is used to save paper, and it is repeatedly washed to

clear it of the ink that sets off on it.--_M._ It is not used now,

but set-off sheets are substituted for it.

TYMPAN HOOKS.

Small hooks fixed on the upper side of the outer tympan, which assist

in keeping the inner tympan in its place.

There are four of them, two on the off side and two on the near side,

screwed to the tympan, but not so tight as to prevent them turning

round on the screws as centres; there are four eyes screwed on the

inner tympan, opposite to them, and the hooks turn into these eyes

and draw the sides of the tympans together, and assist in tightening

the parchment of the inner tympan, and prevent its moving. In iron

presses, instead of eyes, buttons are used on the inner tympan, and

the hooks turn round them under the heads, and produce the same

effect.

TYMPAN JOINTS.

The joints by which the outer tympan is attached to the carriage, on

which it works. They are riveted to the bottom end of the tympan by

one of the sides, and the other side has an upright notch cut in it:

at the back of the hind part of the coffin are fixed two projecting

screws, at the same distance from each other as the notches in the

joints; these screws have a square plate or washer on each of them,

and a flat-headed female screw; the tympan joints are slipped over

these screws by the notches, so that they bestride each screw, and

are confined by the female screw and washer. The tympan can thus

be adjusted to any height, by loosening the screws and sliding the

joints up or down. The pin that connects the two parts of the joints

is stout, and made to slip out when necessary. These joints should

be particularly well made, and have no play; if they have, it will

cause maculing and doubles in the work.

TYMPAN SHEET.

A sheet of paper pasted on the tympan at the corners, as a standing

mark to lay all the other sheets exactly even upon, while the white

paper is working.--_M._ It is now also used for the reiteration.

When a pressman has laid a form on the press stone, and fixed it

in its situation, he takes a sheet of its own paper, or a sheet of

some other paper of the same size, and folds it exactly, so that the

folds shall be his guide for laying it on the form; he then lays a

sheet of waste paper on the form to preserve his tympan sheet clean,

and places it truly on the form over the other, by means of the

folds falling on the middle of the crosses and feeling the types

through it with his fingers, so that the margin at both sides of the

sheet shall be precisely equal, as also at both ends; he wets his

tympan slightly, to take out the indentions made by the types of a

preceding form, and generally rubs a very small quantity of paste on

the parchment, being careful that there are no lumps; he then turns

the tympan down upon the form, runs in the carriage, and gives it a

slight pull, to cause it to adhere to the tympan; he then pastes the

four corners down, but tears off a piece of the near bottom corner,

to prevent him catching hold of it, in the quick taking the printed

sheet off the tympan, when working.

TYPES.

The letters, marks, and signs, cast in metal, the larger sizes of

wood, with which printing is executed.

The forms and proportions of types in the Roman character have

undergone every change that the most capricious fancy could suggest.

We have types of beautiful shapes and symmetrical proportions, but

our type founders have diverged, for the sake of variety, gradually

to a fatter face till the lines have become so thick that the letter

has hardly any white in its interior, and when printed is nearly all

black, with the outline only to guide us in knowing what it is; and

on the contrary they have gradually gone to the other extreme, and

produced what are called skeleton letters, which are formed of a

fine uniform line; we have antique, the line being also of uniform

thickness, but strong and heavy; we have letters with the strong

lines and the fine lines reversed; we have tall narrow letters, and

we have letters which look as if they had been pressed down, till

they were considerably broader than they were high; we have letters

drawn in perspective, with their edges towards us, as if they were

marching away; and as for Italic, we have it now inclining to the

left as well as to the right. The Modern Gothic or Black letter has

not escaped this rage for change and variety, and we have forms

introduced into it which would have puzzled our ancestors to know

what they were meant for when the Modern Gothic was the standard

character.

These changes and varieties have not been introduced as improvements

either in the forms or proportions of the letters, but to produce

variety and what is styled effect.

The scale of sizes of the respective types can only be looked at

and received as an approximation to truth, as the letter founders

themselves acknowledge; in fact there is no precise standard,

for they cast according to the orders they receive from their

customers: the following scale is a proof of this; Mr. Hansard, in

his Typographia, gives the number of lines of each size in a foot

as cast in the foundery of Messrs. Caslon and Livermore, which does

not agree with the one I now give, which was supplied to me by Mr.

Livermore in 1839, at my request, avowedly to publish, each fount

having been measured to insure correctness; it was submitted to Mr.

Caslon personally in August 1841, before printing, and revised, so

that every precaution has been taken to prevent a mistake. The scale

of the foundery of Messrs. V. and J. Figgins, as also that of Messrs.

Thorowgood and Besley, were kindly furnished me by the respective

houses. I have also given Moxon’s scale of sizes, which is the oldest

that has been published, and which will show the variations in the

depth of body which types have undergone. He prefaces it by saying,

“And that the reader may the better understand the sizes of these

several _Bodies_, I shall give him this Table following; wherein

is set down the number of each _Body_ that is contained in one

Foot”--_See_ NICKS.

_Number of lines of the different sized types contained in one foot._

+---------------------+------+-------+---------+-----------+-----------+

| |Moxon,|Caslon,|V. and J.|Thorowgood |Alexander |

| |1683. |1841. |Figgins, |and Besley,|Wilson and |

| | | |1841. |1841. |Sons, 1841.|

+---------------------+------+-------+---------+-----------+-----------+

|Diamond | | 204 | 205 | 210 | 204 |

|Pearl | 184 | 178 | 180 | 184 | 178 |

|Ruby | | 166 | 165 | 163 | 166 |

|Nonpareil | 150 | 144 | 144 | 144 | 144 |

|Emerald | | | 128 | | 128 |

|Minion | | 122 | 122 | 122 | 122 |

|Brevier | 112 | 111 | 107 | 112 | 111 |

|Bourgeois | | 102 | 101½ | 103 | 102 |

|Long Primer | 92 | 89 | 90 | 92 | 89 |

|Small Pica | | 83 | 82 | 82 | 83 |

|Pica | 75 | 72 | 72½ | 72 | 72 |

|English | 66 | 64 | 64 | 64½ | 64 |

|Great Primer | 50 | 51 | 51 | 52 | 51 |

|Paragon | | 44½ | 44½ | | 44½ |

|Double Pica | 38 | 41½ | 41½ | 41 | 41½ |

|Two Line Pica | | 36 | 36 | 36 | 36 |

|Two Line English | 33 | 32 | 32 | 32½ | 32 |

|Two Line Great Primer| | 25½ | 25½ | 26 | 25½ |

|Two Line Double Pica | | 20¾ | 20¾ | 20½ | 20¾ |

|Trafalgar | | 20 | 20 | | 20 |

|Canon | 17½ | 18 | 18 | 18 | 18 |

+---------------------+------+-------+---------+-----------+-----------+

It thus appears that in 1683, the date of Moxon’s work, there

were only ten sizes of types with specific names, while at the

present time we have twenty-one; the following are our additional

sizes--Diamond, Ruby, Emerald, Minion, Bourgeois, Small Pica,

Paragon, Two Line Pica, Two Line Great Primer, Two Line Double Pica,

and Trafalgar.

Canon is the largest size with a specific name; all above Canon are

designated according to the number of Picas in the depth of the body;

thus the next size larger is Five Line Pica, then Six Line Pica, and

so on indefinitely. Twenty-four Line Pica is about the largest letter

that is cast in metal, those above that size are generally cut in

wood, as also any peculiar shaped letters. The German letter founders

cast the face of letters in metal to a much larger size, and mount

them on wood.

Minion used to be half an English; it has ceased to be so, and

Emerald has taken its place, for English is now equal to two

Emeralds: this latter is a size that was introduced about two years

ago.

By an examination of the preceding table the relative proportions

of the different sizes to each other will be ascertained; but to

facilitate the reference they are here brought under one view.

Diamond = Half Bourgeois, also = ¼ Great Primer = ⅛ Two Line

Great Primer.

Pearl = Half Long Primer, also = ¼ Paragon.

Ruby = Half Small Pica, also = ¼ Double Pica = ⅛ Two Line Double

Pica.

Nonpareil = Half Pica.

Emerald = Half English.

Bourgeois = Half Great Primer, also = 2 Diamonds.

Long Primer = Half Paragon, also = 2 Pearls.

Small Pica = Half Double Pica, also = 2 Rubies.

Pica = 2 Nonpareils.

English = 2 Emeralds.

Great Primer = 2 Bourgeois, also = 4 Diamonds.

Paragon = 2 Long Primers, also = 4 Pearls.

Double Pica = 2 Small Picas, also = 4 Rubies.

Two Line Pica = 2 Picas, also = 4 Nonpareils.

Two Line English = 2 English, also = 4 Emeralds.

Two Line Great Primer = 2 Great Primers, also = 4 Bourgeois = 8

Diamonds.

Two Line Double Pica = 2 Double Picas, also = 4 Small Picas = 8

Rubies.

Canon = 2 Two Line Picas, also = 4 Picas = 8 Nonpareils.

It thus appears that Minion, Brevier, and Trafalgar, may be classed

as irregular bodied letters, for they bear no specific regular

proportion to any other size.

Minion was formerly half an English, but it has varied in the depth

of its body from that proportion; some of the letter founders have

introduced a new size between Minion and Nonpareil, and called it

Emerald, and made this new type half an English; I think it would

have been a preferable measure to have restored Minion to its

original place.

This want of uniformity in the depth of body of the respective sizes

is much to be regretted, as it causes serious inconvenience in a

printing office, and might be avoided by the several letter founders

agreeing among themselves and deciding what should be the standard

for each size, and firmly refuse to cast a new fount to any other

size, reserving the present variations for imperfections only,

till the founts in use were worn out and discarded; we should thus

gradually approach to uniformity; and whatever variations there might

be in the face of the letter, still the quadrats and the spaces might

be used to any fount of the same sized letter, without any risk of

injuring the appearance of the work, and this would frequently be

found of great advantage in poetry, figure work, and in light open

matter.

This evil is not confined to England, but exists to a great extent

in both France and Germany, and Fournier, an eminent letter founder

who wrote on the subject, describes the evil, and explains the

remedy which he invented and adopted, in his “Manuel Typographique,”

published at Paris, in two volumes 12mo. 1764, of which the following

is a translation.

“This article requires a particular explanation, because it is

novel and obscure. I have placed it here in order to show the new

proportions which I have given to the _body of the characters_, by

the defined measures which I call _Typographical Points_.

“The last regulation of the Library, made in 1725, fixed _the height

to paper_ at ten and a half geometric lines. This rule is as easy

to practise as it is to give; but such was not the case when it was

desirable by this regulation to establish some rules in order to

fix the _strength of the body_ of the characters. At the time when

this regulation was made, apparently no person was found competent

to give correct ideas on that point, which was very important, as it

would operate to correct abuse, and to give order and precision where

there had never been any before. In default of proper information, a

master printer gave as a rule the characters which he found in his

own printing office, with all their imperfections. The law which was

then obtained, not being founded on any principles, has consequently

remained unexecuted, which is the reason why the characters have

never had fixed and accurate sizes, and that this disorder still

remains as great as it was formerly.

“In article lix. of this Regulation, it is given, as a _fit body_,

that _Petit-canon is equal to two Saint-Augustins; Gros-parangon is

equal to a Cicero and a Petit-romain, &c._, but the size that the

Saint-Augustin, the Cicero, or the Petit-romain ought to have is not

given, in order to make together the Petit-canon or Gros-parangon.

Consequently this law can always be evaded, and it is evaded whenever

any one wishes, without being liable to any penalty, because one

person might make a body of Saint-Augustin more slender than another,

and the Petit-canon might be cast to this double thickness, by which

means the law would be fulfilled. Another person might make the body

of Saint-Augustin more or less strong, and from two of these bodies

he will cast a Petit-canon: here again the law is fulfilled, although

in a spirit opposed to that of the Regulation. Thus confusion is

perpetuated, until at length it gives one some trouble to make the

distinction of the two bodies, of which the larger is weak and the

smaller strong. It happens then that the characters of the same body

vary more or less, and when two such are found in a printing office,

the workmen mix the spaces and quadrats together, which spoils the

founts.

“The Regulation has provided for this default, it will be said, when

it ordains that there should be sent to the founders a certain number

of letters of each body, in order that they might agree under pain

of fine. But these letters which are thus proposed at hazard, and

which are never given, would not have remedied the evil which it is

wished to avoid. These pretended rules, instead of causing order and

precision, on the contrary augment the confusion, by multiplying

the parts without necessity. From thence it comes that the bodies

of Petit-canon, Gros-parangon, Gros-romain, Cicero, Philosophie,

Gaillarde, Mignone, are found, according to the Regulation,

without double bodies, on which two-line letters can be made, of

which nevertheless none of the bodies can do without. Here then

are seven or eight bodies without names, useless for every other

purpose, and with which the printing office is overloaded. Moreover,

these combinations of the body of a Cicero and a Petit-romain

to make a Gros-parangon, of a Petit-texte and Petit-romain to

make a Gros-romain, of a Petit-texte and a Nonpareille to make a

Saint-Augustin, truly proclaim little experience and capacity on the

part of those who proposed them. The defect has been perceived, but

no one has tried to find a remedy, and that because the printers, who

are alone consulted in this affair, are not type founders sufficient

to make proper experiments, and to give rules to a part of the trade

which they do not exercise, and of which often they know only the

name.

“This then is what engaged me to disentangle this chaos, and to give

to these matters an order which they have never before had. I think

I have had the happiness to succeed in it, with an exactness and

precision which leaves nothing to be desired, by the invention of

_Typographical Points_. It is nothing more than the division of the

bodies of characters by equal and determinate degrees, which I call

_Points_. By this means, the degrees of distance and the affinity of

the bodies may be known exactly. They can be combined together in the

same manner as numerical signs; and as two and two make four, add

two, it will become six, double all this, you will have twelve, &c.,

in the like manner a Nonpareille, which is equal to six points, added

to another Nonpareille will make together a Cicero, which has twelve

points, add again a Nonpareille, you will have eighteen points or a

Gros-romain, double all this, and it will make thirty-six points, or

a Trismegiste, which has that number; and in like manner the others,

as may be seen by a reference to the _Table of Proportions_ which

follows.

“In order to combine the bodies, it will be sufficient to know the

number of _Typographical Points_ of which they are composed. These

points or given sizes should be invariable, so that they may serve

as guides in the printing office, as the _foot_, _inch_, and _line_

are used in geometry. For this purpose, I have fixed these points

at the exact sizes they ought to have, in the scale which is at the

head of the _Table of Proportions_; and that their exactness may be

relied upon invariably, I have contrived an instrument which I call

_Prototype_.

“The invention of these points is the first service which I rendered

to printing, in 1737. Obliged then to commence a long, painful, and

laborious career by the graving of all the punches necessary to form

the establishment of my foundery, I found no rule established which

could guide me in fixing the body of the characters which I had to

make, and I was thus under the necessity of forming them for myself.

“The table exhibits at the top a fixed and definite scale, which I

divide into two inches, the inches into twelve lines, and the line

into six of these typographical points; the total is 144 points. The

first small divisions are of two points, which is the exact distance

which there is from a Petit-texte to a Petit-romain, or from that

to a Cicero, &c. The scale contains in the whole twelve bodies of

Cicero. It is necessary to measure by this gauge the number of points

which I assign to each of the bodies. These measures, taken truly

for each body separately, and verified on the _Prototype_, will form

altogether a general correspondence for all the bodies of characters.”

“_Of Height to Paper._ The height of the characters called _height

to paper_, that is to say, from the foot to the face which leaves

its impression on the paper, is fixed by regulations of the book

trade, and noted down by them, on the 28th February 1723, at ten and

a half geometric lines. This law was established for rendering all

the French characters conformable in their parts, in order that,

passing from one printing office to another, by the death of the

proprietor or otherwise, there might be no disparity among them.

This law, however, though wise and good, is but partially executed,

many printers having adhered to the height of the characters which

they found already in their offices. Some countries, as Flanders,

the Lyonnois, and others, which have the characters much higher by

the ordonnance of the Porte, have preserved them thus, so that from

these causes we see the characters varying from ten and a quarter

to eleven lines and a half high. Those who have preserved them in

this last way are among the dupes, because the characters which are

according to the ordonnance cost a hundred pistoles, while those that

have more metal in them are worth eleven hundred francs, because

being one eleventh higher are one eleventh heavier.

“The officers of the chambres syndicals have neglected this part of

the regulation; thus nothing is more common than to see in every

printing office, the characters some a little too high and some a

little too low. This makes it necessary to put the highest upon the

tympans of the press within the places where the lines are too low.

Sometimes many folds of paper are put under these low types upon the

stone of the press, in order to raise the low parts up to the level

of the high ones. This confusion does not originate with the founder,

who is obliged to conform to the will of those for whom he works.

Three parts of the French printers, at least, have their printing

offices regulated according to the measure of ten lines and a half;

and though there may be little inequalities which leave some of the

characters a little too high and some a little too low, yet when

there is only this slight difference, perhaps being sometimes but the

thickness of a paper, the inequality is very inconsiderable. To avoid

this confusion, and to make the founderies preserve one standard to

regulate the height, and preserve it always the same, rests with the

master. There are two ways: the first is a thin plate of copper or

iron on which is made a notch of ten lines and a half high, and the

other, which is in greater use and more convenient, is making a form

of justification.”

The French have varied from Fournier’s standard, and have introduced

fresh sizes since he published his work; when Fertel wrote, in 1723,

he gave a list of nineteen sizes, but at the present time they have

twenty-five; they are also changing their names, and now designate

them by numbers, as will be perceived by the following list, which

is copied from the specimen book of De la Tarbe, of Paris, 1835,

to which I have affixed the number of points assigned to them by

Fournier.

+-------------------------------+----------+

| |Fournier’s|

| | Points, |

| | 1737. |

+-------------------------------+----------+

| Cinq, ou Parisienne | 5 |

| Six, ou Nonpareille | 6 |

| Six et demi | |

| Sept, ou Mignonne | 7 |

| Sept et demi, ou Petit-Texte | 8 |

| Huit, ou Gaillarde | 9 |

| Neuf, ou Petit-Romain | 10 |

| Dix, ou Philosophie | 11 |

| Onze, ou Cicero | 12 |

| Treize, ou Saint-Augustin | 14 |

| Quatorze, ou Gros-Texte | 16 |

| Seize, ou Gros-Romain | 18 |

| Dix-huit, ou Petit-Parangon | 20 |

| Vingt, ou Gros-Parangon | 22 |

| Vingt-deux, ou Palestine | 24 |

| Vingt-six, ou Petit-Canon | 28 |

| Trente-trois, ou Trismégiste | 36 |

| Quarante, ou Gros-Canon | 44 |

| Cinquante six, ou Double-Canon| 56 |

+-------------------------------+----------+

Soixante-six, ou Deux Points de Trismégiste.

Quatre-vingt, ou Deux Points de Gros-Canon.

Quatre-vingt-huit, ou Huit Cicéro.

Cent dix, ou Dix Cicéro.

Cent-trente-deux, ou Douze Cicéro.

Cent-soixante-cinq, Quinze Cicéro.

The German letter founders vary still more than the English or the

French, for there is no standard body in Germany, every printing

office has its varieties; the height is equally very different,

but generally much higher than the French types. The German scale

is formed by dividing their Petit, a size between our Brevier and

Bourgeois, into four lines, so that each additional number is one

fourth of their Petit. The names of many of the sizes also vary in

different parts of Germany. The list that I give, with the number

of lines to each size, I was favoured with by Mr. Edward Hænel, of

Magdeburg, an eminent printer of extensive business; I have other

lists, of letter founders, in different parts of Germany, but I do

not think it necessary to insert more than one.

The German letter founders have types for printing maps, with which

they form the line of the sea coast, with all its irregularities, its

promontories, its bays, &c., the boundary lines, and the rivers. I

had a map, printed in this manner, sent to me from Germany, which is

very clever, and shows great ingenuity in the execution.

_The names of German types, with the number of lines in each size._

1. Diamant | 2 || 12. Doppelcicero | 12 |

2. Perl | 2½ || 13. Doppelmittel | 14 |

3. Nonpareille | 3 || 14. Kleine Canon | 16 |

4. Colonell | 3½ || 15. Grobe Canon | 20 |

5. Petit | 4 || 16. Kleine Missal | 26 |

6. Burgeois | 5 || 17. Grobe Missal | 32 |

7. Corpus | 5 || 18. Kleine Sabon | 38 |

8. Cicero | 6 || 19. Grobe Sabon | 42 |

9. Mittel | 7 || 20. Real | 48 |

10. Tertia | 8 || 21. Imperial | 54 |

11. Text | 10 || | |

_Dutch names of types. From Smith’s Printer’s Grammar._ 1755.

Nonpareil. Paragon.

Brevier. Dubbelde Dessendiaan.

Burgeois. Dubbelde Mediaan.

Garmond. Dubbelde Augustyn.

Dessendiaan. Kanon.

Mediaan. Groote Kanon

Augustyn. Parys Romeyn.

Text.

_Italian Names._ _English Names._

A dictionary of the art of printing · 第 94 / 96 段