Improvements in and connected with Linotype and Analogous Machines.
Year: 1897

page_text: Date of Application, 14th Apr., 1897
Complete Specification Left, 14th Jan., 1898-Accepted, 14th Apr.,
1898
PROVISIONAL SPECIFICATION.
Improvements in and connected with Linotype and Analogous
Machines.
We, THE LINOTYPE COMPANY LIMITED, of No. 188, Fleet Street, in the City of
London, Sole Proprietors of, and Sole Manufacturers, Vendors, and Licensors under,
the "Linotype" Patents, and ERNEST GIROD, of No. 36, Trent Road, Brixton
Hill, in the County of Surrey, Engineer, do hereby declare the nature of this inven-
tion to be as follows:-
The present invention relates to improvements in and connected with linotype
and analogous machines, the said improvements being especially applicable to the
Mergenthaler linotype machine described in the Specification of Letters
Patent 14582 of 1890.
22
"
The first part of the invention relates to the so-called assembling block. It has
received this name because it is in that, that the matrices and space bars are
assembled, one after the other, by the process of composition. When a line has
been assembled in the block, the latter is raised vertically between suitable guides
to the level of the shifter. This organ thereupon seizes the said line and moves
it away horizontally through a fixed part of the machine known as the guide
block and into the elevator. This elevator has a vertically reciprocating motion,
first down to the mould wheel, against which it holds the composed line while
the linotype is being cast, and then up to co-operate with the transferring arm of
the distributor and back again to the level along which the shifter" works.
Now, seeing that the elevation of the assembling block is under control of the
operator without reference to the travel of the elevator above mentioned, it
occasionally happens that he sends it upwards towards the "shifter soon enough
for the latter to seize it, the composed line in question, and move it through the
guide block before the elevator has been returned low enough to receive it. The
consequence is that the composed line, instead of being placed by the "shifter" in
the said elevator, is thrown out and smashed. The object of this part of the
present invention is to prevent an accident of the kind above mentioned, and
consists of a stop adapted to lock the assembling block down in its lowest position
and to be moved out of the path thereof only by the descent of the vertically
reciprocating elevator above mentioned when it is on its way to align itself with
the shifter. The combination which we prefer to use consists of a detent pivoted
on the face of the guide, block above mentioned, a horizontal slide working in a
slot in the said guide having one end pivotally connected with the adjacent end
of the detent and the other held by a spring in the path of the descending elevator.
When a certain and properly placed projection on the elevator engages the nose
of the slide, it pushes the latter in against its spring and rocks the detent out of
the path of the assembling block, thereby freeing the latter.
The object of the second part of the present invention is to wipe the cutting
edges of the trimming knives. These stand in a vertical position parallel with
each other and pointing to the rear, not far from and parallel with the path of

page_text: the assembling block above mentioned.
There is combined with the latter,
preferably by means of a suitably shaped arm, a wiper of suitable material, which
is carried by each motion of the assembling block over the edges of the knives
thereby removing therefrom any fragments which may have adhered to them
during the previous act of trimming.
The third part of the invention relates to improvements in the distributing
mechanism. The important organs of the latter are (a) the transferring arm
above mentioned and a pusher by which the matrices are moved from the trans-
ferring arm on to the introductory supporting rails of the distributing mechanism,
up to a stop thereon; and (b) an automatic lifter by which the leading matrix
is lifted above the stop and has, by that lift, its side edges brought within reach
of the screw threads of (c) the traversing screws of the distributing mechanism
and which engage behind them and carry the matrix along until it is dropped
into its own proper groove in the magazine.
The stop above mentioned consists of a perpendicular elevation of each intro-
ductory supporting rail. There are three traversing screws in the distributing
mechanism. Two of them engage, one with one top shoulder or corner and the
other with the opposite one, of the matrix, while the third one engages one bottom
corner of the matrix to steady it during its traverse.
The lifter has a vertically reciprocating motion. It and the stop are so pro-
portioned and positioned respectively, that when the former is at the bottom of
its stroke, it stands under the leading matrix, then held up in contact with the
stop by the pusher.
The adjacent ends of the traversing screws overhang the top for a short distance,
the screw threads stopping at the plane of the stop. The introductory rails are
continued from the stop between the traversing screws for a short distance rising
by a gradual incline.
A supplementary pusher is provided. It consists of a horizontal reciprocating
bar presenting a transverse nose immediately behind the top of the lifted matrix.
This pusher is then pushed forward automatically, whereby the engagement of
the matrix by the screw threads of the distributing screws is assured. It may be
provided with a depending lug adapted to engage the matrix near its foot in a
corresponding manner for the purpose of preventing it swaying out of the perpen-
dicular while it is under the influence of the said pusher. This latter may be
driven by any suitable mechanism. A convenient source of the desired motion in
one direction is the cam which drives the lifter while the return motion may be
provided for by a returning spring.
To further safeguard the proper motion of the leading matrix up the above
mentioned gradual inclines between the traversing screws, there is combined with
each introductory rail, a spring detent which yields before the advancing matrix
and locks behind it, thereby obviating any tendency to slip back.
The fourth part of the invention relates to improvements in the mechanism for
preventing the injection of molten metal into the mould in the event of the
elevator above mentioned failing to present the composed line to the foundry,
properly. Hitherto, the mechanism for this purpose has been set in operation by
the forward motion of the mould wheel, but the use of detachable mould blocks
on the front face of the said wheel, has practically set the said face too near the
front of the machine for that purpose. The combination with the said wheel,
of studs capable of an adjustable amount of projection has been tried, but the
necessarily frequent readjustment of them was found to be a nuisance. In the
Mergenthaler linotype machine, as described in the specification above mentioned,
there is a vertical rod which presents its nose above the vice in such a position
as to be depressed by the descending elevator, and if it is not depressed, it prevents
the next cast. According to this part of the present invention, the depression
of this rod is still relied on. It is effected by the upward motion of the elevator.
The connection between the two is by means of a lever, the opposite ends of which
stand respectively over a stud on the said vertical rod, and over one on the adjacent

page_text: face of the elevator. Either the last mentioned stud or the adjacent end of the
lever is provided, if necessary, with an automatic releasing device.
Dated this 14th day of April 1897.
PHILLIPS & LEIGH,
Agents for the Applicants,
Improvements in and connected with Linotype and Analogous
Machines.
We, THE LINOTYPE COMPANY, LIMITED, of No. 188, Fleet Street, in the City of
London, Sole Proprietors of, and Sole Manufacturers, Vendors, and Licensors under,
the "Linotype" Patents, and ERNEST GIROD, of No. 36, Trent Road, Brixton
Hill, in the County of Surrey, Engineer, do hereby declare the nature of this
invention, and in what manner the same is to be performed, to be particularly
described and ascertained in and by the following statement: -
The present invention relates to improvements in and connected with linotype
and analogous machines; and it consists in improvements which are applicable
more particularly to the well-known Mergenthaler linotype machine, that being
the one for which they have been made. Further information thereon will be
found in the Specification of Letters Patent 14582 of 1890. It should be under-
stood, however, that the said invention is not limited to linotype machines operating
on and with female matrices to be combined direct with a casting mechanism, but
that it is equally applicable, other circumstances being convenient, to linotype
machines operating on and with male dies to be combined directly with a strip
or sheet of stereotype matrix material which they indent and which is then com-
bined with the casting mechanism. For that reason and for the purpose of this
specification, the appellatives matrix" matrices" are to be understood as
including both the female matrices and the male dies above-mentioned.
"
The accompanying figures are to be taken as part of this specification and read
therewith. In them,
Figure 1 is a detail front elevation illustrating the first part of the invention;
Figure 2, a detail longitudinal section taken along the line 2-2 of Figure 1;
Figure 3, a front elevation of a portion of a Mergenthaler linotype machine,
and illustrates the first and second parts of the invention:
Figure 4, a detail longitudinal section relating to the second part:
Figure 5, a rear elevation of part of the distributor of the same machine;
Figure 6, a horizontal section taken along the line 6-6 of Figure 5; and Figure 7,
a sectional end elevation. They jointly illustrate the third part of the invention.
Figure 8 is a transverse vertical section taken along the line 8-8 of Figure 3,
and illustrates the fourth part of the invention.
The first part of the invention relates to the so-called assembling block I. It
has received this name because it is in it, that the matrices Y and space bars Z
are assembled one after the other, in proper order by the process of composition.
The matrices drop from a matrix magazine (not included in the figure) on to an
endless and rapidly moving belt H which shoots them down over a suitable guiding
mechanism into the assembling block I and between the front and rear parallel
hars which constitute the top of it. The space bars Z are dropped into the block,
at the respectively proper moments, from a magazine K.
When a line has been assembled in the block I, the latter is raised vertically
between suitable guides to the level of the shifter which consists of a pair of vertical

page_text: arms L, L', capable of horizontal motion separately as well as conjointly. That
organ thereupon seizes the said line and moves it away horizontally through a
slotted and fixed part of the machine frame known as the guide block M, and
delivers it into the head of the elevator or transporter N, which head is made after
the manner of the top of the assembling block I to receive the said line. This
transporter N has a vertically reciprocating motion, first down to the mould
wheel O, against which it holds the composed line while the linotype is being cast,
and then up to co-operate with the transferring arm of the distributor X-the
position shewn in dotted lines in Figure 3-and back again to the level along
which the shifter LL' works-the position shewn in full lines in the same figure.
Now, seeing that the elevation of the assembling block I is under the control of
the operator without reference to the travel of the transporter N above mentioned,
it occasionally happens that he sends that block upwards towards the shifter LL'
soon enough for the latter to seize the composed line in question and move it
through the guide block M, before the transporter N has been returned low enough
to receive it. The consequence is that that line, instead of being delivered by the
shifter into the head of the transporter N, is thrown out and pied. The object of
this first part of the invention, is to prevent an accident of the kind just mentioned.
This object is effected by a stop adapted to lock the assembling block I down in
its lowest or composing position, and to be moved out of its path only by the descent
of the vertically reciprocating transporter N, that is when it is on its way to align
itself with the shifter LL. Thus the assembling block I is kept down in its
lowest or composing position all the time that the head of the transporter N is
above or below the level of the slot in the guide block M. The combination which
we prefer to use-see Figures 1 and 2-consists of a detent I25 pivoted on the face
of the guide block M, a slide 12 adapted to work on suitable guides I27 in a hori-
zontal slot I in the said guide block, by having one end pivotally connected with
the adjacent end of the detent 12, and the other 129, protruded by a spring 130
into the path of the transporter N. When a certain and properly placed lateral
projection I on the transporter N engages the spring protruded nose 129 of the
slide 1, it pushes the latter in against its spring Is thereby rocking the operative
nose of the detent 125 out of the upward path of the assembling block I and freeing
the latter, as indicated by the full lines in Figure 3. The corners of the nose I"
are rounded or tapered off to provide for its giving way before the projection I³¹.
The contact of that projection with the nose I29 during the upward motion of the
transporter N, rocks the detent 125, it is true, but the consequent motion is only
an idle one.
The second part of the invention relates to the cleaning of the cutting edges of
the trimming knives N5, No-see Figures 3 and 4. These knives stand in a vertical
position parallel with each other and edge on to the rear, not far from and parallel
with the path of the assembling block I. The cleaning above mentioned is done
by a wiper 132 Heretofore the arm that held that wiper to the block I was
more or less horizontal. A certain self-adjusting improvement, enabling the
trimming mechanism to trim both linotypes having overhanging initial capitals,
and linotypes having no overhanging capitals, as they might occur, interposes a
link in the path of such wiper arm. To meet this new circumstance, we now make
the arm I of the shape illustrated, i.e., hanging from the assembling block I
and inclined to the left. Moreover the above described premature elevation of the
assembling block, had the effect of holding the wiper 133 between the mould wheel O
and the knives N and No, when the former was pushed forward into the trimming
and ejecting position and of it holding it there, so that the ejector (which works
through the mould cavity o) would catch it and cut it against the knives. At the
same time the wiper prevented the trimming and the ejection of the linotype.
But as the mould wheel O is kept away from the knives, as shewn in Figure 4,
during the time that the assembling block I is travelling up and down, the
wiper 132 (now having the first part of the present invention combined with it)
gets its work done before the ejector can come up to it.

page_text: The third part of the invention-see Figures 5, 6 and 7-relates to improve-
ments in the distributor. An improved form of the more important organs of
the latter is illustrated in detail in the Specification of Letters Patent No. 26648
of 1890. These organs are (a) the transferring arm above mentioned and a
pusher by which the matrices are moved from the transferring arm on to the
introductory supporting rails of the distributor, up to a stop thereon; and (b) an
automatic lifter by which the leading matrix is lifted above the stop and has, by
that lift, its side edges brought within reach of the screw threads of (c) the
traversing screws of the distributor, and which engage behind them and carry
the matrix along until it is dropped into its own proper groove in the magazine.
t is the free and operative end of the transferring arm. It is a short length of
rail of the same cross section as the V-shaped notches in the tops of the matrices Y.
The transferring arm is a lever having its fulcrum in the rear of the machine,
upon which it has an intermittent reciprocating motion in the vertical plane,
under the control of a suitable cam. When a composed line of matrices is ready
to be dealt with by the distributor, it finds itself in the head of the transporter N,
the latter then standing in the position illustrated by the dotted lines in Figure 3.
The terminals of the are through which the rail t moves, are the positions illus-
trated in Figure 5, and one of alignment of it with the line of matrices just
mentioned. When the said rail and matrices are so aligned, the latter are pushed
on to the former, whereupon it is swung upwards into the position illustrated in
Figure 5.
W is the pusher. It is fast to the end of a slide which has a reciprocating r
horizontal motion in a suitable guide. Neither of the latter are included in the
figures. The motion of the pusher W₁ is from the position illustrated in Figure 5
to outside the rail t.
t¹ is a second but stationary short length of rail being held fast to the lift
box T through which the matrices are pushed by the pusher W1 along introductory
supporting rails t, t. Each rail has a shoulder t2 or 3, the four shoulders standing
in the same vertical plane and together constituting the stop above mentioned.
a is the automatic matrix lifter. is the distributor rail, of the same cross
section as the rails t, t¹, and on to it each matrix is delivered to be traversed
therealong by the three screws 8, 29, 210,
The lifter is a vertical dog receiving a reciprocating vertical motion from a
spring and a cam projection 6. It and the stop are so proportioned and
positioned respectively, that when the former is at the bottom of its stroke, it
stands under the leading matrix, then held in contact with the stop by the
pusher W¹.
The top introductory supporting rails are continued from the stop for a short
distance between the traversing screws, their edge being inclined upwards as shewn
at in Figure 5.
The mechanism just described with reference to this third part of the present
invention, are as heretofore. They are introduced into this specification only to
show where that third part begins. The object of this latter is to perfect the
engagement of the leading matrix by the threads of the distributor screws, and
that object is attained by the following means: -
The two top distributor screws 28,29, used to overhang the leading matrix Y.
When they did, that matrix was lifted up within their zones, but sometimes not
high enough to clear the bottom shoulders t². A matrix in that predicament would
most likely be bent and stop the distributor, thereby necessitating the personal
attention of the operator to clear the latter. The threads of the two screws above
mentioned now stop at, or to the right of (looking at them from the front of the
machine) the path of the said matrix, as clearly shewn in Figures 5 and 6.
According to the present invention, the lifter does not place the matrix within
the zones of the distributor screws. It lifts it high enough to stand opposite to
them, and then a supplementary pusher pushes it horizontally up to the threads
of the said screws. This supplementary pusher consists of a horizontal recipro-

page_text: cating bar W³ adapted to present a transverse piece W4 behind (i.e., to the left of
it looking at it from the front of the machine) the top of the lifted matrix and to
be returned to its first position out of the way of the rise of the next matrix, behind
which it will be ready to push it forward.
The supplementary pusher may be, and advantageously is, provided with a
transverse lug We carried by a leg W7 which is fast to and depends from the said
pusher, the said lug being held in a proper position for engaging the matrix near
its foot at the same time that the transverse piece W engages the top of it.
The function of this lug We is to prevent the respective matrix swinging out of
the perpendicular during the time that the supplementary pusher is dealing
with it.
It is obvious from the foregoing what must be the extent and time of the two
motions of the supplementary pusher. Those motions may be imparted to it by any
suitable and convenient mechanism. The one illustrated is as suitable and con-
venient as any.
It consists of a special cam face W7 on the cam which carries
the cam projection 6 already mentioned; a transverse rod We adapted to slide
in horizontal slots W9 W in the cheeks of the lift box and which has the bar W
fast to it; and a tension spring W10. This spring pulls from a fixed point upon
one end of the rod W8 and keeps the opposite end in touch with the cam surface W,
the tension of the spring W10 putting the supplementary pusher through its
operative stroke, and the projection of the cam surface W7 returning it to its
first position for the rise of the next matrix.
To further safeguard the proper motion of the leading matrix up the inclines S
above mentioned, there is combined with each introductory rail, a spring detent W
which yields before the advancing matrix and locks behind it, thereby obviating
any tendency to slip back. This detent is shown in Figure 5 as being a horizontal
one fixed to the outer face of the rear side of the lift box T, its nose reaching the
respective matrix through a hole W12 in the said side.
The rise of the cam surface W7 is equal to the sum of the thickness of the
thickest matrix in the fount, the length of the nose of the detent W and a
suitable clearance. Figures 5 and 6 shew the pusher as far to the right as it will
go and holding the leading matrix up to the screw threads. The motion of the
screw will bring the rise of the cam W7 to bear against the rod W8 and so
start it on its return motion out of the way of the screw threads and of the next
matrix to be lifted.
The fourth part of the invention is illustrated in Figures 3 and 8. It relates
to improvements connected with a certain mechanism for preventing the injection
of molten metal into the mould in the event of the transporter N above mentioned
failing to present the composed line to the mould, properly. Hitherto, the
forward motion of the mould wheel O has been relied on to throw the casting
mechanism out of gear whenever the transporter has so failed. The details of the
mechanism by which it accomplished this are reproduced here from the Specifica-
tion of Letters Patent 14582 of 1890 (436532 September 16th 1890).
a is a
vertical bar suspended by a spring a from the vice frame P¹ and so long as it
is in its normal position, it projects its head a23 above the abutment P in the
downward path of the head of the transporter N on its way to the casting position.
25 is a dog on the rear edge of the bar a23 and a26 is a plate adapted to slide
horizontally to and from the front of the machine. That plate is pushed to the
rear by a spring pushing on an extension of it, as illustrated in Figure 8 and to
the front, by a forward motion of the mould wheel O. The bar a23 stands within
a slot in the plate a long enough to permit of the latter's motion. The normal
position of the bar a-the one due to the pull of the spring a24-keeps the
plate opposite the dog a 25. The transporter head fails to present the composed
line properly, if it does not come down upon the abutment P. If it does not come
down so far as that, the front face of the mould wheel O coming up to the plate 28,
pushes it against the dog a5 and so swings the bottom end of the bar a3 to the
front far enough to make it turn the lever a on its fulcrum. The motion of this

page_text: lever is adapted to throw the casting mechanism out of gear. It can be put into
gear again by the hand lever a¹. If, on the other hand, the transporter head
does come down upon the abutment P, it depresses the bar a low enough for the
plate a to miss the dog a25 when the mould wheel O pushes that plate to the front,
so that the slide of the said plate to the front leaves the bar a alone. In either
case, the spring of the plate a26 returns it to its normal position. One of the
forward motions (the one for ejecting the linotype) of the mould wheel O, takes
place when the mould block oll in work, is on the right hand of the axis of the
wheel 0-see the right hand dotted lines in Figure 3. But as it is now a very
general practice to fit a wheel O with as many as four mould blocks o¹¹, separated
from each other by a quarter of a circle, and as the wheel O makes two motions
about its axis, one of 90° and one of 270°, there is one mould block at the bottom,
as shewn in the figures, when the above mentioned mould in work is in the right
hand position above mentioned. The presence at that moment of the one at the
top may be ignored-it is inoperative as far as the present invention is concerned.
Each mould block with its adjusting plate o¹18, projects from the front face of the
mould wheel O for an appreciable distance-see Figure 8-so that when that
wheel comes forward into the ejecting position for the newly cast linotype to be
ejected from the mould block in work, the bottom mould block swings the bar a
forwards against the lever a2 and puts not only the casting but also the ejecting
and other mechanisms out of gear, they all being driven from the same first motion
shaft. It should be borne in mind that when the bottom mould block so swings
the bar a, the transporter head is away above the abutment P¹.
As the above described mischievous action of the bottom mould block was caused
by a matter of projection from the mould wheel face, the combination with the
said wheel of studs capable of an adjustable amount of projection has been tried,
but the necessarily frequent re-adjustment of them was found to be a nuisance.
Hence it became necessary to devise some mechanism by which the mould wheel
with a mould block at the bottom whenever it comes forward to the ejecting
position, should be prevented from pushing the bar a²³ forward.
According to the present invention, the bar a³ and the parts connected with it
are not interfered with, but advantage is taken of the upward motion of the
transporter N,--that being the motion which immediately precedes the above
described downward one upon the abutment P-to pull the bar a23 down so as to
keep the dog a below the plate a2 during the above mentioned forward motion
of the mould wheel O. Accordingly, there is provided a connection between the
transporter N and the bar a²3. It consists of a trip lever N having its fulcrum
upon the vice frame P-a standing part of the machine. The rear end of the
said trip lever engages with the foot of the bar a23, e.g., through a stud №65 pro-
jecting laterally therefrom, while the front end of it stands in the upward path
of a suitably positioned portion N% of the transporter N. Accordingly, as the
bottom mould block o" comes nearly up to the plate a26, the portion NGG
the lever N and pulls the bar a² down, keeping the dog a2 below the plate a26
until the bottom mould block o" has been moved back again. Either the stud N65
or the lever N64 must obviously be provided with an automatic releasing device to
allow of the transporter N passing the trip lever N4 on its downward travel again.
The connection illustrated indicates that the front end of that lever will yield before
the portion N66, and that it will be returned to its normal position ready for work,
by the greater weight of the rear arm of it.
engages
Having now particularly described and ascertained the nature of our said inven-
tion and in what manner the same is to be performed, we declare that what we
claim is:
1. In a linotype machine, the combination with the transporter and the
assembling block, of a stop adapted to lock the latter down in its lowest or com-
posing position and to be moved out of the path thereof only by the descent of
the said transporter, as and for the purpose set forth.

page_text: 2. In a linotype machine, the combination with the transporter and the
assembling block; of a pivoted detent normally locking the said block in its lowest
or composing position; a nose operatively connected with the said detent, auto-
matically protruding into the path of the said transporter and adapted to be
moved out of it and to move the said detent out of the path of the assembling
block, by the motion of the said transporter; as and for the purpose set forth.
3. In a linotype machine, the combination with the transporter and the
assembling block, of a pivoted detent; a horizontal slide; and a spring protruded
nose; as and for the purpose set forth.
4. In a linotype machine, the combination with the knife cleaning wiper, of
mechanism for preventing its premature presentation between the mould wheel
and ejector on the one side, and the trimming knives on the other, as and for the
purpose set forth.
5. In a linotype machine, the combination with the knife cleaning wiper, of
the improved wiper arm and mechanism for preventing the premature presentation
of the said wiper between the mould wheel and ejector on the one side and the
trimming knives on the other, as and for the purpose set forth.
6. In a linotype machine, the combination with the distributor and matrix
lifter, of a supplementary pusher, as and for the purpose set forth.
7. In a linotype machine, the combination with the distributor and matrix lifter,
of a supplementary pusher and a spring detent; as and for the purposes set forth.
8. In a linotype machine, the combination of shortened distributor screws stand-
ing with their ends clear of the upward path of the leading matrix; a lifter;
and a supplementary pusher; as and for the purpose set forth.
9. In a linotype machine, the combination of shortened distributor screws stand-
ing with their ends clear of the upward path of the leading matrix; a lifter; a
supplementary pusher, and a spring detent; as and for the purpose set forth.
10. In a linotype machine, the combination with the mould wheel having a
mould block projecting from the bottom portion of its face at the time the mould
block in work is coming up to the ejecting position, and the mechanism for
preventing injection of molten metal into the mould in the event of the transporter
failing to present the composed line to the mould properly; of a trip lever
adapted to be actuated by the transporter so as to prevent the unnecessary actuation
of the above-mentioned mechanism by the said bottom mould block, as set forth.
11. In a linotype machine the combination with the mould wheel having a
mould block projecting from the bottom portion of its face at the time the mould
block in work is coming up to the ejecting position, and the mechanism for prevent-
ing injection of molten metal into the mould in the event of the transporter failing
to present the composed line to the mould properly; of a trip lever having a fixed
fulcrum, one of its arms engaging the suspended bar of the above-mentioned
mechanism, and the other standing in the path of a certain part of the said
transporter, so as to prevent the unnecessary actuation of the said mechanism by
the bottom mould block and allowing of the return motion of the said certain
part past it, as set forth.
71 J 1
141
f Tannat 1000
PHILLIPS & LEIGH,
No. 22, Southampton Buildings, Chancery Lane, London, W.C.,
Agents for the Applicants.