IMPROVEMENTS IN CLOTHES WRINGING MACHINES, THE MODÉ OF COMMUNICATING ROTARY MOTION IN WHICH 13 ALSO APPLICABLE TO OTHER MACHINES HAVING SIMILARLY ROTATING PARTS
Year: 1865

page_text: No. 17, King Street, Covent Garden, in the County of Middlesex, for the
Invention of "IMPROVEMENTS IN CLOTHES WRINGING MACHINES, THE MODÉ
OF COMMUNICATING ROTARY MOTION IN WHICH 13 ALSO APPLICABLE TO OTHER
MACHINES HAVING SIMILARLY ROTATING PARTS."-Partly a communication
from abroad by James Pease, residing at Panama, in the State of New
York, United States of America, and David Lyman, residing at Middle-
Code of Connectiont United States of America
Sealed the 2nd March 1866, and dated the 12th September 1865.
PROVISIONAL SPECIFICATION left by the said Thomas Drew Stetson at
the Office of the Commissioners of Patents; with his Petition, on the 12th
September 1865.
I. THOMAS DREW STETSON, of the City, County, and State of New York,
United States of America, temporarily residing at No. 17, King Street,
Covent Garden, in the County of Middlesex, do hereby declare the nature of
the said Invention for. "IMPROVEMENTS IN CLOTHES WRINGING MACHINES. THE
MODE OF COMMUNICATING ROTARY MOTION IN WHICH IS ALSO APPLICABLE TO OTHER
MACHINES HAVING SIMILARLY ROTATING PARTS," to be as follows:-
The said Invention relates to means for compelling two rolls or other
rotating parts of machinery to turn towards each other with the proper
CD 071

page_text: motion for pressing and calendering, and for allowing the distance between
such parts to vary as required according to the thickness of the material intro-
duced between them, without seriously disturbing the connection. It consists
in the employment of two cranks on each roll fixed at right angles to each
other, and provided with connecting rods leading from the cranks on each roll
to a reciprocating part, so that the turning of one roll compels the recipro-
cation, and this in its turn compels the proper turning of the other roll.
It also consists in certain improved constructions and arrangements of the
framing of clothes wringers, and of analagous machines adapted for use in
combination with the aforesaid cranks, connecting rods, and reciprocating
parts.
!;
The accompanying Drawings form a part of this description, and represent
clothes wringing machines constructed according to the said Invention.
Figure 1 is an end elevation of said machine; Figure 2 is a section on
line z, z, Figure 3; Figure 3 is a rear elevation; Figure 4 represents detached
portions of the same.
Figures 5 and 6 represent a modified construction of certain parts of this
Invention.
Figure 7 is a front view of another form of the Invention; Figure 8 is an
end view of the same, with the rolls close together; Figure 9 is a plan view
of the same; Figure 10 is an end view of the same, with the rolls separated.
Figure 11 is an end view of another modification of the mechanism.
Figure 12 is an end view of still another modification.
Figure 13 is an end view of another modification of the Invention.
Figures 14, 15, 16, and 17 show some further modifications of the mechanism
which may be adopted, if preferred, Figure 14 being a front view; Figure 15
a side view, with the rolls together; Figure 16 a top or plan view, and Figure
17 a side view, with the rolls widely separated.
Description of Figures 1, 2, 3, and 4.-Similar letters of reference indicate
like parts in each of these Figures.
A is a rigid framework, provided at the bottom with means for securing it.
to a tub in the ordinary manner; B is the lower roll, turned by a hand
crank or other suitable means; B₁ is the upper roll. These rolls may be one
or both of vulcanized rubber, fixed upon shafts of iron or other suitable
material. The shaft of each roll is formed with a small crank at each end,
the crank at one end standing at right angles to the crank at the upper end.
The crank D on the lower roll B carries a connecting rod E; the crank I on
the upper roll B¹ carries a connecting rod F. These rods E and F are joined

page_text: at the pin a, which may be cast upon or otherwise firmly fixed in the end of
the connecting rod F. This pin a carries a wheel G adapted to travel back
and forth in a slot in a rigid guide H, which is fixed on the framing A. The
crank J on the opposite end of the lower roll B stands at right angles to the
crank D; it is one-quarter of a revolution behind D. The crank K on the
opposite end of the upper roll B' stands at right angles to the crank I; it is
one-quarter of a revolution in advance of I. The cranks J and K are con-
nected by the rods L and M, working together on the pin n, which carries the
little wheel N working in a guide H. At each revolution of the roll B the
wheels G and N will obviously travel back and forth in the guides I, but at
different periods, one being in motion while the other is resting. The upper
roll B is adapted to rise and fall by the yielding of the springs P, P¹, which
extend across the machine, and are adjusted by the .screws Q.
By this
mechanism, constructed either according to this modification or according to
the others to be described, a continuous and powerful rotary motion is com-
municated from one roll to the other without the disadvantages attendant
upon the use of toothed wheels or pitch chains for that purpose.
The operation of this mechanism is as follows:-Motion being given to the
lower roll B by the crank handle C, a reciprocating motion is communicated
by the small cranks D and J on the lower roll B to the rods E and L, and
thus to the wheels G and N. The corresponding rods F and M being con-
nected to the small cranks I and K on the upper roll B', the required motion
is communicated certainly and powerfully to the roll B¹, and the two rolls
turn towards each other with the proper motion for .drawing in and pressing
clothes or other articles to be passed through. In addition to the springs
P, P', above the upper roll, springs may be provided to operate in like manner
and with equal force under the lower roll B, so that as the rolls spring apart
and again come together the slots in the guides H, O, may be.always equally
distant from each roll. In the absence of such provision a difficulty may be
experienced when the upper roll rises very high, because its rising motion
carries it away from the wheels G and N, .while the lower roll is not carried
away, but by, curving the upright, openings in which the shaft of the roll B₁
rises and falls,, making each, the arc of a circle struck from the centre of the
horizontal guides H, O, a greater variation of distance between the two rolls
is allowed than by making said openings straight as shewn. It is much easier
and more convenient, in practice to construct the machine.with straight vertical
openings, especially, when the frames are of. wood.
By the modified arrangement of parts represented in Figures 5 and 6, an

page_text: approximation to the best condition is obtained, and a greater rising and
sinking of the roll B' is allowed than would be otherwise possible with
straight openings. The lower roll B is mounted a little back of the vertical
line of travel of the upper roll B', and the nearly horizontal guides H, O, are
inclined to correspond with this position of the rolls. In this construction the
upper roll as it rises and sinks moves in a plane, which is not at right angles
to the plane of the guide ways H, O, but is inclined so as to conform in effect
very nearly to the curvature desired. The parts can be constructed of
various sizes and of different materials as desired, and the mechanism may
be applied to mangles, calendering machines, printing presses, feed rolls for
planing machines, and other machinery, and to rollers and shafts generally
where a rotation of two parts at the same regular velocity in opposite
directions is required.
Description of Figures 7, 8, 9, 10, 11, 12, and 13.-Similar letters of
reference indicate corresponding parts in each of these Figures.
Referring to Figures 7, 8, 9, and 10, A, A, are lower jaws, and A¹, A¹, are
upper jaws; both sets may be of malleable cast iron galvanised. B is the
lower roll, and B the upper roll; both should be soft vulcanised india-rubber,
and the outside of each should be of good quality. A is a rod of iron gal-
vanised, serving as a brace at the back of the machine; P is a longitudinal
piece of ash or other good wood, serving as a brace at the front of the
machine, and also serving in combination with a similar piece P' as a spring
to allow the jaws to separate, and to force them together with a yielding
pressure equally great at each end of the machine under all circumstances,
through the aid of the bolts a. The force of this spring may be varied by
turning the nuts a¹. E, F, and L, M, are connecting rods corresponding to
those similarly lettered in Figure 3, and serving to compel the rolls B, B', to
turn together by means of the cranks D, I, K, J, and reciprocating pins a, n,
which may be also similar to those, in the said Figure. H, O, are swivelling
guide ways for the parts n. They are similar in function to the ways H, O,
in Figures 1 to 6, but are free to turn on the projecting ends of the back
brace As, so that their forward ends may rise and sink relatively to either or
both jaws. I operate them so as to aim always at a central line between the
rolls, however, much or little the jaws be separated. To effect this links R
and T, T¹, are employed at each end of the machine as indicated. The links
R, R, are hung on the front ends of the guides H, O, by the pins r, r, and the
links T, T¹, connect the ends of each link R to the upper and lower jaws A
and A¹ respectively by means of the pins t, t¹, and t³, 13, all the pins or links

page_text: allowing the parts to turn thereon. V is a bell-crank lever hung on the pin b,
which may be shifted into the several different holes provided in the lower
jaw A to allow for different thicknesses of tubs, and is operated forcibly by
the screw V¹. There is a corresponding lever V on each end of the machine,
and the screws V on being turned press the lower arms of the levers V against
the outside of the tub, and pinch the tub very firmly between themselves and
the fixed arms A", which project downwards from the jaws A. As the
pressure of the screws V¹ is relaxed and the lever releases the tub it is drawn
away from the tub by the rubber clip or spring W. When the rolls B, B',
receive a large mass of clothes, they separate by the turning of the upper
jaws A' on the hinges formed by the ends of the back brace A2, and by the
bending of the springs P and P¹. So soon as the mass has passed they come
together by a reverse of this motion. At each separation or approach the
links R turn on their pivots r, and being tied by the links T, T¹, as indicated
compel the guide ways H, O, to each maintain the exactly central position,
that is to say, to aim at the centre of the space between the rolls B and B',
whether this space be wide or narrow.
Figure 11 shows a modification of the mechanism. In this Figure R¹ is a
spur gear wheel, and T2, T2, are racks pivoted to the jaws, and kept locked to
the teeth of R by springs (', '.
Figure 12 shows another modification, in which R is a long link, having.
pins at its ends, which traverse in curved grooves or slots in the jaws.
In all these forms a corresponding mechanism is, of course, applied at the
other end of the machine, and the purpose is to keep the guide ways H, O, in
the proper position, the same as before described.
Figure 13 shows a construction in which this part of the mechanism is
dispensed with, and the front of the guides H, O, is bolted firmly to a rigid
arm rising up from the lower jaw A.
Description of Figures 14, 15, 16, and 17.-In this construction the rods
a are longer, and the springs are duplicated. Pieces of rubber are also
placed around the rods a between the pieces P¹ and P2, all serving to increase
the elasticity of the compound spring thus formed, and without impairing, but
adding to the strength with which the jaws A, A', are braced. This dupli-
cation may be carried to any extent desired.
Instead of a rod extending straight along the back of the machine, the back
brace A is bent so as to be more certainly out of the way of the clothes or
other articles pressed in the machine. It is represented as of cast iron, and
cast in a single piece with the two lower jaws A. Separate pieces are, of

page_text: course, inserted with suitable fastenings for the axes of the upper jaws A¹ and
swivelling guides H, O. These guide ways H, O, are formed with the path for
the slide a, n, extending directly across the line of the axis on which the ways
swivel, and the connecting rods are lengthened and the jaws shortened, so
that the path lies partly in front and partly back of the said axis. This
arrangement allows a proper length of the connecting rods without extending
the jaws A, A', so far back as would be otherwise required. There are two
bearing places on the fixed arm A, with a hollow between them. There is
but a single bearing surface on the lever V, and this acts opposite to the said
hollow. It follows that considerable variations in the thickness of the tub can
be accommodated without shifting the pin.
I do not confine myself to the precise disposition of all the parts herein
shown. It will be obvious that the guideways H, O, may be adapted to swivel
in a machine having a frame as in Figures 1 and 5, by attaching the links T¹
to the boxes in which the upper roll is carried, or to the part P of the spring.
SPECIFICATION in pursuance of the conditions of the Letters Patent, filed
by the said Thomas Drew Stetson in the Great Seal Patent Office on the
10th March 1866.
TO ALL TO WHOM THESE PRESENTS SHALL COME, I, THOMAS
DREW STETSON, of the City, County, and State of New York, United States
of America, temporarily residing at No. 17, King Street, Covent Garden, in
the County of Middlesex, send greeting.
WHEREAS Her most Excellent Majesty Queen Victoria, by Her Letters
Patent, bearing date the Twelfth day of September, in the year of our Lord
One thousand eight hundred and sixty-five, in the twenty-ninth year of Her reign,
did, for Herself, Her heirs and successors, give and grant unto me, the said
Thomas Drew Stetson, Her special licence that I, the said Thomas Drew
Stetson, my executors, administrators, and assigns, or such others as I, the
said Thomas Drew Stetson, my executors, administrators, and assigns, should at
any time agree with, and no others, from time to time and at all times there-
after during the term therein expressed, should and lawfully might make, use,
exercise, and vend, within the United Kingdom of Great Britain and Ireland,
the Channel Islands, and Isle of Man, an Invention for "IMPROVEMENTS IN
CLOTHES WRINGING MACHINES, THE MODE OF COMMUNICATING ROTARY MOTION IN

page_text: WHICH IS ALSO APPLICABLE TO OTHER MACHINES HAVING SIMILARLY ROTATING PARTS,"
upon the condition (amongst others) that I, the said Thomas Drew Stetson, my
executors or administrators, by an instrument in writing under my, or their,
or one of their hands and seals, should particularly describe and ascertain the
nature of the said Invention, and in what manner the same was to be per-
formed, and cause the same to be filed in the Great Seal Patent Office within
six calendar months next and immediately after the date of the said Letters
Patent..
NOW KNOW YE, that I, the said Thomas Drew Stetson, do hereby declare
the nature of my said Invention, and in what manner the same is to be
performed, to be particularly described and ascertained in and by the following
statement:
.
Said Invention relates to means for compelling two rolls or other rotating
parts of machinery to. turn towards each other with the proper motion for "
pressing and calendering, and for allowing the distance between such parts to vary
as required, according to the thickness of the material introduced between them,
without seriously disturbing the connection. It consists in the employment of
two cranks on each roll fixed at an angle with each other, and provided with
connecting rods leading from the cranks on each roll to a reciprocating part,
so combined and arranged that the turning of one roll compels the reciproca-
tion, and this compels the proper turning of the other roll. It also consists
in certain improved constructions and arrangements of the framing of clothes
wringers, and of analagous machines, adapted for use in combination with the
aforesaid cranks, connecting rods, and reciprocating parts.
The accompanying Drawings form a part of this description, and represent
clothes wringing machines constructed according to the said Invention.
Figure 1 is an end elevation of a machine; Figure 2 is a section on-line z, z,
Figure 3; Figure 3 is a rear elevation; Figure 4 represents detached portions
of the same.
Figures 5 and 6 represent a modified construction of certain parts of the
machine.
Figure 7 is a front view of another form of the machine; Figure 8 is an
end view of the same, with the rolls close together; Figure 9 is a plan view
of the same; Figure 10 is an end view of the same, with the rolls separated.
Figure 11 is an end view of another modification of the mechanism.
Figure 12 is an end view of still another modification.
Figure 13 is an end view of another modification of the machine.
Figures 14, 15, 16, and 17 shew some further modifications of the

page_text: mechanism which may be adopted if preferred; Figure 14 being a front view,
Figure 15 a side view, with the rolls together, Figure 16, a top or plan view,
and Figure 17 a side view, with the rolls widely separated.
Description of Figures 1, 2, 3, and 4.-Similar letters of reference indicate
like parts in each of these Figures.
A is a rigid framework, provided at the bottom with means for securing it
to a tub in the ordinary manner; B is the lower roll turned by a hand crank
or other suitable means; B' is the upper roll. These rolls may be one
or both of vulcanised rubber fixed upon shafts of iron or other suitable
material. The shaft of each roll is formed with a small crank at each end,
the crank at one end standing at right angles to the crank at the other end.
The crank D on the lower roll B carries a connecting rod E. The crank D'
on the upper roll B¹ carries a connecting rod E. These rods E and E¹ are
joined at the pin g, which may be cast upon or otherwise firmly fixed in the
end of the connecting rod E². This pin g carries a wheel G adapted to, travel
back and forth in a slot in a rigid guide H, which is fixed on the framing A.
The crank J on the opposite end of the lower roll B stands at right angles
to the crank D; it is one-quarter of a revolution behind D. The crank J'
on the opposite end of the upper roll B¹ stands at right angles to the crank D¹;
it is one-quarter of a revolution in advance of D¹. The cranks J and J' are
connected by the rods L and L', working together on the pin n, which carries
the little wheel N working in a guide H. At each revolution of the roll B,
the wheels G and N will obviously travel back and forth in the guides H, but
at different periods, one being in motion while the other is resting. The
upper roll B is adapted to rise and fall by the yielding of the springs P, P¹,
which extend across the machine, and are adjusted by the screws Q. By this
mechanism, constructed either according to this modification, or according to
the others to be described, a continuous and powerful rotary motion is com-
municated from one roll to the other without the disadvantages attendant
upon the use of toothed wheels or pitched chains for that purpose.
The operation of this mechanism is as follows:-Motion being given to the
lower roll B by the crank handle C, a reciprocating motion is communicated
by the small cranks D and J on the lower roll B to the rods E and L, and
thus to the wheels G and N. The corresponding rods E¹ and L' being con-
nected to the small cranks D' and J¹ on the upper roll B', the required motion
is communicated certainly and powerfully to the roll B¹, and the two rolls
turn towards each other with the proper motion for drawing in and pressing
clothes or other articles to be passed through. In addition to the springs P, P¹,

page_text: above the upper roll, springs may be provided to operate in like manner and
with equal force under the lower roll B, so that as the rolls spring apart and
again come together the slots in the guides H may be always equally distant
from each roll. In the absence of such provision a difficulty may be experienced
when the upper roll rises very high, because its rising motion carries it away
from the wheels G and N, while the lower roll is not carried away, but by
curving the upright openings in which the shaft of the roll B' rises and falls,
making each the arc of a circle struck from the centre of the horizontal
guides H, a greater variation of distance between the two rolls is allowed
than by making said openings straight, as shewn.
It is much easier and more convenient in practice to construct the machine
with straight vertical openings, especially when the frames are of wood.
By the modified arrangement of parts represented in Figures 5 and 6, an
approximation to the best condition is obtained, and a greater rising and
sinking of the roll B' is allowed than would be otherwise possible with straight
openings. The lower roll B is mounted a little back of the vertical line of
travel of the upper roll B', and the nearly horizontal guides H are inclined
to correspond with this position of the rolls. In this construction the upper
roll as it rises and sinks moves in a plane, which is not at right angles to the
plane of the guide ways H, but is inclined so as to conform in effect very
nearly to the curvature desired.
:
The parts can be constructed of various sizes and of different materials as
desired, and the mechanism may be applied to mangles, calendering machines,
printing presses, feed rolls for planing machines, and other machinery, and to
rollers and shafts generally where a rotation of two parts with the same
angular velocity in opposite directions is required.
Description of Figures 7, 8, 9, 10, 11, 12, and 13.-Similar letters of
reference indicate corresponding parts in each of these Figures.
Referring to Figures 7, 8, 9, and 10, A, A, are lower jaws, and A', A¹,
are upper jaws; both sets may be of malleable cast iron galvanized. B is
the lower roll, and B¹ the upper roll; both should be soft vulcanised india-
rubber, and the outside of each should be of good quality. A is a rod of iron
galvanised, serving as a brace at the back of the machine; P is a longitu-
dinal piece of ash or other good wood, serving as a brace at the front of the
machine, and also serving in combination with a similar piece P¹ as a spring,
to allow the jaws to separate, and to force them together with a yielding
pressure equally great at each end of the machine under all circumstances,
through the aid of the bolts a. The force of this spring may be varied by

page_text: turning the nuts a¹. E, E, and L, L, are connecting rods. corresponding to
those similarly lettered in Figure 3, and serving to compel the rolls. B, B¹, to
turn together by means of the cranks D, D', J, J, and reciprocating pins- g, .n,
which may be also similar to those in said Figure; H, H, are swivelling
guide. ways for the parts gand n They are similar in. function to the
ways H, H, in Figures 1. to 6, but are. free to turn on the projecting ends of
the back brace A2; so that their forward ends may rise and sing relatively to
either or both jaws. I. operate them. so as to aim always at a central line
between, the rolls, however much or little the jaws-be separated. To effect
this, links R and T, T¹, are. employed at each end of the machine, as indi-
cated. The links R are hung on the front ends of the guides H by. the pins r.
and the links T, T¹, connect the ends of each link R to the upper and lower
jaws A and A respectively by means of the pins t, t. all the pins or links
allowing the parts to turn thereon. V is a bell-crank lever hung on the pin. v,
which, may be shifted into the several different holes provided in the lower
jaw A, to allow for different thicknesses of tubs, and is operated forcibly by
the screw V. There is a corresponding lever V on each end of the machine,
and the screws. V¹ on being turned press the lower arms of the levers V
against the outside of the tub, and pinch the tub very firmly between them-
selves and the fixed arms As, which project downwards from the jaws A: As
the pressure of the screws V' is relaxed, and the lever releases the tub, it is
drawn away from the tub by the rubber clip or spring W. When the
rolls B, B¹, receive a large mass of clothes they separate by the turning
of the upper jaws A¹ on the hinges formed by the ends of the back brace A",
and by the bending of the springs P and Pl, so soon as the mass has passed
they come together by a reverse of this motion:: At each separation or
approach the links R turn..on their pivots r; and being tied by the links T, T¹,
as indicated, compel the guide ways H to each maintain the exactly central
position, that is to say; to, aim at the centre of the space between the rolls B
and B', whether this space be wide. or narrow:
Figure 11 shews a modification of the mechanism: In this Figure R¹ is a
spur gear wheel, and T2, T3, are racks pivoted to the jaws; and 'kept-locked
to the teeth of R' by springs to, t³.
Figure 12 shews another modification, in which. R³ is a long link, having
pins at its end, which traverse in curved grooved or slots in the jaws A, A,
In all these forms a corresponding mechanism is of course applied at the other
ends of the machine, and the purpose is to keep the guide ways H in the
proper position, the same as before described. Figure 13 shews a construc-

page_text: tion in which this part of the mechanism is dispensed with, and the front of
the guides H is bolted firmly to a rigid arm rising up from the lower jaw A.
Description of Figures 14, 15, 16, and 17.-In this construction the rods a
are longer, and the springs P; P, are duplicated by the addition of similar
pieces P2, P3, above them. Pieces of rubber' are also placed around the rods
a between the pieces P' and P2, all serving to increase the elasticity of the
compound spring thus formed, and without impairing but adding to the
strength with which the jaws A, A¹, are braced. This duplication may be
carried to any extent desired. Instead of a rod extending straight along the
back of the machine, the back brace A2 is bent so as to be more certainly out
of the way of the clothes or other articles prèssed in the machine. It is
represented as of cast iron, and cast in a single piece with the two lower
jaws A. Separate picces may be inserted with suitable fastenings for the axis
of the upper jaws A¹ and swivelling guides H, as indicated. These guide
Iways H are formed with the paths for. the slides g, n, extending directly
across the line of the axis on which the ways swivel, and the connecting rods
are lengthened and the jaws shortened, so that. the said path lies partly in
front and partly back of said axis. This arrangement allows a proper length
of the connecting rods without extending the jaws A, A¹, so far back as would
be otherwise required. There are two bearing places on the fixed arm A³,
with a hollow between them. There is but a single bearing surface on the
lever V, and this acts opposite to the said hollow. It follows that considerable
variations in the thickness of the tub can be accommodated without shifting
the pin.
I do not confine myself to the precise disposition of all the parts herein
shewn. It will be obvious that the guide ways H may be adapted to swivel
in a machine having a frame, as in Figures 1 to 6, by attaching the links T¹
to the boxes in which the upper roll is carried, or to the part P of the
spring.
Having now fully described the said improvements, I claim,-
First, the four cranks and four connecting rods with suitable means for
guiding the reciprocating ends of said rods arranged for joint operation,
substantially in the manner and for the purpose described.
Second, I claim, in combination with the above, the swivelling guide
ways H connected to both rolls, so as to maintain the central position when
the space between the rolls varies, as set forth.
Third, I claim the vibrating jaws A, A, A', A', and longitudinal spring P, P¹.
combined and arranged as herein specified, so that the spring serves both as

page_text: a spring to accommodate the motion of the rolls to different thicknesses of
goods at either end, and as a brace to steady and support the jaws.
Fourth, I claim the combination of the spring P, P¹, arranged as specified,
with the jaws A, A', and the rolls B, B', cranks D, D', J, J', rods E, E', L, L',
and guide ways H, or their equivalents as shewn.
Fifth, I claim the griping arms A3, V, in combination with a clothes wringer,
and constructed and arranged as herein specified.
In witness whereof, I, the said Thomas Drew Stetson, have hereunto
set my hand and seal, this Seventh day of February, in the year of
our Lord One thousand eight hundred and sixty-six.
THOMAS DREW STETSON. (L.S.)
Witness,
GEORGE HASELTINE,
" International Patent Office,"
8, Southampton Buildings,
Chancery Lane,
London.