Improvements in Mechanical Toys.
Year: 1890

page_text: Date of Application, 14th July., 1890
Complete Specification Left, 14th Apr., 1891-Accepted, 11th July, 1891
PROVISIONAL SPECIFICATION. .
Improvements in Mechanical Toys.
I, CORNELIS FREDERIK ALEXANDER RÖELL of the Lyric Club, Leicester'
Square in the County of Middlesex, a Jonkheer of the Kingdom of Holland do
hereby declare the nature of this invention to be as follows:-
-
The invention relates to improvements in mechanical toys and has for its object
to actuate boxing figures in such manner that their movements, will appear more
natural than heretofore.
For this purpose I mount the figures upon the upper ends of vertical rods
located at the back thereof and rising through long slots formed in a stage or
platform which slots extend rearward of the figures in order to permit them to fall
on their backs at the desired times, and I connect the lower ends of these rods to
sliding or swinging bars by hinge joints so that the endway movement of the
sliding bars will also give motion to the boxing figures and throw them forward.
and backward as in the act of boxing.
I give motion to the sliding bars and consequently to the figures by means of
levers which are mounted upon axes of motion and at one end are slotted to receive
studs or axes fixed upon the sliding bars, whilst at the other, ends they are forked.
to embrace wheels formed with cams, projections, or teeth upon the two 'faces
thereof so that in the revolutions of these cam wheels the forked levers will be.
rocked upon their axes and a to and fro motion will thus be communicated through
the sliding bars to the boxing figures.
The cam wheels are fixed upon a shaft or axis, and are each provided upon their
inner side or face with ratchet teeth with which engage pawls carried by a drum
or pulley mounted loosely upon the cam-wheel shaft and around this drum or pulley,
is coiled several times a cord or chain one end of which is carried up over a guide
pulley and has attached thereto a weight which furnishes the motive power whilst
the other end of the cord or chain passes the exterior of the case or frame and is
provided with a knob or pull by which the 'cord may be drawn forward and the
weight raised.
During this forward movement of the cord the pawls of the drum or pulley slip
upon the ratchet teeth without giving motion to the cam wheels but upon the cord
or chain being released and the weight allowed to act the pawls of the drum will
engage the ratchet teeth of the cam wheels and give motion thereto, and thus to
the boxing figures.
By reason of the long slots in the platform to the rear of the figures, the latter
would fall upon their backs if not supported in some manner and in order to
prevent the figures so falling, except at the desired times, I employ sliding stop
bars which cross the long slots of the platform and form stops to the vertical rods
supporting the figures thus limiting the backward movement thereof but leaving
sufficient play for the normal working of the figures and these stop bars are drawn
forward across the slots by the latter part of the forward movement of the cord or
chain.
In order to cause the figures to be thrown down upon their backs as if from a
knock down blow, I give a gradual backward movement to the stop plates shortly.
before the weight has completely run down, and I accomplish this by means of a
knot or enlargement upon the cord or chain which comes against a lever at. its
lower end mounted upon an axis of motion and at its upper end flexibly connected
with a sliding plate which imparts a delayed motion to a bar or yoke which at its
ends is loosely pin-jointed to the stop bars.
This arrangement of parts would simultaneously withdraw both the stop, bara
i

page_text: from across the slots of the platform and would cause both figures to fall upon
their backs after a given period of time but in order to cause either one of such
figures to so fall whilst the other remains erect and that accidentally or irregularly
I give motion to the stop bars through the bar or yoke herein before referred to,
and I employ a horizontal weighted balanced bar which receives an impulse from
a moving part of the apparatus as hereinafter described, thus causing it to oscillate
for some considerable time, and I provide this balanced bar with two arms or posts
corresponding with the sliding stop bars and provided with hooked ends to engage
the same.
By these means as the stop bars are carried backward, one or other of them
will engage a hooked post of the balanced oscillating bar, and will be thereby
held against further movement so that it cannot be entirely withdrawn from the
corresponding slot of the platform to allow of the figure falling backward whilst
the oscillating balanced bar will at the same time be held with its other hooked
post out of engagement with the other stop bar which will continue its backward
movement until it is entirely withdrawn from across its corresponding slot of the
platform so as to allow of the free passage of the vertical rod supporting the
corresponding figure when such figure will fall over on to its back.
The required impulse is given to the balanced oscillating bar through a nose or
projection therefrom by means of a horizontal finger which is formed with a tail
piece which at the end of the outward movement of the cord or chain is engaged
by a stud or projection carried by the sliding plate or other moving part of the
machine which turns the finger causing it momentarily to engage the nose or
projection and give the required impulse to the oscillating bar and a similar motion
is given to the oscillating bar by the finger at the latter part of the inward move-
ment of the cord or chain.
In order to raise the fallen figure at the required time I employ cams or
eccentrics which are held in their normal position by a spring and which receive
partial rotation upon the last part of the forward movement of the cord or chain
by means of the sliding plate hereinbefore referred to and one of the cams or
eccentrics thus acts upon the vertical rod supporting the fallen figure and raises it
into its normal position previous to the stop bar being moved across the corre-
sponding slot of the platform in the outward movement of such bars, and the
sliding plate, after giving the required motion to the cams or eccentrics become
disengaged therefrom and permits the cams to resume their normal position.
If desired I may dispense with the weighted balance and by slightly modifying
the parts employ a pendulum or a fly wheel in lieu thereof.
Dated this 14th day of July 1890
WHITE & WOODINGTON,
27, Southampton Buildings, London, W.C., Agents.
COMPLETE SPECIFICATION.
Improvements in Mechanical Toys.
1, CORNELIS FREDERIK ALEXANDER RÖELL of the Lyric Club Leicester
Square in the County of Middlesex a Jonkheer of the Kingdom of Holland 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 invention relates to improvements in mechanical toys and has for its object
primarily to actuate boxing figures in such manner that their movements will
more natural than heretofore.
appear
For this purpose I mount the figures upon the upper ends of vertical rods located
at the back thereof and rising through long slots formed in a stage or platform
which slots extend rearward of the figures in order to permit them to fall on their

page_text: backs at the desired times and I connect the lower ends of these rods to sliding or
swinging bars by hinge joints so that the endway movement of the sliding bars will
also give motion to the boxing figures and throw them forward and backward as in
the act of boxing.
I give motion to the sliding bars and consequently to the figures by means of
levers which are mounted upon axes of motion and at one end are slotted to receive
studs or pins fixed upon the sliding bars whilst at the other end they are forked to
embrace wheels formed with cams projections or teeth upon the two faces thereof
so that in the revolution of these cain wheels the forked levers will be rocked upon
their axes and a to and fro motion will thus be communicated through the sliding
bars to the boxing figures.
The cam wheels are fixed upon a shaft or axis and are each provided upon their
inner side or face with ratchet teeth with which engage pawls carried by a drum or
pulley mounted loosely upon the cam wheel shaft and around this drum or pulley is
coiled several times a cord or chain one end of which is carried up over a guide
pulley and has attached thereto a weight which furnishes the motive power whilst
the other end of the cord or chain passes the exterior of the case or frame and is
provided with a knob or button by which the cord may be drawn forward and the
weight raised.
During this forward movement of the cord the pawls of the drum or.pulley slip
upon the ratchet teeth without giving motion to the cam wheels but upon the cord
or chain being released and the weight allowed to act the pawls of the drum will
engage the ratchet teeth of the cam wheels and give motion thereto and thus to the
boxing figures.
By reason of the long slots in the platform to the rear of the figures the latter
would fall upon their backs if not supported in some manner and in order to prevent
the figures so falling except at the desired times I employ sliding stop bars which
cross the long slots of the platform and form stops to the vertical rods supporting
the figures thus limiting the backward movement thereof but leaving sufficient
play for the normal working of the figures and these stop bars are drawn
forward across the slots by the latter part of the forward movement of the cord or
chain.
In order to cause the figures to be thrown upon their backs as if from a knock
down blow I give a gradual backward movement to the stop bars shortly before the
weight has completely run down and I accomplish this by means of a knot or
enlargement upon the cord or chain which comes against a lever at its lower end
mounted upon an axis of motion and at its upper end flexibly connected with a
sliding plate which imparts a delayed motion to a bar or yoke which at its ends is
loosely pin jointed to the stop bars.
This arrangement of parts would simultaneously withdraw both the stop bars
upon their
from across the slots of the platform and would cause both figures to fall
backs after a given period of time but in order to cause either one of such figures
to so fall whilst the other remains erect and that accidentally or irregularly I give
motion to the stop bars through the bar or yoke hereinbefore referred to and I
employ a horizontal weighted balanced bar which receives an impulse from a
moving part of the apparatus as hereinafter described thus causing it to oscillate
for some considerable time and I provide this balanced bar with two arms or posts
corresponding with the sliding stop bars and provided with hooked ends to engage
the same.
By these means as the stop bars are carried backward one or other of them will
engage a hooked post of the balanced oscillating bar and will be thereby held
against further movement so that it cannot be entirely withdrawn from the corre-
sponding slot of the platform to allow of the figure falling backward whilst the
oscillating balanced bar will at the same time be held with its other hooked post
out of engagement with the other stop bar which will continue its backward move-
ment until it is entirely withdrawn from across its corresponding slot of the platform

page_text: ⚫ so as to allow of the free passage of the vertical rod supporting the corresponding
figure when such figure will fall over on to its back.
The required impulse is given to the balanced oscillating bar through a nose or
projection therefrom by means of a horizontal finger whose shaft is formed with a
tail piece which at the end of the outward movement of the cord or chain is engaged
by a stud or projection carried by the sliding plate or other moving part of the
machine which turns the finger causing it momentarily to engage the nose or pro-
jection and give the required impulse to the oscillating bar and a similar motion is
given to the oscillating bar by the finger upon the inward movement of the cord or
chain.
In order to raise the fallen figure at the required time I employ cams or
:eccentrics which are held in their normal position by a spring and which receive a
partial rotation upon the last part of the forward movement of the cord or chain by
means of the sliding plate herein before referred to and one of the cams or eccentrics
thus acts upon the vertical rod supporting the fallen figure and raises it into its
normal position previous to the stop bar being moved across the corresponding slot
of the platform in the outward movement of such bars and the sliding plate after
giving the required motion to the cams or eccentrics becomes disengaged therefrom
and permits the cams to resume their normal position.
If desired I may dispense with the weighted balance and by slightly modifying
the parts employ a pendulum or a fly wheel in lieu thereof.
And in order that the said invention may be more clearly understood and readily
carried into effect I will proceed aided by the accompanying drawings more fully to
describe the same.
DESCRIPTION OF THE DRAWINGS.
Figure 1 is a rear elevation with the back of the case and some other parts
removed, of a mechanical toy constructed according to my invention.
Figure 2 is a vertical transverse section thereof taken on the line 1-1 of
Figure 1 and
Figure 3 is a horizontal section thereof taken on the line 2-2 of Figure 2 with
the stage or platform broken away in order to expose the mechanism.
Figure 4 is an elevation drawn to an enlarged scale of the swinging or sliding
bars and connected parts separately.
Figure 5 is a plan thereof and
Figure 6 is an end view thereof.
Figure 7 is a plan of the stop bars and connected parts separately and
Figure 8 is an 'end view thereof and
Figures 9 and 10 are diagrammatic views of slightly modified devices for
imparting the necessary oscillation to the hooked posts.
a represents the case of the machine; represents the ground line, stage floor, or
platform which is supported upon side beams a¹ and walls a³ and represents several
vertical posts fixed to the floor b and supporting a rope 12 in imitation of a boxing
ring represents a screen or background and represents the boxing figures.
The boxing figures c are each mounted upon the upper end of a vertical rod or
holder c located at the back thereof and rising through long slots 63 formed in the
stage or platform band these slots are extended rearward of the figures c in
order to permit them to fall over on to their backs at the desired times whilst at
other times the motion of the figures c is limited by means of stop bars y hereinafter
more fully described and which act as fulcra to the vertical rods c'.
C
I
The lower ends of the vertical rods c¹ are by hinge joints 2 connected to sliding
⚫or swinging bars suspended by links c¹ from a plate c* fixed to the underside of
the platform b so that the endway movement of the swinging bars c will also give
motion to the boxing figures c and throw them forward and backward as in the act
of boxing.
-
The necessary motion is given to the swinging bars and consequently to the

page_text: boxing figures c by means of levers d which are mounted upon axes of motion d
carried by brackets or studs a fixed to the case a and which levers are at their
upper ends formed with slots d² to receive studs or pins c fixed upon the swinging
bars whilst at their lower ends they are provided with forks d³ to embrace
wheels e formed with irregularly shaped and spaced cams projections or teeth e¹
upon the two faces thereof so that in the revolution' of the cam wheels e the forked
levers d will be rocked upon their axes d' and a to and fro motion will thus be
communicated through the swinging bars to the boxing figures c.
In lieu of suspending the swinging or sliding bars by links they may be
mounted with capability of sliding in fixed guides as will be readily understood.
The cam wheels e are fixed upon a horizontal shaft which at its ends is
mounted with capability of revolving in bearings at formed in the walls a³ and the
cam wheels are each provided upon its inner side or face with a ring of ratchet
teeth with which engage spring pawls e carried by a drum or pulley e mounted
loosely upon the cam wheel shaft and around the drum or pulley et are coiled
several turns of a cord or chain fone end of which passes under a guide pulley f¹
carried by a bracket a fixed upon the bottom of the case a thence up and over a
guide pulley carried by a bracket a fixed to the upper part of the back wall of
the case a where the depending end of the cord has attached thereto a weight f
which furnishes the requisite motive power whilst the other end of the cord f
passes through an aperture a' in the front of the case a and terminates in a pull f.
By this arrangement of parts upon drawing forward the cord f by the aid of the
pull the weight f³ will be raised into the position indicated by the dotted lines
in Figure 2 and the drum et will during such movement revolve loosely upon the
shaft without giving motion thereto whilst upon the release of the pull the
weight will through the cord f drum e pawls & and ratchet teeth e give rotary
motion to the shaft and discs or wheels e and thereby impart the desired
movements to the boxing figures c.
In lieu of the weight f³ and cord f by slightly modifying the parts a spring with
any suitable means of compression may be employed as the motive power as will
be readily understood by a competent mechanic.
By reason of the length of the slots 3 in the platform to the rear of the
figures c the latter would be liable to fall upon their backs at any time if not
supported in some manner and in order to prevent the figures e so falling except at
the desired times and to furnish fulcra for the vertical rods c¹ sliding stop bars g
are employed which work in guides c*19* and cross the long slots 63 of the
platform or stage band form stops to the vertical rods e supporting the figures c
thus limiting the backward movement thereof but leaving sufficient play for the
norinal working of the figures and these stop bars g are drawn forward across the
slots 63 of the platform or stage by the latter part of the forward movement of
the cord or chain f as hereinafter more fully described.
In order to cause the figures c to be thrown down upon their backs as if from a
knock-down blow a delayed but gradual inward movement towards the back of the
machine is given to the stop bars g shortly before the weight f³ has completely
run down as hereinafter more fully described so that the stop bars g are withdrawn
from across the slots 63 of the platform or stage 6 and the figures c are at liberty to
fall backward.
Motion is given to the sliding stop bars g through a bar or yoke g2 which at its
ends is formed with slots g³ to engage pins or studs gl fixed to the stop bars y and
this yoke is formed with, an offset ' provided with a downwardly projecting
stud 9 which enters a long slot formed in a sliding plate which is provided
with an offset 2 upon its under side loosely connected with the upper end of a
lever which at its lower end is mounted and rocks upon an axis of motion
to the bottom of the case a and this lever i is formed with an eye or boss
through which passes the cord or chain of provided with knots or enlarge-
ments f*** the former of which comes against the lever i when the weight f³ has
nearly run down and gives a short traverse at the last moment of the performance
fixed

page_text: to the stop bars g whilst the latter ** comes against the lever i in the reverse
motion of the cord during the winding up of the weight and thus restores the
stop bars 9 to their outward positions the long slot of the sliding plate h
permitting a certain extent of motion of the sliding plate h previous to any
outward movement being communicated to the stop bars 7 for the purpose herein-
after explained.
This arrangement of parts would cause both figures c simultaneously to fall
upon their backs after a given period of time but in order to cause either one of
such figures to fall whilst the other remains erect and that accidentally or
irregularly the following device is employed.
In connection with the sliding stop bars g a horizontal balanced bar; is employed
which is loosely mounted upon an axis of motion j' carried by a fitting j* fixed to
the back of the case a and is furnished with adjustable weights at each end
thereof whilst at every operation of the apparatus it receives an impulse from a
moving part thereof as hereinafter described thus causing it to oscillate for some
considerable time upon its axis j' and this balanced lever or bar is provided with
two vertical arms or posts 3 corresponding with the stop bars and which at their
lower ends are connected therewith by pin joints but which at their upper ends
work in guides ** beyond which they are formed with hooked ends to engage
one or other of the stop bars g as shown more particularly at Figures 2 and 3.
By these means as the stop bars g are carried towards the back of the case a by
the cord f lever i, sliding plate h and yoke g² one or other of such stop bars will
encounter a hooked post of the balanced oscillating bar j and will be thereby
held against further movement so that it cannot be entirely withdrawn from across
the corresponding slot 3 of the platform or stage b to allow of the figure falling
backward whilst the oscillating balanced bar j will at the same time be held with
its other hooked post out of engagement with the other stop bar g which will
continue its backward movement until it is entirely withdrawn from across its
corresponding slot 3 of the platform or stage so as to allow of the free passage
of the vertical rod e¹ supporting the corresponding figure c when such figure will
fall over on to its back as if from a knock down blow.
In order to raise the fallen figure c at the required time cams or eccentrics are
employed which are fixed upon a shaft k at its ends mounted with capability of
revolving in bearings k* formed in the walls a³ and upon the shaft is fixed a
boss provided with an offset to which is attached one end of a spring k¹ the
other end of which is attached to an eye k fixed to the front wall of the case a
and the eccentrics are thus by means of the spring k held in their normal
position whilst a projection k from the front wall of the case a is employed to act
as a stop to the offset k³ and thus prevent the eccentrics being carried beyond
their normal position.
Upon the boss k³ is formed a second offset 47 which upon the latter part of the
outward movement of the cord or chain ƒ is acted upon by a spring latch ³ carried
by the sliding plate h to give a partial rotation to the shaft and eccentrics k
and one of the cams or eccentrics k is thus caused to act upon the vertical rod c¹ of
the fallen figure c and raise it into its normal position and by reason of the long
slot h¹ in the sliding plate h this action takes place previous to the stop bars g
being moved across the long slots 63 of the platform or stage b in the outward
movement of the cord or chain f.
After giving the required rotary movement to the shaft k¹ and eccentrics k the
spring latch
passes over the offset ' thus permitting the eccentrics to resume
their normal position whilst upon the inward movement of the cord or chain and
sliding plate the spring latch 3 slips past the offset ' of the boss k* without
giving motion thereto.
The required impulse is given to the balanced oscillating bar through a nose or
projection therefrom by means of a horizontal finger which is fixed upon a
vertical shaft at its lower end stepped with capability of revolving in a bearing
carried by the bottom of the case a and at its upper end supported in a bearing

page_text: formed in a bracket 1** carried by the platform or stage 6 and upon the shaft 7 is
fixed a projection which at the end of the outward movement of the cord or
chain fis acted upon by a stud or projection / carried by the sliding plate / so as
to give a sudden rotary movement to the finger causing it to momentarily engage
and sweep past the nose or projection of the oscillating bar j and give the required
impulse thereto whilst a similar motion but in the reverse direction is given to the
finger upon the inward traverse of the sliding plate by the stud or projection h*
encountering a second but short projection of the shaft and which was brought
into the line of travel of the stud or projection by the outward movement of
the parts.
In the modification represented at Figure 9 the horizontal bar carrying the
hooked posts is shortened and the two balancing weights are dispensed with
whilst a single pendulous weight suspended by a rod from an axis of
motion is employed in lieu thereof and the rod 2* hangs between two studs or
pins carried by a bracket or projection from the bar so that any oscillating
movement given to the pendulous weight will be imparted to the horizontal bar j
and hooked posts jª.
The required oscillating movement is given to the pendulous weight by the
means hereinbefore described but in this example the finger l acts upon the
pendulous rod instead of upon the projection j from the bar j and in one
direction only the finger being provided at its end with a spring latch which
enables it freely to pass the pendulous rod j* in its return movement without
giving motion thereto.
In the further modification represented at Figure 10 a fly wheel 2 fixed upon a
shaft mounted in bearings with capability of free revolution is substituted for
the pendulous weight lastly herein before described and the fly wheel shaft 2** has
fixed thereon an eccentric * which in the revolution of the fly wheel acts upou
the studs or pins * of the projection j in order to impart the required oscillating
movement to the horizontal bar j.
In order to give a rotary impulse to the fly wheel a ratchet wheel *** is fixed
upon the fly wheel shaft and with this ratchet wheel *** engages a pawl or
driver which is carried by a rod suspended from an axis and furnished with a
weight or bob 10 and the necessary impulse to the pawl or driver is given by
the finger acting upon the suspended rod the weight 10 acting to return the
parts to their normal position, a stop j" being employed to limit the extent of such
return movement.
In the two examples lastly hereinbefore given the first rotary movement of the
finger is relied upon to give the required impulse to the parts.
I would here remark that although I have described my invention in connection
with boxing figures it is equally applicable to foiling and other figures as will be
readily understood and I would further remark that whilst I have shown and
described the best details that I am at present acquainted with for carrying my
invention into effect I do not confine myself strictly thereto as it is evident that
the same may be modified without departing from the peculiar character of my
invention.
Having now particularly described and ascertained the nature of my said inven-
tion and in what manner the same is to be performed I declare that what
I claim is
1. In a mechanical toy the combination of several moving figures or objects
mounted upon rods or holders, several sliding stop bars crossing the path traversed
by such holders, means for traversing the stop bars and withdrawing them from
across the path of the holders and means for accidentally or irregularly arresting
the movement of one of the stop bars whilst the other continues its traverse sub-
stantially as herein shown and described.
2. In a mechanical toy the combination of several oscillating figures or objects
mounted upon vertical rods or holders, several sliding stop bars crossing the path

page_text: traversed by such rods and acting as fulcra thereto, means for traversing the stop
bars and withdrawing them from across the path of the holders and means for
accidentally or irregularly arresting the movement of one of the stop bars whilst
the other continues its traverse substantially as herein shown and described.
3. In a mechanical toy the combination of several moving figures or objects
mounted upon rods or holders, several sliding stop bars crossing the path traversed
by such holders and connected by a yoke provided with a projecting stud, a sliding
plate engaging the projecting stud so as to impart a delayed motion to the stop bars
means for traversing the sliding plate and withdrawing the stop bars from across
the path of the holders and means for accidentally or irregularly arresting the
movement of one of the stop bars whilst the other continues its traverse sub-
stantially as herein shown and described.
4. In a mechanical toy the combination of several moving figures or objects
mounted upon rods or holders, several sliding stop bars crossing the path traversed
by such holders and connected by a yoke, a sliding plate for imparting a delayed
motion to the stop bars, means for traversing the sliding plate and withdrawing
the stop bars from across the path of the holders, means for accidentally or
irregularly arresting the movement of one of the stop bars whilst the other
continues its traverse and means for returning the figures to their normal position
upon the first forward movement of the parts substantially as herein shown and
described.
5. In a mechanical toy the combination of several oscillating figures or objects
mounted upon vertical rods, several swinging or sliding bars to each of which one
of such rods is attached a separate lever corresponding with each sliding or
swinging bar and at its uppor end connected therewith, a separate cam wheel or
toothed wheel acting upon the lower end of each lever and imparting a positive
oscillating movement thereto and consequently to the corresponding figure or
object and means for rotating the cam wheels substantially as herein shown and
described.
6. In a mechanical toy the combination of several oscillating figures or objects
mounted upon rods or holders and a separate cam wheel or toothed wheel for
imparting a positive oscillating movement thereto through suitable connections
substantially as herein shown and described.
7. In a mechanical toy the combination of several oscillating figures or objects
mounted on vertical rods or holders, several sliding stop bars crossing the path
traversed by such rods, means for traversing the stop bars and withdrawing them
from across the path of the rods, means for accidentally or irregularly arresting
the movement of one of the stop bars whilst the other continues its traverse
several swinging or sliding bars to each of which one of the rods or holders is
attached, a separate lever corresponding with each sliding or swinging bar and at
its upper end connected therewith, a separate cam wheel or toothed wheel acting
upon the lower end of each lever and imparting a positive oscillating movement
thereto and consequently to the corresponding figure or object, and means for
rotating the cam wheel substantially as herein shown and described.
8. The general combination and arrangement of parts constituting a mechanical
toy substantially as herein shown and described.
Dated this 14th day of Amril 1801
WHITE & WOODINGTON,
27, Southampton Buildings, London, Agents.