Certain Improvements in Appliances for Indicating and Registering Golf Scores.
Year: 1898

page_text: Date of Application, 8th Mar., 1898
Complete Specification Left, 9th Jan., 1899--Accepted, 25th Feb., 1899
PROVISIONAL SPECIFICATION.
Certain Improvements in Appliances for Indicating and Registering
Golf Scores.
I, PERCY WIGLEY, of The Ferns, Saint Bernard's Road, Olton, in the County of
Warwick, Mechanical Engineer, do hereby declare the nature of this invention
to be as follows:-
This invention consists of the herein described improvements in appliances for use
in indicating and registering golf scores. My invention is designed to show at a
glance the number of strokes which have been made in passing from one hole
to another and also to keep a permanent record of the strokes made for the various
holes.
In carrying out my invention I provide a suitable case which may be of circular or
other form to contain the working parts of the apparatus and which is by preference
of about the same size as a large watch. Within the said case I provide a
removable barrel on which is a long coil of paper the end of which passes between
feed rollers and through a side opening in the case. This paper has printed on it
several sets of figures say 1 to 18 indicating the number of holes in the links and
opposite each figure is a space where my appliance prints, as hereinafter described,
the number of strokes which the player has made in passing from one hole to another.
The strip of paper will thus answer for a large number of games. In another part of
the said casing and adjacent to the barrel carrying the paper roll, there is a cylinder
containing a spring and provided on its periphery with indiarubber or other type
numbers in consecutive order say 1 to 15 to print the number of strokes per hole
which the player makes. This cylinder is operated by a spring pusher from the out-
side of the case this pusher by preference being provided with a spring click or ratchet
which engages with one or other of the teeth of a ratchet wheel fixed on the cylinder
this ratchet wheel having the same number of teeth as there are figures on the
cylinder, in this case 15, so that by pressing the pusher the cylinder is turned through
the space of one tooth and one figure and is prevented from returning by means of
another stop pawl in the cylinder engaging with one of the teeth on the ratchet
wheel. Adjacent to the cylinder carrying the printing figures is an inking roller
which is by preference covered with felt or other absorbent substance and made hollow
to contain a supply of ink which inks the roller and thus inks the figures as they roll
against it.
Within the case near the outlet through which the paper passes from the
coil there are two feed rollers which grip the paper and one of which can be turned from
the outside of the case so as to bring a fresh part of the paper in position to be printed
on as hereinafter described. The axis of this roller has a finger on the outside of the
casing which on adial indicates the holes in register. The axis of the said roller which
is turned by the finger from the outside has a ratchet wheel having teeth corresponding
with the number of divisions on the dial and gearing with the ratchet wheel is a heel or
part of the stop pawl which engages with the ratchet wheel of the printing cylinder so
that when the finger of the paper feed roller is turned through one space to indicate
another hole in register the ratchet wheel acting on the stop pawl raises the same
and the pawl of the pusher so that the printing cylinder is by its internal spring then
turned back to zero and a suitable stop.

page_text: The appliance above described is used as follows:-Before commencing to play the
player opens the casing (which has one side hinged or otherwise arranged for this
purpose) and places the coil of paper on the drum and leads the end of the paper
between the feed rollers and through the said opening in the casing, he then closes
the casing and turns the finger of the register to the Figure 1 which indicates the
first hole is in register for printing. He then commences to play and after each
stroke he presses the pusher which turns the printing roller round through one
notch and brings the corresponding figure opposite to the paper roller and when he
has made the first hole he presses on a slide which moves the paper roller against the
printing cylinder and prints the number of strokes made opposite the number 1 hole
on the paper strip. He then turns the finger of the register to the second hole to
which he is about to play thus turning the feed roller through a small angle which is
regulated by the ratchet wheel and feeding the paper forward far enough to bring the
number 2 hole on the slip in register and also releasing the printing cylinder which
then by its spring is caused to turn back to zero. Then as before stated after every
stroke which the player has made he presses the pusher and turns the printing
cylinder round through one notch and brings the proper number of the stroke in
position for printing on the paper slip which is then printed by pressing the slide of
the paper roller as above described. On the face of the printing roller there are
numbers from 1 to 15 arranged in a circle and corresponding with the numbers on
the indiarubber type and the teeth of the ratchet wheel so that the stroke number
which is in register can be seen through a hole in the casing. Thus at any time
during the progress of the game the player by looking at the front of the casing
can see the number of the hole which he is playing for and the number of strokes
he has already made for that hole. After the player has been round the links
and played the 18 holes he pulls the strip of paper a short distance further through
the case and tears off the part which has been used and which will contain a
record of his game. He can then add up the number of strokes which he has
made for the different holes and fill in the gross total and handicap and net
scores.
The outside of the casing may have a transparent or other shield or guide running
for some distance round it so that as the paper passes through the said opening it is
by the shield maintained in position round the outside of the casing instead of
hanging out and being liable to be torn off.
After the paper cylinder has been pressed down against the type to print the
number as above described the said cylinder is by a spring carried away from
the type so
as not to be in contact therewith whilst the typed cylinder is
revolving.
In another arrangement of my invention I employ the said numbered type
cylinder and inking roller and pusher with the said type cylinder arranged to be
moved by the click and to be turned back to zero when required as above
described, but I dispense with the paper and paper roller and paper feed rollers
this form of my invention being designed for use with an ordinary golf pocket
book so that the player presses the pusher at each stroke as made and thus brings
the proper inked number opposite a small aperture in the casing so that when
he has made the hole for which he is playing he impresses that number in his
book opposite the number of the hole and then-touches a catch which releases
the printing roller and allows of its spring turning it back again to zero ready to
begin to count the strokes for the next hole.
1
L
1000
CHARLES BOSWORTH KETLEY,
Agent for the Applicant.

page_text: Certain Improvements in Appliances for Indicating and Registering
Golf Scores.
I, PERCY WIGLEY, of The Ferns, Saint Bernard's Road, Olton, in the County
of Warwick, Mechanical Engineer, do hereby declare the nature of this inven-
tion, and in what manner the same is to be performed, to be particularly described
and ascertained in and by the following statement:-
This invention consists of the herein described improvements in appliances for use
in indicating and registering golf scores. My invention is designed to show at a
glance the number of strokes which have been made in passing from one hole to
another and also to keep a permanent record of the strokes made for the various
holes.
I will describe my invention by referring to the accompanying drawings on which
Fig. 1 is a general view, on an enlarged scale, of an appliance embodying my inven-
tion for indicating and registering golf scores; Fig. 2 is a front elevation of the same
partly in section and with the front of the case removed so as to shew the internal
imechanism; Fig. 3 is a cross sectional elevation of the same; Fig. 4 is a separate
view of part of the case of the same; Fig. 5 is a front elevation and a sectional
elevation of the mechanisin which carries and operates the strip of paper on which
the strokes are recorded; Fig. 6 shews separately the dial and printing cylinder of
the said appliance; Fig. 7 shews one of the paper feed rollers separately Fig. 8 is a
separate view of the parts of the other feed roller; Fig. 9 shews the parts of the
inking roller separately; Fig. 10 is a side and front elevation of a ratchet part of the
said appliance; Fig. 11 is a sectional elevation and end view of the pusher and
pawl which operate the dial; Fig. 11+ shews part of the strip of paper on which
the game is recorded; Fig. 12 is a front view of a modified form of the said
appliance, part of which is broken away, arranged to record the strokes of both
a cross sectional elevation of the same on line X X of
players; Fig. 13 is
Fig. 12; Fig. 14 is a side elevation shewing one of the paper rolls and the ratchet
mechanism of the appliance illustrated by Figs. 12 and 13; Fig. 15 illustrates a
further modification of my invention arranged to print the record in a book
instead of on a strip of paper; in Fig. 15 the appliance is represented as open;
Fig. 16 is a general view of a slightly modified form of my invention; Fig. 17
is a front sectional elevation and Fig. 18 is a sectional plan of another arrange-
ment of my invention; and Figs. 19, 20 and 21 shew separate parts of the
arrangement of my invention illustrated by Figs. 17 and 18.
The same letters of reference indicate the same or corresponding parts in all the
Figures.
I will first describe the arrangement of my invention illustrated by Figs. 1
to 11+ both inclusive.
In carrying out my invention I provide a suitable case A preferably of circular
form and of about the same size as a large watch this case containing the
working parts of the apparatus. The front u¹ of the case is by preference hinged
Within the case A I provide a
at a² so as to open to give access to the interior.
removable barrel B on which is a long coil of paper C, a part of which is shewn
separately by Fig. 11+. This strip of paper passes under the plate b¹ and between
the feed rollers 1 12 through a side opening a³ in the case. This paper may have
printed on it several sets of figures say 1 to 18 (see Fig. 11+) indicating the number
of holes in the links and opposite each figure is a space where iny appliance prints as
hereinafter described the number of strokes which the player has made in passing
from one hole to another. The strip of paper is made long enough to answer for

page_text: a large number of games and is perforated at intervals as at c¹ c² so that the record
of each game can be turned off. In another part of the case A and adjacent to the
barrel B carrying the paper roll there is a cylinder D (shewn separately by Fig. 6)
containing the coiled spring E and provided on its periphery with india-rubber or
other type numbers d¹ in consecutive order from 1 to 11 inclusive to print the number
of strokes per hole which the player makes. This cylinder D turns on a pin d² fixed
to the case A. Fixed to the back of the cylinder there is a ratchet wheel d³ made
with teeth to correspond with the type numbers d¹ with which the ratchet engages
for turning the cylinder as hereinafter described and on the front face of the cylinder
there is a dial d¹ on which are marked figures say from 1 to 11 inclusive corresponding
with the teeth of the ratchet wheel 3 one figure of which shews through a hole a
in the front of the case A and indicates as hereinafter described the number of
strokes which the player has made for the particular hole he is playing to. This
cylinder D is operated by a spring pusher F from the outside of the case, this pusher
being provided with a spring pawl or ratchet f¹ which engages with one or other of
the teeth of the ratchet wheel d³ fixed on the cylinder D so that by pressing the
pusher F the cylinder D is turned through the space of one tooth and one figure and
is prevented from returning by means of the stop pawl G shewn separately in Fig. 10
the part of which engages with one or other of the teeth d³ of the
ratchet wheel. The spring pusher F works in a cylindrical casing a5 formed on the
main casing A the said spring pusher F being pressed outwardly by the coiled
spring 2 contained in the casing a and acting against the shoulder f3 of the
pusher F said pusher being also guided by its inner end f4 sliding in a hole or
bearing at the end of the cylinder a. The pawl f¹ which turns on the cross
pin f5 of the pusher has a spring tail fo which acts against the inside of the
cylinder a and keeps the pawl f¹ in contact with the ratchet wheel d³. Adjacent
to the cylinder D carrying the printing figures is an inking roller H (shewn
separately by Fig. 9) which is covered with a ring of felt ¹ or other absorbent
substance and is made hollow to contain a supply of ink which inks the roller H and
thus inks the figures on the cylinder D as they roll against it. This inking roller H
is by preference filled with a piece of sponge 2 which is saturated with ink like
that used with indiarubber stamps and the said roller has perforations h³ through
which the ink soaks into the outer felt covering h¹. h is a removable cap at one
end of the cylinder H to give access to the interior. At each end of the roller
are formed axle pins h5 h which turn in bearings in the swinging arm h which
at he is pivotted to the casing A and is provided with a leaf spring which acts
against the inside of the case A and thus causes the arm 7 with the roller H to be
turned towards the cylinder D so that the inking roller H will be pressed against the
type as aforesaid. The axle pin h has an ink filling hole 10 passing through it.
Within the case A and near the hole a through which the strip of paper C
passes from the coil on the barrel B there are two feed rollers marked respectively
I¹ I which grip the paper and as hereinafter described are turned so as to bring a
fresh part of the paper in position to be printed on by the type cylinder D. The axis
of the roller I2 has a finger on the outside of the casing which on the dial 22
indicates the hole in register (see Fig. 1).
The feed roller I2 which turns on a pin fixed to the casing A has a ratchet
wheel formed on it made with teeth, in this case six in number, corresponding with
the number of divisions on the dial and gearing with this ratchet wheel 14 is a
heel g¹ on the stop pawl G (which latter engages with the ratchet wheel of the printing
cylinder D) so that when the paper feed roller I2 is turned through the space of one
of the teeth of the ratchet wheel to indicate another hole in register the ratchet
wheel acting on the heel g¹ of the stop pawl G turns the same about its fulcrum
pin g³ and thus raises the stop pawl G, and then the outer end g² of the stop pawl G
forces the pawl f¹ of the pusher out of gear with the teeth d³ of the printing cylinder
so that the latter is by its internal spring E then turned back to zero, this position.
being obtained by the stop peg d of the cylinder E coming in contact with the
stop 7 (see Figure 4) formed on the back of the casing A.

page_text: The feed roller I has a projection which projects through the front a¹ of the
case A and has a milled nut 2 screwed on it for the purpose of turning and which has
a projecting finger ¹ to indicate on the dial 22 the hole in register.
In order to facilitate the adjustment of the paper strip C in register for printing
the feed roller 1' is made with an inner tubular part which fits inside the outer
part I and also fits on the stationary axle pin on which the feed roller turns. This
inner tubular part is made with a milled head for convenience of gripping and
removing the same from the feed roller when setting the paper strip C in register as
hereinafter described.
The axis b¹ on which the paper roller_B turns is fixed on a slide 2 adapted to move
up and down in the casing A and guided by the square necked pin which works in>
a slot in the casing and at the back is fixed to the hook b by which the case A can
be hooked on to one of the button holes or other part of the user's dress or on to his
golf club bag and by which the slide with the paper roller B and paper can be
pressed towards the type roller D.
The plate b¹ above described under which the strip of paper C passes is formed with
a slide 6 and the latter is pulled outwardly away from the printing roller D by means
of the two coiled springs 66 67 which are connected to the ears 6s 6 of the plate b² and
to the casing A. This slide 62 has an outwardly projecting arm 69 on which is jointed
at ja spring pawl Jarranged to engage with the teeth of the ratchet whee! it so that
when the slide with the printing roller is pressed down towards the type roller D'
to print the number on the paper strip C the pawl J springs over one of the teeth of
the ratchet wheel and then when the slide 2 is moved upwardly by its springs 67
this ratchet J turns the feed roller through one division and bring a fresh part of.
the paper in position to be printed on and also releases the printing roller Das herein-
before described.
The appliance above described is used as follows:-Before commencing to use the
apparatus the feed roller I is turned until the finger indicates number 1 on the
dial. The milled nut is then unscrewed from the part of the feed roller so
that the case A can be opened. The inner part 2 of the feed roller I¹ is then pulled
out so that the outer part of the feed roller I will rest against the stationary axle
pin and the paper strip will then be free and not gripped by the feed rollers. The
paper strip C is then pulled through the case A so far until the number 1 on the
paper strip C is in register for printing that is on the centre line which joins
the centre of the paper roll B and the printing roller D. The inner part is then
pushed into the outer part of the feed roller 1 so that the paper strip will now be
gripped between the two feed rollers II; the case A is now closed and the milled
nut 2 is screwed on to the projecting part is of the feed roller I and the apparatus
is ready for registering the game. The player now commences to play and after each
stroke he presses the pusher F which turns the printing roller D round through one
notch and brings the corresponding figure opposite to the paper roller B and when
the player has made the first hole he presses on the hook of the slide b² so that the
paper roller B is carried down and the plate b¹ presses the strip of paper C against
the corresponding type letter of the printing roller D and thus prints the number
of strokes made opposite the number 1 hole on the paper strip. The player then
releases the slide which by the spring be 17 is carried outwardly so that the
ratchet J turns the feed roller 12 through a small angle and feeds the paper C
forward far enough to bring the number 2 hole on the strip in register and at the
same time the stop pawl G is by its heel g¹ turned so that the pawl G and the pawl f¹
release the printing cylinder D which then by its spring E is caused to turn back to
zero that is as far as the stop 7 (see Figure 4) will allow. Then as before stated
after every stroke which the player has made he presses the pusher F the pawl f¹ of
which turns the printing cylinder D round through one notch and brings the proper
number of the stroke in position for printing on the paper slip C which when all
strokes for the particular. hole have been made is then printed by pressing the slide 65
on the paper roller as above described. One of the numbers from 1 to 11 on the
face of the gripping roller, corresponding with the number on the indiarubber type

page_text: and the teeth of the ratchet wheel, can be seen through the hole at (see Fig. 1) of
the case and thus shews the stroke number which is in register and the number of
strokes made. Thus at any time during the progress of the game the player by
looking at the case A can by the dial 2 see the number of the hole he is playing for
by looking at the hole at he can see the number of strokes he has already made for
that hole. After the player has been round the links and played the 18 holes he
winds the strip of paper C a short distance further from the case A that is until the
perforated edge c' is just through the opening and the finger points to 1 on the
dial and tears off the part of the paper which has been used which will contain a
record of his game. The apparatus is now ready to record the next game and so on
until the whole of the paper roll have been used up. The player can add up in the
torn off part of the strip C the number of strokes which he has made for the number
of holes and fill in the gross total and handicap and net scores.
Around the outside of the casing A there is a shield or guide formed by the
circumferential lip 12 and the rim of the front a¹ forms another similar circum-
ferential lip L¹ which extends for some distance around the casing A so that after
the paper has been passed through the opening a³ it can be led under the lip L2
whilst the case is open and then when the front is closed the other lip will
enclose the edge of the paper as shewn in Fig. 1 and thus maintain the paper in
position round the outside of the case instead of its hanging out and being liable to
be torn off. In order to keep the paper taut round the case I prefer to employ an
indiarubber band K which at one end is made with a hook to engage in a slot c³
in the paper C this band being of such a length as to extend round the case and be
hitched on to a knob on the case as shewn in Fig. 1.
By duplicating the pusher and pusher mechanisin and the printing roller my
invention above described can be arranged to record the play of two players for
instance as shewn by Figs. 12, 13, 14 and 14+. In this case the paper strip C has
to be made wider so as to afford room for the strokes of both players to be printed
side by side. It will be seen that by the side of the printing cylinder D another
printing cylinder D2 is arranged concentric therewith and of similar construction to
similar
the printing cylinder D and arranged to be operated by a pusher F2 which
to the pusher F. The printing cylinder De turns on the stationary axle pin d² and
is made with a tubular sleeve d5 on which the numbered dial is fixed and the
other printing cylinder D is mounted on this tubular sleeve and has the other
dial di fixed to it which in this case is made of an annular shape surrounding the
dial do. In the front of the case there is a hole at through which the dial d* can be
seen and below this there is another hole a through which one of the figures of the
dial can be seen. In this arrangement of my invention the ratchet wheel it is by
preference arranged in the middle of the roller 12 (see Fig. 14) and two pawls G1 G2
swinging on the fulcrum pin g³ are employed instead of the pawl G and connected by
the cross bar g' to the heel part g¹ of the pawl which engages with the teeth of the
ratchet wheel it.
In another arrangement of invention illustrated by Fig. 15 I employ the said
numbered type cylinder D and inking roller H and pusher F with its pawl which
operates the type cylinder D, and the pawl G to prevent the recoil of the printing
cylinder D and to release the same to cause it to fly back to zero when required as
above described, but I dispense with the paper strip C and paper roller B and the
feed rollers 112, this form of my invention being designed for use with an ordinary
golf pocket book so that the player presses the pusher after each stroke is made and
thus brings the proper inked number of the type cylinder D opposite the small
aperture a in the case A so that when he has made the hole for which he is playing
he presses that number on his book opposite the number of the hole and then touches
the heel of the catch G which releases the printing roller D) and allows of its
spring H turning it back again to zero ready to begin to count the strokes for the
next hole.
It will be evident that the arrangement of my invention illustrated by Fig. 15 can
be similarly applied for use to record the score of two players similarly as above

page_text: lescribed with reference to Figs. 12, 13, 14 and 14+ by merely duplicating the
printing roller D and the pusher and operating mechanism.
Instead of the slide which carries the paper roller B being operated by a direct
pressure of the player on the part 5 as above described, the said slide 2 may be
operated by other means for instance as in the arrangement illustrated by Figs. 17
to 21 both inclusive. In this case the slide 62 is operated as follows:-I provide an
additional slide M (shewn separately by Fig. 20) one end of which projects through
the casing A. The inner end m¹ of this slide M carries the pawl J' which operates
the ratchet wheel of the feed roller 12 as hereinafter described. The slide 2 has a
downwardly projecting arm 610 on the face of which is a pin projecting towards
the front and taking into a slot m² of the slide M. Jointed at m³ to the slide M.
there is a rocking piece N made with a projection n¹ on its inner face to take against
the inner side m³ of the hole m² and the rocking piece N has also a cross slot 2 on.
its underside for the purpose hereinafter described. Fixed on the rocking piece N
there is a small spring n³ which takes against the side m' of the slot and keeps
the outer end of the rocking piece N pressed against the slot n². A coiled spring O
pulls the slide M outwardly as far as the stop pin P on the casing A will allow. The
inechanism above described acts as follows:-After the player has by the pusher I
turned the printing cylinder D to the particular number to record the strokes he has
made for the particular hole, he presses inwardly the slide M so that the inclined side
of the rocking piece N acts against the pin bit of the slide 62 and brings the paper
roller and paper down and presses the same against the type roller D and prints the
number on the paper.
Then as the further movement of the slide M is continued
the pin 61 passes through the cross slot n² of the rocking piece N into the other part
m of the slot m² and the springs 6 6 carry the slide 2 and paper roller back away
from the printing cylinder D. The further inward movement of the slide M causes
the ratchet J¹ to act upon one of the teeth of the ratchet wheel + and turn the feed
rollers 112 to the proper distance to bring a fresh number of the paper strip C into
register and also cause the teeth to turn the stop pawl G so as to release the printing
cylinder D which then flies back to zero.
The feed rollers 1¹ I may if desired be geared together as shewn in Fig. 17, 18
and 21 by each roller having a small spur wheel q¹ q² fixed to it which gear together
so that the two rollers then work together and ensure a better grip on the paper strip
than if only one of the feed rollers is driven.
The slide M and analogous parts can be similarly applied to the arrangement of
my invention which is constructed to record the score of two players.
Instead of employing the dial and finger to shew the hole which is being
played for, may as shewn in Fig. 16 mark the numbers say 1 to 18 at equal
distances round the flange or lip L2 of the case A and provide a projecting finger on
the hook which will point to the one or other of the numbers on the flange I² and
thus shew which hole is being played for.
The accompanying drawings illustrate what I consider to be the best ways of
carrying out my invention but it will be evident that my invention is not limited to
the precise details shewn.
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 an appliance for indicating and registering golf scores, the combination of
the casing, a printing cylinder having type figures arranged at regular intervals
around its periphery, an inking roller arranged to ink said type, a dial on the face of
said cylinder marked to correspond with the type figures, a ratchet wheel on said
cylinder having its teeth corresponding with said type and dial, a spring pusher and
pawl for moving said cylinder through one tooth and space at a time, a spring within
the cylinder arranged to tend to turn the same against the pawl, a stop pawl to
prevent the recoil of the cylinder and arranged to be lifted to release the cylinder
and allow the same to turn back to the starting point, and a stop to prevent the
.

page_text: cylinder from turning back too far, all arranged substantially as hereinbefore set
forth.
2. In an appliance of the kind denoted under Claim 1, for indicating and
registering golf scores, the combination with the printing cylinder of a paper roller
carrying a roll of paper and arranged on a slide adapted to be pressed against the
printing cylinder so as to print the paper said slide being provided with springs for
moving the paper roller away from the printing cylinder after the paper has been
printed substantially as described.
3. In an appliance of the kind denoted under Claim 1, for indicating and registering
golf scores, the combination with the printing cylinder of a paper roller carrying a
roll of paper and arranged on a slide adapted to be pressed against the printing
cylinder so as to print the paper, said slide being provided with springs for moving
the paper roller away from the printing cylinder after the paper has been printed,
feed rollers between which the strip of paper passes, and a spring pawl on the slide of
the paper roller adapted to engage with a ratchet wheel on one of the feed rollers so
as to turn the same and feed the paper strip along to bring a fresh part in register on
the return of the paper roller to its normal position and also raising the stop pawl to
release the printing cylinder, substantially as described.
4. An appliance for indicating and registering golf scores constructed arranged
and operating substantially as hereinbefore described and illustrated by Figs. I to ĭl+
both inclusive.
5. An appliance for indicating and registering golf scores constructed arranged and
operating substantially as herein before described and illustrated by Figs. 12, 13, 14
and 14+ of the accompanying drawings.
6. An appliance for indicating and registering golf scores constructed arranged and
operating substantially as herein before described and illustrated by. Fig. 15 of the
accompanying drawings.
7. An appliance for indicating and registering golf scores constructed arranged and
operating substantially as herein before described and illustrated by Figs. 17, 18, 19, 20
and 21 of the accompanying drawings.
Dated this 6th day of January 1800
CHARLES BOSWORTH KETLEY,
Agent for the Applicant.