Improvements in Electric Controllers and Reversing Switches for Electric Motors.
Year: 1895

page_text: Date of Application, 12th Nov., 1895-Accepted, 14th Mar.. 1896
COMPLETE SPECIFICATION.
Improvements in Electric Controllers and Reversing Switches for
Electric Motors.
1, WILLIAM HENRY MORGAN, of Alliance in the County of Stark and State of
Ohio United States of America Manufacturer do hereby declare the nature of
my invention and in what manner the same is to be performed, to be particularly
described and ascertained in and by the following statement :-
My invention relates to an improvement in controllers for electric motore, and
consists in certain novel fentures of construction and combinations and arrangements
of parts as hereinafter set forth and pointed out in the claims.
In the accompanying drawings:-
Figure 1 is an elevation of my improved controller.
Figure 2 is a similar view taken from the opposite side of the apparatus.
Figure 3 is a face view with the casing partly removed, and partly in section.
Figures 4, 5, 6 and 7 are detail views of parts of the reversing switch.
Figures 8, 9, 94, 9B are detail views of parts of the rheostat.
Figures 10, 11 and 12 are diagrammatical views.
A represents the main frame of the apparatus and preferably comprises two
parts a, b, made at their lower ends with abutting enlargements a', b', and from
said enlargements, feet a, b project and constitute the base of the apparatus. Each
foot is preferably perforated for the accommodation of bolts whereby to secure the
apparatus to the floor. The parts a, b, of the frame are also provided at their top
with abutting enlargements a³, 63, the tops of which are made straight or flat and
serve as a seat for a box or casing B, which contains a reversing switch hereinafter
explained, said box or casing being provided with perforated ears at which align
with perforated bosses a en the main frame, for the accommodation of bolts aⓇ by
which said box or casing is secured to the top of the main frame.
When the parts of the frame or shell A are assembled as above explained, the
edges of said frame or shell, between the enlargements at the top and bottom
thereof, will be open as at e to admit air for ventilating the coils of resistance
material disposed within the frame or shell as hereinafter explained. The
openings c in the edges of the frame or shell will preferably be covered by means
of large mesh wire netting d whereby to protect the coils within said frame or shell.
The part a of the frame or shell is also made with open-work, preferably formed
by casting the name of the device and the address of the manufacturers as a portion
of the frame, the metal between and within the letters being, removed, thus forming
numerous openings through which air can pass and assist in ventilating the
resistance coils. The central portion of both parts or halves a, b, of the frame or
shell are made in form similar to that of a wheel, having hubs e, rims or flanges
and spokes or arms g connecting the hubs and rims, said spokes being so arranged
as to leave large spaces between them for the admission of air to further assist in
the ventilation of the coils.
The part of the frame or shell A is made near its outer edge with a series of
slots h, and on the outer face of the said part 6 of the frame or shell, a ring 1°
preferably of wood or other non-conducting material, is secured and provided with
a number of perforations for a purpose hereinafter explained.
Within the frame or shell A, two semi-circular sets, C, C' of resistance coils 2

page_text: '
are arranged and mounted on supporting frames or wedges 3, and the coils of each
set are electrically connected together in series in a manner which will be presently
specifically pointed out. The whole series of resistance coils being arranged in the
form of a ring, they will be made to radiate from a common center, and the outer
edges of the coils will be disposed further apart than the inner edges, thus leaving
ventilating spaces between them. To support the coils thus spaced apart without
interfering, to any appreciable extent, with the proper circulation of air between
them, construct the frames or wedges 3 and amount the coils 2 upon them in a
manner which will now be explained.
Each frame or wedge 3 comprises a central hub or sleeve 4 (Fig. 8. 9) in which
an elongated, open slot 5 is made, and a series of radiating arms 6, 7, 8, 9, the two
latter being connected together by means of a cross bar 10. The coil 2, which
1 prefer to make of metallic ribbon, such as German silver (or iron or other metal
might be employed), is wound, (with interposed insulating material) on the hub or
sleeve 4, and the inner end of the coil is inserted through the slot. 5 su na to
electrically connect the coil with the frame or wedge. The arms of the frames.or
wedges are provided on both sides with lateral ribs, the ribs 7, 8" on the arms 7, 8,
which bear against the outer portions of the coils, being made wider than the
ribs 6, 9, which bear against the inner portions of the coils, the outer portions
being spaced further apart than the inner portions, which is, of course necessary,
as the coils are arranged in the form of a circle. It will be seen that the ribs at
one side of the arms of a plate or wedge 3 bear against one face of the coil mounted
on the hub of the said plate or wedge, and the ribs on the other sides of said arms
bear against one face of an adjacent coil, and constitute in effect a wedge between
the coils. Suitable insulating material 11 will be interposed between the ribs
on the arms of the plates or wedges and the faces of the coils.
At a point in proximity to the free end of each coil, a plate or strip 12 of suitable
metal is bent around the ribbon of the coil and extended laterally therefrom, the
free extremity of the coil being bent over said plate or strip. A hole 13 is made
near the free end of the plate or strip 12 for the accommodation of a screw 14 by
which it is electrically connected with the arm 7 of the adjacent frame or wedge,
the plates or strips 12 thus forming electrical connectors between the coils 2 and
plates or wedges 3, so that the current entering a plate or wedge 3 will flow from
the hub or sleeve 4 thereof to the inner end of the resistance coil, then through the
coil from the free end of which it will flow through the plate or connector 12 to
the arm 7 of the next plate or wedge, through which it will pass to the hub thereof
and then through the coil mounted on said hub, and so on throughout the set of
coils thus conuected together in series.
As before stated, the resistance coils are arranged in two semi-circular 'sets.
The upper ends of the two sets of coils and supporting plates or wedges are
separated by a spacing block 15 (Fig. 3) mounted on the hub of the first frame or
wedge of one set, and a disk or disks of insulating material 16, inserted between
said spacing block and the first frame or wedge of the next set. The lower ends
of the two sets of coils and their supporting frames or wedges are spaced apart by
means of dummy frames or wedges 17, 17, 17, spacing blocks 18, 18, 18, and
insulating disks 19, 19, 19.
J
All the wedges.or frames are provided with screw threaded sbanks or stems' 20,
20 which are passed through the slots.h in the part b.of the frame or shell A. and
through the perforations in the annular wooden plate 1, the free extremities of
said shanks or stems being passed through perforations in the ends of contact
plates 21, placed on the outer face of said annular wooden plate 1, and on the free
ends of said stems or shanks, nuts 22 are placed. Dummy contact plates are also
* connected with the shanks of the dummy frames or wedges 17.
From this construction and arrangement of parts it will be observed that the
cross bars 10 of the frames or wedges 3 are disposed parallel with the inner face
of the part of the main frame or shell, and between said cross bars 10 and the
inner face of the frame, insulating material 23 is inserted. Now it will be seen

page_text: that when the contact plates: 21 are placed on the stems or shanks of the plates or
wedges, and the nuts 22 screwed up, said plates or wedges will, in effect, be clamped
to the main frame or shell. The variable resistance is not however supported
solely in this manner.
"
The annular series of coils 2 are bound by a steel band 24, between which and
the coils, stout insulating material 25 is inserted. The ends of the steel band are
connected together by means of a turn-buckle 26. The aunular series or "ring
of coils is supported on the inside by means of an annular frame 27. This frame
is composed of two rings 27, each of which is made with elongated slots 27" to
permit the passage of air to the coils 2, and the two rings are made on their inner
edges, with perforated bosses 27° through which bolts 27d are passed for securing
the two rings together to form the frame 27. Rings 28 of insulating material are
placed on the annular series of coils 2 at opposite sides thereof, and on these
insulating rings, the outer edges of the rings composing the annular frame 27 bear,
the inner portions of said frame being disposed short distance from the coils an
As not to interfere with the free circulation of air between the coils. When the
parts of the apparatus are assembled, the peripheries of the rings 27 composing
the annular fraine 27 will be disposed between the insulating rings 28 and the
rims of the wheel-shaped centers of the parts of the main frame or shell A. and
the said annular frame 27 will be thus held in place.
The hubs.e in the center of the parts a, b, of the frame or shell A, serve as
bearings for a transverse shaft 29, one end of which is preferably contracted in
size and screw threaded as at 29ª (Fig. 94). A block 30 of insulating material is
secured to the shaft 29 in rear of the screw threaded portion 29 thereof, bý.
means of a transverse bolt 31, and against the outer face of the insulating block,
a double switch arm 32, preferably made of steel, is placed. The switch arm is
made in its center with a hole 33 through which the screw-threaded end 29* of the
shaft 29 passes, but said hole is considerably larger than the portion 29 of the
shaft so that the latter will not be in electrical contact with the switch arm.
A. clamping plate 34 embraces the center of the switch arm and the insulating
block and is made with a hole 34ª the same size as the hole 33 in the switch arm.
A flanged washer 35 of insulating material is placed on the clamping plate 34 and
enters the holes 33, 34" and effectually insulates the switch arm and clamping
plate from the screw threaded end of the shaft 29. A nut 36 is then placed on.
the screw-threaded end 29 of the shaft and made to bear against the insulating
washer 35. Thus it will be seen that the switch arm 32 is securely fixed to one
end of the shaft 29 and effectually insulated therefrom.
At the respective ends of the switch arm 32, contact brushes 37 (Fig. 2) are
secured and adapted to pass over the contact plates 21 when the shaft 29 is
oscillated and cause the resistance coils to be successively cut out of or into
circuit, in a manner which will be more fully explained further on.
In order to oscillate the shaft 29 and cause the brushes on the switch arm to
pass over the contact plates 21, a pinion 38 (Fig. 1) is secured to the end of said
shaft and receives motion from a rack bar 39 disposed between the ends of an
operating lever 40. The lever 40 is pivotally connected at its lower end to a
pintle 41 projecting outwardly from the bottom of the part a of the frame or
shell A. The operating lever 40 is guided in its movements by means of a slotted
arm 42 at the top of the frame and the throw of said lever may be limited by
means of adjustable stops 43 secured to said slotted arm in proximity to the ends
thereof.
My improved reversing switch comprises, in general, an insulated drum carrying
contact blocks, and contact arms disposed at the respective sides of the drum and
adapted to be engaged by contact blocks on the drum when the latter is oscillated,
to cause the current to pass in one direction or the other through one part of the
motor.
The drum 44 (Figs. 3, 6, 7,) of the reversing switch is made of insulating
material, preferably wood and is composed of a series of four sections, betweed

page_text: ..
each of which a disk 45 of insulating material is inserted and made of sufficient
diameter to project some distance beyond the periphery of the drum and separate
contact blocks secured to one section of the drum from contact blocks secured to
the adjacent section thereof and said disks form flanges for the drum, between
wbich contact arms operate and by which said contact arms are prevented from
lateral displacement. To the drum 44, four series, i, j, k, l, of contact blocks are
secured, and in order to electrically connect certain of the contact blocks the
drum 44 is made with longitudinal perforations for the reception of a series
of electrical connectors. The block of the series is electrically connected with
the block of the series by means of a connector m (Figs. 10, 11, 12). The
block of the series is electrically connected with the block of series. by
means of a connection m'. The blocks 2, 3, are connected by a connector n; the
blocks, and, are connected respectively by connectors o, o, the blocks k³, k³
of series are electrically united by a connector p, and the blocks 1', and
1, are electrically connected respectively by connectors
The drum 44 is koyed to a shaft 46 and the parts of the drum are clamped
together on said shaft by means of disks 47 beld in place by means of collars 48, 49,
screwed on said shaft. One end of the shaft 46 or the collar 48.thereon, is mounted
in an enlargement 50 on one side of the box or casing B. The other end of the
shaft, or more properly speaking the collar 49 thereon is mounted in a suitable
bearing on a disk 51, which closes an opening 52 in the opposite side of the box or
casing, between which and the disk, packing material 53 is inserted. The purpose
of the opening 52 is to permit the ready insertion of the drum into the box or
casing.
The contact arms of the reversing switch are arranged in two groups r, r², ²,
and 8, 8, 8, 8, one group on each side of the drum. Each contact arm is made at
its upper end with a head 54 (Fig. 4) having a curved face to be engaged by the
contact blocks on the drum 44 and above the block 54, a knob 55 is provided on
cach contact arm.
At the lower end, each contact arm is made with a hook-shaped lip 56, which
engages a lug or ear 57 on a plate 58, so as to make a hinged connection therewith,
lateral movement of the arm on the lug or ear 57, being prevented by means of
small ears 59, projecting from said lug or ear at each side of the lip 56. Each
plate 58 is secured to a base 60 of wood or other insulating material placed in the
bottom of the box or casing B, and between each plate 58 and the base 60, one
end of a flat spring 61 is inserted. The springs 61 are bent up behind the contact
arms and bear against the same so as to press them against the contact blocks on
the drum when they.are engaged by said contact blocks. The forward movement
of the contact arms will be limited by means of curved fingers 62 which engage
the base 60 and prevent the heads on the contact arms from moving far enough
forward when not engaged by the contact blocks on the drum, to engage the face or
periphery of the drum.
On one end of the shaft of the drum 44, a bifurcated arm or fork 63 having
ears 63ª is secured and adapted to be engaged by a pin or projection 64 on the
operating lever 40 Fig. 1, so that when said lever is moved in one direction or the
other, the drum will be oscillated (until stopped by the engagement of one of
the ears 63ª with a stop 63 ou box B) and cause either the series of contact
blocks i, k, or the series j, I to make electrical contact with the two groups of
contact arms whereby to cause the current to pass in one direction or the other
through the field magnet coils of an electric motor and cause the operation of the
latter in one direction or the other, all of which will be more fully explained in the
following description of the circuits.
In the diagrammatical views (Figs. 10, 12, 11), x, y, represent the line wires.
The wire is connected with the contact arm by means of a wire t. The contact
armis connected with one end of the field inagnet coil D of an electric motor,
by means of a wire t¹. The other end of said field magnet coil is connected by a
wire t with the contact arms s. The contact arms is connected with one end of

page_text: J'
the set C of resistance coils by a wire t³ and the other end of said set of coils is
connected with the contact arm by a wire t. The contact arm is connected
with one end of the set C¹ of resistance coils by means of a wire to, and the other
end of the set C¹ of coils is connected with the contact arm by a wire (". The
contact arm is connected by a wire t', with one of the commutator brushes of the
armature D' of the motor, and the other commutator brush is connected with
the minus line wire y, by a wire 18.
The circuit will be made and broken in the reversing switch and in order to-
prevent the destruction of the contacts on account of sparking when the current.
is broken and on account of frictional resistance between the contacts, the box or
chamber B will be filled with liquid so as to immerse all the contacts and movable-
parts of the said reversing switch.
When the operating lever shall have been moved sufficiently to close the
switch but not far enough to move the switch arm of the rheostat off of the dummy
contact plates 21ª, the circuit will be closed in one direction through the motor
and through the entire resistance, under which conditions the current will flow as
indicated by arrows in Figure 11 and can be traced as follows:-The current.
entering by the plus line wire X, will flow by the wire t, to the contact arm 73,
then to contact block j, to block 3, to contact arm 2, by wire t' to one end of the-
field magnet coil; from the other end of the field magnet coil to contact arms by -
wire then to contact block to block ; to contact arms; to one end of the
set C of resistance coils; from the other end of the set C of resistance coils the
current will pass to the contact arm by the wire ; then to contact block j', to
block to contact arm ; then by wire to one end of set C' of resistance.
coils; from the other end of the set C¹ of coils, the current will pass, by a wire (8,.
to contact arins; then to contact block ; to block , to contact arms; then by
wire to armature of motor and from the latter by a wire t to the minus line.
wire Y.
go
When the operating lever is first moved from its normal position, in one direction.
or the other, the circuit will be closed, including the entire resistance, but as the
movement of the lever is continued so that the brushes on the switch arm.32 will.
move off of the dummy contact plates onto the contact plates 21 of the resistance
coils, the said coils will be gradually cut out of circuit, two at a time, as the
movement of the switch arm continues. By moving the operating lever back and
forth, the number of resistance coils included in the motor circuit can be varied to.
regulate the speed of the motor as desired.
When the operating lever of the controller is moved far enough to cut out the
resistance coils, or some of them, the circuit through the reversing switch will be
altered somewhat. When the reversing switch is thrown in one direction the
circuit will be traced as shown by the arrows in Figure 11 and when the switch is
thrown in the other direction, the circuit through the switch will be as indicated.
by the arrows in Figure 12.
With the position of parts shown in Figure 11 the circuit will be the same as.
above described until the set C of resistance coils is reached. The current will
flow through more or less coils 2 of set C (according to the position of the switch
arm 32), then through the switch arm 32 to a coil 2 of the set C¹ then through a
portion of the coils of said set C'; then by wire t to contact arms; to contact.
block; to block ; to contact arms; then by wire t, to the armature of the
motor, and from the armature to the minus line wire Y, by the wire 8.
When the motor is to be run in the reverse direction the operating lever will be
moved to throw the reversing switch to cause a reversal of the direction of the-
current through the field magnet coils, and under such conditions, the circuit can
be traced as follows and as shown in Figure 12.
The current will enter the controller at the contact arm 7 as above described,.
but the drum of the switch having been oscillated the relations of the contact.
blocks.to the contact arms have been changed, and the current will pass from the
arm to the contact block ; then by the connector m² to block k"; then to.

page_text: contact arms to field magnet coil by wire t; from field magnet coil by wire t, to
contact arm to contact block; to block; to contact arm ; to set C¹ of
resistance coils, by wire to; through more or less of said coils to switch arm 32 ;
through said switch arm to coils of the set C; through more or less of the set of
coils ; then by wire to contact arm r; to block; to block 4 by connector m;
to contact arms; then to armature of motor by wire t, and from the armature to
the minus line wire, by the wire t³.
It is evident that instead of reversing the current through the field magnet
coils of the motor as above described, the connection in the reversing switch could
be so arranged as to cause the current through the armature to be reversed to
reverse the motor.
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:-
1st. A frame for an electric controller, consisting of two open castings secured
together so as to form a shell or casing having elongated openings in its sides or
edges and wire netting in said elongated openings, substantially as set forth.
2nd. In an electric controller, the combination with a frame or shell, and coils.
of resistance material arranged therein in annular form, of an annular frame located
within the annular series of coils, and insulating rings on said coils, said annular
frame being so constructed as to rest at its edges only against said insulating rings
and be free from the coils at other points, substantially as set forth.
3rd. In an electric controller, the combination with a frame or shell and an
annular series of resistance coils therein, of an anuular frame within said annular
series of coils, said frame bearing at its outer edges against insulating material on
the coils, and said annular frame having slots for the passage of air to the coils,
substantially as set forth.
4th. In an electric controller, the combination with a frame or shell and' an
annular series of resistance coils therein, of an annular frame within said annular
series of coils and bearing at its edges against insulating material on said coils, said
annular frame being composed of two rings having perforated bosses for the
reception of bolts, and each ring having a series of slots to permit the free passage
of air to the resistance coils, substantially as set forth.
5th. In an electric controller, the combination with a frame or shell, of an
annular series of frames or wedges secured to said frame, coils of resistance
mounted on said frames or wedges and a band binding said coils together,
substantially as set forth.
6th. In an electric controller, the combination with a frame or wedge having a
bub, of a resistance material mounted on said hub and electrically connected at one
end thereto, and a plate or strip constructed and adapted to bind the free end of
the coil and serve to electrically connect it with the frame or wedge of an adjacent
coil, substantially as set forth.
7th. In an electric controller, the combination with a series of resistance coils, of
frames or wedges for supporting enid coils, each frame or wedge comprising a hub
on which the coil is wound and to which it is connected, and a series of radiating
arms of varying thicknesses, radiating from said hub, and bearing against the faces
of the coils, substantially as set forth.
8th. In an electric controller, the combination with a curved series of coils of
resistance material, of a series of frames or wedges for supporting said coils and
separating them to form ventilating spaces between them, each frame or wedge
comprising a slotted hub on which the coil is wound and to which it is electrically
connected, a series of arms radiating from said hub, and ribs projecting from said
arms in both directions, the ribs on the outer arms being wide and the ribs on the
inner arms being narrow, substantially as set forth.
9th. In an electric controller, the combination with a frame or shell and an
annular series of resistance coils therein, of a series of frames or wedges for

page_text: supporting said coil, each frame or wedge comprising a hub on which the coil is
wound and with which it is connected, a series of arms radiating from said hub and
hearing against two adjacent coils, shanks projecting from two of said arms and
projecting through one face of the frame or shell, a cross bar connecting said
last-mentioned arms and bearing against insulating material on the frame or shell,
an insulated ring secured to the frame or shell through which said shanks pass,
contact plates connected with said shanks and nuts on the shanks, substantially as set
forth.
10th. In an electric controller, the combination with a frame or shell, two sets of
resistance coils therein, and contact plates connected with said coils, of n shaft
mounted in the frame, a block of insulating material secured to one end of said
shaft, a double switch arm mounted on said block, brushes carried at the ends of
said arm and adapted to make electrical contact with said contact plates, a-clamping
plate connecting the witch arm with the insulating block, an insulating washer
entering perforations in the switch arm and clamping plate and a nut on the end of
the shaft and bearing against said washer, substantially as set forth.
11th. In an electric controller, the combination with a frame or shell made in
two parts secured together, and an annular series of resistance coils in said fraine,
of an annular frame disposed within said annular series of coils and having its outer
edges disposed between the parts of the main frame and the coils, and insulating
rings disposed between said coils and the edges of the annular frame, substantially
as set forth.
12th. In an electric controller having a series of coils constituting a' variable
resistance, of frames or wedges for supporting said coils and spacing them apart,
each frame or wedge comprising a hub or sleeve, a series of radiating arms, a cross
bar connecting two of said arms and shanks or stems projecting from two of said
arms substantially as set forth.
13th. In an electric controller, the combination with a frame or shell, of two
semi-circular sets of resistance coils located therein and having contact plutes
connected therewith, the coils of each set being connected in series, spacing devices
and insulating disks between the two sets of coils, and dummy contact plates
between the two sets of coils at one end thereof, substantially as set forth.
14th. In an electric controller the combination with a frame or shell, of an
annular series of frames or wedges secured within said frame, contact plates con-
nected with said frames or wedges, and two semi-circular sets of resistance coils
mounted on said frames or wedges, the coils of each set being connected together
in series and the two sets insulated from each other, several of said frames or wedges
at one point being dummies, and a double switch arm having brushes to make contact
with said contact plates, substantially as set forth.
15th. In an electric controller, the combination with a frame or shell, a series
of frames or wedges therein and a series of resistanco coils mounted on said
frames or wedges and electrically connected at one end therewith, of a metallic,
strip bent around the free end of each coil and extended laterally therefrom, and a
fastening device for securing the free end of each metallic strip with the adjacent
frame or wedge whereby said coils will be connected together in series, substantially
as set forth.
16th. In a reversing switch, the combination with a box or casing, of contact
arms, an oscillatory drum of insulating material and having a series of longitudinal
perforations, contact blocks on the drum to engage the contact arms when the
drum is oscillated, and electrical connectors inserted in the longitudinal perforations
in the drum, for connecting said contact blocks together in pairs, substantially as
and for the purpose set forth.
17th. In a reversing switch, the combination with contact arms, of an oscillatory
drum of insulating material, a series of disks constituting annular flanges projecting
from said drum and between which said contact arms are disposed, and contact
blocks on said drum electrically connected together in pairs and adapted to engage
said contact arms, substantially as and for the purpose set forth.

page_text: 18th. In a reversing switch, the combination with contact arms, of an oscillatory
drum composed of a series of sections of insulating material and disks of insulating
material interposed between said sections, contact blocks secured to the drum and
adapted to engage said contact arms and electrical connectors, connecting said
contact block together in pairs, substantially as set forth.
19th. In a reversing switch, the combination with two groups of contact arms,
of a drum disposed between said groups, contact blocks on said drum adapted to
engage the contact arms, said contact blocks being electrically connected together
in pairs, a forked arm connected with the shaft of said.drum, a lever for actuating
said forked arm to oscillate the drum, lugs on said forked arm and a stop on the casing
of the switch to be engaged by said lugs whereby to limit the oscillatory movement
of the drum, substantially as set forth.
20th. In a switch, the combination with a box or casing and a base of insulating
material therein, of an oscillatory drum, contact blocks on said drum, metallic
plates secured to said base and having lugs thereon, contact arms having hooks or
lips to engage suid lugs, head at the free ends of said arms and springs behind said
arms whereby to insure the engagement of the contact blocks on the drum with the
heads on the contact arms, substantially as set forth.
21st. In a switch, the combination with a drum carrying, contact blocks, of an
insulated base plate secured' thereto.and having lugs, contact arms hinged to said
lugs, ears at the respective ends of said lugs to prevent lateral displacement of
the contact arms and springs behind said contact arms, substantially as set forth.
Dated this 12th day of November 1805.
HERBERT HADDAN & Co.,
18 Buckingham Street, Strand, London, W.C.,
Agents to Applicant...