Year: 1887

page_text: Date of Application, 26th Mar., 1887
Complete Left, 24th Dec., 1887
Complete Accepted, 27th Jan., 1888
I, FRED HARRIS DANIELS of Worcester in the County of Worcester and State of
Massachusetts in the United States of America, Mechanical Engineer, do hereby
declare the nature of this invention to be as follows:-
This invention has more especial reference to apparatus for reeling or coiling hot
wire rods as they come from a rod rolling mill, the objects thereof being:
First. To provide a coiling apparatus, adapted for receiving and automatically
coiling wire rods from a rolling mill, in a rapid, safe and satisfactory manner,
for conveniently discharging the same from the reel.
and
Second. To provide in a rod coiling apparatus, a movable guard, and a movable
coil-supporting platform upon which the rod is delivered in coils, both of which are
arranged to be operated to facilitate the discharge of the coils from the reels.
Third. To provide means or hydraulic elevating mechanism connected to actuate
both on the guard and the platform simultaneously, or by the same operating
power.
Fourth. To provide means for together operating the guard and coil-lifting
platform, adapted for giving a greater or less extent of movement to the guard than
to the platform.
Fifth. To provide facilities for elevating the coil-receiving platform by mechanism
which is independent from the reel-operating shaft, and which engages with the
platform at the sides, or at a position excentric to the axis.
Sixth. To afford facilities for conducting the rod through the side of the guard, or a
guide for delivering it and laying it between the reel-fingers within the guard with
facilities for automatically shifting said guide to and from the reel with the movement
of the guard-shield.
In the accompanying drawings
Fig. 1 represents a vertical sectional view of the latter end of a rolling mill train,
and a reel or rod coiling apparatus illustrating the nature of my invention.
Fig. 2 is a plan view of the same.
Fig. 3 is a sectional plan view at a level below the reel plate.
Fig. 4 is a vertical sectional view of my improved apparatus, modified in that the

page_text: elevating or guard-operating mechanism is disposed overhead instead of below the
reel, and
Fig. 5 shows a side view of the extensible connections between the guard and
platform.
Fig. 6 represents a vertical section of a reel and a movable guard hood suspended
from above by lifting chains.
'
Fig. 7 is a front view of the same, the portions below the floor being omitted.
In the drawings, A denotes the reel, which in the present instance consists of a
plate supported on an upright shaft A¹ which is mounted in suitable bearings, and
revolved by means of gears B, or other driving mechanism. Said plate is provided
with two circular rows of upright pins or fingers a a¹ between which the wire rod is
received.
Above the reel-plate A is arranged the movable platform, disc or spider-frame C,
of somewhat larger diameter than the plate A, which supports the fingers. Said
platform C is provided with openings c through which the fingers a al project, and it
is adapted to be raised or depressed, as hereinafter described.
D indicates a guard or shield preferably of sheet metal, cylindrical in form, with
a diameter sufficient to surround the upper part of the reel, and of a height sufficient
to extend, when in its lowest position, some distance above the ends of the fingers.
This guard is arranged to slide up and down on suitable guide-rods E, Figs. 1, 2
and 3, to which it is connected by supporting ears d, or in other equivalent manner.
The purpose of this shield or guard is to prevent the possibility of loops of ros
accidentally getting loose from between the fingers, and being swung round by
the rapidly revolving reel, and injuring the attendants. If preferred, the guard D
may be made conoidal instead of cylindrical, or with tapering instead of straight
sides.
F, indicates the elevating mechanism or cylinders in which are arranged operating
pistons with suitable piston rods F2 connected for raising and lowering the guard D,
together with the platform C. In Fig. 1 is illustrated a pair of the cylinders and
pistons arranged below the reel mechanism; while in Fig. 4 is illustrated the
apparatus with a single cylinder F and piston F¹ overhead. The cylinders Fand
pistons are preferably operated by hydraulic pressure, water being supplied and
discharged through the pipes although steam or pneumatic pressure can be
employed if desired, or if in any case found more convenient.
Gindicates the valve for controlling the supply and discharge from the cylinders F,
said valve being operated by a conveniently disposed handle g.
H indicates the finishing rolls of the rolling mill or rod reducing train, from which
rolls the rod is conducted to the reel by a suitable guide-pipe I. "The rod is passed
into the reel through an opening in the side of the guard D, and is deposited upon
the platform between the two rows of fingers a a¹ where it is coiled by the rotation
of the reel, the reel being revolved at a speed substantially corresponding to that at
which the rod is delivered from the rolling train.
The end of the guide pipe I which delivers the rod within the guard D, is
arranged to be raised and depressed automatically with the movement of the guard D
to and from the reel, so that the end 1 of said guide pipe will be raised above the
ends of the fingers a a', at the same time and by the same means as the guard Dis
elevated.
Connecting bars J are arranged at the sides of the guard D, which sustain said
guard and the platform C in proper relation to each other, and lifters or lugs K are
arranged in connection therewith, which lifters engage or take hold beneath the sides
of the platform (, when the lifting mechanism is actuated for lifting the guard, and
thereby at the same time effect the raising of the platform C, to bring it to a position
flush with or above the ends of the fingers a a¹ to facilitate the discharge of the coil.
The lifting mechanism is normally independent of and separate from the platform C,
so that when the lifters K are in depressed position said platform is free to revolve
with the rotary movement of the reel-head.
Guide pins L, Figs. 2 and 4, are preferably arranged in connection with the

page_text: platform C and reel-head A to prevent independent rotation between said parts; thus
leaving the space c around the fingers free. If desired some of the fingers a could be
made to serve the purpose of the guide-pins, but I prefer to use a separate pin, or
pins, for this purpose, as they are less subject to derangement, for the reason that the
fingers receive the heat and strain occasioned by the rod being coiled against them,
which is not the case with the separate guide-pins.
The reel-head plate A and coil-receiving platform Care preferably fitted together
with a conical boss or projection m and a correspondingly shaped cavity m', which
projection and cavity intermatch with each other, when the platform is dropped to its
position adjacent to said plate, and which serve to centre and sustain the platform and
reel-plate concentric with each other while revolving.
The side connections Jare, in Fig. 1 shown as being rigidly attached to the ears d¹,
so that the guard and platform are elevated with substantially the same extent of
movement; but when desired said connections may be made extensible, so that the
guard will have a greater or less extent of movement relative to the movement of the
platform when the elevating mechanism is brought into action. Such a construction
I have illustrated in Fig. 4, wherein the connections J are arranged to slide through
cars or guides d fixed on the side of the guard cylinder D, which cylinder can
consequently move upward without the lifting of the platform, until the lugs at the
top of the connecting bars J strike the car-pièces d when the further movement of the
guard effects corresponding movement of the platform. The engaging lugs or lifters K
are preferably made with a broad bearing, or of sufficient width to prevent the
platform from tilting thereon when elevated. If desired three lifters may be employed,
disposed in triangular relation to the circle of the platform, the connection of each
being substantially the same as that illustrated.
In Fig. 1 the guard and platform are indicated in elevated position in full lines,
and in depressed position by dotted lines; and in Fig. 4 said parts are shown
in depressed position by full lines and their elevated position indicated by dotted
lines.
Rotary action is imparted to the reel by means of the gears Band a suitable driving
shaft B, motion being transmitted to said shaft in any suitable manner, as by a belt
on the driving pulley B². A suitable clutch M is provided for stopping and starting
the reel as required.
The lifters K are preferably employed as a brake for stopping the rotary motion of
the reel the frictional contact of said lifters with the rim or side of the platform,
being utilized to overcome the momentum of the revolving parts after the driving
clutch is thrown off, and while the platform is being raised." If desired, however, to
stop the rotary movement before the platform is lifted other suitable brake mechanism
may be used as for instance, the counteracting friction-clutch M', see Fig. 4.
In Fig. the elevating mechanism consists of the single hydraulic cylinder
suspended overhead by suitable brackets N. In this case the piston rod is extended
through the cylinder, and serves as a guide for the movement of the guard D;
consequently the guide rods E shown in Fig. 1 may be omitted.
In the operation of my improved apparatus, the guard D and platform Care
lowered to a position indicated in Fig. 4, and by dotted lines in Fig. 1; and the reel
is put into rotative operation to receive the rod. The rod is then conducted as it
comes from the rolling mill H, through the guide-pipe I, and is directed by the
end of the said guide-pipe within the guard so as to run between the rows of
fingers a al and be thus deposite: or laid in coifs upon the platform C by the rotation
of the reel. When the coil of rod R is complete, the reel is stopped, by shifting the
clutch M, and opening the valve G, thereby letting the hydraulic pressure into the
cylinders F which effects the elevation of the guard, together with the platform C, to
the positions indicated in Fig. 1, and by dotted lines in Fig. 4; thus bringing the
coil above the tops of the fingers a a¹ where it can be grappled or hooked off
laterally by the attendant; and at the same time bringing the guard D to a position
sufficiently high above the level of the platform to permit the convenient removal of
the coil through the aunular space between the lower end of the guard and the top

page_text: level of the platform, and to enable this to be readily accomplished the construction
of guard represented in Figs. 6 and 7 may be employed. In this form the guard is
adapted for covering the mechanism as a hood, and for the removal of the coils of
wire from doors in the side; or if preferred, the guard can be elevated or lifted from
the table or frame of the reeling devices. In this construction the guard consists of a
cap, hood, or enclosing casing D preferably of sheet metal, arranged over the reels A,
guide-pipes I, and their supporting frame, and suspended by a chain, or chains t from
an over head support, as the shaft T and sheaves T, and connected with the hydraulic
piston and cylinder F, or equivalent lifting apparatus, whereby said cover can be
raised, as indicated by dotted lines and lowered under control of the valve mechanism
and handle-rod g.
Guides E are provided to which the hood or guard is connected by ear-plates d
that slide thereon, to prevent its swinging out of place while it is moved up and down
by the chains t and lifting mechanism.
The guard-hood or cover is, in the present instance, provided with openings or
doors O through which to take out the coiled rods after they have been wound up by
the reel, said coils being removed bodily by means of tongs or other suitable handling
implements. If desired, hinged or sliding plates may be employed in connection with
this guard-hood as movable doors for closing the openings O. This guard-hood is
shown as covering a pair of reels, but may obviously be made single, or to cover only
one reel, if preferred.
In another application is described a reel having a supporter or lifting platform for
elevating the coil to facilitate the discharge from the reel, but in that case the
platform is lifted by means of a central shaft passing through the reel shaft, which
latter is hollow.
In my present invention the platform is raised by means of lifting devices, which
engage therewith at the sides, or at positions eccentric to the axis of the reel, and
platform, thus obviating the necessity of making the reel shaft hollow.
Another important feature of my present invention is the connection of the guard
and platform, so as to be both operated by the same mechanism.
Two or more reel mechanisms operating in the manner described, may be employed
for coiling the product of a single rolling train, suitable switching guides, arranged
in any well known manner, being introduced into the mechanism for alternately
directing the rods to one reel or the other as they come from the rolls.
Dated this 26th day of March 1887
PHILIP M. JUSTICE,
55 & 56, Chancery Lane, London,
Applicant's Agent.

page_text: VAMI DEIN DIMITTUATION.
Improvements in Reeling Mechanism for Rolling Mills.
1, FRED HARRIS DANIELS of Worcester in the County of Worcester and State of
Massachusetts in the United States of America, Mechanical Engineer, do hereby
declare the nature of this invention and in what manner the same is to be performed,
to be particularly described and ascertained in and by the following statement:-
This invention has more especial reference to apparatus for reeling or coiling hoi
wire rods as they come from a rod rolling mill, the objects thereof being:-
First. To provide a coiling apparatus adapted for receiving and automatically
coiling wire rods from a rolling mill, in a rapid, safe, and satisfactory manner, and
for conveniently discharging the same from the reel.
Second. To provide in a rod coiling apparatus a movable guard and a movable coil-
supporting platform upon which the rod is delivered in coils, both of which are
arranged to be operated to facilitate the discharge of the coils from the reels.
Third. To provide means or hydraulic elevating mechanism connected to actuate
both on the guard and the platform simultaneously or by the same operating power.
Fourth. To provide means for together operating the guard and coil-lifting plat-
form, adapted for giving a greater or less extent of movement to the guard than to
the platform.
Fifth. To provide facilities for elevating the coil-receiving platform by mechanism
which is independent from the reel-operating shaft, and which engages with the
platform at the sides, or at a position eccentric to the axis.
Sixth. To afford facilities for conducting the rod through the side of the guard or
a guide for delivering it and laying it between the reel-fingers within the guard with
facilities for automatically shifting said guide to and from the reel with the movement
of the guard-shield.
In the drawings filed with my Provisional Specification--
Fig. 1 represents a vertical sectional view of the latter end of a rolling mill train,
and a reel or rod coiling apparatus illustrating the nature of my invention.
Fig. 2 is a plan view of the same.
Fig. 3 is a sectional plan view at a level below the reel plate.
Fig. 4 is a vertical sectional view of my improved apparatus modified in that the
elevating or guard-operating mechanism is disposed overhead instead of below
the reel, and
Fig. 5 shows a side view of the extensible connections between the guard and
platform.
Fig. 6 represents a vertical section of a reel and movable guard hood suspended
from above by lifting chains.
Fig. 7 is a front view of the same, the portions below the floor being omitted.
In the drawings A denotes the reel, which in the present instance consists of a
plate supported on an upright shaft A¹ which is mounted in suitable bearings, and
revolved by means of gears B, or other driving mechanism. Said plate is provided

page_text: with two circular rows of upright pins or fingers a a', between which the wire rod is
received.
Above the reel plate A is arranged the movable platform, disc, or spider frame C, of
somewhat larger diameter than the plate A which supports the fingers. Said platform C
is provided with openings c through which the fingers a, a', project, and it is adapted
to be raised or depressed as hereinafter described.
D indicates a guard or shield preferably of sheet metal, cylindrical in form with a
diameter sufficient to surround the upper part of the reel, and of a height sufficient
to extend, when in its lowest position, some distance above the ends of the fingers.
This guard is arranged to slide up and down on suitable guide-rods E, Figs. 1. 2 and 3,
to which it is connected by supporting ears d, or in other equivalent manner. The
purpose of this shield or guard is to prevent the possibility of loops of rod accidentally
getting loose from between the fingers and being swung round by the rapidly revolving
reel, and injuring the attendants. If preferred, the guard D may be made conoidal
instead of cylindrical, or with tapering instead of straight sides.
Findicates the elevating mechanism or cylinders in which are arranged operating
pistons F¹ with suitable piston rods F2 connected for raising and lowering the guard D
iogether with the platform C. In Fig. 1 is illustrated a pair of the cylinders and
pistons arranged below the reel mechanism, while in Fig. 4 is illustrated the apparatus
with a single cylinder F and piston F¹ overhead. The cylinders F and pistons are
preferably operated by hydraulic pressure, water being supplied and discharged
through the pipes ff although steam or pneumatic pressure can be employed if
desired, or if in any case found more convenient.
Gindicates the valve for controlling the supply and discharge from the cylinders F,
said valve being operated by a conveniently disposed handle g.
H, indicates the finishing rolls of the rolling mill or rod reducing train, from which
rolls the rod is conducted to the reel by a suitable guide-pipe L. The rod is passed
into the reel through an opening in the side of the guard D. and is deposited upon the
platform between the two rows of fingers a, a, where it is coiled by the rotation of
the reel, the reel being revolved at a speed substantially corresponding to that at
which the rod is delivered from the rolling train.
The end of the guide pipe I which delivers the rod within the guard Dis
arranged to be raised and depressed automatically with the movement of the guard D
to and from the reel, so that the end I of said guide pipe will be raised above the
ends of the fingers a, a¹, at the same time and by the same means as the guard D is
elevated.
Connecting bars J are arranged at the sides of the guard D which sustain said
guard and the platform C in proper relation to each other, and lifters or lugs K, are
arranged in connection therewith, which lifters engage or take hold beneath the sides
of the platform C when the lifting mechanism is actuated for lifting the guard, and
thereby at the same time effect the raising of the platform C, to bring it to a position
flush with or above the ends of the fingers a, a', to facilitate the discharge of the coil.
The lifting mechanism is normally independent of and separate from the platform C, so
that when the lifters K are in depressed position said platform is free to revolve with
the rotary movement of the reel-head.
Guide pins L, Figs. 2 and 4 are preferably arranged in connection with the plat-
form and reel-head A to prevent independent rotation between said parts, thus
leaving the space c around the fingers free. If desired some of the fingers a could be
made to serve the purpose of the guide-pins but I prefer to use a separate pin, or pins,
for this purpose, as they are less subject to derangement, for the reason that the fingers
receive the heat and strain occasioned by the rod being coiled against them, which is
not the case with the separate guide-pins. The reel-head plate A and coil receiving
platform C are preferably fitted together with a conical boss or projection m and a
correspondingly shaped cavity m³, which projection and cavity intermatch with each
other when the platform is dropped to its position adjacent to said plate, and which
serve to centre and sustain the platform and reel plate concentric with each other
while revolving.

page_text: The side connections J are in Fig. 1 shown as being rigidly attached to the ears d¹,
so that the guard and platform are elevated with substantially the same extent of
movement, but when desired said connections may be made extensible, so that the
guard will have a greater or less extent of movement relative to the movement of
the platform when the elevating mechanism is brought into action. Such a construc-
tion I have illustrated in Fig. 4, wherein the connections J are arranged to slide
through cars or guides d fixed on the side of the guard cylinder D, which cylinder
can consequently move upward without the lifting of the platform, until the lugs jat
the top of the connecting bars J strike the ear pieces d when the further movement.
of the guard effects corresponding movement of the platform. The engaging lugs or
lifters K, are preferably made with a broad bearing, or of sufficient with to prevent
the platform from tilting thereon when elevated. If desired three lifters may be
employed, disposed in triangular relation to the circle of the platform, the connection
of each being substantially the same as that illustrated.
In Fig. 1 the guard and platform are indicated in elevated position in full lines and
in depressed position by dotted lines, and in Fig. 4 sail parts are shown in depressed
position by full lines and their elevated position indicated by dotted lines.
Rotary action is imparted to the reel by means of the gears B and a suitable driving
shaft B, motion being transmitted to said shaft in any suitable manner, as by a belt
on the driving pulley B². A suitable clutch M, is provided for stopping and starting
the reel as required.
The lifters K are preferably employed as a brake for stopping the rotary motion of
the reel; the frictional contact of said lifters with the rim or side of the platform
being utilized to overcome the momentum of the revolving parts after the driving
clutch is thrown off, and while the platform is being raised. If desired however to
stop the rotary movement before the platform is lifted other suitable brake
mechanism may he used; as for instance, the counteracting friction-clutch M³, (see
Fig. 4.)
In Fig. 4 the elevating mechanism consists of the single hydraulic cylinder sus-
pended overhead by suitable brackets N. In this case the piston rod is extended
through the cylinder, and serves as a guide for the movement of the guard D;
consequently the guide rods E, shown in Fig. 1, may be omitted.
In the operation of my improved apparatus, the guard D and platform C are lowere
to a position indicated in Fig. 4 and by dotted lines in Fig. 1, and the reel is put
into rotative operation to receive the rod. The rod is then conducted as it comes
from the rolling mill H, through the guide-pipe I, and is directed by the end I¹ of the
said guide-pipe within the guard so as to run between the rows of fingers a a¹ and be
thus deposited or laid in coils upon the platform C by the rotation of the reel. When the
coil of rod R is complete, the reel is stopped by shifting the clutch M, and opening
the valve G, thereby letting the hydraulic pressure into the cylinders F, which effects
the elevation of the guard, together with the platform C to the positions indicated in
Fig. 1, and by dotted lines in Fig. 4; thus bringing the coil above the tops of the
fingers a a', where it can be grappled or hooked off laterally by the attendant, and
at the same time bringing the guard D to a position sufficiently high above the level
of the platform to permit the convenient removal of the coil through the annular
space between the lower end of the guard and the top level of the platform and to
enable this to be readily accomplished, the construction of guard represented in Figs. 6
and 7 may be employed. In this form the guard is adapted for covering the mechanism
as a hood and for the removal of the coils of wire from doors in the side; or if
preferred, the guard can be elevated or lifted from the table or frame of the reeling
devices. In this construction the guard consists of a cap, hood, or enclosing casing D,
preferably of sheet metal arranged over the reels A, guide-pipes I, and their supporting
frame, and suspended by a chain or chains t from an overhead support, as the shaft T
and sleaves T, and connected with the hydraulic piston and cylinder F, or equivalent
lifting apparatus, whereby said cover can be raised, as indicated by dotted lines and
lowered under control of the valve mechanism and handle rod g.
Guides E are provided, to which the hood or guard is connected by ear-plates d

page_text: that slide thereon, to prevent it swinging out of place while it is moved up and down
by the chains t, and lifting mechanism.
The guard-hood or cover is in the present instance, provided with openings or
doors O, through which to take out the coiled rods after they have been wound up by
the reel, said coils being removed bodily by means of tongs or other suitable handling
implements.
If desired, hinged or sliding plates may be employed in connection with this
guard-hood as movable doors for closing the openings O. This guard-hood is shown
as covering a pair of reels, but may obviously he made single, or to cover only one
reel if preferred.
In another application is described a reel having a supporter or lifting platform
for elevating the coil to facilitate the discharge from the reel, but in that case the
platform is lifted by means of a central shaft passing through the reel shaft, which
latter is hollow.
In my present invention the platform is raised by means of lifting devices, which
engage therewith at the sides, or at positions eccentric to the axis of the reel and
platform, thus obviating the necessity of making the reel shaft hollow.
Another important feature of my present invention is the connection of the guard
and platform so as to be both operated by the same mechanism.
Two or more reel mechanisms operating in the manner described may be employed
for coiling the product of a single rolling train, suitable switching guides, arranged
in any well known manner being introduced into the mechanism for alternately
directing the rods to one recl or the other as they come from the rolls.
Having now particularly described and ascertained the nature of my said
invention, and in what manner the same is to be performed, I declare that what I
claim is
1. The combination, of a reel having a movable platform upon which the rod is
deposited in coils, a movable guard surrounding the upper part of the reel, and
mechanism, substantially as described, having connections adapted to engage with and
move said platform and guard, substantially as and for the purpose set forth.
2. The combination, of a reel having a movable platform upon which the rod is
deposited in coils, a movable guard surrounding the upper part of the reel, mechanism,
substantially as described, for moving said guard, and extensible connections that
engage with and raise said platform with the movement of the guard, substantially as
set forth.
3. The combination, of a reel having a movable platform upon which the rod is
deposited in coils, a movable guard surrounding the upper part of the reel and
supporting the guide pipe through which the rod is delivered on to the platform, a
cylinder and operating piston for raising said guard and guide-pipe, and connections
adapted to engage with and lift said platform simultaneously with the upward
movement of the guard, for the purpose set forth.
4. The combination, of a reel having a movable platform upon which the rod is
deposited in coil, a movable guard surrounding the upper part of the said reel, a
guide pipe supported by said guard through which the rod is conducted on to said
platform, an operating piston for raising and depressing said guard, and extensible
connections adapted to engage with and operate said platform by and during a portion
of the movement of the guard, substantially as set forth.
5. In a rod-coiling apparatus, a platform on which the rod is deposited in coils,
and lifting devices adapted for engaging the sides of said platform, for raising and
depressing it.
6. In an apparatus for coiling wire rods, the combination of a reel mounted and
revolvable on an upright axis, a platform on to which the rods are deposited in coils,
elevating mechanism normally independent and separable from said platform, adapted
for engaging the sides thereof, and raising said platform above the top of the reel,
substantially as and for the purpose set forth.
7. The combination, with a reel or rod-coiling mechanism having a platform upon

page_text: which the rod is coiled, and movable for elevating the coil above the reel, of a lifter
adapted to serve as a brake for overcoming the rotative movement of the mechanism,
while raising said platform, substantially as set forth.
8. In combination, with a rolling mill and a rod-coiling reel mounted on a revolvable
upright axis, of an adjustable guard, and a guide-pipe for delivering the rod to said
reel through an opening in said guard and connected in a manner to be raised and
depressed with the movement of the guard.
9. In combination, with a rod-rolling mill and a revolvable rod-coiling device or
reel mounted on an upright axis, and provided with a non-revolvable guard surround-
ing the upper portion of said reel, and movable in the direction of the axis thereof,
of a guide extending within the interior of the guard for directing or laying the rod
upon the reel, and connected to said guard to be carried to and from the reel
automatically with the movement of the guard.
10. The combination, with a reel for reeling wire rods, of a guard-hood covering
said reel, and provided with a door, or doors in its side through which the coiled wire
can be removed bodily from the reel, substantially as described.
11. The combination, of a revolvable rod-coiling receptacle or reel having an
elevating frame or plate within said reel, upon which the rod is supported in coils,
means for lifting said plate with the coil of rod to a position above the top level of the
reel, and a movable hood or guard covering over and about said reel, and provided
with doors in the side through which the coil can be removed.
Dated Disc way of December 1.007.
PHILIP M. JUSTICE,
55 & 56, Chancery Lane, London,
Applicant's Agent.
PHILIP M. JUSTICE,
55 & 56, Chancery Lane, London,
Applicant's Agent.