Improvements in and relating to Cartridge Loading Machines.
Year: 1889

page_text: Improvements in and relating to Cartridge Loading Machines.
I, GERSHOM MOORE PETERS, residing at 8 and 10 West Third Street, in the City of
Cincinnati, in the County of Hamilton, in the State of Ohio, one of the United States
of America, Manufacturer, do hereby declare the nature of this invention and in
what manner the same is to be performed in and by the following statement :-
My invention relates to Cartridge loading machines and is an improvement on the
machines for which I obtained letters patent dated March 29th, 1887, No. 4668; and
June 5th, 1888, No. 8204.
In the application here presented it will be particularly noted that the cam wheel
heretofore used and described and claimed in said patents is dispensed with, and the
driving apparatus for actuating the rotating table and filling devices consists of crank
movements whereby the action is rendered more positive and regular.
The device will be hereinafter more fully described in the specification and
illustrated in the accompanying drawings in which
Figure 1, is a top plan view partly in section on line 1-1 Figures 7. 8 and 9 of
the driving or actuating mechanism."
Figure 2, is a horizontal sectional plan on line 2-2 Figures 7. 8 and 9 of the parts
or elements for actuating the revolving table.
Figure 3, is a top plan view of the tables with the several filling devices.
Figure 4 is a top plan view of the head-block on the central shaft.
Figure 5, is a top plan view of the shell cases and the openings in the stationary
table for entering and extracting shells.
Figure 6, is a top plan view of serrated flange, for operating the feed ratchets on the
wad cutters.
Figure 7, is a side view of the machine as an entirety the filling device being
removed.
Figure 8, is a front view of the same.
Figure 9, is a vertical section of same.

page_text: 115 a side sectional view of the snell placing apparatus.
Figure 11, is a plan sectional view of the shell carrying devices, on line 11-11
Figure 10 and
Figure 12, is a rear view of same.
Figure 13, is a side elevation partly in section of the powder and shot hopper and
feed therefore.
Figure 14, is a top plan view of same.
Figure 15, is a side elevation of the wad cutter and placer.
Figure 16, is a top view of the device for actuating the feed ratchet, and
Figure 17, is a modification of same.
Figure 18, is a side view partly in section on line 18-18 Figure 19 of the shell
indenting mechanism, and
Figure 19, is a plan sectional view of same on line 19-19 Figure 18.
Figure 20, is a perspective view of one of the indenting points.
Figure 21, is a side view of the extractor and inking device with the shell case and
shell in section.
Figure 22, is a top sectional view of same, and
Figure 23, is a sectional view of opening to the shell case.
As in my former machines before referred to the stationary table and the various
parts making up the driving apparatus are supported by an iron framework, K. The
main pinion, C, (Figures 1,7 and 9,) is driven by a suitable pulley connected with the
motor and meshes with a cog wheel, 01, provided with a crank pin, c.
A shaft, (1,
(Figure 1) passes through the cog wheel, C', cam wheel, G, and a crank wheel E.
The latter is provided with a crank pin, e, moving or playing in a yoke, D, to operate
perpendicularly the central shaft, F, connected with the filling devices on the
table. For the purpose of balancing the shaft, F, and its attachments and to
relieve any uneven strain on the crank pin, e, there is suspended a ball, B, attached
to the yoke, D, by means of a chain or wire rope passing over the sheave, b, and
secured to a book, f, on the yoke. The cam wheel, G, placed midway on the
shaft, C, operates a lever, g, pivoted to the plate, A, which forms a bearing for the
vertical shaft, I. This cam wheel has a groove, g¹, (Figures 1 and 8) running
straight for nearly one half of its periphery, first on one side of its face and then on
the other side, with abrupt ogee cams, gl, connecting the straight parts and placed
at opposite points. In this groove plays a pin or preferably a roller, 911, connected
with the lever, g, causing it to move from right to left and from left to right with
each revolution of the cam wheel. The outer end of the lever, g, is toothed_and
geared into the cog segment, i, attached to the shaft, I, whereby the shaft, I, is
made to turn back and forth with the movement of the lever, g.
As in my former machines I have a central shaft and a hollow shaft surrounding
it; but in the present device the hollow shaft, V, is an extension of the revolving
table. This shaft has an arm or lever, H, pivoted thereto by means of a collar or
sleeve, J¹, the revolving table being supported by means of a heavy plate, H², which
also furnishes extended hearings for the hollow shaft, V. On the under side of the
revolving table a rim, T, is cast or made integral therewith, said rim having notches, U,
(nine in number) corresponding to the number of filling devices or movements
necessary to complete a revolution of the revolving table, and into these notches
bolts X, and, Z, move in and out in the manner and for the purpose hereinafter
set forth.
The link, N, (Figure 7) is connected to gear wheel, C¹³, by means of the crank
pin, c, and this link is pivoted to lever, O, by means of which the lever, O, is given a
movement back and forth with each revolution of the wheel, C. This lever, O, is
also connected by means of the swivel, P, and the adjustable pitman, R, S, with the
lever or arm, H¹, (Figures 2 and 7) causing it also to be moved back and forth with
each revolution of wheel, C. The lever H₁, is slotted centrally as shown in Figure 2,
and in this slot is inserted an engaging bolt, X, having a spring, a, in its rear.
This lever, H, through the intervention of the bolt, X, actuated by the spring, a,
and engaging in turn the notches, U, as it moves forward causes the revolving table

page_text: to move forward one ninth of its revolution, when, H¹, reaches the end of its forward
movement and when the crank pin, c, is in its dead center as shown in Figure 2, and
at the instant the revolving table is brought to a stand-still, the cone shaped bolt, Z,
is thrown forward into an advance notch, U, thus holding the revolving table stationary
where the dead center of the crank wheel left it and in position for the filling devices
t enter the shell cases. The bolt, Z, is operated by the cog segment, ¹, which in
turn is operated through the intervention of shaft I, and its connections before
described by means of the cam wheel, G, the abrupt portion of its groove being so
arranged as to become effective at the exact moments when the crank pin, c, is on its
dead centers. A projection, h, on the lever, H', furnishes a pivot and support for the
lever, ', which is toothed and geared to the bolt, X. As the lever, H¹, finishes its
forward movement it brings the outer end of the lever, h, against the toothed
segment,, which is provided with a cam, i¹, and by means of which in throwing in.
the bolt, Z, the lever h¹, is so pressed upon as to throw out the bolt, X, and to hold.it
out long enough for the lever, H', to move backward and out of line with the notch
just vacated.
As the lever, H¹, reaches the end of its backward stroke and the bolt, X, comes into
line with the next notch to be engaged by the action of the spring, x, the bolt is
thrust in ready to give the table one more move; at the same instant the cam wheel, G,
operates to throw out the bolt, Z, setting the table free. It will thus be seen that the
revolving table is started and stopped on the dead centers of a crank wheel, thus
avoiding all sudden shocks and rebounds, and affording an easy noiseless and positive
movement.
The order and relation of the filling devices do not differ materially from those
shown in my former patents.
In the present machine there are nine such devices, (instead of eight as heretofore)
in Figure 3, there is shown a stationary table, K', supporting the filling devices, a
revolving table, L', carrying the shell cases, M', a central shaft, F, for operating the
filling devices, the head block, Y', on same, from which radiate arms, Y", connecting
with the filling devices, a shell placer, Q', a powder hopper and feed, R', a paste-board
wad cutter and placer, S₁, a felt wad cutter and placer, T¹, a second felt or paste-board
wad cutter and placer, T, as may be desired; a shot hopper and feed, U₁, a cutter
and placer, V, of paste-board wad over shot, an indenter, W¹, and an inker and
extractor, X'.
In the present machine the wad strips pass to the cutters through the openings, Y,
(vide Figures 4 and 15) instead of through openings in the arms as heretofore, thus
avoiding too abrupt a bend in the wad strips.
The method of conducting the shell to the placer and extracting them after being
filled is of the same general principle as in my former patents. In Figure 5, is
shown a part of the stationary and revolving tables, a section of the wires M2,
forming the cage for conducting the shells to the placer, the opening, O¹, to the
placer, the opening, N¹, through which the shells are shoved upward into the shell
cases, and the spring catches, K³, for holding the shell in position until the case is
moved forward, and the opening, P¹, through which the shell is extracted after
being filled.
The rotating table is provided with a notched flange, T, and serrated flange, G³,
for operating the feed wheels of the wad cutters. The crank wheel, C¹, by which the
revolving table is operated is shown in side view, Figure 7.
In order to show more fully the support, A, for the shaft, I, as well as the wheel, G,
with its abrupt cams, gl, a front view of the machine, (Figure 8) has been provided.
Here also is shown the arrangement of the crank wheel, E, the bearings, d², for the
square extended portion, d, of the yoke, D, of the central shaft, F, the counter-
balancing ball, B, and the plate, H2, supporting the revolving table.
In my present device the revolving table has cast integral with it an upper bearing, C²,
and a lower long hollow shaft v, affording an extended bearing for the shaft, F. It
also forms a bearing for the collar, J¹, to which is secured the arm, H', by means of
which and its bolt, ✗, the table is intermittently rotated as shown in Figure 2.

page_text: The supporting plate, H2, is also provided with an integral downwardly projecting
bearing, 2, for the hollow shaft, v. The block, e, (Figure 9) has a central bearing
for the crank pin, c, and slides back and forth in the bearing of yoke, D, as the crank
wheel, E, is turned, imparting an up and down movement to the shaft, F. The throw
of the crank, E, or the movement up and down of the shaft, F, is determined by what
is necessary to lift the rammers of the wad placing devices out of the shell cases in
time for the movement of the rotating table and to hold them out until it is finished.
The throw required is about five inches, the top of the shell cases being the center of
the movement up and down for the lowest loads.
The relation of the cranks for moving the table and the shaft, F, is as follows:
The crank, C, is so arranged that it starts to throw the table just as the crank, E,
has lifted the rammers out of the shell cases and completes the throw or movement
just as the rammers are about to enter again; then while the rammers are in the
cases, the crank, c, operates to throw the arm, H¹, back to set a new hold on the
notched rim T.
In the specification of my patent No. 8204, of 1888, June 5th, the sliding block for
moving the shell beneath the shell case had a complete circular pocket into which
the descending shells dropped. Here the horizontally sliding block, A³, (Figure 10)
is open and semi-circular in form at its inner end, the shells, y, descending in a
perpendicular manner to the block through the cage, M². This construction enables
us to dispense with the cam slotted blades described in said patent and give the
block, A³, a regular and continuous movement with the piston, C3, inasmuch as it
is not required to remain stationary while said piston passes up through it and back
again, but can proceed to move backward to its original position as soon as it has
deposited the shell in line with the piston. To accomplish this the block, A³, is
provided with an arm extending backward and pivoted to the lever, B³, which in
turn is rigidly connected at right angles with the lever, F³, which through the
intervention of link, D³, and adjustable sleeve, c³, actuates the piston, C³, all the parts
being operated by the central shaft, F, through the connecting parts, Y₁, H³,
and, E³.
It will thus be seen that as the piston, C³, descends, the block, A³, moves forward
and carries the shell into position for entering the shell case, M¹. As the piston
rises the block is moved back for another shell which drops in place as soon as
relieved of its bearing on top of the block, the movements of the piston and shell
block being so timed with reference to each other, that the former will be out of
the way as the shell is brought into position for entering. The block, A³, works in
a guide or pocket, I³, which forms a guide for the passage of the shell to the shell
case and a bearing for the piston. The rear extension or arm of the block slides
in guide bearing, J³, on the supporting pieces, G³, shown in Figures 11 and 12.
In my aforesaid patent, 82048 the powder and shot hopper had a sloping bottom
and flange cast in the hopper to guide the powder or shot to the feed opening and
was opened and closed by a feed wheel. In the present machine these devices are
dispensed with, the powder and shot descending directly through a narrow opening, M³,
to the feed slide, S³. The hoppers are screw-threaded at top for the connecting
pipe for the purpose stated in said patent. In the present device the feed slide, S³,
is operated directly and in unison with the movements of the other parts by the
central shaft, F, through the intervention of the ogee cam slotted lever, W³, and
connecting arm, X³, having a roller on its outer end which plays in said slot. By
this construction the number of parts is reduced and the feed plate is actuated in
a more positive and certain manner. The feed slide has an opening, T³, (Figure 13)
graduated to any
size charge by means of a sliding plate, U³, having its inner
end bent down into the opening, T3, and occupying one side, (see Figure 14) the
outer end having a micrometer screw, V³, by which it is regulated. As the slide
is moved forward the contents of the opening, T³, is deposited through the opening, y³,
into the shell contained in the case, M².
The wad cutters and placers are three or four in number according to the number
of wads required. Each consists of a tubular cutter, F4, actuated by the cain slotted

page_text: bell crank levers, M, (Figure 15) and the interior rammer, G³, actuated directly
by the arm, LA, attached to the head block, Y'; a pin or roller, 0%, on the arm, L,
and a pin, Q, on the guide of the rammer play in the slots of the levers, M, and
direct the movements of the cutter and placer. The pressure of the rammer on the load
regulated by a nut and spring in the head of the arm, LA, as set forth in the patent
before referred to, is now dispensed with as unnecessary, the rammer head, S4, being
made to fit snugly in the arm head and held firmly when set for various loads by the
set-screws, X. The tell-tale device as shown in the former letters patent may also
be dispensed with, and the wad strip instead of passing through an opening in the
arm attached to the head block is made to pass through the head block and give
considerable curvature to said strip, which is not only an advantage in feeding. but
prevents liability of breaking the material as it is being fed to the wad cutters. The
feed wheels, H, are also differently operated from that shown in the former patents..
In the present device the lever, K, instead of being bell shaped (see Figure 34
patent 820488) is straight and pivotted at, 4, and operated by the horizontal slide, T4,
having bearing in a plate, R, secured to stationary table, K. This slide, T4, has a
roller, g, which plays against the serrated flange, G2, of the rotating table, L',
(Figure 6) by means of the coiled spring, t, lying in the slot in the slide and pressing
against the stop, 74, at the rear of the bearing plate, as shown in detail in Figure 16.
Thus a horizontal movement back and forth is given the slide and this imparts move-
ment to the ratchet, J. Should it be desired to give a more positive movement to
the slide, T4, the serrated flange, G2, may be bent downward and embraced by two
rollers, g, as shown in Figure 17.
It has also been found advantageous to have a direct and positive movement for
the shell indenter, and to this end the cam slotted arm shown in patent 820488 are
dispensed with and the device is suspended directly from the arm, K, (figure 18) into
which it is fitted, and is adjusted to the various loads and firmly held in place by
means of the set screws, V³, A³. The head piece, I³, is bored out and into this as a
socket is fitted a secondary head piece, F. In this is firmly set the rammer, G³,
having depressions at the lower ends for receiving the indenting points. This
secondary head piece, F³, also furnishes support and bearings for the indenters. The
form of this portion is more clearly shown in top plan view, (Figure 19) the circular
disc, f, having three or four equi-distant lugs, 2, cast thereon and trimmed out as
bearings for the indenter heads, H³; a secondary plate, f8, (Figure 18) is bolted
underneath, f, which may be removed when it is required to take out or insert the
indenter heads. The head, F5, is suspended on pin, 9, passing through, 1', but by
means of the slot, B³, is allowed to give back under pressure on the coiled spring, C³.
A stop, W, is fastened to the stationary table and made adjustable to the various
loads by a screw and jain nut. The primary head piece, 15, has extensions, j³, with
diagonal slots for the passage of pins connecting the levers, R, pivoted to F, and
operating the indenter heads, H. As the device descends and strikes the stop, W5,
the head piece, F, gives back on the spring, 05, thus causing the indenter points
to be thrust in by means of the levers, R³, moving in the diagonal slots before
mentioned. The indenter points are regulated as to depth by means of the screw, 1º,
taking hold of the head, H. The indenter now consists of a projecting rounded
blade, Y; or knife edge extension, by which a clean cut is made in the side of the
shell, the shouldered surface, X³, serving to press in and give form to the indentation
after being cut from the side.
'
In my present device the extractor and inking mechanism is much simplified. As
shown in Figure 21, the extractor rod is operated directly by the arm, H, of the
head block and thus directly and positively by the central shaft. The inking roller, Je,
for inking the die on the end of the extractor rod is operated by means of the triangular
lever, G, pivoted at its inner end to the collar, L6, attached by set of screws to the
lever, G, and pivoted at its outer end to the swinging link, Ke, which in turn is
pivoted to the lug, N6, fastened to the stationary table, K¹. It will thus be seen that
as the extractor rod, C³, is moved up and down, the roller, Jo, is caused to roll

page_text: across the die and ink it perfectly. The shells are thus marked as extracted. The
spring catches for holding the shells as they are shoved into the shell cases
(Figure 23) do not differ materially from those shown in my former patent referred to.
From the drawings and description it will be seen that many of the complex
mechanical movements in the former patents have been dispensed with and the devices
for actuating the rotating table, the filling devices, the wad cutters, and placers,
the shell placer and extractor and the inking mechanism have direct and united
action and positive movements, and therefore the tendency to "catch" with the
accompanying breakage of parts is reduced to a minimum.
Having now particularly described and ascertained the nature of my said inven-
tion and in what manner the same is to be performed, I declare that what
I claim is:
1. In a cartridge loading machine the combination with the primary actuating
mechanism of a cam-wheel having opposite cams, a vertical oscillating shaft, I,
connected with the table locking and releasing mechanism, and a pivoted lever one
end of which is in engagement with the said cam-wlieel and the other in gear with
the shaft I, substantially as described.
C,
2. The combination with the primary actuating mechanism of a crank-wheel C
a pivoted lever one end of which is tinked to the crank of said wheel, and the other
connected to an adjustable pitman or connecting rod R. S. a rotating table with a
notched rim, and a lever H¹, movable in the plane of the table, connected with the
pitman R. S. and carrying a spring pressed bolt to engage the notches of the table,
substantially as described.
3. The combination with the primary actuating mechanism of a cam-wheel G, a
pivoted lever one end of which is in engagement with said cam and the other
provided with a segmental gear, a vertical shaft I, in gear with said lever, and with
a reciprocating locking bolt Z, and a revolving shell-carrying table provided with a
notched rim with which said locking bolt engages to lock the table, substantially as
described.
4. The combination with the rotating crank-wheel C¹ of a cam-wheel G on the
same shaft therewith, a vertical shaft, I, carrying a segmental gear z¹, a rotating shell
carrying table having a notched rim, a toothed locking bolt, in engagement with the
gear z to lock the table, and a pivoted lever, one end of which is in engagement
with the cam-wheel and the other with a gear on the shaft, I, whereby the latter is
intermittently oscillated and the table locked, substantially as described.
5. The combination with the rotating cam-wheel G, and with the crank-wheel E,
of a vertical shaft, I, carrying a gear ¹, an interposed lever, one end of which
engages the cam-wheel, G, and the other gears with the gear i, a rotating shell
carrying table provided with a notched rim, a locking bolt Z, in gear with the shaft, I,
and adapted to engage and lock the table, and a reciprocating vertical shaft, F,
carrying at its lower end a yoke with which the crank-wheel, E, engages to reciprocate
the same, and its upper end is connected with the several shell charging mechanism,
substantially as described.
6. The combination with the oscillating shaft, I, and the vertical reciprocating
shaft, F, connected with the shell charging device, and suitable mechanism for
actuating the same, of a rotating shell carrying table, having a notched rim, a
vibrating lever, H¹, moving in the plane of the table and carrying a spring pressed
bolt to engage the notches of the table, and a toothed locking bolt in gear with an
oscillating shaft, E, to engage and lock the table after each movement of the latter,
substantially as described.
7. The combination with the cam-wheel, G, and the crank-wheel, E, of a rotating
shell carrying table, provided with a notched rim, a lever H¹ movable in the plane of
the table and carrying a spring pressed bolt or pin K, to engage said notched rim,
and rotate the table, a vertical shaft, I, in engagement with the cam-wheel, G,
through an intermediate lever, g, and with a toothed locking bolt to engage and

page_text: lock the table, and a reciprocating vertical shaft, the upper end of which carries the
various shell charging mechanism and the lower end connected with the crank-
wheel, E, substantially as described.
8. The combination with the rotating table having a notched rim, of a lever, H³,
movable in the plane of the table and carrying a bolt, X, to engage and rotate the
table, and a locking bolt, Z, to lock the table the said bolts, X, and, Z, being connected
with the primary driving mechanism, such mechanism imparting reciprocations to
said bolts so that they will be alternately advanced into and retracted from the
notched rim of the table to rotate to lock, and to release the same, substantially as
described.
9. In a cartridge loading machine the combination with a stationary table
supporting the shell-filling devices of a rotating table, having an integral upper and
lower extension which forms an elongated bearing for the shaft which operates the
shell filling devices, substantially as shown and described.
10. In a cartridge loading machine, the combination with the rotating table and
filling devices, of a central shaft, a head block adjustably secured thereto said block
having openings for the passage of wad strips and arms secured to said head and
block and the filling devices, whereby the filling devices are actuated directly by the
central shaft as set forth.
11. In a cartridge loading machine, the combination with the rotating table
carrying the shell cases and provided with a notched rim, the arm, H', bolts, X, Z,
and the filling devices, said table and filling devices being actuated by the shafts
operated by crank wheels, C¹, E, the wheel, C¹, being operated so as to start to
throw the table just as crank, E, has lifted the rammers from out of the shell cases,
and complete the throw as the rammers are about to enter again, and said crank
wheel next operating to throw the arm, K', back to get a new hold on the notched
rim while the rammers are in the cases, as and for the purposes set forth.
12. In a cartridge loading machine the combination with the rotating table and
the filling device of a central shaft actuating said filling devices and provided with
a counterbalancing weight which exerts a constant resistance to the downward throw
of said shaft, substantially as shown and described.
13. In a cartridge loading machine, the combination with the stationary table
having openings for the descent and insertion of shells, of a shell carrier and
actuating mechanism therefore, said carrier sliding horizontally beneath the table,
and having its inner end open and semi-circular, as and for the purposes set forth.
14. The combination with the rotating table carrying the shell cases, the filling
devices and actuating mechanism therefore, of a shell carrier having an open inner
end and shell placer consisting of a piston moving vertically through the inner end
of the carrier frame to the shell cases, said carrier and piston being linked and
pivotally connected with each other and the central shaft, whereby the piston and
carrier are given a regular and continuous movement, the shell being carried forward
with the down stroke of the piston and the carrier moved back with the up stroke
of the piston, as set forth.
15. In a cartridge loading machine the combination with the powder and shot
hopper, and with a vertical reciprocating shaft, of a charge slide having a charge
opening, a graduating slide lying on said charge slide with its ends bent down and
projecting into the charge opening, and a cam lever between the said shaft and
charge slide whereby the latter is reciprocated by the reciprocation of the shaft,
substantially as shown and described.
16. In a cartridge loading machine, the combination with the rotating table having
a notched rim and suitably actuated, and a wad cutter and rammer operated by the
central shaft as described, of a wad strip feed operated by a slide, T4, having a roller
engaging the notched rim of the table, said slide being pivotally connected with the
ratchet feed for the wad strip whereby the rotating table and ratchet feed are
operated in unison, the ratchet being moved with each intermittent movement of
said table, as set forth.
17. In a cartridge loading machine the combination of a reciprocating shaft having

page_text: an arm K which carries a cam j³ a reciprocating indenter, and a lever connection
between said indenter and cam, substantially as shown and described.
18. In a cartridge loading machine, the combination with the arm, K, open at its
outer end and actuated directly by the central shaft, F, of an indenting device
consisting of a head piece bored centrally and adjustably secured to said arm and
provided with extensions, jo, having diagonal slots, a secondary head piece, F³, a
rammer secured therein and having depressions at its lower end, and sliding indenters
having links secured thereto and moving in the slots of the extension, as and for the
purposes set forth.
19. The combination with the stationary table having a stop W' on the hollow
head, I, a secondary head spring seated within the first, a rammer connected with
the secondary head and having depressions at its lower end, and indenting points
connected with and operated by cams on the primary heads, whereby as the indenting
devices descends and strikes the stop the secondary head will give back against the
spring and cause the indenter points to be thrust forward, as and for the purpose
set forth.
20. The combination with the rammer, G³, having suitable depressions at its end,
of a shell indenter movable towards and from said rammer and having indenting
ends, consisting of a knife edge extension, Y', to cut the shell, and a shouldered
surface, X, to give form to the indention after the cut is made, substantially as
set forth.
a
21. In a cartridge loading machine, the combination with the rotating table and
central shaft suitably actuated, of an extractor and inking device for the wad marker,
consisting of the extractor rod secured to an arm of the central shaft, a triangular
lever pivoted at its upper end to a collar on the extractor, its outer end having
link pivoted thereto and to a lug on the revolving table, the inner lower end having
an inking roller, the vertical movement of the extractor giving a swinging movement
to the triangular lever and thus intermittently inking the die on the bottom of the
extractor, as set forth.
Dated the OCAL J
1000