US342717A - Machine for making pills - Google Patents

Machine for making pills Download PDF

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US342717A
US342717A US342717DA US342717A US 342717 A US342717 A US 342717A US 342717D A US342717D A US 342717DA US 342717 A US342717 A US 342717A
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forming
cutting
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    • BPERFORMING OPERATIONS; TRANSPORTING
    • B29WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
    • B29CSHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
    • B29C48/00Extrusion moulding, i.e. expressing the moulding material through a die or nozzle which imparts the desired form; Apparatus therefor
    • B29C48/03Extrusion moulding, i.e. expressing the moulding material through a die or nozzle which imparts the desired form; Apparatus therefor characterised by the shape of the extruded material at extrusion
    • B29C48/09Articles with cross-sections having partially or fully enclosed cavities, e.g. pipes or channels
    • B29C48/10Articles with cross-sections having partially or fully enclosed cavities, e.g. pipes or channels flexible, e.g. blown foils
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B29WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
    • B29CSHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
    • B29C48/00Extrusion moulding, i.e. expressing the moulding material through a die or nozzle which imparts the desired form; Apparatus therefor
    • B29C48/03Extrusion moulding, i.e. expressing the moulding material through a die or nozzle which imparts the desired form; Apparatus therefor characterised by the shape of the extruded material at extrusion
    • B29C48/04Particle-shaped

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  • FIG. 3 is a topview of the machine, the cover partially broken away to show the interior, the upper grooved cutting and rolling or forming plate being also removed to show the powder-apron beneath. This figure also shows the cain-forkin position for operating the agitator of .the powderreceptaclc.
  • Fig. 4 is a similar view, the upper grooved cutting and rolling plate beingin the position it occupies when the cylinder or pencil of pill mass is fed into theimachine.
  • Figure 5 is a longitudinal vertical section of the machine on the line m a?, Fig. 4. Fig. Gis a vertical transverse section on the line y y, Fig. 4.
  • Fig. 9 is a detached view of one of the clearing-brushes for cleaning t-he cutting and forming plate.
  • My invention relates to the construction of machinery for the manufacture of pills and like articles from ainass of plastic material, so as to obtain uniformity in weight, size, and density of the article produced, as well as the production of said articles on alarge or manufacturing scale commensurate wtli the demands of the trade.
  • rlhe class to which the machine may be said to belong is that wherein a pencil or cylindrical strip of the mass is divided into pellets and shaped into pills between two corrugated or grooved plates, of which the old and wellknown hand-machine is the type.
  • the elemental parts of my machine are a grooved bed, a groovedy diameter of the plastic cylinder or pencil operated upon. Again, the grooved bed and slide will become gummed or fouled, and to insure good work must be kept clean, for which purpose I provide brushes.
  • the knife edges or ridges of the bed and slide should always coincide, to accomplish which I provide the boxes of the slide with adjustable pieces to compensate for wear and secure the grooved plate to the slide by an adjustable vkey-bar.
  • A indicates a frame of suitable form to support the operative parts of the machine.
  • the powershaft a Journaled in the frame A is the powershaft a, from which the various devices are operated, and as it is desirable to vary the speed to suit the condition of the mass operated on, I provide the power-shaft with a set of speedpulleysa,to receive the driving-belt.
  • a Upon the power-shaft a are two pinions, one of which, a", (through intermediate devices) drives the slide G that carries the reciprocating cutting and forming plate, while the other (not shown in the drawings) imparts motion to a vertical shaft, b, (journaled in a bracket, 13,) which in turn operates a worm, C, which causes the travel of the carriage of the pillreceptacle.
  • C indicates the worm, operated from the shaft b. It is the usual cylinder in which are cut reverse threads or grooves, which necessarily intersect twice in every revolution, so that a point inserted in the groove will traverse the cylinder from end to end and reverse.
  • E indicates the pill-receptacle, which may be a pan or its equivalent resting on or supported by the carriage l).
  • a bed-plate or partial bed-plate, F cut away, as at e, to permit the finished pill or like article to fall through into the receptacle E, and provided with rails or ways e', for the slide G, which carries the upper cutting and forming plate.
  • rollers Journaled on the frame A are two rollers, h h', for carrying the apron or endless belt H, which feeds the powder to the pill receptacle E.
  • the powderapron H passes around these rollers ⁇ h h', and also the inclosed portion, of plate F, which supports the apron.
  • I indicates a powder hopper or receptacle, which is placed over the apron H at one end thereof, and from which guidestripsfi may extend down to plate F on each side of said apron, to insure its proper travel past the mouth of the hopper.
  • a sliding agitator I', whose shaft i projects through the hopper on one side into the path of a cam situated on the slide, so that every reciproeationof slide G operates the agitator I.
  • K indicates the lower of the two cutting and forming plates, and L the upper. It is by means of these two plates that the cylindrical strip or pencil of mass is cut into sections and 5 Shaped.
  • Thetwo plates have certain features in com- Vgives the apron movement.
  • the lower plate, K is level throughout its length, while the upper plate, L, slopes at one (its leading) end, or, in other words, is beveled for a short distance, as at l, to enable the plate on its forward movement to seize and gradually compress the pencil or cylindrical mass as it severs and rotates it.
  • the lower plate, K slides in'to a dovetailed groove on the inner side of rails or ways c and abuts against an incline, 7.a, (on the bed-plate F, l) which, with sl'ot e, forms a chtite to direct the finished article from the plate K into the receptacle E.
  • This plate is held firmly in position by suitable screws, It'.
  • the upper eutting and forming plate, L is also held in a corresponding groove in the slide G, but is secured by means of a key or wedge-bar, m, held by thumb or set screws m,'which enables this plate to be adjusted so that its knife-edges exactly coincide with the knife-edgesof thelower plate, K.
  • G indicates the slide (which nieves on the ways e) for the reception of upper or reciprocating cutting and forming plate, L.
  • This slide also carries, first, a cam for actuating the feed of the cylindrical pill strip or pencil; secondly, a cam for actuating the agitator of the powder-hopper; and, thirdly, a cam to actuate the roller of the powderapron, for which reasons, aswell as to preserve the alignment of the knife-edges of the plates K and L, it is desirable that the slide should not only run true, but be adjustable to compensate for wear; consequently I arrange within the boxes of the slide G the movable brasses or wear-plates gi, and provide set-screws g for holding and adjusting the same.
  • a plate Upon one side, and dependent from the slide G, is a plate having a cam-slot, g, which engages with pin g of the arm which is loosely journaled on the roller h ofthe apron II.
  • cam-slot On top of the slide G, on the same side as cam y, is a trpcam, g, which trips the leaf or door of the trough which holds the cylindrical strip or pencil of pill-mass, and on the opposite sideof the slide occupying the same relative position as cam y* is a third cam, (j, (or fork) which engages the end of shaft t" and operates the agitator I of the powder-hopper.
  • the slide G- is actuated from the powershaft by the following or any other appropriate intermediate mechanism.
  • the pinion a2 before referred to as attached to the main powershaft a, gears, with a pinion, n, on a shaft, N, also journaled in the frame A, and this shaft N has at its end the disks n, provided each with an eccentric or wrist pin, n2.
  • the wrist-pin a2 eu cratorwhenthemachineis fed byhand. Vith- 4 pills have passed.
  • a pencil or cylindrical stick of the pill-mass or plastic composition in length equal to the width of the plates K or L, and of such diameter as will give the desired size (number of grains) to each pill, (or like article,) ⁇ which pencil or stick may be previously formed in any of the several well-known ways, is placed by hand, or maybe fed from a suitable belt or hopper, into the trough S when the operative devices are in the position shown in Fig. 4. Power is then applied to the shaft a and communicated through the intermediate gearing to the slide G, which at the close of its back-stroke causes the trip-cam g" to trip the pivoted leaf s of the trough S and deposit the pencil on the grooved cutting and forming plate L.
  • the slide G then advances with the cutting and forming plate L, whose bevel Z projects over the cylindrical pill mass or pencil, seizes, indents, and compresses the same, and passes it in between the plates K and L, whose knifeedge ridges sever it into pellets of equal and exact size, which pellets are then iinished vor formed in the grooves by the advance of the plate L.
  • the pin g of the arm 71? which is loosely journaled on the shaft or roll 71., enters the cam-slot g on the vflange dependent from slide G, and the arm is rocked, and by means of the pawl-and-ratchet mechanism, (see Fig.
  • the slide G continues to advance, and when near the end of its stroke the cam-fork g engages thc bent end or pin on shaft fi ofthe agitator I', and operates the same to stir up the powder in hopper I and feed a portion of the saine down on the apron II, which powder is then deposited in the pill-receptacle, as before specified.
  • the slide then commences its returnstroke; but the cam-slot g, pin g', Ste., do not operate the roll it reversely on this movement of the slide, because the arm is loose on the shaft and the pawl slides on the ratchet in the well-known manner.
  • the trip-cam q operates the leaf s of hopper S, and the following pencil is dropped in front of the cutting and forming plate L, ready for the neXt advance of the slide.
  • the machine produces rapidly, averaging three hundred and sixty thousand two-andionehalf grain pills, United States Pharmacopoeia conipound cathartic mass, in eight hours by one operator.
  • the combination with a reciprocating cutting and forming plate, of a fixed eut ting and forming plate and a fixed brush arranged in the plane of the fixed plate and adapted to sweep the movable plate, substantially as and for the purposes specified.

Description

eeeeeeeeeeeeee 1.
` o. H. STIMSON, Jr.
AAAAAAAAAAAAA NG PILLS, 6m.
. Pate ted Ma, 25, 1886.
Ef@- l@ llNiTEn STATES PATENT CHARLES H. STIMSON, JR., OF NEIVARK, OHIO.
MACHINE FOR MAKING PILLS, 8&0.
SPECIFICATION forming part of Lettere Patent No. 342,717, dated May 25, 1886.
Application filed November 9, 1885. Serial No. 132,273. (No model.)
To all whom it may concern,.-
Be it known that l, CHARLES H. S'riirsoN, Jr., a citizen of the United States, residing at Newark, in the county of Licking and State of Ohio, have invented certain new and useful Improvements in Machines for Making Pills and Like Articles; and I hereby declare the following to be a full, clear, and exact description of the same, reference being had to the accompanying drawings, wherein- Figure l isa sideelevation of a inachneembodying my invention, showing the cani-fork in position for operating the powder-carrying apron. Fig. 2 is anenlarged detail view of the loose arm and ratchet, whereby the roller ofthe powder apron or belt is moved in one direction only. Fig. 3 is a topview of the machine, the cover partially broken away to show the interior, the upper grooved cutting and rolling or forming plate being also removed to show the powder-apron beneath. This figure also shows the cain-forkin position for operating the agitator of .the powderreceptaclc. Fig. 4 is a similar view, the upper grooved cutting and rolling plate beingin the position it occupies when the cylinder or pencil of pill mass is fed into theimachine. Figure 5 is a longitudinal vertical section of the machine on the line m a?, Fig. 4. Fig. Gis a vertical transverse section on the line y y, Fig. 4. Figs. 7 and S lare detached views of the upper and lower grooved cutting and forming plate. Fig. 9 is a detached view of one of the clearing-brushes for cleaning t-he cutting and forming plate.
Like letters refer to like parts wherever they occur.
My invention relates to the construction of machinery for the manufacture of pills and like articles from ainass of plastic material, so as to obtain uniformity in weight, size, and density of the article produced, as well as the production of said articles on alarge or manufacturing scale commensurate wtli the demands of the trade. I
rlhe class to which the machine may be said to belongis that wherein a pencil or cylindrical strip of the mass is divided into pellets and shaped into pills between two corrugated or grooved plates, of which the old and wellknown hand-machine is the type.
The machinery embodying myinvention, as
hereinafter set forth, presupposes a cylinder or peneilupon which it is to operate, and such cylindrical strips may be previously prepared in any desired way.
Generally considered the elemental parts of my machine are a grooved bed, a groovedy diameter of the plastic cylinder or pencil operated upon. Again, the grooved bed and slide will become gummed or fouled, and to insure good work must be kept clean, for which purpose I provide brushes. The knife edges or ridges of the bed and slide should always coincide, to accomplish which I provide the boxes of the slide with adjustable pieces to compensate for wear and secure the grooved plate to the slide by an adjustable vkey-bar.
To obviate any lumping or clogging of the powder in the powder-receptacle, and its failure to feed to the pill-receptacle, which would cause the finished pills to adhere to each other and injure the product of the machine, I pro vide an agitator within the powder-receptacle, and this, as well as an automatic feed, for feeding the cylindrical strip or pencil to the grooved bed and sliding plate, may be operated from the slide which carries the movable or sliding, cutting, and forming plate.
Having broadly outlined my invention and indicated its scope, I will now proceed to describe inore specifically the preferred forms of its embodiment, so that others may apply the invention.
In the drawings, A indicates a frame of suitable form to support the operative parts of the machine.
Journaled in the frame A is the powershaft a, from which the various devices are operated, and as it is desirable to vary the speed to suit the condition of the mass operated on, I provide the power-shaft with a set of speedpulleysa,to receive the driving-belt.
Upon the power-shaft a are two pinions, one of which, a", (through intermediate devices) drives the slide G that carries the reciprocating cutting and forming plate, while the other (not shown in the drawings) imparts motion to a vertical shaft, b, (journaled in a bracket, 13,) which in turn operates a worm, C, which causes the travel of the carriage of the pillreceptacle.
C indicates the worm, operated from the shaft b. It is the usual cylinder in which are cut reverse threads or grooves, which necessarily intersect twice in every revolution, so that a point inserted in the groove will traverse the cylinder from end to end and reverse.
1) indicates the carriage for the pill-receptacle,which moves longitudinally of the frame in grooves or waysfl, and is actuated from the screw or worm (l by means of a pi n or fork, d, attached to the under side of the carriage, and whose end or ends enter the grooves ofthe screw.
E indicates the pill-receptacle, which may be a pan or its equivalent resting on or supported by the carriage l).
,Directly over the pill-receptacle, and supported on the frame A, is a bed-plate or partial bed-plate, F, cut away, as at e, to permit the finished pill or like article to fall through into the receptacle E, and provided with rails or ways e', for the slide G, which carries the upper cutting and forming plate.
Journaled on the frame A are two rollers, h h', for carrying the apron or endless belt H, which feeds the powder to the pill receptacle E. One of these rollers-preferabl y the roller 11, which is located in the slot e of bedplate F-has on the end of its shaft a loose` arm or lever, h2, provided with a pawl-andratchet clutch, by which it moves said roll in one direction only, and with apin, y', by which it is moved from the slide G. The powderapron H passes around these rollers` h h', and also the inclosed portion, of plate F, which supports the apron.
I indicates a powder hopper or receptacle, which is placed over the apron H at one end thereof, and from which guidestripsfi may extend down to plate F on each side of said apron, to insure its proper travel past the mouth of the hopper.
In order to prevent the balling or packing of the powder within. the hopper I, and also to insure a constant and gradual feed of the powder to the apron, I arrange within the hopper I a sliding agitator, I', whose shaft i projects through the hopper on one side into the path of a cam situated on the slide, so that every reciproeationof slide G operates the agitator I.
K indicates the lower of the two cutting and forming plates, and L the upper. It is by means of these two plates that the cylindrical strip or pencil of mass is cut into sections and 5 Shaped.
Thetwo plates have certain features in com- Vgives the apron movement.
mon-that is to say, they both have longitudinal grooves of the same width, forming knifeedge ridges,whieh coincide or should coincide when the corrugated plates arein the machine. They di [fer in the following respects: The lower plate, K, is level throughout its length, while the upper plate, L, slopes at one (its leading) end, or, in other words, is beveled for a short distance, as at l, to enable the plate on its forward movement to seize and gradually compress the pencil or cylindrical mass as it severs and rotates it. This is an important fea ture in machines wherein the cutting and forming plate moves ou ways or in guides, and it will be evident the exten-t and slope of the bevel will depend on the diameter of the cylindrical mass or pencil operated on and the distance between the knife-edge ridges. These cutting and forming plates .K and L are detachable from the machine, so as to be changed for plates having smaller or larger grooves, according to the size or weight of the pill to be formed on the machine. The lower plate, K, slides in'to a dovetailed groove on the inner side of rails or ways c and abuts against an incline, 7.a, (on the bed-plate F, l) which, with sl'ot e, forms a chtite to direct the finished article from the plate K into the receptacle E. This plate is held firmly in position by suitable screws, It'. The upper eutting and forming plate, L, is also held in a corresponding groove in the slide G, but is secured by means of a key or wedge-bar, m, held by thumb or set screws m,'which enables this plate to be adjusted so that its knife-edges exactly coincide with the knife-edgesof thelower plate, K.
G indicates the slide (which nieves on the ways e) for the reception of upper or reciprocating cutting and forming plate, L. This slide also carries, first, a cam for actuating the feed of the cylindrical pill strip or pencil; secondly, a cam for actuating the agitator of the powder-hopper; and, thirdly, a cam to actuate the roller of the powderapron, for which reasons, aswell as to preserve the alignment of the knife-edges of the plates K and L, it is desirable that the slide should not only run true, but be adjustable to compensate for wear; consequently I arrange within the boxes of the slide G the movable brasses or wear-plates gi, and provide set-screws g for holding and adjusting the same.
Upon one side, and dependent from the slide G, is a plate having a cam-slot, g, which engages with pin g of the arm which is loosely journaled on the roller h ofthe apron II. This On top of the slide G, on the same side as cam y, is a trpcam, g, which trips the leaf or door of the trough which holds the cylindrical strip or pencil of pill-mass, and on the opposite sideof the slide occupying the same relative position as cam y* is a third cam, (j, (or fork) which engages the end of shaft t" and operates the agitator I of the powder-hopper.
lOO
IlO
IIS
The slide G- is actuated from the powershaft by the following or any other appropriate intermediate mechanism. The pinion a2, before referred to as attached to the main powershaft a, gears, with a pinion, n, on a shaft, N, also journaled in the frame A, and this shaft N has at its end the disks n, provided each with an eccentric or wrist pin, n2. The wrist-pin a2 eu cratorwhenthemachineis fed byhand. Vith- 4 pills have passed.
in this cover, if employed, or independently thereof, if desired, or the cover is dispensed with, I place over one end of the bed-plate F and its cutting and forming plate K a hopper or trough, S, one side of which, s, is pivoted on the frame and has a shaft with projecting crank-end s, which stands in the path of the tripcam y" on the slide G, and I so counterweight this pivoted side or leaf of the hopper, or provide it with a spring, si, that when released by the cam y" the leaf s will ily back or close. By this means I obtain an automatic feed of the pencil mass.
ln order to keep the cutting and forming plates K and L at all times clean, so that perfeet pills shall be formed, I provide two clearing-brushes, the one,K, set inthe bed between the chute c andthe apron H, so as to clean the upper plate, L, after it has done its work, and the other, L', on the slide G in rear of the plate L, so as to sweep the lower plate, K, aft-er the These brushes K and L may be detaehabl y secured by a slide, (KQ) and posts (L,) orin any othersuitable manner, provided they are placed and arranged to operate as specified. v
The devices being constructed and arranged substantially as hereinbefore speciiied will operate as follows:
A pencil or cylindrical stick of the pill-mass or plastic composition, in length equal to the width of the plates K or L, and of such diameter as will give the desired size (number of grains) to each pill, (or like article,)`which pencil or stick may be previously formed in any of the several well-known ways, is placed by hand, or maybe fed from a suitable belt or hopper, into the trough S when the operative devices are in the position shown in Fig. 4. Power is then applied to the shaft a and communicated through the intermediate gearing to the slide G, which at the close of its back-stroke causes the trip-cam g" to trip the pivoted leaf s of the trough S and deposit the pencil on the grooved cutting and forming plate L. The slide G then advances with the cutting and forming plate L, whose bevel Z projects over the cylindrical pill mass or pencil, seizes, indents, and compresses the same, and passes it in between the plates K and L, whose knifeedge ridges sever it into pellets of equal and exact size, which pellets are then iinished vor formed in the grooves by the advance of the plate L. As the slide G continues to advance, the pin g of the arm 71?, which is loosely journaled on the shaft or roll 71., enters the cam-slot g on the vflange dependent from slide G, and the arm is rocked, and by means of the pawl-and-ratchet mechanism, (see Fig. 2,) partially rotates roll l1, and causes the apron or endless belt H to feed the powder which it has received from the hopper I into the pill-receptacle E. By this time the forming and cutting plate L has advanced beyond the plate K, and the finished pills or like articles have been swept off the plate K down the chute c into the receptacle, and fall ou the powder which has been deposited therein from belt or apron I-I. In this movement Iof the cutting and forming plate L over the plate K, the cleaning-brushes K and L have cleaned both of said forming-plates for the reception ofthe next cylinder or pencil of pill-mass, which meanwhile has been deposited in the trough S, as before specified. The slide G continues to advance, and when near the end of its stroke the cam-fork g engages thc bent end or pin on shaft fi ofthe agitator I', and operates the same to stir up the powder in hopper I and feed a portion of the saine down on the apron II, which powder is then deposited in the pill-receptacle, as before specified. The slide then commences its returnstroke; but the cam-slot g, pin g', Ste., do not operate the roll it reversely on this movement of the slide, because the arm is loose on the shaft and the pawl slides on the ratchet in the well-known manner. Near the close of its back-stroke, however, the trip-cam q operates the leaf s of hopper S, and the following pencil is dropped in front of the cutting and forming plate L, ready for the neXt advance of the slide.
Among the advantages of my invention are,
first, the simplicity of the devices, which enable them to be readily kept in operative condition; seeond, the cutting and forming plates are cleaned after cach operation, so that the articles produced are all perfect; thirdly, the pills are uniformly compressed and divided, so as to obtain uniform density, weight, and size in the product; fourthly, the pills or like articles are uniformly powdered, so that :none of the product of the machine is wasted by adhering or gumming; and, finally, the machine produces rapidly, averaging three hundred and sixty thousand two-andionehalf grain pills, United States Pharmacopoeia conipound cathartic mass, in eight hours by one operator.
Having thus setforth the nature, operation, and advantages of my invention, what I claim, and desire to secure by Letters Patent, is-
1. In a machine for the manufacture of pills and like articles, the coinbination of two corrugated cutting and forming plates, one of which is sloping or beveled at its leading end, substantially as and for the purposes specified 2. In a machine for the manufacture of pills and like articles, the combination, with corrugated cutting and forming plates, one of which reciprocates, of cleaning-brushes arranged to sweep the faces of the plates, substantially as and for the purposes specified.
3. In a machine for forming pills and like articles, the combination, with a fixed corrugated cutting and shaping plate, of a reciproeating cut-ting and forming plate and a sweep or brush arranged in rear of and moving with the reciprocating cutting and forming plate, substantially as and for the purposes specified.
4. In a machine for forming pills and like articles, the combination, with a reciprocating cutting and forming plate, of a fixed eut ting and forming plate and a fixed brush arranged in the plane of the fixed plate and adapted to sweep the movable plate, substantially as and for the purposes specified.
5. In a machine for forming pills and like articles, the, combination of a fixed cutting and forming plate, a reciprocating cutting and forming platea peneil-trough arranged over the fixed plate and having a movable leaf, and a trip for operating the'movable leaf from the reciprocating cutting and forming plate, substantially as and for the purposes specified.
6. In a machine for forming pills and like articles, the combination, with two corrugated cutting and forming plates, one of which is adapted to reciprocate, of a powder-apron supported on suitable rollers and cam mechanism for actuating the feedrollers of the apron from the reciprocating cutting and forming plate, substantiall y as and for the purposes specified.
7. In a machine for forming pills, the combination, with two cutting and forming plates,
' one of which is movable, of a powder-apron,
intermediate mechanism, substantially as described, for actuating the powder-apron from the movable cutting and forming plate, and a pill-receptacle arranged below the powderapron and cutting and forming'plates, substantially as and for the purposes specified.
8. In a machine for forming pills and like articles, the combination of two cutting and forming plates, one of which is adapted to reciprocate, a pill-receptacle, and a powder-hopper having a powder feed (or agitator) actuated by the reciprocating cutting and forming plate, substantially as and for the purposes specified.
9. In a machine for forming pills and like articles, the combination of two cutting and forming plates, one of which is adapted to reciprocate, a powder-apron for conveying powder to dust the finished pill, a powder-hopper arranged over the apron and having an agitator, and cam mechanism for actuating the powder-apron and the agitator from the reciprocating cutting and forming plate, substantiall y as and for the purposes specified.
10. In a machine for forming pills and like articles, the combination of two cutting and forming plates and a key-wedge and set or thumb screws for securing one of said cutting and :forming plates adjustable with its holder, substantially as and for the purposes specified.
11. In a machine for forming pills and like articles, said machine having two cutting and forming plates, one of which is movable, the combination, with the movable cutting and forming plate, of a slide having wear-compensating boxes, substantially as and for the purposes specified.
l2. In a machine for forming pills and like articles, the combination of two cutting and forming plates, a powder-feed, and a pill-receptacle arranged below the powder-feed and forming-plates, and mechanism, substantially as described, for actuating the powder-feed and traveling pill-receptacle, substantially as and 'for the purposes specified.
In testimony whereof I affix mysignatu re, in presence of two witnesses, this 5th day of November, 1885.
CHARLES II. STIMSON, J R.
Vituesses:
F. XV. RITTER, J r., H. A. HALL.
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