US118550A - Improvement in machines for preparing metal for solder, printers lead - Google Patents

Improvement in machines for preparing metal for solder, printers lead Download PDF

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US118550A
US118550A US118550DA US118550A US 118550 A US118550 A US 118550A US 118550D A US118550D A US 118550DA US 118550 A US118550 A US 118550A
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pipe
solder
machines
improvement
preparing metal
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    • BPERFORMING OPERATIONS; TRANSPORTING
    • B22CASTING; POWDER METALLURGY
    • B22DCASTING OF METALS; CASTING OF OTHER SUBSTANCES BY THE SAME PROCESSES OR DEVICES
    • B22D11/00Continuous casting of metals, i.e. casting in indefinite lengths
    • B22D11/12Accessories for subsequent treating or working cast stock in situ
    • B22D11/126Accessories for subsequent treating or working cast stock in situ for cutting

Definitions

  • Fig. 3 is a transverse vertical section through the cutting apparatus; andFig. 4 is a transverse vertical section through the conducting-pipe, showing the screws in connection with the flow-tubes.
  • This invention relates to a machine in which metals for the manufacture of solders, printers leads, Src., are melted, and afterward stirred and drawn off from the melting-pot through a tube having an adjustable feed apparatus, from which the compound is drawn off into circumferential grooves in a revolvin g wheel,within which grooves the compoundispressed by a han ged roller above, and also cooled by means of cold water introduced within an annular closed box cast in the rim of the wheel, next to the grooves therein, the compound being sent out of the grooves by means of spring-Scrapers fitting in the latter, and passed through a cutting apparatus, wherein it is divided into pieces of suitable length, being then a marketable commodity.
  • a is the kettle within which the metals are placed.
  • a stirrer for keeping them mixed,which consists of a vertical shaft, b, stepped in the bottom of the kettle a, and supported by a cross-piece, c, above the kettle, and spiral blades d projecting horizontally from the shaft b.
  • spiral blades arake attached to the shaft maybe employed.
  • This stirrer receives motion by means of a belt connecting the drum d with any sufficient driving power, and keeps the different metals well mixed, so that they may form a homogeneous compound.
  • Ahole opens through the bottom of the kettle nto a pipe, c, which leads from the kettle through the side of the furnace adjacent to the wheel f.
  • a funnel-shaped pipe, g is fitted upon the outer end of the pipe c.
  • the pipe g is provided with a number of tubes, h, passing through its bottom and extending some little distance above the latter. This extension of the tubes h is for the purpose of causing the molten liquid iiowin g into the pipe g to collect in somewhat of a quantity on the bottom of the latter before reaching the tops ofthe tubes h, in order both that it may the better retain its heat and also be free from currents, and so flow as wellthrough one tube as another.
  • the tubes h have valves t' attached to the bottoms of screws j, which pass through the top of the pipe g, vertically over the tubes h, so that by means of these screws 'the flow of the liquid through the tubes 7L can be regulated as to quantity at pleasure.
  • the pipe g is provided with a waste-pipe, k, for withdrawing any surplus that may accumulate therein, whiehwaste-pipe is also furnished with a screw-valve, Z, like the others.
  • the tubes h open at their lower ends the circumferential grooves m of the wheel j', and consequently discharge the molten metal into said grooves.
  • the wheel f has an annular closed box, u, cast in its rim, which box is divided into two equal parts by an annular longitudinal partition, o.
  • the shaft p of the wheel j' is hollow, and has waterpipes q q connected with it at each end, and radial pipes r r1 connect the hollow shaft p with the box n, at opposite sides thereof.
  • the ends of the pipes r r1 are not opposite each other in the box a, and a transverse partition, r2, crosses the box, the end of the pipe r being at one side of the partition and the end of the pipe r1 being at the other side of it 5 hence the cold water forced into the pipe r has to make the complete circuit of the box a before it reaches the outlet-pipe r1.
  • the water thus keeps the wheel cool, ⁇ and is itself discharged as soon as it gets at allwarm.
  • the molten metal stiffens in the grooves m, and, extending along the same, is compressed, smoothed, and ev ened by the iianges s of an adjustable roller, e, which is mounted in standards above the wheel f, the flanges s entering the grooves m as far as necessary.
  • the metal at the proper points is sent out of the grooves m by scrapers or other suitable device, and passed between rollers t t mounted in standards B opposite the periphery of the wheelf.
  • the lower roller t is grooved circumferentially, as shown at u, and also has one longitudinal peripherical groove, c.
  • roller t has a longitudinal knife, w, attached to its periphery, which, as the rollers revolve, eu-
  • the Wheel f having an inclosed annularbox, m, in its rim, provided With longitudinal and transversepartitions 0 r, and combined with Water-pipes r r1, and hollow shaft p, as explained.

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  • Mechanical Engineering (AREA)

Description

[64,] REUBEN PMNTER.-n esmas-sheen; Machines for Preparing' Metal Solders, Printers Lejad, L.
510,118,550, i Y Patented Aug. 29, 1871.
UNITED STATES ,PATENT OFFICE.
REUBEN PAINTER, OF BALTINIORE, MARYLAND.
INIPRUVEMENT lN MACHINES FOR PREPARING NIETAL FUR SOLDER, PRINTERS LEAD, &c.
Specification forming part of Letters Patent No. 118,550, dated August 29, 1871.
To all whom it may concern:
Be it known that I, REUBEN PAINTEE, of Baltimore, in the county of Baltimore and State of Maryland, have invented a new and Improved Machine for the Manufacture of Solder, Printers Lead, 85e.; and I do hereby declare the following to be a full, clear, and exact description of the same, reference being had to the accompanying drawing making a part of specication, in which- Figure l is a top view. Fig. 2 is a transverse vertical section through the grooved wheel, hol
low shaft, and water-pipes. Fig. 3 is a transverse vertical section through the cutting apparatus; andFig. 4 is a transverse vertical section through the conducting-pipe, showing the screws in connection with the flow-tubes.
This invention relates to a machine in which metals for the manufacture of solders, printers leads, Src., are melted, and afterward stirred and drawn off from the melting-pot through a tube having an adjustable feed apparatus, from which the compound is drawn off into circumferential grooves in a revolvin g wheel,within which grooves the compoundispressed by a han ged roller above, and also cooled by means of cold water introduced within an annular closed box cast in the rim of the wheel, next to the grooves therein, the compound being sent out of the grooves by means of spring-Scrapers fitting in the latter, and passed through a cutting apparatus, wherein it is divided into pieces of suitable length, being then a marketable commodity.
Referring to the drawing, a is the kettle within which the metals are placed. As the different metals employed such as lead, tin, Ste-have a tendency to remain separate the one from the other, I have invented a stirrer for keeping them mixed,which consists of a vertical shaft, b, stepped in the bottom of the kettle a, and supported by a cross-piece, c, above the kettle, and spiral blades d projecting horizontally from the shaft b. Instead of spiral blades arake attached to the shaft maybe employed. This stirrer receives motion by means of a belt connecting the drum d with any sufficient driving power, and keeps the different metals well mixed, so that they may form a homogeneous compound. Ahole opens through the bottom of the kettle nto a pipe, c, which leads from the kettle through the side of the furnace adjacent to the wheel f. A funnel-shaped pipe, g, is fitted upon the outer end of the pipe c. At its outer or broader end the pipe g is provided with a number of tubes, h, passing through its bottom and extending some little distance above the latter. This extension of the tubes h is for the purpose of causing the molten liquid iiowin g into the pipe g to collect in somewhat of a quantity on the bottom of the latter before reaching the tops ofthe tubes h, in order both that it may the better retain its heat and also be free from currents, and so flow as wellthrough one tube as another. The tubes h have valves t' attached to the bottoms of screws j, which pass through the top of the pipe g, vertically over the tubes h, so that by means of these screws 'the flow of the liquid through the tubes 7L can be regulated as to quantity at pleasure. The pipe g is provided with a waste-pipe, k, for withdrawing any surplus that may accumulate therein, whiehwaste-pipe is also furnished with a screw-valve, Z, like the others. The tubes h open at their lower ends the circumferential grooves m of the wheel j', and consequently discharge the molten metal into said grooves. The wheel f has an annular closed box, u, cast in its rim, which box is divided into two equal parts by an annular longitudinal partition, o. The shaft p of the wheel j' is hollow, and has waterpipes q q connected with it at each end, and radial pipes r r1 connect the hollow shaft p with the box n, at opposite sides thereof. The ends of the pipes r r1 are not opposite each other in the box a, and a transverse partition, r2, crosses the box, the end of the pipe r being at one side of the partition and the end of the pipe r1 being at the other side of it 5 hence the cold water forced into the pipe r has to make the complete circuit of the box a before it reaches the outlet-pipe r1. The water thus keeps the wheel cool, `and is itself discharged as soon as it gets at allwarm. The molten metal stiffens in the grooves m, and, extending along the same, is compressed, smoothed, and ev ened by the iianges s of an adjustable roller, e, which is mounted in standards above the wheel f, the flanges s entering the grooves m as far as necessary. The metal at the proper points is sent out of the grooves m by scrapers or other suitable device, and passed between rollers t t mounted in standards B opposite the periphery of the wheelf. The lower roller t is grooved circumferentially, as shown at u, and also has one longitudinal peripherical groove, c. The
roller t has a longitudinal knife, w, attached to its periphery, which, as the rollers revolve, eu-
. ters the groove 1J. The strips of metal pass through claim as new, and desire to secure by Letters Paty ent, is-
l. I n combination With the kettle a, the stirring apparatus, consisting of the shaft b and spiral blades d, as specified.
2. The pipe g, provided With the feed-tubes h whose tops are at any suitable distance above the bottom of the pipe, and with the screws j, all combined as described. l
3. The combination of the grooved Wheel f with the iianged roller s z, as set forth.
4. The Wheel f, having an inclosed annularbox, m, in its rim, provided With longitudinal and transversepartitions 0 r, and combined with Water-pipes r r1, and hollow shaft p, as explained.
5. The combination of the roller t having the transverse grooves u and longitudinal groove o With the roller t' having the knife w, as specified.
REUBEN PAINTER.
Witnesses SoLoN G. KEMON, Trios. D. D. OURANTD.
US118550D Improvement in machines for preparing metal for solder, printers lead Expired - Lifetime US118550A (en)

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