US194602A - Improvement in middlings-separators - Google Patents

Improvement in middlings-separators Download PDF

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US194602A
US194602A US194602DA US194602A US 194602 A US194602 A US 194602A US 194602D A US194602D A US 194602DA US 194602 A US194602 A US 194602A
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reel
middlings
spout
screens
machine
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    • BPERFORMING OPERATIONS; TRANSPORTING
    • B07SEPARATING SOLIDS FROM SOLIDS; SORTING
    • B07BSEPARATING SOLIDS FROM SOLIDS BY SIEVING, SCREENING, SIFTING OR BY USING GAS CURRENTS; SEPARATING BY OTHER DRY METHODS APPLICABLE TO BULK MATERIAL, e.g. LOOSE ARTICLES FIT TO BE HANDLED LIKE BULK MATERIAL
    • B07B9/00Combinations of apparatus for screening or sifting or for separating solids from solids using gas currents; General arrangement of plant, e.g. flow sheets

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  • my invention consists in providing such a machine with a series of riddles of graduated cloth, and adjustable guide-boards 4 beneath said riddles, the whole being mounted upon a shoe having a rapid vibrating motion,
  • the case or frame is shown at A, and within this case is arranged a revolving reel, B, made and turned without a through-shaft, as follows: At thel upper end of the reel there are friction-rollers a a, which support that end, and at the other or lower end there is a short shaft, b, connected with the reel, upon which short shaft there is a bevel-wheel, G, meshing with a pinion upon the main driving-shaft O1, said shaft G1 carrying a pulley, C2, over which a belt passes that transmits motion tothe shaft Q', and from the latter, in the same manner, to the pulleys c and c on the axis of the conveyers D and D'.
  • the reel should be covered with cloth graduated to conform to the divisions in the suction separating-spout E, placed in the inside of the reel, and the boltingcloth of the screens M should also be graduated in the same order as the reel.
  • the stationary suction separating-spout E is made with three divisions, l 2 3, more or less, over which there are valves or registers 4 5 6, each separately adjustable from the exterior by rods d, one for passage F leads first into the vertical air-pas' sage G, and thence into the fan-chamber H,
  • the shape, form, and position of the stationary suction separating-spout E are distinctly shown in Fig. 2, as also the air-passage F and the conveyers D and D', and their relation to the revolving reel B and retaining-screens M.
  • each side ofthe spout E are inclined boards k, upon which the middlings carried up by the internally-arranged ribs ff of the reel fall, and whence they are directed into the separating-spout E through openings i i, and the light particles or spcula, are caught and carried up and out of the machine by the exhaust-blast, and the heavier particles drop down onto the revolving reel B, and that portion of the material that is bolted through the reel drops upon the inclined guideboard L, running from the center Ato one side of the machine, while that remaining in the reel is again carried up and thrown into the separating-spout E, to be acted upon by the exhaustblast, as above described.
  • the force of the blast for that particular compartment may be regulated to suit the condition of the material at that stage of separation, and the clothing of the reel may be regulated to correspond with that particular division.
  • the material to be operated upon is fed in at m, and, after having been subjected to the action of the blast Within the reel,r, passes either through the diierent-sized meshes of the reel or at the lower open end, and in either case is received upon the inclined board L, and is delivered through the opening l at the upper end of the retaining-screens M, each screen being made of suitable cloth to correspond with the one upon the section of the reel immediately above it, so as to retain that portion of the material which is not in condition to pass out of the machine as finished, and depositit in the conveyer D', while the finished material passes through the meshes of the screens M, and falls upon the incline O, and thence to the conveyer D.
  • N N are a series ot' boards that can be regulated as t0 number or Width to catch any demonstrnished material that may have passed through the meshes oi' the lower end of the screens, and deliver it into the con veyer D', from which it is intended to return it to the reel, to be again subjected to its action, such being one ofthe objects of the retainin g-screens M.
  • These screens M and adjustable arresting-boards N are supported in grooves fn, formed in Vertical partitions of a shoe, P, the latter being suspended from straps q, attached to it and to the frame of the machine.
  • This shoe has a ll94L602 rapid vibrating motion transmitted to it by the cam Q upon thel shaft Q striking against buffers Pl projecting from each end of the shoe P.
  • the inclines L and O serve also as connections between the vertical grooved partitions or end pieces of' the shoe P, and move With it; but they may be otherwise connected and the inclines remain stationary.
  • Air is admitted to the machine'through suitable openings R, andipasses first through the meshes ot' the retainiugscreens M, and then, passing through the meshes of the reel, enters in this doubly-tempered and uniform condition the separating-spout E, from Which the spicula are carried ofi' to the fan and out of the machine.

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  • Preliminary Treatment Of Fibers (AREA)
  • Treatment Of Fiber Materials (AREA)
  • Combined Means For Separation Of Solids (AREA)

Description

UNITED STATES PATENT (")FFICE- vvHENRY JONES, OF OUYAHOGA FALLS, OHIO.
IMPROVEMENT IN MIDDLINGS-SEPV'ARATORS.
Speccationforming part of Letters Patent No. 194,602, dated August 28, 1877; application filed september 29, isis.
To all whom it may concern:
Be it known that I, HENRY JONES, of Cuyahoga Falls, in the county of Summit and State of Ohio, have invented certain new and useful Improvements in Middlings'Pnritiers; and l do hereby `declare that the following is a full,
l remove the iiour and tine spcula from middlings, as represented in my patent oi' May 5,
1874; and my invention consists in providing such a machine with a series of riddles of graduated cloth, and adjustable guide-boards 4 beneath said riddles, the whole being mounted upon a shoe having a rapid vibrating motion,
, so as to se arate the dii'erent sizes of mid dlings as t ey fall from the reel, with a very small addition to the cost of the machine.
The case or frame is shown at A, and within this case is arranged a revolving reel, B, made and turned without a through-shaft, as follows: At thel upper end of the reel there are friction-rollers a a, which support that end, and at the other or lower end there is a short shaft, b, connected with the reel, upon which short shaft there is a bevel-wheel, G, meshing with a pinion upon the main driving-shaft O1, said shaft G1 carrying a pulley, C2, over which a belt passes that transmits motion tothe shaft Q', and from the latter, in the same manner, to the pulleys c and c on the axis of the conveyers D and D'. The reel should be covered with cloth graduated to conform to the divisions in the suction separating-spout E, placed in the inside of the reel, and the boltingcloth of the screens M should also be graduated in the same order as the reel. The stationary suction separating-spout E is made with three divisions, l 2 3, more or less, over which there are valves or registers 4 5 6, each separately adjustable from the exterior by rods d, one for passage F leads first into the vertical air-pas' sage G, and thence into the fan-chamber H,
where an exhaust-fan produces an exhaust current of air through the whole machine. The spout E and air-passages F and Gr are all united, so as to be slipped into the interior of the reel B from the front end of thereel, which is left open for that purpose. The rear end of the spout E, as it comes to its proper place, takes upon the end of the short shaft b, as at e, Fig. 3, and is thus supported at that end.
The shape, form, and position of the stationary suction separating-spout E are distinctly shown in Fig. 2, as also the air-passage F and the conveyers D and D', and their relation to the revolving reel B and retaining-screens M.
On each side ofthe spout E are inclined boards k, upon which the middlings carried up by the internally-arranged ribs ff of the reel fall, and whence they are directed into the separating-spout E through openings i i, and the light particles or spcula, are caught and carried up and out of the machine by the exhaust-blast, and the heavier particles drop down onto the revolving reel B, and that portion of the material that is bolted through the reel drops upon the inclined guideboard L, running from the center Ato one side of the machine, while that remaining in the reel is again carried up and thrown into the separating-spout E, to be acted upon by the exhaustblast, as above described.
The inclination of the reel is very slight, and hence the middlings move slowly from the upper toward the lower end of the reel, butit is caught, carried up, and thrown into the separatingfspout several hundred times, and this repeated subjection to the exhaustblast takes out the fine spinale. j
As the material advances from one compartment or division to the next, the force of the blast for that particular compartment may be regulated to suit the condition of the material at that stage of separation, and the clothing of the reel may be regulated to correspond with that particular division.
The material to be operated upon is fed in at m, and, after having been subjected to the action of the blast Within the reel,r, passes either through the diierent-sized meshes of the reel or at the lower open end, and in either case is received upon the inclined board L, and is delivered through the opening l at the upper end of the retaining-screens M, each screen being made of suitable cloth to correspond with the one upon the section of the reel immediately above it, so as to retain that portion of the material which is not in condition to pass out of the machine as finished, and depositit in the conveyer D', while the finished material passes through the meshes of the screens M, and falls upon the incline O, and thence to the conveyer D.
N N are a series ot' boards that can be regulated as t0 number or Width to catch any uniinished material that may have passed through the meshes oi' the lower end of the screens, and deliver it into the con veyer D', from which it is intended to return it to the reel, to be again subjected to its action, such being one ofthe objects of the retainin g-screens M. These screens M and adjustable arresting-boards N are supported in grooves fn, formed in Vertical partitions of a shoe, P, the latter being suspended from straps q, attached to it and to the frame of the machine. This shoe has a ll94L602 rapid vibrating motion transmitted to it by the cam Q upon thel shaft Q striking against buffers Pl projecting from each end of the shoe P.
The inclines L and O serve also as connections between the vertical grooved partitions or end pieces of' the shoe P, and move With it; but they may be otherwise connected and the inclines remain stationary.
Air is admitted to the machine'through suitable openings R, andipasses first through the meshes ot' the retainiugscreens M, and then, passing through the meshes of the reel, enters in this doubly-tempered and uniform condition the separating-spout E, from Which the spicula are carried ofi' to the fan and out of the machine.
Having thus fully described my invention, I claim- The combination 0f the shoe P and its retaining-screens and inclines With a revolving reel, havingthe internal ribsfand stationary suction separating-spout furnished with guideboards and inlets, as and for the purpose described and represented.
HENRY Jones. j
Witnesses:
WILLIAM A. TAYLOR, THOMAS KELLEY.
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