US922800A - Process in magnetic separation. - Google Patents

Process in magnetic separation. Download PDF

Info

Publication number
US922800A
US922800A US33286906A US1906332869A US922800A US 922800 A US922800 A US 922800A US 33286906 A US33286906 A US 33286906A US 1906332869 A US1906332869 A US 1906332869A US 922800 A US922800 A US 922800A
Authority
US
United States
Prior art keywords
magnetic
particles
magnet
shield
magnetic particles
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Lifetime
Application number
US33286906A
Inventor
Walter B Moore
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Individual
Original Assignee
Individual
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Individual filed Critical Individual
Priority to US33286906A priority Critical patent/US922800A/en
Application granted granted Critical
Publication of US922800A publication Critical patent/US922800A/en
Anticipated expiration legal-status Critical
Expired - Lifetime legal-status Critical Current

Links

Images

Classifications

    • BPERFORMING OPERATIONS; TRANSPORTING
    • B03SEPARATION OF SOLID MATERIALS USING LIQUIDS OR USING PNEUMATIC TABLES OR JIGS; MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
    • B03CMAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
    • B03C1/00Magnetic separation
    • B03C1/02Magnetic separation acting directly on the substance being separated
    • B03C1/10Magnetic separation acting directly on the substance being separated with cylindrical material carriers
    • B03C1/14Magnetic separation acting directly on the substance being separated with cylindrical material carriers with non-movable magnets

Definitions

  • My invention relates to an improved method of treating mely dlvided materials carrying magnetic particles or magnetite for the purpose ot' separat-ing the magnetic lrom the non-magnetic particles.
  • T he invention has special reference to the treatment of sand or gangue containing magneticl iron ina granular or pulverulent form lor the purpose oi' separating lrom the mass the magnetic constituent. i
  • lt is also my object not only to rapidly recover the magnetic constituent but also to readily concentrate the same free from all non-magnetic particles.
  • the materials mixed with water to flow lreely are directed to pass in suspension in the magnetic iield ol a magnetic separating means in which an electromagnet ol' suitable strength operates to attract and hold all ol the magnetic particles or magnetitc to a shield, while such of the non-magnetic particles not caught in magnetic entanglements are carried away by the water.
  • a magnetic separating means in which an electromagnet ol' suitable strength operates to attract and hold all ol the magnetic particles or magnetitc to a shield, while such of the non-magnetic particles not caught in magnetic entanglements are carried away by the water.
  • )ermeable means acting in the magnetic ield ol' thc electro-magnet to concentrate lines oi' torce and operating the shield ol said magnet continuously to convey the particles drawn thereto into the iield ot' force oll said means.
  • the particles are subjected 'to a rapid reversal ol' magnetic polarity to cause them to travel end over end, as they clear the air gap or passage-way, yto and across suitable supporting means.
  • the magnetic particles should be kept constantly in a wet state throughout the process and lor this purpose water may be caused to iow. upon the particles asthey pass from the magnetic separating ⁇ means upon the support.
  • Figure l' is a vertical transverse section of the apparatus
  • Fig. 2 is a side elevation of the same viewed from the right oi Fig. 1 pore tions of some oiI theparts being broken away.
  • the magnet-ic separating means comprises an electro-magnet l, and a cylindrical shield 2, the former of which in operation, is connected with a suitable' electrical energizer in any convenient manner.
  • the magnet is secured to a shaft 3 which fits rotatably in suitable hubs on the shield and is supported in a frame 4 for rotation. Secured to the shalt and shield are pulleys 5 and 5 respectively to which power is applied to rotate the magnet and shield independently of each other.
  • lReference numeral 6 indicates a conduitI communicating with a chamber 7, which embraces the lower portion of shield 2, and is provided with a discharge passage 8.
  • permeable members 9 which are close to but not in contact with shield 2, and adjacent these members are.
  • jet tubes 10 which are connected with a suitable delivery pipe and arranged to direct water for discharge toward respective members 9.
  • supports 12, l2 and 12 Extending, each from its respective member 9, are supports 12, l2 and 12 the latter of which is provided with an upwardly inclined extension 14 and an opening at the base of said extension which communicates with a valve 15.
  • the materials mixed with water are passed through conduit 6 into chamber 7 where the magnetic particles are drawn by magnet 1 to the shield 2, while the non-magnetizable matter overflows intof the discharge passage 8.
  • the magnetic particles are carried into the field of force of the lower member 9 to which they fly and by rapid reversal of polarity, ei'ected 4 by the rotation of magnet 1, they are imme? members are immediate ticles, such non-magnetic matter as may be carried therewith in magnetic entangle- I claim.
  • the herein described process which consists in feeding the mass of materials into a Y magnetic ield to extract the magnetic particles from the remainder, impelling the extragted magnetic particles across a-passage- Way, then subjecting the magnetic articles .to a rapid reversal of magnetic po arity to cause them to turn end over end, and directing Water on said magnetic particles While they are turning end over end.

Description

W. B. MOORE.
PROCESS IN MAGNETIC SEPARATION.
APPLICATION FILED AUG. 31, 1906.
Patented Nay 25, 1909.
Wi humus UNTTED STATS .ATENE OFFQE.
WALTER B. MOORE, OF SEATTLE, WASHINGTON.
PROCESS IN MAGNETIC SEPARATION.
Specification of Letters Patent.
Patented May 25, 190e.
Application tiled August 31, 1906. Serial No. 332,869.
. the following is a specification.
My invention relates to an improved method of treating mely dlvided materials carrying magnetic particles or magnetite for the purpose ot' separat-ing the magnetic lrom the non-magnetic particles.
T he invention has special reference to the treatment of sand or gangue containing magneticl iron ina granular or pulverulent form lor the purpose oi' separating lrom the mass the magnetic constituent. i
rlhe primary -object of my inventionis to rapidly and economically recover lall, or practically all, ol' the magnetic particles combined in masses ol material ot' the class j mentioned.
lt is also my object not only to rapidly recover the magnetic constituent but also to readily concentrate the same free from all non-magnetic particles.
ln carrying out my invention, the materials mixed with water to flow lreely, are directed to pass in suspension in the magnetic iield ol a magnetic separating means in which an electromagnet ol' suitable strength operates to attract and hold all ol the magnetic particles or magnetitc to a shield, while such of the non-magnetic particles not caught in magnetic entanglements are carried away by the water. As lfast as magnetic particles are extracter'l from the mass ol materials they are subjected to magnetic 'torce directed to cause the particles to leave the magnetic separating means and pass across an air gap or passage-way. This may be accomplished by employing )ermeable means acting in the magnetic ield ol' thc electro-magnet to concentrate lines oi' torce and operating the shield ol said magnet continuously to convey the particles drawn thereto into the iield ot' force oll said means. To concentrate the magnetic particles free i'rom the non-magnetic matter carried therewith in magnetic entanglements the particles are subjected 'to a rapid reversal ol' magnetic polarity to cause them to travel end over end, as they clear the air gap or passage-way, yto and across suitable supporting means. It is preferable that the magnetic particles should be kept constantly in a wet state throughout the process and lor this purpose water may be caused to iow. upon the particles asthey pass from the magnetic separating` means upon the support.
In t-he accompanying drawing there is disclosed one form oi' apparatus devised and constructed by me to carry out the abovel described process, said apparatus forming the subject of my application tor patent on magnetic separators prepared and executed i by me on even ldate herewith.
W 1th reference to the drawing, Figure l' is a vertical transverse section of the apparatus, and Fig. 2 is a side elevation of the same viewed from the right oi Fig. 1 pore tions of some oiI theparts being broken away.
The magnet-ic separating means, as shown, comprises an electro-magnet l, and a cylindrical shield 2, the former of which in operation, is connected with a suitable' electrical energizer in any convenient manner. The magnet is secured to a shaft 3 which fits rotatably in suitable hubs on the shield and is supported in a frame 4 for rotation. Secured to the shalt and shield are pulleys 5 and 5 respectively to which power is applied to rotate the magnet and shield independently of each other.
lReference numeral 6 indicates a conduitI communicating with a chamber 7, which embraces the lower portion of shield 2, and is provided with a discharge passage 8.
ln the magnetic iield, at the upwardly moving side of magnet 1 are permeable members 9 which are close to but not in contact with shield 2, and adjacent these members are. jet tubes 10 which are connected with a suitable delivery pipe and arranged to direct water for discharge toward respective members 9. Extending, each from its respective member 9, are supports 12, l2 and 12 the latter of which is provided with an upwardly inclined extension 14 and an opening at the base of said extension which communicates with a valve 15.
ln noperation the materials mixed with water are passed through conduit 6 into chamber 7 where the magnetic particles are drawn by magnet 1 to the shield 2, while the non-magnetizable matter overflows intof the discharge passage 8. As fast as the magnetic particles are extracted and drawn to the shield, they are carried into the field of force of the lower member 9 to which they fly and by rapid reversal of polarity, ei'ected 4 by the rotation of magnet 1, they are imme? members are immediate ticles, such non-magnetic matter as may be carried therewith in magnetic entangle- I claim. as new, and desire to secure by passage-Way, and then subjecting the partiments Will be freed and gravitate to the base of the extension 14, While the magnetic articles falling from the supports 12 Wil be caught on said extension and travel across the same in company with those particles passing from support 12', to a trough or receptacle 17.
Having thus described my invention, vhat retters .Patent of the United Statesof Amer- 1ca, 1s
1. The process of recovering magnet-ic particles associated With non-magnetic mate rials, which consists in feeding the massof materials into a magnetic field, subjecting the particles retained in the iield to an opposing magnetic force to movev them across a c les to a rapid reversal of magnetic polarity to cause them to travel end over end.
2.l The process of recovering magneticparticlesassociated with non-magnetic materials, which consists in feeding the mass of materials into a magnetic iield to extract the magnetic particles from theremainder, conveying the extracted magnetic particles, magnetically impelling the extracted particles across a passage-Wa directing a fluid on said particles and su jecting them to a rapid reversal of magnetic polarity to cause them to turn end over end.
3. The herein described process which consists in feeding the mass of materials into a Y magnetic ield to extract the magnetic particles from the remainder, impelling the extragted magnetic particles across a-passage- Way, then subjecting the magnetic articles .to a rapid reversal of magnetic po arity to cause them to turn end over end, and directing Water on said magnetic particles While they are turning end over end.
Signed-at Seattle, /Vashington this 23 day of August 1906. y A
Witnesses:
JOHN W. FILKINs, S. B. FOLEY.
l WALTER B. MooRE. i
US33286906A 1906-08-31 1906-08-31 Process in magnetic separation. Expired - Lifetime US922800A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
US33286906A US922800A (en) 1906-08-31 1906-08-31 Process in magnetic separation.

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
US33286906A US922800A (en) 1906-08-31 1906-08-31 Process in magnetic separation.

Publications (1)

Publication Number Publication Date
US922800A true US922800A (en) 1909-05-25

Family

ID=2991230

Family Applications (1)

Application Number Title Priority Date Filing Date
US33286906A Expired - Lifetime US922800A (en) 1906-08-31 1906-08-31 Process in magnetic separation.

Country Status (1)

Country Link
US (1) US922800A (en)

Similar Documents

Publication Publication Date Title
US3608718A (en) Magnetic separator method and apparatus
US3489280A (en) Magnetic separator having field shaping poles
US3168464A (en) Permanent magnetic separator
CN110494223B (en) Magnetic separation device
US4116829A (en) Magnetic separation, method and apparatus
US1522343A (en) Magnetic separator
US3045822A (en) Magnetic separator
US922800A (en) Process in magnetic separation.
US422732A (en) Magnetic separator
US832823A (en) Magnetic ore-separator.
US1146141A (en) Magnetic separator.
US478551A (en) And sheldon norton
US751150A (en) Alexandeb dean
US3029577A (en) Electrostatic magnetic collecting system
US971163A (en) Magnetic separator.
US954016A (en) Magnetic ore-separating apparatus.
US402904A (en) Magnetic separator
US228329A (en) Thomas a
US960668A (en) Magnetic separator.
US662411A (en) Magnetic separator.
US555792A (en) Method of and apparatus for magnetic separation
US402684A (en) maxim
US404333A (en) Magnetic ore-separator
US687053A (en) Magnetic separator.
US697351A (en) Ore-separator.