• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    A moving matrix magnetic separator including a magnetic pole unit having a first ferromagnetic pole member; a second ferromagnetic pole member aligned with and spaced from the first pole member; and a working magnetic field volume formed by the space between the first and second pole members; electromagnetic coil means encircling the magnetic pole unit proximate the working magnetic field volume for producing a magnetic field in a first direction through the working magnetic field volume between the pole members; a moveable matrix member moveable through the working magnetic field volume between the first and second pole members in a second direction transverse to the first direction; and inlet means proximate one of the pole members for directing fluid through the matrix member and the working magnetic field volume in the first direction, and outlet means proximate the other of the pole members for removing fluid from the matrix member and the working magnetic field volume.
    公开号:SU715012A1
    申请号:SU2002230
    申请日:1974-03-04
    公开日:1980-02-05
    发明作者:Грант Марстон Питер；Дж.Нолан Джон
    申请人:Магнетик Инджиниринг Ассошиэйтс；Магнетик Инджиниринг Ассошиэйтс, Инк (Фирма)；Инк (Фирма)；
    IPC主号:
    专利说明:

    the source material by the magnetic field, section 3 of the washing of the magnetic fraction, section | x; generation of the polygradient medium, supply pipes 5 and 6, discharge pipes 7 and 8, moreover sections 2 and 3 have a housing 9, a common electromagnetic system with coils 10 and 11 and the poles 12 and 13, between which is placed the camera 1, the device for introducing the source material, made of plates 14, installed vertically inside the pole 12, and a device for outputting a non-magnetic fraction, made of plates 15, installed parallel to each other inside the pole 13, tank 16 for the starting material. Section 4 of the regeneration of the polygradient medium has a body 17, supplying 6 and outlet nozzles.
    Camera 1 is made of two rings 18 and 19, placed coaxially and interconnected by means of plates 20.
    Cat1: 10 and 11 have elements 21-24, which connect to each other, adjacent to the working gap, and elements 25-28, which are bent toward poles 12 and 13. In addition, a coil can surround a pole block in any place - on the pole or the working gap.
    The input device of the source material can also be made in the form of a pipe 2 with a perforation 30 placed in the polar gap above the chamber (see Fig. 9).
    Magnetic separator works as follows.
    Outgoing material through nozzle 5 from the resolver 1: 6 is fed to section 2, where magnetic parts are caught on the elements of the polygradient medium, and non-magnetic particles are unloaded by nozzle 7. Rotating, chamber 1 is transferred to section 3, where the magnetic fraction is washed with water. and additional extraction of non-magnetic impurities.
    Then the camera 1 is moved to section 4 of the regeneration of the polygradient medium, where the separation of the map particles from the polygradient medium and their unloading through the nozzle 8 is carried out. Then the separation process is repeated.
    Placing the device for introducing the source material inside the poles of the electromagnetic system and placing the poles vertically increases the width of the chamber cross section and, consequently, its area
    without changing the interpolar gap, which makes it possible to improve the performance of the separator.
    权利要求:
    Claims (3)
    [1]
    1. Magnetic separator, which includes an electromagnetic system with poles and a coil, a chamber filled with a polygradient
    medium and installed horizontally in the interpolar gap, devices for introducing raw material and withdrawal of separation products, characterized in that, in order to increase the capacity of the separator, devices for introducing starting material and withdrawal of separation products are placed inside the poles and are made of plates installed vertically.
    [2]
    2. Separator pop. 1, reflecting on the fact that the device for inputting the original
    material is made in the form of a pipe. placed in the interpolar gap above the chamber and made with perforations on the side of the chamber.
    [3]
    3. A separator according to claim 1, characterized in that the poles of the electromagnetic system
    arranged vertically.
    Sources of information taken into account in the examination
    1. Karmazin V.V., Karmazin, V.I., BinkeWICH V.A. Magnetic regeneration and separation
    at enrichment of ores and coals. M., Nedra, 1968, pp.166-167.
    2. USSR author's certificate number 275914, cl. At 03 C 1/10, 17.0948 (prototype).
    FIG.
    //
    / J
    FIG. five
    FIG. 6
    12
    2
    J3
    .T
    )9
    FIG. eight
    } 2
    29
    YU
    /
    / 7
    / 3
    Fiyo.9
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    同族专利:
    公开号 | 公开日
    IL44229D0|1974-05-16|
    IN139381B|1976-06-12|
    JPS50140954A|1975-11-12|
    IT1004057B|1976-07-10|
    DD111300A1|1975-02-12|
    GB1435861A|1976-05-19|
    ES423863A1|1976-10-16|
    FR2220310B1|1977-09-16|
    AT333217B|1976-11-10|
    JPS5219354B2|1977-05-27|
    ZA741045B|1975-01-29|
    BR7401567D0|1974-10-29|
    CA1000658A|1976-11-30|
    JPS5294263U|1977-07-14|
    US3920543A|1975-11-18|
    CS194703B2|1979-12-31|
    SE415636B|1980-10-20|
    ES429368A1|1976-08-16|
    DE2462151A1|1976-03-25|
    AU6625374A|1975-09-04|
    FR2220310A1|1974-10-04|
    DE2410001C3|1982-04-22|
    IL44229A|1976-08-31|
    PH13145A|1979-12-18|
    DE2410001B2|1977-12-01|
    SU715012A3|1980-02-05|
    GB1435862A|1976-05-19|
    DE2410001A1|1974-09-26|
    JPS5025401A|1975-03-18|
    ATA168574A|1976-03-15|
    引用文献:
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    US686402A|1899-10-12|1901-11-12|Thomas John Greenway|Magnetic separator.|
    US1093875A|1913-08-04|1914-04-21|Byron T Mottinger|Electromagnetic separator.|
    US2064771A|1933-02-06|1936-12-15|Ferrocart Corp Of America|High frequency coil|
    US2074085A|1935-05-20|1937-03-16|Samuel G Frantz|Magnetic separator|
    DE870532C|1942-09-26|1953-03-16|Koppers Gmbh Heinrich|Device for separating magnetizable substances from powdery material|
    US2982890A|1959-07-10|1961-05-02|Furnas Electric Co|Coil retaining structure|
    US3221882A|1961-07-27|1965-12-07|S G Frantz Co Inc|Magnetic-restrictive separator|
    GB1054807A|1962-07-25|1900-01-01|
    GB1046832A|1964-01-02|1966-10-26|Carpco Res And Engineering Inc|Magnetic separator|
    US3375925A|1966-10-18|1968-04-02|Carpco Res & Engineering Inc|Magnetic separator|
    US3405807A|1967-06-08|1968-10-15|Union Tank Car Co|Filter cartridge sealing means|
    US3627678A|1969-09-03|1971-12-14|Magnetic Eng Ass Inc|Magnetic separator and magnetic separation method|
    GB1299641A|1970-03-23|1972-12-13|Ici Ltd|Improved smoking mixture|
    CA937537A|1970-07-21|1973-11-27|Ustav Pro Vyzkum Rud|High intensity multizone magnetic separator|
    US3822016A|1972-04-17|1974-07-02|G Jones|Magnetic separator having a plurality of inclined magnetic separation boxes|
    DE2222003B1|1972-05-05|1973-07-19|Krupp Gmbh|STARKFELD MAGNETIC SEPARATOR|US4054513A|1973-07-10|1977-10-18|English Clays Lovering Pochin & Company Limited|Magnetic separation, method and apparatus|
    GB1511488A|1974-11-22|1978-05-17|English Clays Lovering Pochin|Magnetic separation|
    ZA751940B|1975-03-27|1976-11-24|Josef Bernfeld Georg|Improvements in or relating to the magnetic separation of materials and,in particular,to the wet high intensity separators for use with feebly magnetic materials|
    GB1539732A|1975-04-11|1979-01-31|English Clays Lovering Pochin|Magnetic separator|
    ES448349A1|1975-05-29|1977-11-01|English Clays Lovering Pochin|Magnetic separators, apparatus and method|
    DE2606408C2|1976-02-18|1982-12-02|Klöckner-Humboldt-Deutz AG, 5000 Köln|Strong magnetic separator for wet processing of magnetizable solid particles|
    GB1576427A|1976-04-29|1980-10-08|English Clays Lovering Pochin|Magnetic separators|
    JPS598731Y2|1976-05-28|1984-03-19|
    SE409954B|1976-06-11|1979-09-17|Mineral Processing Dev|MAGNETIC SEPARATOR|
    US4052310A|1976-09-27|1977-10-04|Sala Magnetics, Inc.|Seal assembly|
    GB1592779A|1976-12-15|1981-07-08|English Clays Lovering Pochin|Magnetic separation|
    US4192738A|1978-10-23|1980-03-11|The United States Of America As Represented By The Secretary Of The Interior|Process for scavenging iron from tailings produced by flotation beneficiation and for increasing iron ore recovery|
    US4204948A|1978-12-18|1980-05-27|Allis-Chalmers Corporation|Self-purging seal|
    US4261815A|1979-12-31|1981-04-14|Massachusetts Institute Of Technology|Magnetic separator and method|
    SE443301B|1981-11-30|1986-02-24|Sala International Ab|PROCEDURE AND MAGNETIC SAFETY PROCEDURE|
    ZW7284A1|1983-05-10|1984-07-18|Mineral Tech Council|Magnetic separator|
    DE3413674C2|1984-04-11|1986-02-27|Krupp Polysius Ag, 4720 Beckum|Wet working strong field magnetic separator|
    DE3513801C2|1985-04-17|1991-08-08|Kloeckner-Humboldt-Deutz Ag, 5000 Koeln, De|
    US4874508A|1988-01-19|1989-10-17|Magnetics North, Inc.|Magnetic separator|
    US5944195A|1995-07-05|1999-08-31|Exxon Production Research Company|Method for separation of solids from drilling fluids by magnetic separation and centrifugation|
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    EP2858954A1|2012-06-11|2015-04-15|Evoqua Water Technologies LLC|Treatment using fixed film processes and ballasted settling|
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    法律状态:
    优先权:
    申请号 | 申请日 | 专利标题
    US338176A|US3920543A|1973-03-05|1973-03-05|Moving matrix magnetic separator|
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