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    • 1. 发明公开
    • WEAR-RESISTANT, SELF-REPLENISHING MAGNETIZED GRINDING MILL LINER
    • 磨损和磁性自充破碎机衬
    • EP1075330A1
    • 2001-02-14
    • EP99920470.4
    • 1999-05-05
    • Rampage Ventures Inc.Miles, David Roger
    • MILES, David, Roger
    • B02C17/22
    • B02C17/225B65G2201/04Y10S241/30Y10T29/49826
    • A grinding mill liner (18) having inward and outward layers. The outward layer is formed of a relatively soft, shock-absorbent material and the inward layer is formed of a relatively hard, impact and abrasion resistant material. A plurality of magnets (38) are embedded in the inward layer. A pair of pole pieces (44, 46) are positioned on opposed sides of each magnet and embedded in the inward layer. The pole pieces extend above the magnet, protecting it from the impact forces to which the liner is subjected during operation of the grinding mill. The pole pieces also focus the magnetic field forces emanating from the magnet. The magnets are arranged in rows (40, 42, 45), with adjacent poles of adjacent pairs of magnets within each row having alternate polarity; and, with adjacent poles of adjacent pairs of magnets in adjacent pairs of the rows having alternate polarity. The rows are parallel to one another and extend transversely to the direction (48) in which material flows across the liner during operation of the grinding mill. The liner is made up of a number of circumferentially adjoining sections (20). Each section slopes upwardly from a longitudinally extending rearward face (26) toward a longitudinally extending forward face (24). The respective faces of each section extend transversely to the direction in which material flows across the liner. Each section may be a separate tile. The tiles are removably and interlockably attached to the grinding mill's drum to form the liner.
    • 2. 发明授权
    • WEAR-RESISTANT, SELF-REPLENISHING MAGNETIZED GRINDING MILL LINER
    • 磨损和磁性自充破碎机衬
    • EP1075330B1
    • 2002-07-24
    • EP99920470.4
    • 1999-05-05
    • Rampage Ventures Inc.Miles, David Roger
    • MILES, David, Roger
    • B02C17/22
    • B02C17/225B65G2201/04Y10S241/30Y10T29/49826
    • A grinding mill liner (18) having inward and outward layers. The outward layer is formed of a relatively soft, shock-absorbent material and the inward layer is formed of a relatively hard, impact and abrasion resistant material. A plurality of magnets (38) are embedded in the inward layer. A pair of pole pieces (44, 46) are positioned on opposed sides of each magnet and embedded in the inward layer. The pole pieces extend above the magnet, protecting it from the impact forces to which the liner is subjected during operation of the grinding mill. The pole pieces also focus the magnetic field forces emanating from the magnet. The magnets are arranged in rows (40, 42, 45), with adjacent poles of adjacent pairs of magnets within each row having alternate polarity; and, with adjacent poles of adjacent pairs of magnets in adjacent pairs of the rows having alternate polarity. The rows are parallel to one another and extend transversely to the direction (48) in which material flows across the liner during operation of the grinding mill. The liner is made up of a number of circumferentially adjoining sections (20). Each section slopes upwardly from a longitudinally extending rearward face (26) toward a longitudinally extending forward face (24). The respective faces of each section extend transversely to the direction in which material flows across the liner. Each section may be a separate tile. The tiles are removably and interlockably attached to the grinding mill's drum to form the liner.
    • 3. 发明公开
    • MAGNETIC RETAINER FOR A REPLACEABLE WEAR PLATE
    • 用于可更换磨损板的磁保持器
    • EP1135311A1
    • 2001-09-26
    • EP99957792.7
    • 1999-12-01
    • Rampage Ventures Inc.Miles, David Roger
    • MILES, David, Roger
    • B65D90/08B65D90/04B65G11/16B65G15/62B65G19/28
    • B02C17/225B65D90/04B65D90/08B65G11/166B65G15/62B65G19/285B65G2201/04Y10S428/90Y10T428/115
    • A wear plate retainer (10) having upper and lower layers (10B, 10A). The lower layer is formed of a relatively soft, shock-absorbent material. The upper layer is formed of a relatively hard, impact and abrasion resistant material. A plurality of magnets (20) are embedded in the upper layer to removably magnetically retain a wear plate (12) atop the upper layer. A pair of pole pieces (22, 24) are positioned on opposed sides of each magnet and embedded in the upper layer. The pole pieces extend above the magnet, protecting it from impact forces. The pole pieces focus the magnetic field forces emanating from the magnet. The magnets are arranged in rows, with adjacent poles of adjacent pairs of magnets in adjacent pairs of the rows having alternate polarity. The rows are parallel to one another and extend transversely to the direction (16) in which material (14) flows across the wear plate.
    • 一种具有上层和下层(10B,10A)的耐磨板保持器(10)。 下层由相对柔软的减震材料形成。 上层由相对坚硬的耐冲击和耐磨材料形成。 多个磁体(20)嵌入上层中以可移除地磁性地保持上层顶上的耐磨板(12)。 一对极靴(22,24)位于每个磁体的相对侧并嵌入在上层中。 极靴延伸到磁体上方,保护它免受冲击力。 极片聚焦从磁体发出的磁场力。 磁体排列成行,相邻成对的磁体中的相邻磁体的相邻磁极具有交替的极性。 这些排彼此平行并且横向于材料(14)流过耐磨板的方向(16)延伸。