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    • 1. 发明专利
    • SCAVENGING TYPE CRUSHING APPARATUS
    • JPH0263559A
    • 1990-03-02
    • JP11354189
    • 1989-05-02
    • LOESCHE GMBH
    • HORUSUTO BURUNDEIIKU
    • B02C15/00B02C15/04B02C15/16
    • PURPOSE: To achieve the high efficiency by forcibly rotary-driving a grinding roller by a driving means at a speed at least coincident with a theoretical speed when the grinding roller is engaged with a grinding pan by friction in the same direction as the grinding pan regardless as to whether or not a material to be ground is present. CONSTITUTION: A roller mill having at least one the grinding roller 20 in the standstill state is provided, allowing the grinding roller 20 to be elastically pressed against the rotating grinding pan 61. Further, an integrated classifier 11 is arranged above the roller mill, thereby allowing the material to be ground and an air mixture to be substantially supplied to the grinding pan 61 and the grinding roller 20 from the center of the roller mill. Then, the grinding roller 20, too, is provided with a driving means 26 being a separate body in addition to the grinding pan 61. By this driving means 26, the grinding roller 20 is forcibly rotary-driven at a speed at least coincident with a theoretical speed when the grinding roller 20 is engaged with the grinding pan 61 by friction or a higher speed than this theoretical speed in the same direction as the grinding pan 61 regardless as to whether or not the material to be ground is present.
    • 3. 发明专利
    • DYNAMIC ROLLER MILL AIR CLASSIFIER
    • JPH06206050A
    • 1994-07-26
    • JP2484791
    • 1991-02-19
    • LOESCHE GMBH
    • FURANTSU POESHIYURU
    • B02C15/00B02C23/12B02C23/32B07B7/083
    • PURPOSE: To constitute a roller mill air classifier for planning improvement of efficiency of the energy requirement of the whole plant to drastically reduce a gas flow rate by the design. CONSTITUTION: A central rising vessel 1 formed taper-shaped to the mill case and raising a gas grinding material flow is deflected outside toward down-flow in the upper part of a classifier rotor 5. A classifying chamber 12 includes a louver 4 extended toward the classifying rotor 5 in its inside. Gaseous minute material flow from the outside to the inside through the classifying rotor 5 is made to flow down via a bottom opening of the classifying rotor 5 surrounding the central rising vessel 1 to turn to a falling axis around the rising vessel. While coarse material is made to flow down via a return line apart from the rising vessel and returned to the mill case. The rising vessel 1 is disposed in the center, so the usual energy requirement for suction of the grinding material particles are saved by guiding the gross material and grinded material from the classifying chamber 12 to the outside return line or a draw off pipe by the separated routes, and deflecting downwards a carrier gas grinded material flow at the upper part in the classifier 10.
    • 4. 发明专利
    • Mill gear for roller mills
    • MILL GEAR FOR ROLLER MILLS
    • JP2009034675A
    • 2009-02-19
    • JP2008183337
    • 2008-07-15
    • Loesche Gmbhロエシェ ゲーエムベーハー
    • KEYSSNER MICHAEL
    • B02C15/04
    • B02C15/006
    • PROBLEM TO BE SOLVED: To provide a mill gear that can be used for roller mills with a mechanism for turning a crushing roller on a crushing pan, is applicable to any roller mills regardless of their particular sizes and rated capacity, can reduce cost for members and shorten the delivery period, and exerts appropriate load distribution. SOLUTION: A bevel-gear wheel step 10 receives motive energy and then the energy is supplied from one or a plurality of planetary wheel steps 5 to a crushing pan. A driving port of the bevel-gear wheel step 10 is not a single large driving port unit, but is comprised of a plurality of individual driving ports 11 and 12. When rotative power is supplied to the individual driving ports 11 and 12, the rotative power is transmitted to the corresponding bevel-gear pinions 15 and 16. The rotative power of the bevel-gear pinions 15 and 16 is transmitted to the vertical drive shaft 21 via the bevel-gear wheel 20 to be engaged therewith, and then further transmitted to the planetary wheel step(s) 5 via a connector 22. COPYRIGHT: (C)2009,JPO&INPIT
    • 要解决的问题:为了提供可用于具有用于在破碎盘上转动破碎辊的机构的辊磨机的轧机齿轮,适用于任何辊磨机,不管其特定尺寸和额定容量如何,可以减少 成本费用,缩短交货期,并进行适当的负荷分配。

      解决方案:锥齿轮步骤10接收动力,然后将能量从一个或多个行星轮台阶5供应到破碎盘。 斜齿轮步骤10的驱动端口不是单个大的驱动端口单元,而是由多个单独的驱动端口11和12组成。当向各个驱动端口11和12提供旋转动力时,旋转 动力被传递到相应的锥齿轮小齿轮15和16.伞齿轮小齿轮15和16的旋转动力经由斜齿轮20传递到垂直驱动轴21以与其接合,然后进一步传递 通过连接器22到行星轮台阶5。版权所有(C)2009,JPO&INPIT

    • 8. 发明专利
    • METHOD AND APPARATUS FOR GRINDING MATERIAL WITH DIFFERENT PARTICLE SIZE
    • JPH08196925A
    • 1996-08-06
    • JP8417995
    • 1995-04-10
    • LOESCHE GMBH
    • HORUSUTO BURUNDEIIKU
    • B02C15/04B02C15/00
    • PURPOSE: To effectively crush substances different in particle size by adjusting fluid supply flow by a reinforcing cover member in the vicinity of a blade ring and moving crushed material particle flow by a flow envelope. CONSTITUTION: A crushing roll 7 is rotated on a crushing surface 5 in the vicinity of the crushing pan 6 of an air streamer type mill 4 being a crusher. A material to be crushed is supplied to the central part of the crushing pan 6. An annular space 8 is formed between the crushing pan 6 and a wall surface 3 and a blade ring 12 is arranged to the annular space 8 and blades are tangentially set to a predetermined angle α and an annular gas guide mechanism 14 is formed. Further, liquid supply flow 1 is discharged by the action of the flow channel 15 of the annular gas guide mechanism 14 and a reinforcing cover member 10 is arranged to the upper part of the blade ring 12. Crushed material particles are involved in fluid supply flow 13 to form a flow envelope and this space arranging structure or a vertical extension line is adjusted by the liquid supply flow 13.