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    • 1. 发明授权
    • Roller mill control system
    • 轧机控制系统
    • US4640464A
    • 1987-02-03
    • US669145
    • 1984-11-07
    • Richard L. MustoMark R. Dunn
    • Richard L. MustoMark R. Dunn
    • B02C15/02B02C25/00
    • B02C25/00B02C15/02
    • A control system (44, 112) particularly adapted to be cooperatively associated with a mill (10) and in particular a roller mill (10) of the type that is operative to effectuate the grinding and/or pulverization of solid materials. When so employed, the subject control system (44, 112) enables the roller mill (10) to be operated over a wide range of varying levels of output of pulverized material, while yet ensuring that both the proper air/solids ratio and the desired degree of fineness of the pulverized material are being maintained. To achieve this result, the subject control system (44, 112) is operatively connected in circuit relation with the feed means (12) that supplies to the roller mill (10) the material that is to be pulverized therein, with the drive means (20, 22) through which the mill (10) is driven, with the classifier means (38) that effects a separation of the pulverized material according to fineness, and with the means which receives the output from the roller mill (10).
    • 一种特别适用于与磨机(10)协调地相关联的控制系统(44,112),特别是可操作以实现固体材料的研磨和/或粉碎的类型的滚磨机(10)。 当采用这种方法时,主体控制系统(44,112)使得滚磨机(10)能够在各种不同程度的粉碎物料的输出范围内操作,同时确保适当的空气/固体比和期望的 保持粉碎物料的细度。 为了实现这一结果,被摄体控制系统(44,112)以与驱动装置(10)向辊磨机(10)供应待粉碎的材料的进料装置(12)以电路关系可操作地连接 与磨机(10)一起驱动的分级器装置(38),其根据细度实现粉碎材料的分离,以及接收来自辊磨机(10)的输出的装置。
    • 2. 发明授权
    • High efficiency separator system
    • 高效分离器系统
    • US4637556A
    • 1987-01-20
    • US759389
    • 1985-07-26
    • Mark R. Dunn
    • Mark R. Dunn
    • B02C21/00B02C23/32B07B7/083B02C23/34
    • B02C23/32
    • A high efficiency separator system (10) operative for processing material that includes grinding means (12), high efficiency separator means (14), dust collector measn (16) and fan means (18) all of which are interconnected in a predefined flow path. In accord with the nature of the construction of the subject high efficiency separator system (10), the grinding means (12) is connected to the high efficiency separator means (14) and the high efficiency separator means (14) in turn is interconnected to both the grinding means (12) and the dust collector means (16) whereby the mode of operation of the subject system (10) is such that the material supplied to the system (10) is ground in the grinding means (12), is classified on the basis of particle size in the high efficiency separator means (14), and ultimately is discharged from the dust collector means (16) in the form of finished product which consists of material that has been ground to a predetermined particle size.
    • 一种用于处理材料的高效率分离器系统(10),其包括研磨装置(12),高效分离装置(14),集尘器测量装置(16)和风扇装置(18),所有这些装置都以预定的流动路径 。 根据主体高效分离器系统(10)的构造性质,研磨装置(12)连接到高效分离装置(14),高效分离装置(14)依次连接到 研磨装置(12)和集尘装置(16),由此所述被摄体系(10)的操作模式使得供应到所述系统(10)的材料在所述研磨装置(12)中被研磨,是 根据高效率分离装置(14)中的粒径进行分类,最终以成品的形式从集尘装置(16)排出,该成品由已经研磨成规定粒径的材料构成。