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    • 2. 发明申请
    • WOOD PULPING APPARATUS
    • 木制搅拌机
    • WO1982001326A1
    • 1982-04-29
    • PCT/US1981001350
    • 1981-10-07
    • AIR PREHEATER CO INC
    • AIR PREHEATER CO INCRHODES ROBIN B
    • B02C15/16
    • D21B1/30
    • Apparatus for reducing a bulky product to one of finely divided consistency. The invention utilizes two counter-rotating cylinders (10 and 32) of one within the other. The axes of rotation of the cylinders are substantially parallel but not co-linear such that the outside surface of the inner cylinder lies adjacent to but not in contact with the inner surface of the outer cylinder, thus forming a crescent shaped annular void (56) between the two cylinders. A product to be refined is introduced into the crescent shaped annular void between the rotating cylinders. Frictional forces effected by the counter-rotating cylinders cause the product to roll upon itself and be progressively refined to a finely divided form that is continuously expelled through opening (58) to an exhaust manifold (62). Steam produced in the frictional refinement of the product is directed through openings (64) into the interior of the inner drum (32), and thence through hollow trunnion (36) to an outside place of use.
    • 用于将体积大的产品还原成细碎稠度的装置。 本发明利用两个相反旋转的气缸(10和32)。 气缸的旋转轴线基本上平行但不是共线的,使得内筒的外表面与外筒的内表面相邻但不接触,从而形成新月形的环形空隙(56) 两缸之间。 将要精制的产品引入旋转圆筒之间的月牙形环形空隙。 由反向旋转的气缸产生的摩擦力使得产品在自身上滚动并逐渐细化成细分的形式,其通过开口(58)连续排出到排气歧管(62)。 在产品的摩擦细化中产生的蒸汽通过开口(64)引导到内鼓(32)的内部,并且从而通过中空耳轴(36)到外部使用位置。
    • 3. 发明申请
    • CONJUGATE ANVIL HAMMER MILL
    • 连接ANVIL HAMMER MILL
    • WO2012125834A3
    • 2014-05-01
    • PCT/US2012029237
    • 2012-03-15
    • NORDELL LAWRENCE K
    • NORDELL LAWRENCE K
    • B02C15/16
    • B02C15/06B02C15/003B02C15/004
    • A crushing mill with an internal ring inside an external ring is disclosed. In some embodiments, the inner ring has protrusions that fit within pockets in the outer ring such that as the rings rotate rock or other materials may be crushed between the protrusions and pockets of the inner and outer rings, respectively. In some embodiments, the inner and outer rings each have surface protrusions such that rock or other materials may be crushed between the inner and outer rings as they rotate. In some embodiments, the inner ring has a circumferential ridge that fits within a circumferential groove of the outer ring such that rock or other materials may be crushed between the rings. In some embodiments the rings operate at differential speeds with respect to each other to induce shear forces on the material to be crushed.
    • 公开了一种在外环内部具有内环的破碎机。 在一些实施例中,内环具有装配在外环中的凹穴内的突出部,使得当环转动岩石或其他材料可分别在内环和外环的突起和凹穴之间被压碎。 在一些实施例中,内环和外环均具有表面突起,使得岩石或其它材料在它们旋转时可在内环和外环之间被压碎。 在一些实施例中,内环具有配合在外环的圆周槽内的周向脊,使得岩石或其他材料可能在环之间被压碎。 在一些实施例中,环以相对于彼此的差速运行,以在待粉碎的材料上引起剪切力。
    • 5. 发明申请
    • BEARBEITUNGSVORRICHTUNG FÜR DISPERSIONEN
    • 处理装置用于分散体
    • WO2009086647A1
    • 2009-07-16
    • PCT/CH2008/000548
    • 2008-12-23
    • BÜHLER AGMÜNTENER, Kurt
    • MÜNTENER, Kurt
    • B02C15/00B02C15/06B02C15/16
    • B02C15/004A23G1/12A23G1/16B02C15/06B02C15/16
    • Eine Bearbeitungsvorrichtung zum Bearbeiten von Dispersionen weist einen von einer etwa zylinderförmigen Innenwand (3) umgebenen, und sich entlang der Zylinderachse (A') erstreckenden Behälterraum (1 ) zur Aufnahme der zu bearbeitenden Dispersion und mindestens ein in den Behälterraum (1) ragendes Reib- und Scherwerk auf. Das Reib- und Scherwerk besitzt zumindest einen Rollkörper (4; 104, 204, 304), der an einer um eine Drehachse (A) drehende Rotorwelle (24) gelagert ist, mit seiner Umfangsfläche (10) an der einer Innenwand (3 bzw. 5) anliegt und an dieser Innenwand (3 bzw. 5) im Behälterraum (1 ) schleifend abrollend eine Reibung bzw. Scherung auf die Dispersion ausübt. Dabei die Umfangsfläche (10) bzw. der zugehörige Rollkörper (4; 104; 204; 304) drehfest mit seiner Rotorwelle (24) bzw. Achse (A) verbunden und weist ein Kardangelenk (4, 32a, 32b) zur Selbstausrichtung auf.
    • 用于分散体的处理的处理装置具有大致圆筒状的内壁(3)周围并沿汽缸轴线(A“)含有空间(1),用于接收所述分散体延伸的一个要处理的,并在箱体空间的至少一个(1)突出的摩擦 和剪切的工作。 的摩擦和剪切站具有至少一个滚动体(4; 104,204,304)在绕旋转轴线(A)的转子轴(24)旋转安装,以其外周表面(10)上的(一个内壁3或 5)和(在磨削展开施加在分散体中的摩擦或剪切该内壁3或5)在收容室(1)。 这里,外周面(10)或相关联的滚动体(4; 104; 204; 304)旋转地固定其转子轴(24)和轴(A)和具有一个万向接头(4,32A,32B),用于在自对准。
    • 7. 发明申请
    • PARTICLE-SHAPED MATERIAL TREATMENT DEVICE
    • 颗粒形状材料处理装置
    • WO00050174A1
    • 2000-08-31
    • PCT/JP2000/000919
    • 2000-02-18
    • B02C15/08B02C15/16
    • B02C15/16
    • A particle-shaped material treatment device (1) capable of uniformly providing an energy such as a compressive force or a shearing force of a pressing body (5) produced by a centrifugal force while the swirl flow of the particle-shaped material in a casing (3) is maintained in a good circulation flow condition by moving the particle-shaped material to the entire inner wall without allowing the particle-shaped materials to be accumulated in a part of the casing (3) even when the particle-shaped material of which movement in the casing (3) is difficult to be controlled is treated, wherein a space area (6) to which a rotating shaft (201) is not installed extendedly is formed in a cylindrical area formed according to the swirling of the pressing body (5) in the casing (3) so as to enable the generation of the center of the swirl flow of the particle-shaped material, the rotations of the casing (3) and a rotating body (4) are formed so that they can be controlled rotatably in the same direction at different rotating speeds, and the pressing body (5) is formed so that it is supported on the rotating body (4) in lateral cantilever.
    • 一种颗粒状材料处理装置(1),其能够均匀地提供诸如由离心力产生的按压体(5)的压缩力或剪切力的能量,同时壳体内的颗粒状材料的涡流 (3)通过将颗粒状材料移动到整个内壁而保持良好的循环流动状态,而不允许颗粒状材料积聚在壳体(3)的一部分中,即使当颗粒状材料的颗粒状材料 处理难以控制壳体(3)中的运动的情况,其中,在根据按压体的旋转形成的圆筒区域中形成有未被延伸地设置有旋转轴(201)的空间区域(6) (5)在壳体(3)中,以便能够产生颗粒状材料的涡流的中心,形成壳体(3)和旋转体(4)的旋转,使得它们可以 在同一方向可旋转地控制 并且按压体(5)形成为以横向悬臂支撑在旋转体(4)上。
    • 8. 发明申请
    • PROCESSING METHOD AND APPARATUS
    • 处理方法和装置
    • WO1989010194A1
    • 1989-11-02
    • PCT/GB1989000453
    • 1989-04-28
    • SCIENTIFIC GENERICS LIMITEDJONES, Howard, Laurence
    • SCIENTIFIC GENERICS LIMITED
    • B02C15/16
    • B22F9/04B02C7/005B02C15/003B02C15/004B02C15/16C22C1/1084
    • A method of processing two or more different granular materials to form an intimate mixture or dispersion thereof, e.g. to form an alloy thereof, is disclosed. The starting materials are ground together in a grinding apparatus which in one embodiment includes a generally conical grinding member (2) arranged to roll against a grinding surface (1). Grinding apparatus is also disclosed which comprises a grinding surface (1), a grinding member (2), and means for supporting the grinding member so that in use, it can be caused to move over the grinding surface to perform a grinding action, characterised in that the surface of the grinding member is stepped or undulating in form. Preferably, the grinding surface and grinding member are both conical, and both have stepped surfaces.
    • 一种处理两种或更多种不同粒状物质以形成其紧密混合物或分散体的方法, 以形成其合金。 起始材料在研磨设备中一起研磨,在一个实施例中,该研磨设备包括布置成滚动抵靠研磨表面(1)的大致锥形的研磨构件(2)。 还公开了包括研磨表面(1),研磨构件(2)和用于支撑研磨构件的装置的研磨装置,使得在使用中可以使其在研磨表面上移动以执行研磨动作,其特征在于 因为研磨件的表面呈阶梯状或起伏状。 优选地,研磨表面和研磨构件都是圆锥形的,并且两者都具有台阶表面。