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    • 2. 发明申请
    • LOW-SHEAR CENTRIFUGE FEEDING SYSTEM
    • 低剪切中心送料系统
    • WO1997016256A1
    • 1997-05-09
    • PCT/US1996017703
    • 1996-11-01
    • CARR SEPARATIONS, INC.CARR, Robert, B.
    • CARR SEPARATIONS, INC.
    • B04B09/12
    • B04B1/00B04B11/06B04B15/08
    • A centrifugal separator comprises a bowl (200) rotatable about a vertically disposed axis including a feed cone assembly located at the closed conical lower end having a conical outer wall (212) and a cusp-shaped hub (214). An annular channel (216) is located between the conical outer wall (212) and the hub (214). A feed pipe (218) includes a feed outlet (224) which fits within the annular channel (216). In another embodiment, the bowl (100) includes an open lower end (102) and a closed upper end (104). An inverted feed cone (108) is positioned at the upper end (104) and includes a rounded cusp-shaped diverter (122) and an annular channel (132). A feed pipe (134) includes a feed applicator (138) which is positioned coaxially with an adjacent to the cusp-shaped diverter (122). The feed applicator (138) is sized and shaped to closely follow the contours of the cusp-shaped diverter (122). A vacuum (180) within a predetermined range is applied within the bowl to reduce power consumption and foaming.
    • 离心分离器包括可围绕竖直设置的轴线旋转的碗状物(200),包括位于封闭锥形下端的进料锥体组件,该进料锥形组件具有锥形外壁(212)和尖形轮毂(214)。 环形通道(216)位于锥形外壁(212)和轮毂(214)之间。 进料管(218)包括装配在环形通道(216)内的进料出口(224)。 在另一个实施例中,碗(100)包括敞开的下端(102)和封闭的上端(104)。 倒置进料锥(108)位于上端(104)处,并且包括圆形的尖头形分流器(122)和环形通道(132)。 进料管(134)包括与邻近尖头形转向器(122)同轴定位的进料施加器(138)。 进料施加器(138)的尺寸和形状被设计成紧密地跟随尖头形分流器(122)的轮廓。 在碗内施加预定范围内的真空(180)以降低功率消耗和发泡。
    • 3. 发明申请
    • SOLIDS SCRAPING ASSEMBLY FOR A CENTRIFUGE
    • 用于中心的固体切割装置
    • WO1997015400A1
    • 1997-05-01
    • PCT/US1996017701
    • 1996-10-24
    • CARR SEPARATIONS, INC.CARR, Robert, B.
    • CARR SEPARATIONS, INC.
    • B04B11/08
    • B04B11/08B04B2011/086B04B2011/088
    • A scraper assembly (32) for removing the collected solids component (50) of a feed material from an interior wall surface (28) of a centrifugal separator bowl (18) comprises a supporting shaft (34) positioned within the bowl (18) along a vertically disposed longitudinal axis. The supporting shaft (34) is pivotal between a stowed position and an operational position. At least two longitudinally spaced scraper blades (36) are attached to the supporting shaft (34) along the longitudinal axis and are adapted to contact the solids component (50) when the support shaft (34) is in the operational position. An upper scraper blade (36) is angularly offset with respect to the lower scraper blade (36) along the longitudinal axis so that any collected solids component (50) removed by the upper scraper blade (36) may freely drop clear of the lower scraper blade (36).
    • 用于从离心分离器碗(18)的内壁表面(28)去除进料的收集的固体成分(50)的刮刀组件(32)包括沿着碗(18)内定位的支撑轴(34) 垂直设置的纵向轴线。 支撑轴(34)在收起位置和操作位置之间枢转。 至少两个纵向间隔的刮刀(36)沿着纵向轴线附接到支撑轴(34),并且当支撑轴(34)处于操作位置时适于接触固体部件(50)。 上刮刀(36)相对于下刮刀(36)沿着纵向轴线成角度地偏移,使得由上刮刀(36)移除的任何收集的固体部件(50)可以自由地从下刮刀 刀片(36)。