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    • 4. 发明申请
    • Cylindrical Dedusting Apparatus for Particulate Material
    • 用于颗粒材料的圆柱除尘装置
    • US20130074282A1
    • 2013-03-28
    • US13681396
    • 2012-11-19
    • Pelletron Corporation
    • Heinz SchneiderPaul Wagner
    • B07B4/02
    • B07B4/02B07B4/08B07B9/02B07B11/04B07B11/06
    • A cylindrical dedusting apparatus has an upper material infeed opening to introduce material into a frusto-conical infeed hopper centered over the tip of a conical wash deck supported over an air infeed conduit. Air is blown through slots and openings in the surface of the wash deck to separate dust and debris from the particulate material. The dust-laden air is discharged by passing between the infeed hopper and a cylindrical sleeve to enter into a circular collector for discharge from the apparatus. Flow rate of material over the wash deck is adjusted by vertically moving the infeed hopper within the sleeve relative to the wash deck to vary the dimension of the gap through which material flows onto the wash deck. A closed loop air system can be used with the cylindrical dedusting apparatus with a bleed air module that reduces air flow into the apparatus.
    • 圆柱形除尘装置具有上部材料进料开口,以将材料引入到支撑在空气进料管道上的圆锥形洗涤甲板的顶部上方的截头圆锥形进料料斗中。 空气通过洗涤甲板表面的槽和开口吹出,以将灰尘和碎屑与颗粒物料分开。 通过在进料料斗和圆筒形套筒之间通过排出灰尘的空气以进入圆形收集器以从设备排出。 通过将套筒内的进料料斗相对于洗涤甲板垂直移动来调节洗涤甲板上的材料的流速,以改变材料流过洗涤甲板的间隙的尺寸。 闭环空气系统可以与带有排气模块的圆柱形除尘装置一起使用,该排气模块减少进入设备的气流。
    • 5. 发明授权
    • Dedusting apparatus having dual wash decks with individually adjustable product flow regulation
    • 具有双洗面板的除尘设备具有单独调节的产品流量调节
    • US09302293B2
    • 2016-04-05
    • US14189399
    • 2014-02-25
    • Pelletron Corporation
    • Heinz Schneider
    • B07B4/00B07B4/08B07B7/04B07B4/02
    • B07B4/08B07B4/02B07B7/04
    • A dedusting apparatus is formed with a rectangular inlet structure that assures a fully loaded feeding of particulate material over the face of the opposing wash decks. A rectangular inlet box having substantially the same width dimension as the corresponding dimension of the adjacent wash decks provides an even distribution of particulate material over the entire surface of the wash decks. A reconfiguration of the air inlet structure eliminates a rearward air plenum and manifold by passing the air flow upwardly through the bottom wall of the apparatus housing, rather than through the rear wall. Individually adjustable inlet deflectors can regulate the product flow on each respective wash deck and can be closed to stop the product flow completely to either one or both of the wash decks. Actuators control the movement of the deflectors, which can be integrated in an overall electronic control system for the dedusting apparatus.
    • 除尘装置形成有矩形入口结构,其确保颗粒材料在相对的洗涤甲板的表面上的满载的进料。 具有与相邻洗涤甲板的相应尺寸基本相同的宽度尺寸的矩形入口箱提供在洗涤甲板的整个表面上的颗粒材料的均匀分布。 空气入口结构的重新配置通过使空气流向上穿过设备壳体的底壁而不是通过后壁消除后向空气通风室和歧管。 可单独调节的入口导流板可以调节每个相应洗涤台面上的产品流量,并且可以关闭,以将产品流动完全停止到一个或两个洗涤甲板上。 驱动器控制偏转器的运动,其可以集成在用于除尘装置的整体电子控制系统中。
    • 6. 发明授权
    • Method of removing contaminates from particulate material
    • 从颗粒材料中去除污染物的方法
    • US08857622B2
    • 2014-10-14
    • US13676029
    • 2012-11-13
    • Pelletron Corporation
    • Heinz SchneiderPaul Wagner
    • B07B7/00B07B9/02B07B11/06B07B11/04B07B4/08B08B5/00B07B4/02
    • B08B5/00B07B4/02B07B4/08B07B9/02B07B11/04B07B11/06
    • A cylindrical dedusting apparatus has an upper material infeed opening to introduce material into a frusto-conical infeed hopper centered over the tip of a conical wash deck supported over an air infeed conduit. Air is blown through slots and openings in the surface of the wash deck to separate dust and debris from the particulate material. The dust-laden air is discharged by passing between the infeed hopper and a cylindrical sleeve to enter into a circular collector for discharge from the apparatus. Flow rate of material over the wash deck is adjusted by vertically moving the infeed hopper within the sleeve relative to the wash deck, the tip serving as a stopper to define the dimension of the gap through which material flows onto the wash deck. Cleaned material passes through a lower discharge opening while dirty air is removed through a radially oriented discharge conduit from the circular collector.
    • 圆柱形除尘装置具有上部材料进料开口,以将材料引入到支撑在空气进料管道上的圆锥形洗涤甲板的顶部上方的截头圆锥形进料料斗中。 空气通过洗涤甲板表面的槽和开口吹出,以将灰尘和碎屑与颗粒物料分开。 通过在进料料斗和圆筒形套筒之间通过排出灰尘的空气以进入圆形收集器以从设备排出。 通过将套筒内的进料料斗相对于洗涤甲板垂直移动来调节洗涤甲板上的材料的流速,该末端用作止动器,以限定材料流过洗涤甲板的间隙的尺寸。 清洁的材料通过下部排出口,而脏污的空气通过径向定向的排出导管从圆形收集器移除。
    • 7. 发明授权
    • Cylindrical dedusting apparatus for particulate material
    • 用于颗粒材料的圆柱除尘装置
    • US08800777B2
    • 2014-08-12
    • US13681396
    • 2012-11-19
    • Pelletron Corporation
    • Heinz SchneiderPaul Wagner
    • B07B7/00B07B11/04B07B11/06B07B9/02B07B4/08B07B4/02
    • B07B4/02B07B4/08B07B9/02B07B11/04B07B11/06
    • A cylindrical dedusting apparatus has an upper material infeed opening to introduce material into a frusto-conical infeed hopper centered over the tip of a conical wash deck supported over an air infeed conduit. Air is blown through slots and openings in the surface of the wash deck to separate dust and debris from the particulate material. The dust-laden air is discharged by passing between the infeed hopper and a cylindrical sleeve to enter into a circular collector for discharge from the apparatus. Flow rate of material over the wash deck is adjusted by vertically moving the infeed hopper within the sleeve relative to the wash deck to vary the dimension of the gap through which material flows onto the wash deck. A closed loop air system can be used with the cylindrical dedusting apparatus with a bleed air module that reduces air flow into the apparatus.
    • 圆柱形除尘装置具有上部材料进料开口,以将材料引入到支撑在空气进料管道上的圆锥形洗涤甲板的顶部上方的截头圆锥形进料料斗中。 空气通过洗涤甲板表面的槽和开口吹出,以将灰尘和碎屑与颗粒物料分开。 通过在进料料斗和圆筒形套筒之间通过排出灰尘的空气以进入圆形收集器以从设备排出。 通过将套筒内的进料料斗相对于洗涤甲板垂直移动来调节洗涤甲板上的材料的流速,以改变材料流过洗涤甲板的间隙的尺寸。 闭环空气系统可以与带有排气模块的圆柱形除尘装置一起使用,该排气模块减少进入设备的气流。
    • 8. 发明申请
    • Method of Removing Contaminates from Particulate Material
    • 从颗粒材料中去除污染物的方法
    • US20130068263A1
    • 2013-03-21
    • US13676029
    • 2012-11-13
    • PELLETRON CORPORATION
    • Heinz SchneiderPaul Wagner
    • B08B5/00
    • B08B5/00B07B4/02B07B4/08B07B9/02B07B11/04B07B11/06
    • A cylindrical dedusting apparatus has an upper material infeed opening to introduce material into a frusto-conical infeed hopper centered over the tip of a conical wash deck supported over an air infeed conduit. Air is blown through slots and openings in the surface of the wash deck to separate dust and debris from the particulate material. The dust-laden air is discharged by passing between the infeed hopper and a cylindrical sleeve to enter into a circular collector for discharge from the apparatus. Flow rate of material over the wash deck is adjusted by vertically moving the infeed hopper within the sleeve relative to the wash deck, the tip serving as a stopper to define the dimension of the gap through which material flows onto the wash deck. Cleaned material passes through a lower discharge opening while dirty air is removed through a radially oriented discharge conduit from the circular collector.
    • 圆柱形除尘装置具有上部材料进料开口,以将材料引入到支撑在空气进料管道上的圆锥形洗涤甲板的顶部上方的截头圆锥形进料料斗中。 空气通过洗涤甲板表面的槽和开口吹出,以将灰尘和碎屑与颗粒物料分开。 通过在进料料斗和圆筒形套筒之间通过排出灰尘的空气以进入圆形收集器以从设备排出。 通过将套筒内的进料料斗相对于洗涤甲板垂直移动来调节洗涤甲板上的材料的流速,该末端用作止动器,以限定材料流过洗涤甲板的间隙的尺寸。 清洁的材料通过下部排出口,而脏污的空气通过径向定向的排出导管从圆形收集器移除。
    • 10. 发明授权
    • Rotary valve with product relief grooves
    • 旋转阀带产品浮雕槽
    • US08944295B2
    • 2015-02-03
    • US13708161
    • 2012-12-07
    • Pelletron Corporation
    • Heinz Schneider
    • F16K27/00F16K27/06B65G53/46
    • F16K27/00B65G53/4633F16K27/065
    • A rotary valve meters the flow of particulate material from a supply source into a pneumatic conveying system and includes a central rotor rotatable within a cylindrical housing. The interior surface of the cylindrical housing is formed with grooves extending from pinch points at the inlet opening to facilitate the passage of particulate material past the pinch points without being trapped between the rotor vanes and the housing. The grooves are preferably formed in a configuration that has an increasing depth from the proximal wall to the distal wall, and preferably is configured with a spiraled surface shaped to increase the depth of the groove channel to a rounded end chamber at the distal wall. The groove channels can be oriented in alignment with a triangular ridge, in a circumferential direction perpendicular to the direction of movement of the rotor, or perpendicular to the angle of the triangular ridge.
    • 旋转阀将颗粒材料从供应源流向气动输送系统,并且包括可在圆柱形壳体内旋转的中心转子。 圆柱形壳体的内表面形成有从入口开口处的夹点延伸的凹槽,以便于颗粒材料经过夹点而不被夹在转子叶片和壳体之间。 凹槽优选地形成为具有从近侧壁到远侧壁的深度增加的构造,并且优选地构造成具有成形形状的螺旋形表面,以将凹槽通道的深度增加到远端壁处的圆形端部室。 凹槽通道可以在与转子的运动方向垂直的圆周方向上或与三角形脊的角度垂直的方向上与三角形脊对准。