Abstract:
본 발명은 분말 형태를 나타내는 분체를 기계적으로 정량 계량하여 순차적으로 배출하기 위한 분체계량 로터리밸브장치에 관한 것으로, 분체계량 로터리밸브장치는 호퍼가 결합되는 입구가 개구되고 입구와 대향 배치되는 출구가 개구된 중공의 계량하우징과, 입구와 출구를 연결하는 가상의 선에 수직인 가상의 제1축을 기준으로 계량하우징에 회전 가능하게 내장되고 입구로 유입되는 분체를 출구로 전달하는 분배모듈을 포함하고, 분배모듈의 회전에 따라 입구로 유입되는 분체는 분배모듈에 기설정된 정량으로 분리 수용되었다가 선입선출 방식으로 출구를 통해 배출된다.
Abstract:
A central assembly for a bin sweep apparatus having at least two sweep elements movable substantially independently of each other about the central assembly may comprise a center post and a pair of sweep interface assemblies on the center post. Each sweep interface assembly may be associated with one of the sweep elements of the bin sweep apparatus. In some embodiments, each sweep interface assembly may be configured to sense a position of one of the sweep elements. In some embodiments, each sweep interface assembly may be configured to provide power to one of the sweep elements.
Abstract:
Es wird eine Dosiervorrichtung für Schüttgutpartikel beschrieben mit einer die Schüttgutpartikel (2) dosierenden Dosierwalze (11), die einen oberen Totpunkt (118) und einen unteren Totpunkt (119) aufweist, welche durch den oberen bzw. den unteren Schnittpunkt einer senkrechten Achse (Y) durch die Drehachse einer Drehrichtung (D) der Dosierwalze (11) mit einer Mantelfläche (110) der Dosierwalze (11) definiert werden. Dabei ist vorgesehen, dass die Zufuhr der Schüttgutpartikel (2) durch eine Öffnung (108) einer Schüttgutzufuhr (101) in Drehrichtung (D) der Dosierwalze (11) nach dem oberen Totpunkt (118) erfolgt und die Abfuhr der Schüttgutpartikel (2) durch eine Öffnung (109) einer Schüttgutabfuhr (105) in Drehrichtung (D) der Dosierwalze (11) nach dem unteren Totpunkt (119) erfolgt.
Abstract:
An apparatus for dispensing material includes an outlet opening with a perforated cover. A rotatable applicator dispenses material through the perforated cover and may include brushes that sweep across and penetrate the openings of the perforated cover. The housing may also contain a feed roller for regulating the flow of the material and one or more commutators for fractionating the material.
Abstract:
A sludge handling system includes at least one bin that receives sewage sludge at an upper end thereof, and that has sloped side wall(s) at the lower end thereof, for directing sewage sludge toward a generally central discharge opening. A rotating discharge device is provided in the form of a thin foil or blade that is rotationally driven to scrape along the sloped side wall(s) of the bin, scraping sludge therefrom, to keep the sludge from adhering to sloped portions of the bin, and to direct sludge out the discharge opening. The rotating discharge device is mounted on and carried by a generally cylindrical rotating table that is motor-driven. A generally cylindrical seal is also carried by the rotating table, and slides along the inside of a sludge discharge chute, at the discharge opening of the bin.
Abstract:
A feed apparatus (10) to receive dug mineral and feed the mineral onto a feed conveyor (12). The feed apparatus (10) comprises a receptacle (14) defining a mineral deposit zone (16) over its entire surface to receive dug mineral and includes a centrally located deflector (18) to deflect deposited mineral onto a moveable support surface (20). The moveable support surface (20) follows an orbital path (A) about the deflector (18) to convey deposited mineral from the mineral deposit zone (16) to a discharge (22) where the mineral is directed onto a mineral deposit end (24) of a feed conveyor (12).