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    • 7. 发明申请
    • FLUX INJECTION ASSEMBLY AND METHOD
    • 通路注入组件和方法
    • US20140083253A1
    • 2014-03-27
    • US14118482
    • 2012-06-07
    • PYROTEK, INC.
    • Lennard LutesRichard S. HendersonJason Holstein
    • C22B21/06
    • C22B21/062C22B9/05C22B9/10C22B9/103C22B21/068F27D3/0025F27D3/0026
    • A flux injector apparatus and method adapted to distribute a predetermined amount of flux to an associated pool of molten aluminum. The flux injector apparatus includes a pressurized tank adapted to store and feed the flux under pressure. A feed mechanism operative to discharge a predetermined amount of flux to an outlet and a controller for monitoring and operating the apparatus. The feed mechanism includes a housing having an inner wall defining a cavity with an inlet and an outlet. A feed wheel is positioned within the cavity and operative to receive a predetermined amount of flux from the inlet, translate the flux within the cavity and discharge the predetermined amount of flux through the outlet of the pressurized tank.
    • 一种通量注入装置和方法,适于将预定量的助熔剂分配到相关的熔融铝池中。 助熔剂注射器装置包括适于在压力下储存和供给助熔剂的加压罐。 用于将预定量的助熔剂排放到出口的进给机构和用于监测和操作设备的控制器。 进给机构包括具有限定具有入口和出口的空腔的内壁的壳体。 进料轮定位在腔内并且可操作以从入口接收预定量的助熔剂,使空腔内的助熔剂平移,并将预定量的助熔剂排出加压罐的出口。
    • 8. 发明申请
    • MOLD PUMP ASSEMBLY
    • 模具泵组件
    • US20140044520A1
    • 2014-02-13
    • US14112694
    • 2012-04-18
    • Jon Tipton
    • Jon Tipton
    • F04D7/00
    • F04D7/00B22D17/02B22D23/00B22D39/02F04D3/005F04D7/065F04D29/0473
    • A molten metal pump assembly (10) and method to fill complex molds with molten metal, such as aluminum. The pump assembly includes an elongated shaft (16) connecting a motor (14) to an impeller (22). The impeller is housed within a chamber (18) of a base member such that rotation of the impeller draws molten metal into the chamber at an inlet (48) and forces molten aluminum through an outlet (50). A first bearing (36) is adapted to support the rotation of the impeller at a first radial edge (32) and a second bearing (38) is adapted to support the rotation of the impeller at a second radial edge. A bypass gap (60) is interposed between the second bearing and the second radial edge. Molten metal leaks through the bypass gap at a predetermined rate to manipulate a flow rate and a head pressure of the molten metal such that precise control of the flow rate is achieved.
    • 一种熔融金属泵组件(10)以及用诸如铝的熔融金属填充复杂模具的方法。 泵组件包括将马达(14)连接到叶轮(22)的细长轴(16)。 叶轮容纳在基部构件的腔室(18)内,使得叶轮的旋转在入口(48)处将熔融金属吸入室中并迫使熔融铝通过出口(50)。 第一轴承(36)适于在第一径向边缘(32)处支撑叶轮的旋转,并且第二轴承(38)适于在第二径向边缘处支撑叶轮的旋转。 旁路间隙(60)插入在第二轴承和第二径向边缘之间。 熔融金属以预定的速率通过旁路间隙泄漏以操纵熔融金属的流量和头部压力,从而实现对流量的精确控制。
    • 10. 发明申请
    • MOLTEN METAL IMPELLER
    • MOLTEN金属叶轮
    • US20130224038A1
    • 2013-08-29
    • US13772711
    • 2013-02-21
    • Jason Tetkoskie
    • Jason Tetkoskie
    • F01D5/14
    • F01D5/147F04D7/065F04D29/22
    • According to another embodiment, a molten metal impeller comprised of a generally cylindrical body including a plurality of passages extending from a top surface to a side wall and a cap member secured to a top surface of the body. The cap member is shaped cooperatively to overlay the cylindrical body. The cap member includes a first side seated on the top surface and a second opposed side. The top surface includes one of a notch or a protrusion and the first side of the cap member includes one of a notch or a protrusion oriented to mate with the notch or protrusion of the body.
    • 根据另一个实施例,一种熔融金属叶轮由大体圆柱形的主体组成,该主体包括从顶表面延伸到侧壁的多个通道,以及固定在主体顶表面上的盖件。 帽构件协同地成形以覆盖圆柱体。 盖构件包括位于顶表面上的第一侧和第二相对侧。 顶表面包括凹口或突起中的一个,并且帽构件的第一侧包括定位成与主体的凹口或突起配合的凹口或突起中的一个。