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    • 92. 发明申请
    • Molten metal feeder
    • 熔融金属给料机
    • US20040191097A1
    • 2004-09-30
    • US10479698
    • 2004-04-28
    • Kenichi NakagawaJiro TsuchidaHiroshi YamaguchiMitsushige MiuraJun Funakoshi
    • F04B039/00
    • H05K7/1007B22D17/10B22D17/30B22D39/00H01R13/193
    • In order to feed molten metal to a casting mold with precision while preventing introduction of metal oxide into a cylinder casing, an entire valve box 19 is disposed below a liquid level of the molten metal C inside a molten metal furnace D. A discharge duct 23 is upwardly open at a lower end of a valve-element moving space 24. An inlet duct 22 is open to the valve-element moving space 24 at a position higher than the discharge duct 23. Around an opening of the discharge duct 23 to the valve-element moving space 24, there is formed a lower receiving seat 29 in the form of a ring. A valve element 21 includes a lower contact portion 31 which comes into annular contact with the lower receiving seat 29 in association with a lowering movement of the valve element 21. The molten metal C inside the molten metal furnace D is introduced into a cylinder casing 4 by moving the valve element 21 to an inlet position where the lower contact portion 31 comes into the annular contact with the lower receiving seat 29 thereby to block communication between the discharge duct 23 and an inlet/outlet duct 8.
    • 为了精确地将熔融金属供给到铸模,同时防止金属氧化物引入到气缸壳体中,整个阀箱19设置在熔融金属炉D内的熔融金属C的液面之下。排出管道23 在阀元件移动空间24的下端处向上开口。入口管道22在高于排放管道23的位置处朝向阀元件移动空间24开口。在排放管道23的开口处 阀元件移动空间24形成为环状的下接收座29。 阀元件21包括与阀元件21的下降运动相关联地与下接收座29环形接触的下接触部31。熔融金属炉D内的熔融金属C被引入到气缸壳体4中 通过将阀元件21移动到下接触部分31与下接收座29进入环形接触的入口位置,从而阻止排出管道23和入口/出口管道8之间的连通。
    • 93. 发明申请
    • MOLTEN METAL DOSING FURNACE WITH METAL TREATMENT AND LEVEL CONTROL AND METHOD
    • 金属处理和水平控制和方法的金属定型炉
    • US20020185789A1
    • 2002-12-12
    • US09878721
    • 2001-06-11
    • Alcoa Inc.
    • Marshall A. KlingensmithAndreas KalejaMichael J. Kinosz
    • C21C007/00
    • F27B3/20B22D39/00F27B3/045F27B3/08F27B3/19F27B3/28F27D1/003F27D3/14F27D3/1509F27D21/0028F27D2003/0054
    • A dosing furnace (10) with metal treatment and level control includes a holding chamber (12) for containing a supply of molten metal (50), a pump (22) connected to the holding chamber (12), a molten metal treatment chamber (16, 18) located at an outlet (26) of the pump (22), and a dosing chamber (40) located downstream and in fluid communication with the molten metal treatment chamber (16, 18). A molten metal level sensor (56) is located in the dosing chamber (40). The pump (22) is a variable speed pump having a pump inlet (24) connected to the holding chamber (12) and configured to pump the molten metal (50) through the dosing furnace (10) during operation. The molten metal level sensor (56) is connected to the pump (22) for providing a pump speed control signal to the pump (22). The molten metal level sensor (56) is configured to monitor the level of the molten metal (50) in the dosing chamber (40) and maintain a preset level of the molten metal (50) in the dosing chamber (40) by controlling the speed of the pump (22) with the pump speed control signal.
    • 具有金属处理和液位控制的计量炉(10)包括用于容纳熔融金属(50)供应的保持室(12),连接到保持室(12)的泵(22),熔融金属处理室 位于泵(22)的出口(26)处的定量室(16,18)以及位于下游并与熔融金属处理室(16,18)流体连通的计量室(40)。 熔融金属液位传感器(56)位于计量室(40)中。 泵(22)是具有连接到保持室(12)的泵入口(24)并被构造成在操作期间通过计量炉(10)泵送熔融金属(50)的变速泵。 熔融金属液位传感器(56)连接到泵(22),用于向泵(22)提供泵速控制信号。 熔融金属液位传感器(56)被配置为监测计量室(40)中的熔融金属(50)的水平,并且通过控制计量室(40)中的熔融金属(50)的预定水平 泵的速度(22)与泵速度控制信号。
    • 94. 发明申请
    • Auger pump for handling magnesium and magnesium alloys
    • 用于处理镁和镁合金的螺旋泵
    • US20010048186A1
    • 2001-12-06
    • US09848630
    • 2001-05-03
    • Alain Renaud Boulet
    • C21C005/42B22D041/50
    • B22D17/30B22D39/00
    • An auger pump for pumping molten magnesium and its alloys from a furnace to a die casting machine, ingot mould, DC caster or the like is disclosed. The pump is comprised of a linearly aligned upper and lower portion. The upper portion is comprised of a housing which is attached to the furnace lid. An inverter duty electric motor is attached to the top of the housing and is controlled by a PLC. The auger shaft runs longitudinally between each portion and is supported in position by guide bearings located in the upper portion. The lower portion comprises a tubular casing which contains a gas inlet aperture and an feeder inlet aperture for drawing the molten magnesium into the pump. The outlet of the pump, a connector, is attached to a heated transfer tube, which conveys the molten magnesium to the mould.
    • 公开了一种用于将熔融镁及其合金从炉内挤出到压铸机,铸模,DC铸造机等的螺旋泵。 泵由直线对齐的上部和下部组成。 上部包括附接到炉盖的壳体。 逆变器负载电动机连接到壳体的顶部并由PLC控制。 螺旋钻杆在每个部分之间纵向延伸,并通过位于上部的导向轴承支撑在适当位置。 下部包括管状壳体,其包含气体入口孔和用于将熔融镁吸入泵的进料口入口孔。 泵的出口,连接器,连接到加热的传送管,其将熔融的镁传送到模具。
    • 95. 发明授权
    • Melt withdrawal device for melt furnaces for charging casting machines
    • 熔化炉用熔化炉的熔体取出装置
    • US06306338B1
    • 2001-10-23
    • US09525816
    • 2000-03-15
    • Erich RauchOtto EhrentrautAlfred Sigmund
    • Erich RauchOtto EhrentrautAlfred Sigmund
    • C21C542
    • F04D7/065B22D39/00F04D3/02
    • A melt withdrawal device for melt furnaces for charging casting machines has a melt conveying pump (1) comprised of a pump tube (2) forming a lower melt inlet (3) and an upper melt outlet (4) and of a pump shaft (5) extending inside the pump tube (2) and carrying a pump rotor (6). To achieve a melt conveyance which is largely independent of the melt level variations inside the melt furnace and can thus be dosed property, a charging means (7) for keeping constant the pump head (h) is provided before the melt conveying pump (1), which charging means (7) comprises a charging tank (8) accommodating the pump tube (2) with the melt inlet (3) and a charging pump (10) capable of filling the charging tank (8) with melt up to a melt overflow (9) determining the charging height, where the delivery rate of the charging pump (10) exceeds that of the conveying pump (1).
    • 用于装料铸造机的熔化炉的熔体抽出装置具有熔体输送泵(1),其由形成下熔体入口(3)和上熔体出口(4)的泵管(2)和泵轴(5)组成 )在泵管(2)内延伸并承载泵转子(6)。 为了实现与熔融炉内部的熔体水平变化很大程度无关的熔体输送,因此可以赋予特性,在熔体输送泵(1)之前提供用于保持泵头(h)恒定的充气装置(7) ,所述充电装置(7)包括容纳所述泵管(2)的所述熔体入口(3)的充电槽(8)和能够将所述充电罐(8)充满所述熔化物的充注泵(10) 溢流(9)确定充电高度,其中充电泵(10)的输送速率超过输送泵(1)的输送速率。
    • 98. 发明授权
    • Method and apparatus for transferring molten metal
    • 用于转移熔融金属的方法和设备
    • US5846445A
    • 1998-12-08
    • US734198
    • 1996-10-21
    • Kaoru Umino
    • Kaoru Umino
    • B22D39/06B22D39/00B22D37/00
    • B22D39/00
    • By a method that may be used for transferring molten metal by using pressurized gas, molten metal in a metal furnace is automatically sucked into a molten metal chamber installed within the metal furnace through a fluid suction pipe by a balanced pressure inside the chamber. Then, when the molten metal sucked into the chamber is transferred to a specified position through a fluid feed pipe by applying a pressurized gas from an upper part of the chamber, the flow rate of the molten metal at the junction part between the fluid suction pipe and feed pipe or at the opposed part of an open end of the fluid suction pipe against that of the fluid feed pipe is accelerated, creating a higher flow rate at other parts of the fluid feed pipe. A molten metal transfer apparatus includes a molten metal chamber installed in a metal furnace and having a tightly closed upper part. The molten metal chamber is connected with an inlet/outlet pipe for pressurized gas and the lower part of the chamber is connected with a base part of a fluid feed pipe. In the vicinity of the base part of the fluid feed pipe, a fluid suction pipe is connected, and the other end is opened at the lower part of the metal furnace, and the cross-sectional area of the fluid feed pipe at the junction between the suction pipe and the feed pipe is contracted so as to be smaller than that at other parts of the feed pipe.
    • 通过使用加压气体将熔融金属转移的方法,金属炉内的熔融金属通过流体吸入管被室内平衡的压力自动地吸入安装在金属炉内的熔融金属室内。 然后,当通过从室的上部施加加压气体将吸入室中的熔融金属通过流体供给管转移到指定位置时,流体吸入管之间的接合部处的熔融金属的流量 并且进料管或者在流体吸入管的敞开端的相对部分处被加速,从而在流体供给管的其它部分产生更高的流速。 熔融金属转运装置包括安装在金属炉中并具有紧密封闭的上部的熔融金属室。 熔融金属室与用于加压气体的入口/出口管连接,并且室的下部与流体供给管的基部连接。 在流体供给管的基部附近,连接有流体吸引管,另一端在金属炉的下部开口,在流体供给管的接合处的流体供给管的横截面积 吸入管和进料管的收缩率小于进料管的其他部分的收缩管。
    • 99. 发明授权
    • Metal delivery system
    • 金属输送系统
    • US5494262A
    • 1996-02-27
    • US383460
    • 1995-02-03
    • Jack E. McLaneRobert R. Rader
    • Jack E. McLaneRobert R. Rader
    • B22D39/00C21B7/12
    • B22D39/00
    • Apparatus for delivering molten metal such as lead to a receiver comprising a variable speed pump and a delivery pipe leading from the pump. The delivery pipe has an upwardly extending portion which leads to a discharge orifice from which molten metal may be discharged. A variable speed motor drives the pump. A controller causes the motor to drive the pump selectively at a first speed sufficient to raise molten metal and maintain it at a predetermined level in the upwardly extending portion of the delivery pump and at a second speed sufficient to force molten metal in the delivery pipe from the discharge orifice.
    • 用于将诸如铅的熔融金属输送到包括变速泵和从泵引出的输送管的接收器的装置。 输送管具有向上延伸的部分,其通向可以从其排出熔融金属的排出孔。 变速电机驱动泵。 控制器使马达以一定速度选择性地驱动泵,该速度足以提升熔融金属并将其保持在输送泵的向上延伸部分中的预定水平,并且以足以迫使输送管中的熔融金属从第二速度 排气口。
    • 100. 发明授权
    • Melt pumping apparatus and casting apparatus
    • 熔体泵送装置和铸造装置
    • US5454423A
    • 1995-10-03
    • US86182
    • 1993-06-30
    • Jiro TsuchidaHirotaka TsubotaHiroshi YamaguchiDonnie D. Rhum
    • Jiro TsuchidaHirotaka TsubotaHiroshi YamaguchiDonnie D. Rhum
    • B22D17/30B22D35/00B22D39/00F27D3/00F27D3/14B22D37/00
    • B22D39/00B22D17/30F27D3/14F27D2003/0056
    • Apparatus for supplying melt from a melt-holding vessel to a casting machine comprises a ceramic melt pump casing or housing submersible in the melt. The casing includes a melt-pumping chamber with a melt inlet and melt outlet and a piston-receiving bore communicated to the chamber. A piston having a ceramic pumping portion is movable in the bore relative to the chamber in a suction stroke to draw the melt into the chamber through the melt inlet and in a pumping stroke to discharge the melt from the chamber through the melt outlet to, for example, a melt casting machine. A melt inlet valve having a ceramic valve portion submersible in the melt is movable relative to the melt inlet to open/close the melt inlet when the piston pumping portion is moved in the respective suction/pumping stroke. A melt outlet valve having a ceramic valve portion submersible in the melt is movable relative to the melt outlet to close/open the melt outlet when the piston pumping portion is moved in the respective suction/pumping stroke. The casing, piston pumping portion, and melt inlet and outlet valve portions are supported from the support member so as to be submerged in the melt of the melt-holding vessel. Actuators provided for the piston and melt inlet and outlet valves are mounted on the support member above the melt.
    • 用于将熔体从熔融容器供应到铸造机的装置包括在熔体中浸没的陶瓷熔体泵壳体或壳体。 壳体包括具有熔体入口和熔体出口的熔体泵送室以及与室连通的活塞接收孔。 具有陶瓷抽吸部分的活塞可以在吸入冲程中相对于腔室在孔中移动,以通过熔体入口和抽吸冲程将熔体吸入室中,以将来自腔室的熔体通过熔体出口排出,用于 例如熔体浇铸机。 具有在熔体中浸没的陶瓷阀部分的熔体入口阀可相对于熔体入口移动,以在活塞泵送部分在相应的抽吸冲程中移动时打开/关闭熔体入口。 当活塞泵送部分在相应的吸入/抽吸冲程中移动时,具有潜在熔体中的陶瓷阀部分的熔体出口阀可相对于熔体出口移动以关闭/打开熔体出口。 壳体,活塞泵送部分和熔体入口和出口阀部分从支撑构件支撑,以便浸没在熔体保持容器的熔体中。 为活塞提供的致动器和熔体入口和出口阀安装在熔体上方的支撑构件上。