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    • 1. 发明申请
    • Molten metal injector system and method
    • 熔融金属喷射器系统及方法
    • US20020108736A1
    • 2002-08-15
    • US10120280
    • 2002-04-10
    • Thomas N. MeyerMichael J. KinoszNicholas BiglerGuy Arnaud
    • B22D017/04B22D035/04
    • B22D35/04B22D18/04B22D39/02
    • The molten metal injector system includes a holder furnace containing a supply of molten metal. A casting mold is supported above the holder furnace. The mold defines a mold cavity for receiving molten metal from the holder furnace. One or more molten metal injectors is supported from the bottom side of the mold. The injector is in fluid communication with the mold cavity and includes a reciprocating piston for pumping molten metal upward from the holder furnace and injecting the molten metal into the mold cavity. The injector is partially submerged in molten metal when the holder furnace contains molten metal. The injector includes a molten metal intake for receiving molten metal into the injector. The molten metal intake is located below the surface of the molten metal in the holder furnace.
    • 熔融金属注射器系统包括容纳熔融金属供应的保持炉。 铸模在支架炉上方支撑。 模具限定了用于从保持炉接收熔融金属的模腔。 一个或多个熔融金属注射器从模具的底侧被支撑。 注射器与模具腔流体连通,并且包括往复式活塞,用于将熔融金属从保持炉向上推动并将熔融金属注入模腔中。 当夹持炉包含熔融金属时,喷射器部分地浸没在熔融金属中。 喷射器包括用于将熔融金属接收到喷射器中的熔融金属进料口。 熔融金属进料位于保持炉中熔融金属的表面下方。
    • 2. 发明申请
    • Aluminium pressure casting
    • 铝压铸
    • US20030173052A1
    • 2003-09-18
    • US10369561
    • 2003-02-21
    • Morris Taylor MurrayMatthew Alan Cope
    • B22D017/00B22D035/04
    • B22D17/007B22D17/2272Y10S164/90
    • A metal flow system, for use in casting aluminium alloy using a pressure casting machine, is provided by a component of a die or mould assembly, for the machine, which defines a die cavity. The component defines at least part of an alloy flow path for the flow of aluminium alloy from a pressurized source of substantially molten aluminium alloy of the machine to the die cavity. The flow includes at least one runner and a controlled expansion port, referred to also as a CEP, which has an inlet through which the CEP is able to receive aluminium alloy from the runner and an outlet through which aluminium alloy is able to flow from the CEP for filling the die cavity. The CEP increases in cross-sectional area from the inlet to the outlet thereof to cause substantially molten alloy received into the runner to undergo a substantial reduction in flow velocity in its flow through the CEP whereby the aluminium alloy flowing through the CEP attains a viscous or semi-viscous state which is retained in filling the die cavity. A pressure casting machine includes the metal flow system, while the system also is used in a process for pressure casting of aluminium alloys.
    • 用于铸造铝合金的金属流动系统使用压铸机由模具或模具组件的组件提供,用于机器,该模具或模具组件限定模腔。 该组件限定了用于铝合金从机器的基本上熔融的铝合金加压源到模腔的合金流动路径的至少一部分。 该流程包括至少一个流道和受控的膨胀口,也称为CEP,其具有入口,CEP能够通过该入口从流道接收铝合金和铝合金能够从其中流出的出口 CEP用于填充模腔。 CEP从入口到出口的横截面积增加,使得容纳在流道中的基本熔融的合金在其流过CEP的流动中经历显着的流速降低,由此流过CEP的铝合金达到粘性或 保留在模腔中的半粘性状态。 压铸机包括金属流动系统,而该系统也用于铝合金压铸过程中。
    • 4. 发明申请
    • Method for metal casting in green-sand molds and casting gutter sealing device
    • 绿砂模具和浇注沟槽密封装置的金属铸造方法
    • US20020129920A1
    • 2002-09-19
    • US10124691
    • 2002-04-15
    • Agustin Arana Erana
    • B22D035/04
    • B22C9/02B22C9/082B22D18/04B22D35/04
    • The method relies on the simultaneous filling of mold (1) from its bottom through main casting gutter (3) and rising of molten metal (2) in a secondary gutter (6) which branches off from the start of casting gutter (3), with said molten metal (2) rising in secondary gutter (6) in the same amount as in mold (1), so that when the latter is full the main casting gutter (3) is sealed and feeding from the secondary gutter (6) continues, causing it to overflow and fill the corresponding feed head (5) provided on top of mold (1), with secondary gutter (6) communicating at the top with said feed head (5) so that once said feed head is full secondary gutter (6) is sealed. In this manner, the most liquid metal will reach the top part of mold (1) and may be fed to it to compensate contraction of the metal as it cools. A further object of the invention is the device (7) which seals the main casting gutter (3) and the secondary gutter (6), with these two sealing devices (7) being identical and independent.
    • 该方法依赖于从浇口槽(3)开始分支的第二沟槽(6)中从其底部同时填充模具(1),通过主浇沟(3)和熔融金属(2)的上升, 所述熔融金属(2)以与模具(1)中相同的量在第二沟槽(6)中上升,使得当熔融金属(2)充满时,主铸槽(3)被密封并从第二槽(6) 继续,使其溢出并填充设置在模具(1)顶部上的相应进给头(5),其中第二沟槽(6)在顶部与所述进给头(5)连通,使得一旦所述进给头是完全次级的 沟槽(6)被密封。 以这种方式,最液体的金属将到达模具(1)的顶部,并且可以被供给到其以补偿金属在冷却时的收缩。 本发明的另一个目的是用这两个密封装置(7)相同且独立的方式密封主浇沟(3)和第二沟槽(6)的装置(7)。
    • 7. 发明申请
    • Multiple casting apparatus and method
    • 多种铸造装置和方法
    • US20030183360A1
    • 2003-10-02
    • US10112999
    • 2002-03-29
    • Robert W. Ratte
    • B22D015/00B22D035/04
    • B22D17/20B22D17/00B22D17/007B22D18/02B22D25/04H01M4/00
    • An apparatus and method for pressure casting a battery part wherein an extendible piston includes sidewalls for shutting off the supply of molten lead and an impact surface that extends in a side-to-side condition to form an end surface of a battery part cavity so that when the extendible piston is brought into an intensifying condition the extendible piston shuts off further supply of molten metal while a heat source maintains the lead in a molten state as the impact surface of the piston forms a side-to-side mold cavity surface to complete the mold cavity surface thereby eliminating unevenness in the surface of the finished battery part by generating a force with the extendible piston which is sufficient to form a battery part so that upon removal from the mold the batter part is substantially free of tears and cracks as well as surface irregularities.
    • 一种用于压铸铸造电池部件的装置和方法,其中可延伸的活塞包括用于切断熔融铅的供应的侧壁和在侧向状态下延伸以形成电池部件腔的端面的冲击表面, 当可伸缩活塞处于强化状态时,随着活塞的冲击表面形成一个侧面到模具腔表面,可扩展活塞关闭熔融金属的进一步供应,同时热源将引线保持在熔融状态 模腔表面,从而通过产生足够形成电池部分的可伸缩活塞的力,从而消除了成品电池部件的表面的不均匀性,使得当从模具移除时,面糊部件也基本上没有眼泪和裂缝 作为表面不规则。
    • 9. 发明申请
    • Device for producing castings that comprises a wall can be guided into the casting mold
    • 用于生产包括壁的铸件的装置可以被引导到铸模中
    • US20030173053A1
    • 2003-09-18
    • US10070565
    • 2002-07-10
    • Christian Boehnke
    • B22D017/08B22D035/04
    • B22D17/2015B22D17/007
    • The invention relates to a device for producing castings from flowable or strewable starting material. Said device comprises an injection unit, out of which the at least partially liquefied material can be injected into a casting mold. The injection unit has an inlet opening for supplying the material, and the injection unit has a chamber with two moveable walls. These walls can either be moved together in one direction or in opposite directions in such a manner that the volume of the interior of the chamber can be altered as desired and/or the interior of the chamber can he displaced, whereby one or both walls form a portion of the wall delimiting the mold cavity. The invention provides that both walls each form a portion of the wall delimiting the mold cavity, whereby one of the walls can be guided into the casting mold.
    • 本发明涉及一种用于从可流动或可制造的起始材料制造铸件的装置。 所述装置包括注射单元,其中至少部分液化的材料可以喷射到铸模中。 注射单元具有用于供应材料的入口,并且注射单元具有具有两个可移动壁的腔室。 这些壁可以沿着一个方向或相反的方向一起移动,使得室的内部的体积可以根据需要改变和/或室的内部可以移位,由此一个或两个壁形成 限定模腔的壁的一部分。 本发明提供了两个壁都形成限定模腔的壁的一部分,由此一个壁可以被引导到铸模中。