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    • 3. 发明授权
    • Method and system for casting metal
    • 铸造金属的方法和系统
    • US09114452B2
    • 2015-08-25
    • US14059065
    • 2013-10-21
    • Ohannes G. Mangoyan
    • Ohannes G. Mangoyan
    • B22C9/08B22C9/00
    • B22C9/088B22C9/00B22C9/02B22C9/084B22C21/00
    • A metal casting riser sleeve system includes a cope mold portion and an outer riser sleeve portion positioned in the cope mold portion. The outer riser sleeve portion encloses a central outer riser sleeve portion passageway between an outer riser sleeve portion bottom end and top end. The system also includes an inner riser sleeve portion that forms a central inner riser sleeve portion passageway between an inner riser sleeve portion bottom end and top end. The inner riser sleeve portion is slidably positioned within the outer riser sleeve portion passageway. The inner riser sleeve portion is operable to slide upward such that the inner riser sleeve portion top end is above the outer riser sleeve portion top end and such that a riser sleeve system passageway is formed between the inner riser sleeve portion top end and the outer riser sleeve portion bottom end.
    • 金属铸造提升套筒系统包括定位在上模模具部分中的上模模具部分和外立管套筒部分。 外立管套筒部分包围在外立管套筒部分底端和顶端之间的中心外立管套筒部分通道。 该系统还包括内提升套管部分,其在内提升套筒部分底端和顶端之间形成中心的内立管套筒部分通道。 内提升套筒部分可滑动地定位在外提升套筒部分通道内。 内提升套筒部分可操作以向上滑动,使得内提升套筒部分顶端位于外提升套筒部分顶端的上方,并且使得提升套筒系统通道形成在内立管套筒部分顶端和外立管之间 套筒部分底端。
    • 8. 发明申请
    • BREAKER CORE WITH NETLIKE WEBBING SPANNING ITS THROUGH-OPENING
    • 破解核心与网络网络扫描通过开放
    • US20170056965A1
    • 2017-03-02
    • US15249098
    • 2016-08-26
    • GTP SCHAEFER GIESSTECHNISCHE PRODUKTE GmbH
    • Joerg SchaeferThomas Schaefer
    • B22C9/08
    • B22C9/088B22C9/084
    • A breaker core for use in a casting process includes a disk-shaped breaker core (10) having breaker core body and a through-opening (11) for liquid metal. A ring-shaped frame (12) made from a heat-resistant material is secured to the breaker core (10) and has a netlike webbing (15) tensioned therein. The netlike webbing (15) is made from a fire-proof material and spans the through-opening (11) of the breaker core (10) on an underside of a feeder. The frame (17) is secured with an outer sidewall (17) to the body of the disk-shaped breaker core (10). A plane of the netlike webbing (15) tensioned in the frame (12) is secured with a stepped offset to an upper end of the sidewall (17) facing the feeder, so that the netlike webbing (15) is placed in an area of an underside of the breaker core (10) facing the casting model.
    • 用于铸造工艺的断路器芯包括具有断路器芯体的盘形断路器芯(10)和用于液态金属的通孔(11)。 由耐热材料制成的环形框架(12)固定到断路器芯(10)上并且具有张紧在其中的网状织带(15)。 网状织带(15)由防火材料制成,并跨过进料器下侧的断路器芯(10)的通孔(11)。 框架(17)用外侧壁(17)固定到盘形断路器芯(10)的主体上。 在框架(12)中张紧的网状织带(15)的平面以阶梯式偏移固定到面向进料器的侧壁(17)的上端,使得网状织带(15)被放置在 断路器芯(10)的面向铸造模型的下侧。
    • 9. 发明申请
    • Method and System for Casting Metal
    • 铸造金属的方法和系统
    • US20150107795A1
    • 2015-04-23
    • US14059065
    • 2013-10-21
    • Ohannes G. Mangoyan
    • Ohannes G. Mangoyan
    • B22C9/08B22C9/00
    • B22C9/088B22C9/00B22C9/02B22C9/084B22C21/00
    • A metal casting riser sleeve system includes a cope mold portion and an outer riser sleeve portion positioned in the cope mold portion. The outer riser sleeve portion encloses a central outer riser sleeve portion passageway between an outer riser sleeve portion bottom end and top end. The system also includes an inner riser sleeve portion that forms a central inner riser sleeve portion passageway between an inner riser sleeve portion bottom end and top end. The inner riser sleeve portion is slidably positioned within the outer riser sleeve portion passageway. The inner riser sleeve portion is operable to slide upward such that the inner riser sleeve portion top end is above the outer riser sleeve portion top end and such that a riser sleeve system passageway is formed between the inner riser sleeve portion top end and the outer riser sleeve portion bottom end.
    • 金属铸造提升套筒系统包括定位在上模模具部分中的上模模具部分和外立管套筒部分。 外立管套筒部分包围在外立管套筒部分底端和顶端之间的中心外立管套筒部分通道。 该系统还包括内提升套管部分,其在内提升套筒部分底端和顶端之间形成中心的内立管套筒部分通道。 内提升套筒部分可滑动地定位在外提升套筒部分通道内。 内提升套筒部分可操作以向上滑动,使得内提升套筒部分顶端在外提升套筒部分顶端的上方,并且使得提升套筒系统通道形成在内立管套筒部分顶端和外立管之间 套筒部分底端。
    • 10. 发明申请
    • FEEDER ELEMENT
    • 进料元件
    • US20130306685A1
    • 2013-11-21
    • US13705352
    • 2012-12-05
    • FOSECO INTERNATIONAL LIMITED
    • Jan SällströmPaul David Jeffs
    • B22D35/04
    • B22D35/04B22C9/084B22C9/088
    • An elongate collapsible feeder element for use in metal casting and a feeder system with attached feeder element and feeder sleeve. The feeder element has an A end and an opposite B end measured along the height, and a C end and an opposite D end measured along the length. The A end is for mounting on a mold pattern or swing plate and the opposite B end is for receiving a feeder sleeve. A bore is between the A and B ends defined by a sidewall having a stepped collapsible portion. The feeder element is compressible in use to reduce the distance between the A and B ends. The bore is offset from the centre of the feeder element along the length towards the C end and a second sidewall region is non-planar, contiguous with a third sidewall region and located between the bore axis and the D end.
    • 用于金属铸造的细长可折叠进料器元件和具有连接进料器元件和进料器套筒的进料器系统。 馈线元件具有沿着高度测量的A端和相对的B端,沿长度测量C端和相对的D端。 A端用于安装在模具图案或摆动板上,相对的B端用于接收进料器套筒。 在由具有台阶可收缩部分的侧壁限定的A和B端之间的孔。 馈电元件在使用中是可压缩的,以减少A和B端之间的距离。 所述孔从供料器元件的中心沿着长度朝向C端偏移,并且第二侧壁区域是非平面的,与第三侧壁区域相邻并且位于孔轴线和D端之间。