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    • 1. 发明申请
    • Mining Machine, In Particular Surface Miner, As Well As Method For The Removal And Installation Of A Transport Device In A Mining Machine
    • 采矿机,特别是采矿机,以及采矿机中运输装置的拆卸和安装方法
    • US20100237681A1
    • 2010-09-23
    • US12723824
    • 2010-03-15
    • Winfried von SchonebeckThomas MannebachCyrus BarimaniGünter Hähn
    • Winfried von SchonebeckThomas MannebachCyrus BarimaniGünter Hähn
    • E21C35/20E21C27/00E21C41/26E21C25/06E21C47/00
    • E21C27/24E21C35/20E21C41/26E21C47/02
    • In a mining machine (1) for the processing of a ground (3), in particular surface miner, with a machine frame (2), a cutting drum (4) mounted in the machine frame (2), a first transport device (6), which accepts mining material from the cutting drum (4), a second transport device (12), which accepts the mining material from the first transport device (6) at a point of acceptance (18) that is arranged at the lower end (14) of the second transport device (12) and is located below the upper end (22) of the first transport device (6), a conveyor suspension device (10) for the second transport device (12), which is mounted at the machine frame (2) to slew about a vertical slewing axis (8), where the second transport device (12) is pivotable about a first horizontal pivoting axis (24) that runs transverse to the longitudinal direction of the second transport device (12) and is mounted in the conveyor suspension device (10), and where the vertical slewing axis (8) of the conveyor suspension device (10) runs essentially centrally through the point of acceptance (18), it is provided that the conveyor suspension device (10), together with the second transport device (12), is pivotable, relative to the machine frame (2), about a second horizontal pivoting axis (28).
    • 在用于处理地面(3)的矿用机器(1)中,特别是用机架(2)的平面采矿机,安装在机架(2)中的切割滚筒(4),第一传送装置 6,其接受来自切割滚筒(4)的采矿材料;第二传送装置(12),其在接纳点(18)处接收来自第一传送装置(6)的采矿材料, 第二输送装置(12)的端部(14)并且位于第一输送装置(6)的上端(22)的下方,用于第二输送装置(12)的输送机悬挂装置(10) 在所述机架(2)处围绕垂直回转轴线(8)旋转,其中所述第二输送装置(12)围绕横向于所述第二输送装置的纵向方向延伸的第一水平摆动轴线(24) 12),并安装在输送机悬挂装置(10)中,并且输送机悬架的垂直回转轴线(8)d 设备(10)基本上在接纳点(18)的中心运行,提供了输送机悬挂装置(10)与第二输送装置(12)相对于机架(2)可枢转, 围绕第二水平枢转轴线(28)。
    • 2. 发明授权
    • Mining machine, in particular surface miner, as well as method for the removal and installation of a transport device in a mining machine
    • 采矿机,特别是矿用挖掘机,以及在采矿机中移除和安装运输装置的方法
    • US08388070B2
    • 2013-03-05
    • US12723824
    • 2010-03-15
    • Winfried von SchönebeckThomas MannebachCyrus BarimaniGünter Hähn
    • Winfried von SchönebeckThomas MannebachCyrus BarimaniGünter Hähn
    • B65G19/24
    • E21C27/24E21C35/20E21C41/26E21C47/02
    • In a mining machine (1) for the processing of a ground (3), in particular surface miner, with a machine frame (2), a cutting drum (4) mounted in the machine frame (2), a first transport device (6), which accepts mining material from the cutting drum (4), a second transport device (12), which accepts the mining material from the first transport device (6) at a point of acceptance (18) that is arranged at the lower end (14) of the second transport device (12) and is located below the upper end (22) of the first transport device (6), a conveyor suspension device (10) for the second transport device (12), which is mounted at the machine frame (2) to slew about a vertical slewing axis (8), where the second transport device (12) is pivotable about a first horizontal pivoting axis (24) that runs transverse to the longitudinal direction of the second transport device (12) and is mounted in the conveyor suspension device (10), and where the vertical slewing axis (8) of the conveyor suspension device (10) runs essentially centrally through the point of acceptance (18), it is provided that the conveyor suspension device (10), together with the second transport device (12), is pivotable, relative to the machine frame (2), about a second horizontal pivoting axis (28).
    • 在用于处理地面(3)的矿用机器(1)中,特别是用机架(2)的平面采矿机,安装在机架(2)中的切割滚筒(4),第一传送装置 6,其接受来自切割滚筒(4)的采矿材料;第二传送装置(12),其在接纳点(18)处接收来自第一传送装置(6)的采矿材料, 第二输送装置(12)的端部(14)并且位于第一输送装置(6)的上端(22)的下方,用于第二输送装置(12)的输送机悬挂装置(10) 在所述机架(2)处围绕垂直回转轴线(8)旋转,其中所述第二输送装置(12)围绕横向于所述第二输送装置的纵向方向延伸的第一水平摆动轴线(24) 12),并安装在输送机悬挂装置(10)中,并且输送机悬架的垂直回转轴线(8)d 设备(10)基本上在接纳点(18)的中心运行,提供了输送机悬挂装置(10)与第二输送装置(12)相对于机架(2)可枢转, 围绕第二水平枢转轴线(28)。
    • 4. 发明授权
    • Chisel holder, and chisel holder system comprising a chisel holder and a base part
    • 凿子支架和凿子支架系统,包括凿子支架和基部
    • US09163502B2
    • 2015-10-20
    • US13991297
    • 2011-12-02
    • Thomas LehnertKarsten BuhrMartin LenzCyrus BarimaniGünter HähnKarl KammererBernhard DiesnerMarkus Roth
    • Thomas LehnertKarsten BuhrMartin LenzCyrus BarimaniGünter HähnKarl KammererBernhard DiesnerMarkus Roth
    • E21C35/19E21C35/193E21C35/18
    • E21C35/18E21C35/19E21C35/1933E21C2035/191
    • A chisel holder comprises a body zone (12) having a chisel receiving opening (18) that is open at least in the direction of a chisel insertion end (14) of the body zone (12), and also comprises a fastening shaft (26) which extends from a supporting end (20) of the body zone (12) and has a longitudinal shaft axis. A fastening member-affecting zone is provided on a first side of the fastening shaft (26), and a supporting zone (78) that has supporting surface regions (88, 90) which are inclined relative to each other and adjoin each other in a transition zone (92) extending in the direction of the longitudinal shaft axis is provided on a second side of the fastening shaft (26), said second side lying opposite the first side relative to the longitudinal shaft axis. Said chisel holder is characterized in that the transition zone (92) is designed like a cavity, or/and at least some sections of at least one supporting surface region (88, 90) project radially outward from a basic outer peripheral surface (94) of the fastening shaft (26) in relation to the longitudinal shaft axis.
    • 凿子保持器包括具有凿子接收开口(18)的主体区域(12),其至少沿主体区域(12)的凿子插入端(14)的方向开口,并且还包括紧固轴(26) ),其从身体区域(12)的支撑端(20)延伸并且具有纵轴轴线。 紧固构件影响区域设置在紧固轴(26)的第一侧上,并且支撑区域(78)具有支撑表面区域(88,90),其相对于彼此倾斜并且彼此邻接 在所述紧固轴(26)的第二侧上设置有沿纵轴方向延伸的过渡区(92),所述第二侧相对于所述纵轴的轴线与所述第一侧相对。 所述凿子保持器的特征在于,过渡区域(92)被设计成类似于空腔,或/和至少一个支撑表面区域(88,90)的至少一些部分从基本外围表面(94)径向向外突出, 的紧固轴(26)相对于纵轴轴线。