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    • 45. 发明申请
    • Automotive Road Milling Machine
    • 汽车道路铣床
    • US20110148177A1
    • 2011-06-23
    • US12969698
    • 2010-12-16
    • Peter BusleyThomas LehnertHerbert LeyCyrus BarimaniGünter Hähn
    • Peter BusleyThomas LehnertHerbert LeyCyrus BarimaniGünter Hähn
    • E01C23/12E21C25/10E21C25/06E01C23/088
    • E01C23/088B28D1/188E01C23/127
    • In an automotive road milling machine (1) for milling ground surfaces (3), with a machine frame (2), a milling drum (4) with a quick-change system arranged at the machine frame (2) in a drum housing (11), a driving device (6) for driving the milling drum (4), a reduction gear (8) arranged between the driving device (6) and the milling drum (4), where the milling drum (4) is arranged between drum housing walls (12,13) of the drum housing (11) running orthogonally to the axis of rotation of the milling drum (4), where the quick-change system is provided with a basic drum body (14) and at least one milling tube element (10) capable of being pushed onto the basic drum body (14), where the drum housing wall (13) opposite the drive-side drum housing wall (12) is easily removable for the quick exchange of alternatively usable milling tube elements (10), it is provided for the following features to be achieved: the housing (9) of the reduction gear (8) is attached to the machine frame (2) in a torsionally rigid fashion, inside the machine frame (2), between the driving device (6) and the drum housing wall (12) at the drum housing (11).
    • 在用于铣削具有机架(2)的地面(3)的汽车道路铣床(1)中,具有布置在机架(2)处的滚筒壳体中的快速更换系统的铣削鼓(4) 11),用于驱动研磨鼓(4)的驱动装置(6),布置在驱动装置(6)和铣削鼓(4)之间的减速齿轮(8),其中铣削鼓(4)布置在 所述鼓壳体(11)的滚筒壳体壁(12,13)与所述研磨鼓(4)的旋转轴线正交地运行,其中所述快速更换系统设置有基本鼓体(14)和至少一个 铣削管元件(10),其能够被推到基本鼓体(14)上,其中与驱动侧鼓壳体壁(12)相对的鼓壳体壁(13)可容易地移除,以便快速更换可选择的铣削管 元件(10),为了实现以下特征而提供:减速齿轮(8)的壳体(9)以机架(2)的形式安装在机架 在机架(2)内部,位于驱动装置(6)与滚筒外壳(11)之间的滚筒外壳壁(12)之间。
    • 46. 发明授权
    • Road construction machine, leveling device, as well as method for controlling the milling depth or milling slope in a road construction machine
    • 道路施工机械,整平装置以及道路施工机械铣削深度或铣削坡度的控制方法
    • US07946788B2
    • 2011-05-24
    • US12225792
    • 2007-04-12
    • Jaroslaw JuraszGünter HähnGünter Tewes
    • Jaroslaw JuraszGünter HähnGünter Tewes
    • E01C23/08
    • E01C23/127E01C23/088
    • In a road construction machine (1) for the treatment of road surfaces with a milling drum (3) height-adjustable with regard to the milling depth, with a leveling device (4) with at least one controller (6a, 6c) which receives set values for the milling depth and/or the slope of the milling drum (3), and with at least one exchangeable sensor (A, B, C) or with several switchable sensors for registering the current actual value of the milling depth and/or the slope of the milling drum (3) relative to a reference surface, where the controller (6a, 6c) effects a milling depth control and/or a slope control for the milling drum (3) conditional on pre-determined set values and the currently measured actual values of the at least one sensor (A, B, C) by returning an adjustment value for achieving or maintaining the set value during the milling operation, where the leveling device (4) is provided with an indication and setting device (2) for indicating and setting operating parameters for the at least one sensor (A, B, C), it is provided that the indication and setting device (2) of the leveling device (4), in addition to an indication and setting unit (2a, 2c) provided for the at least one sensor (A, C) currently in use, is provided with an additional indication and setting unit (2b) for a selectable sensor (B) that is to be exchanged for the sensor (A, C) currently in use.
    • 在道路施工机械(1)中,用于通过具有与铣削深度相关的高度可调节的铣削滚筒(3)来处理路面,具有至少一个控制器(6a,6c)的调平装置(4),其接收 铣削深度的设定值和/或铣削鼓(3)的斜率,以及至少一个可更换传感器(A,B,C)或多个可切换传感器,用于记录铣削深度的当前实际值和/ 或铣刀鼓(3)相对于参考表面的斜度,其中控制器(6a,6c)以预定的设定值为条件对铣削鼓(3)进行铣削深度控制和/或倾斜控制,并且 所述至少一个传感器(A,B,C)的当前测量的实际值通过返回用于在所述铣削操作期间实现或保持所述设定值的调整值,其中所述调平装置(4)设置有指示和设定装置 (2)用于指示和设置a的操作参数 至少一个传感器(A,B,C),除了指示和设置单元(2a,2c)之外,还提供了调平装置(4)的指示和设置装置(2) 当前正在使用的一个传感器(A,C)设置有用于当前使用的传感器(A,C)的用于可更换传感器(B)的附加指示和设置单元(2b)。
    • 47. 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)。