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    • 1. 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。
    • 2. 发明授权
    • Automotive road milling machine
    • 汽车道路铣床
    • US08985702B2
    • 2015-03-24
    • US12969698
    • 2010-12-16
    • Peter BusleyThomas LehnertHerbert LeyCyrus BarimaniGünter Hähn
    • Peter BusleyThomas LehnertHerbert LeyCyrus BarimaniGünter Hähn
    • E01C23/088E01C23/12B28D1/18
    • 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。
    • 3. 发明授权
    • Road construction machine, crawler track unit of a road construction machine, as well as method for tensioning a chain of a crawler track unit
    • 道路施工机械,道路施工机械的履带装置,以及用于张紧履带装置链条的方法
    • US09016810B2
    • 2015-04-28
    • US12725597
    • 2010-03-17
    • Peter BusleyBurkhard FrankCyrus BarimaniGünter Hähn
    • Peter BusleyBurkhard FrankCyrus BarimaniGünter Hähn
    • B62D55/00B62D55/065B62D55/30
    • B62D55/065B62D55/0655B62D55/30B62D55/305
    • In a road construction machine, in particular a road milling machine (1), with a machine frame (2), and a chassis (4) with preferably several crawler track units (6), said chassis (4) carrying the machine frame (2), where the crawler track units (6) comprise a chain (12) which continuously revolves around at least one guide wheel (8) and at least one drive wheel (10), as well as several track rollers (14) which roll on the chain (12) and carry the machine frame (2), where the drive wheel (10) or preferably the guide wheel (8) is provided with an adjustment device (18), which enables the reciprocal spacing of the axles (20,22) of the drive wheel and guide wheel (8,10) to be adjusted for adaptation to a current lengthening of the chain (12), and where in addition to the adjustment device (18), a spring element (24) is provided which allows, using the adjusted spacing as a basis, a shortening of the spacing between the axles (20,22) of the drive wheel and guide wheel (8,10) against the spring force in the event of an operation-related increase of the chain tension to prevent any tension peaks in the chain (12), it is provided that the adjustment device (18) comprises a piston-cylinder unit (28) with a piston (30) to which a preferably hydraulic operating pressure can be applied in order to generate a predetermined force of the piston (30), and that, upon reaching the predetermined chain tension, a locking device (34) locks the end position of the piston (30) of the piston-cylinder unit (28) reached under the operating pressure applied.
    • 在具有机架(2)和优选多个履带单元(6)的底盘(4)的道路施工机械,特别是道路铣刨机(1)中,所述机架(4)承载机架 其中履带单元(6)包括链条(12),所述链条围绕至少一个导向轮(8)和至少一个驱动轮(10)连续地旋转,以及多个滚轮(14) 在链条(12)上并携带机架(2),其中驱动轮(10)或优选地导向轮(8)设置有调节装置(18),其使得轴(20)的往复间隔 驱动轮和引导轮(8,10)的调节装置(22),用于适应链条(12)的电流延长,并且除了调节装置(18)之外,弹簧元件(24)是 被设置为允许使用调整的间距作为基础,缩短驱动轮和引导轮(8,10)的轴(20,22)与sp 在链条张力的操作相关的增加的情况下,防止链条(12)中的任何张力峰值的情况下,提供调节装置(18)包括具有活塞的活塞 - 气缸单元(28) 30),可以施加优选的液压操作压力以产生活塞(30)的预定力,并且在达到预定的链条张力时,锁定装置(34)锁定活塞的端部位置 活塞 - 气缸单元(28)的压力(30)在施加的操作压力下到达。
    • 4. 发明申请
    • Road Construction Machine, Crawler Track Unit Of A Road Construction Machine, As Well As Method For Tensioning A Chain Of A Crawler Track Unit
    • 道路施工机械,道路施工机械履带履带单元以及履带履带单元链条张紧方法
    • US20100237691A1
    • 2010-09-23
    • US12725597
    • 2010-03-17
    • Peter BusleyBurkhard FrankCyrus BarimaniGünter Hähn
    • Peter BusleyBurkhard FrankCyrus BarimaniGünter Hähn
    • F16H7/12
    • B62D55/065B62D55/0655B62D55/30B62D55/305
    • In a road construction machine, in particular a road milling machine (1), with a machine frame (2), and a chassis (4) with preferably several crawler track units (6), said chassis (4) carrying the machine frame (2), where the crawler track units (6) comprise a chain (12) which continuously revolves around at least one guide wheel (8) and at least one drive wheel (10), as well as several track rollers (14) which roll on the chain (12) and carry the machine frame (2), where the drive wheel (10) or preferably the guide wheel (8) is provided with an adjustment device (18), which enables the reciprocal spacing of the axles (20,22) of the drive wheel and guide wheel (8,10) to be adjusted for adaptation to a current lengthening of the chain (12), and where in addition to the adjustment device (18), a spring element (24) is provided which allows, using the adjusted spacing as a basis, a shortening of the spacing between the axles (20,22) of the drive wheel and guide wheel (8,10) against the spring force in the event of an operation-related increase of the chain tension to prevent any tension peaks in the chain (12), it is provided that the adjustment device (18) comprises a piston-cylinder unit (28) with a piston (30) to which a preferably hydraulic operating pressure can be applied in order to generate a predetermined force of the piston (30), and that, upon reaching the predetermined chain tension, a locking device (34) locks the end position of the piston (30) of the piston-cylinder unit (28) reached under the operating pressure applied.
    • 在具有机架(2)和优选多个履带单元(6)的底盘(4)的道路施工机械,特别是道路铣刨机(1)中,所述机架(4)承载机架 其中履带单元(6)包括链条(12),所述链条围绕至少一个导向轮(8)和至少一个驱动轮(10)连续地旋转,以及多个滚轮(14) 在链条(12)上并携带机架(2),其中驱动轮(10)或优选地导向轮(8)设置有调节装置(18),其使得轴(20)的往复间隔 驱动轮和引导轮(8,10)的调节装置(22),用于适应链条(12)的电流延长,并且除了调节装置(18)之外,弹簧元件(24)是 被设置为允许使用调整的间距作为基础,缩短驱动轮和引导轮(8,10)的轴(20,22)与sp 在链条张力的操作相关的增加的情况下,防止链条(12)中的任何张力峰值的情况下,提供调节装置(18)包括具有活塞的活塞 - 气缸单元(28) 30),可以施加优选的液压操作压力以产生活塞(30)的预定力,并且在达到预定的链条张力时,锁定装置(34)锁定活塞的端部位置 活塞 - 气缸单元(28)的压力(30)在施加的操作压力下到达。
    • 6. 发明授权
    • Building machine
    • 建筑机械
    • US09121145B2
    • 2015-09-01
    • US12070352
    • 2008-02-15
    • Christian BerningPeter BusleyGünter HähnThomas Kramer
    • Christian BerningPeter BusleyGünter HähnThomas Kramer
    • E01C23/088E01C19/00
    • E01C23/088E01C19/00
    • The invention relates to a building machine, in particular a road-building machine, having running gear and a chassis which is fitted with a working unit which has one or more implements. The building machine has a stored-program control device for controlling the implements of the working unit and a device for displaying operational variables or operational states in the form of characters or images. In addition to the stored-program control device, the building machine has a centralized data processing device which is embodied in such a way that operational variables or operational states can be displayed as characters or images with the device for displaying operational variables or operational states. The exchange of data between the stored-program control device and the centralized data processing device is carried out via a first data bus, while the exchange of data between the data processing device and the device for displaying operational variables or operational states is carried out via a second data bus.
    • 本发明涉及一种建筑机械,特别是建筑机械,其具有行走装置和底盘,该底盘配备有具有一个或多个工具的工作单元。 建筑机械具有用于控制工作单元的工具的存储程序控制装置和用于以字符或图像的形式显示操作变量或操作状态的装置。 除了存储程序控制装置之外,建筑机器还具有集中的数据处理装置,该装置以可操作变量或操作状态可显示为用于显示操作变量或操作状态的装置的字符或图像。 存储程序控制装置与集中式数据处理装置之间的数据交换通过第一数据总线进行,而数据处理装置与用于显示操作变量或操作状态的装置之间的数据交换通过 第二条数据总线。
    • 7. 发明授权
    • Device for milling ground surfaces, specially roadways
    • 用于铣削地面的装置,特别是道路
    • US06457779B1
    • 2002-10-01
    • US09647212
    • 2000-09-28
    • Peter BusleyOlaf GaertnerHerbert Ley
    • Peter BusleyOlaf GaertnerHerbert Ley
    • E01C2309
    • E01C23/088
    • A device for milling off ground surfaces, especially roadways In a device for milling off ground surfaces (2), especially roadways, comprising a track assembly (4) supporting a machine frame (6), a rolling mill (8) supported in the machine frame (6) and extending transverse to the traveling direction, at least one conveying means (10) arranged in the traveling direction in front of the milling roll (8), for transporting away the milled off material, and a roll casing (18) with a passage opening (22) for the milled of material, facing the conveying means (10), it is provided that the end of the conveying means (10) at the milling roll is supported in a belt shoe (16) fixed at the machine frame (6) so as to be vertically adjustable, and wherein the belt shoe (16) and the conveying means (10) form a rigid unit that cannot be pivoted in relation to each other.
    • 用于铣削地面,特别是道路的装置在用于铣削地面(2)的设备中,特别是道路,包括支撑机架(6)的轨道组件(4),支撑在机器中的轧机(8) 框架(6)并且横向于行进方向延伸,至少一个传送装置(10),其沿行进方向布置在铣削辊(8)的前方,用于传送被磨掉的材料;以及辊壳体(18) 具有用于磨碎的材料的通道开口(22),面向输送装置(10),设置在铣刨辊处的输送装置(10)的端部被支撑在固定在 机架(6)以便可垂直调节,并且其中,所述皮带靴(16)和所述输送装置(10)形成不能相对于彼此枢转的刚性单元。
    • 8. 发明授权
    • Device for milling off ground surfaces especially roadways
    • 用于铣削地面,特别是道路的装置
    • US06296318B1
    • 2001-10-02
    • US09252366
    • 1999-02-18
    • Dieter SimonsPeter BusleyHerbert Ley
    • Dieter SimonsPeter BusleyHerbert Ley
    • E01C2312
    • E01C23/088
    • In a device for milling off ground surfaces, especially roadways, having a wheel frame carrying a machine frame, a milling roller supported in the machine frame and extending transversely to the direction of travel, at least one conveyor means arranged in front of the milling roller in the direction of travel for removing the milled material, and having a shield arrangement extending transversely to the direction of travel between the milling roller and the conveyor means having a vertical cover plate with a passage opening for the milled material, it is provided that the end, on the side of the milling roller, of the conveyor means is dismountably supported in a belt shoe fixed to the machine frame in a height-adjustable manner, and that the belt shoe and the conveyor means comprise guiding means and coupling means adapted to one another.
    • 在用于铣削地面,特别是道路的装置中,具有承载机架的车轮框架,支撑在机架中并且横向于行进方向延伸的铣辊,至少一个设置在铣削辊前面的输送机构件 在移动铣削材料的行进方向上,并且具有横向于铣削辊和传送装置之间的行进方向延伸的屏蔽装置,该屏蔽装置具有带有铣削材料的通道开口的垂直盖板, 在铣刨辊的侧面上,传送装置的一端以可调节的方式可拆卸地支撑在固定到机架上的皮带蹄中,并且皮带蹄和传送装置包括引导装置和连接装置, 另一个。
    • 9. 发明授权
    • Device for treating soils or road surfaces
    • 用于处理土壤或路面的装置
    • US06887013B2
    • 2005-05-03
    • US10655064
    • 2003-09-05
    • Herbert LeyPeter BusleyWalter Grueber
    • Herbert LeyPeter BusleyWalter Grueber
    • B05B1/30B05B15/02E01C21/00E01C23/06E01C23/00B67D1/08
    • E01C23/065B05B1/3046B05B15/5225E01C21/00
    • A device for treating soils or road surfaces includes a machine frame (1) carrying a working roll (4) in a working roll housing (8) defining a working space (6). The roll housing (8) is provided with a spraying mechanism (10) for binder or water having at least one outlet nozzle (12) opening directly into the working space (6). A controllable closing device (18) has a closing element (22) which, in an open position, unblocks the outlet nozzle (12) and in a first closed position, closes the outlet nozzle (12). The closing device (18) is capable of triggering an additional movement of the closing element (22) beyond the first closing position such that at a second closed position, material accumulations in and/or beyond the outlet nozzle (12) are removed.
    • 用于处理土壤或路面的装置包括在工作辊壳体(8)中承载定义工作空间(6)的工作辊(4)的机架(1)。 辊筒(8)设置有用于粘合剂或水的喷射机构(10),其具有直接打开到工作空间(6)中的至少一个出口喷嘴(12)。 可控制的关闭装置(18)具有封闭元件(22),该打开元件在打开位置解除出口喷嘴(12)的阻塞,并且在第一关闭位置关闭出口喷嘴(12)。 关闭装置(18)能够触发关闭元件(22)的额外移动超过第一关闭位置,使得在第二关闭位置处,去除在出口喷嘴(12)内和/或超出出口喷嘴(12)的材料积聚。
    • 10. 发明授权
    • Auxiliary drive
    • 辅助驱动
    • US08480181B2
    • 2013-07-09
    • US13448686
    • 2012-04-17
    • Peter BusleyOlaf GaertnerDieter Simons
    • Peter BusleyOlaf GaertnerDieter Simons
    • E01C23/12
    • E01C23/088E01C23/127Y10T29/49826
    • A construction machine for the treatment of ground surfaces includes a machine frame, a drive motor, a work drum supported from the machine frame and including exchangeable tools fastened to the work drum, a belt drive and an auxiliary drive. The belt drive includes a motor-side pulley connected to the drive motor, a drum-side pulley connected to the work drum, and at least one drive belt connecting the motor-side pulley to the drum-side pulley. The auxiliary drive may be permanently coupled to the belt drive, or the auxiliary drive may include an adjustment mechanism for moving the auxiliary drive between a coupled and an uncoupled position.
    • 用于处理地面的施工机械包括机架,驱动马达,从机​​架支撑的工作滚筒,并且包括紧固到工作滚筒的可更换工具,皮带传动和辅助驱动。 带驱动器包括连接到驱动电动机的电动机侧滑轮,连接到工作鼓的鼓侧滑轮以及将电动机侧滑轮连接到鼓侧滑轮的至少一个驱动带。 辅助驱动器可以永久地联接到皮带驱动器,或者辅助驱动器可以包括用于在辅助驱动器和耦合驱动器之间移动辅助驱动器的调节机构。