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    • 1. 发明申请
    • IMPROVED WHEEL-LIFT ASSEMBLY FOR WRECKERS
    • 改进的轮子组件为WRECKERS
    • WO2005051832A2
    • 2005-06-09
    • PCT/US2004038627
    • 2004-11-19
    • JERR DAN CORPWELLER JEFFHARRIS STEVEN CHUMPHRIES DAVID F
    • WELLER JEFFHARRIS STEVEN CHUMPHRIES DAVID F
    • B60P3/12B62D43/00B66C20060101B66C
    • B60P3/125B62D43/00
    • An improved wheel-lift assembly is provided for towing vehicles on a wrecker. The wheel-lift assembly is adapted to be mounted on the rear deck of the wrecker. The wheel-lift tow assembly includes a relatively thin crossbar assembly, a pair of pivotal lifting arms, and multiple hydraulic cylinders. Two of the hydraulic cylinders are connected to support arms, and thereby control the position of the lifting arms. The hydraulic cylinders are positioned on an outboud portion of the wheel-lift assembly. The wheel-lift assembly includes over-center locking devices for securely locking the lifting arms in place during towing. The wheel-lift assembly may also include reinforcements on the lift arms to create a wear zone for identifying usual wear due to improper usage.
    • 提供了一种改进的车轮升降组件,用于在清障车上牵引车辆。 轮升降组件适于安装在清障车的后甲板上。 轮式提升拖车组件包括相对薄的横梁组件,一对枢转提升臂和多个液压缸。 两个液压缸连接到支撑臂,从而控制提升臂的位置。 液压缸定位在车轮提升组件的外侧部分上。 轮升降组件包括用于在牵引期间将提升臂牢固地锁定在适当位置的过中心锁定装置。 车轮提升组件还可以包括提升臂上的增强件,以形成用于识别由于不当使用造成的常规磨损的磨损区域。
    • 3. 发明申请
    • RAIL ARRANGEMENT
    • 铁路安排
    • WO2006028384A3
    • 2006-05-04
    • PCT/NO2005000328
    • 2005-09-08
    • ASKIM MEK VERKSTED ASHAMGAARD SIGURD
    • HAMGAARD SIGURD
    • B66C7/02B61B13/04B66C20060101B66C11/06B66C23/24E04G3/28E04G3/34
    • B61B13/04B66C7/02B66C11/06B66C23/24E04G3/34
    • A rail arrangement (1) is described, which is fixed to a building structure and is adapted to be able to support, displaceably along a rail (2) belonging to the rail arrangement (1), a load connected to a beam (3), which is designed to be capable of being displaced sideways, which beam (3) in its end area facing the rail arrangement (1) is provided with a trolley unit (5) equipped with rollers (6, 7) having contact or rolling faces (9a, 9b) which cooperatively encircle internal, adapted, corresponding contact or rolling faces (8a, 8b) on the rail (2) encircling the trolley unit (5), wherein the rail (2) is provided as a profiled rail with a web portion which at opposite end portions is shaped with outwardly projecting legs provided with the respective rolling or contact faces (8a, 8b) and that the trolley unit (5) may be provided for motorised operation in that at least one drive wheel (6) can be driven by a drive means (4), on which drive wheel (6) the rolling or contact face or faces (9a, 9b) are provided in such manner that there is obtained good gripping power with the rolling or contact face or faces (8a, 8b) on the rail (2), which are so oriented that a moment of force from the load will be transferred via the beam (3) and the wheels (6, 7) towards the contact faces on the rail (2).
    • 描述了一种导轨装置(1),该导轨装置固定在建筑物结构上并且适于沿着属于导轨装置(1)的导轨(2)可移动地支撑连接到梁(3)的负载, ,其设计成能够侧向移动,所述梁(3)在其面向所述轨道装置(1)的端部区域中设置有配备有滚轮(6,7)的滑车单元(5),所述滚轮具有接触面或滚动面 (2)上的内部适配的相应的接触面或滚动面(8a,8b)相配合的导轨(9a,9b),其中所述导轨(2)设置成带有 其在相对的端部处成形为具有设置有相应滚动或接触面(8a,8b)的向外突出的腿部,并且滑车单元(5)可以设置用于机动操作,其中至少一个驱动轮(6) 可由驱动装置(4)驱动,驱动轮(6)在驱动装置(4)上滚动或接触面或面对 (9a,9b)以这样的方式设置,使得在轨道(2)上的滚动面或接触面(8a,8b)获得良好的夹持力,所述滚动面或接触面定向成使得来自负载的力矩 经由梁(3)和轮子(6,7)传递到轨道(2)上的接触面。
    • 4. 发明申请
    • RAIL ARRANGEMENT
    • 铁路安排
    • WO2006028384A2
    • 2006-03-16
    • PCT/NO2005/000328
    • 2005-09-08
    • ASKIM MEK. VERKSTED ASHAMGAARD, Sigurd
    • HAMGAARD, Sigurd
    • B61B13/04B66C20060101B66C7/02B66C11/06B66C23/24E04G3/34
    • B61B13/04B66C7/02B66C11/06B66C23/24E04G3/34
    • A rail arrangement (1) is described, which is fixed to a building structure and is adapted to be able to support, displaceably along a rail (2) belonging to the rail arrangement (1), a load connected to a beam (3), which is designed to be capable of being displaced sideways, which beam (3) in its end area facing the rail arrangement (1) is provided with a trolley unit (5) equipped with rollers (6, 7) having contact or rolling faces (9a, 9b) which cooperatively encircle internal, adapted, corresponding contact or rolling faces (8a, 8b) on the rail (2) encircling the trolley unit (5), wherein the rail (2) is provided as a profiled rail with a web portion which at opposite end portions is shaped with outwardly projecting legs provided with the respective rolling or contact faces (8a, 8b) and that the trolley unit (5) may be provided for motorised operation in that at least one drive wheel (6) can be driven by a drive means (4), on which drive wheel (6) the rolling or contact face or faces (9a, 9b) are provided in such manner that there is obtained good gripping power with the rolling or contact face or faces (8a, 8b) on the rail (2), which are so oriented that a moment of force from the load will be transferred via the beam (3) and the wheels (6, 7) towards the contact faces on the rail (2).
    • 描述了轨道装置(1),其固定到建筑结构并且适于能够沿着属于轨道装置(1)的轨道(2)可移动地支撑连接到梁(3)的负载, ,其设计成能够侧向移位,在其面向轨道装置(1)的端部区域中的梁(3)设置有装备有具有接触或滚动面的辊(6,7)的手推车单元(5) (9a,9b),其协同地围绕围绕所述台车单元(5)的所述轨道(2)上的内部适应的相应接触或滚动面(8a,8b),其中所述轨道(2)被设置为具有 腹板部分,其在相对端部分形成有设置有相应的滚动或接触面(8a,8b)的向外突出的腿部,并且滑架单元(5)可以设置用于在至少一个驱动轮(6)中的电动操作, 可由驱动装置(4)驱动,驱动轮(6)滚动或接触面或面 (9a,9b)以这样的方式设置,使得通过导轨(2)上的滚动或接触面(8a,8b)获得良好的夹紧力,其被定向成使得来自负载的力矩将 经由梁(3)和轮(6,7)转移到轨道(2)上的接触面。
    • 6. 发明申请
    • METHOD IN A BOOM ASSEMBLY LOADER AND A BOOM ASSEMBLY LOADER
    • 汽车组装装载机和汽车装配机的方法
    • WO01036312A1
    • 2001-05-25
    • PCT/FI2000/000908
    • 2000-10-19
    • A01G23/02A01G23/08B66C20060101B66C23/16B66C23/42B66C23/70
    • B66C23/54
    • The invention relates to a method in a boom loader, and a boom loader in connection with a work machine (TK). A first boom part (1) in the boom assembly is articulated with a first joint (N1) to the frame of a work machine (TK) driving the boom loader (PK), to be rotatable with respect to the frame by a first actuator (T1). A second boom part (2) in the boom assembly is articulated to the second end (1b) of the first boom part (1) by means of a second joint (N2), to be rotatable in relation to the first boom part (1) by means of a second actuator (T2). When applying the method, the boom loader is used optionally in at least two modes (A, B), wherein when operating in mode (A), the first joint (N1) is locked, and loading is performed with the second boom part (2) and with means for carrying the load (3...) by using the second actuator (T2) at least partly, the second joint (N2) being active; and wherein when operating in mode (B), the second joint (N2) is locked, and loading is performed with a combination of the first (1) and the second (2) boom parts as well as with the means for carrying the load (3...) by using the first actuator (T1) at least partly, the first joint (N1) being active.
    • 本发明涉及一种吊臂装载机中的方法,以及与作业机械(TK)相连的起重机装载机。 动臂组件中的第一臂部件(1)与第一接头(N1)铰接到驱动悬臂装载机(PK)的作业机械(TK)的框架上,以通过第一致动器相对于框架旋转 (T1)。 悬臂组件中的第二起重臂部分(2)通过第二接头(N2)铰接到第一起重臂部分(1)的第二端(1b),以相对于第一起重臂部分(1)可旋转 )通过第二致动器(T2)。 当应用该方法时,悬臂装载机可选地至少使用两种模式(A,B),其中当在模式(A)中操作时,第一接头(N1)被锁定,并且用第二起重臂部件 至少部分地通过使用第二致动器(T2)承载负载(3 ...)的装置,第二接头(N2)是有效的; 并且其中当以模式(B)操作时,第二接头(N2)被锁定,并且通过第一臂(1)和第二臂(2)臂部件的组合以及用于承载负载的装置 (3)至少部分地使用第一致动器(T1),第一接头(N1)是有效的。