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    • 1. 发明授权
    • Mobile lift crane with variable position counterweight
    • 具有可变位置配重的移动式起重机
    • US07967158B2
    • 2011-06-28
    • US12023902
    • 2008-01-31
    • David J. PechKenneth J. PorubcanskyAlan E. PleussJohn M. Lanning
    • David J. PechKenneth J. PorubcanskyAlan E. PleussJohn M. Lanning
    • B66C23/76
    • B66C23/76
    • A mobile lift crane includes a carbody, a rotating bed, a boom, a moveable counterweight unit, at least one linear actuation device and at least one arm pivotally connected at a first end to the rotating bed and at a second end to the linear actuation device. The arm and linear actuation device are connected between the rotating bed and the counterweight unit such that extension and retraction of the linear actuation device changes the position of the counterweight unit. In one method of operation, the counterweight is never supported by the ground during crane pick, move and set operations other than indirectly by the ground engaging members on the carbody. One embodiment includes a counterweight movement structure having a rectangular rack with at least first and third pinion gears engaged with teeth on one side and second and fourth pinion gears engaged with teeth on the opposing side.
    • 一种移动式起重机包括车身,旋转床,吊杆,可移动配重单元,至少一个线性致动装置和至少一个臂,其在第一端枢转地连接到旋转床,并且在第二端处连接到线性致动 设备。 臂和线性致动装置连接在旋转床和配重单元之间,使得线性致动装置的伸展和缩回改变配重单元的位置。 在一种操作方法中,在起重机拾取,移动和设置操作期间,配重从不被地面支撑,而不是由车身上的地面接合构件间接地支撑。 一个实施例包括配重运动结构,其具有矩形齿条,其中至少第一和第三小齿轮与一侧的齿啮合,而第二和第四小齿轮与相对侧上的齿啮合。
    • 4. 发明申请
    • Mobile Lift Crane With Variable Position Counterweight
    • US20080203045A1
    • 2008-08-28
    • US12023902
    • 2008-01-31
    • David J. PechKenneth J. PoruboanskyAlan E. PleussJohn M. Lanning
    • David J. PechKenneth J. PoruboanskyAlan E. PleussJohn M. Lanning
    • B66C23/76B66C23/72
    • B66C23/76
    • A mobile lift crane includes a carbody; a rotating bed; a boom; a moveable counterweight unit; at least one linear actuation device; and at least one arm pivotally connected at a first end to the rotating bed and at a second end to the linear actuation device. The arm and linear actuation device are connected between the rotating bed and the counterweight unit such that extension and retraction of the linear actuation device changes the position of the counterweight unit compared to the rotating bed. In one method of operation, the counterweight is never supported by the ground during crane pick, move and set operations other than indirectly by the ground engaging members on the carbody. The linear actuation device can include at least one rack and pinion assembly or hydraulic cylinder. In another embodiment, the crane comprises a counterweight movement structure including a rack and pinion assembly having a housing and a rack, the rack having a rectangular cross section with first and second sides opposite one another and third and fourth sides opposite one another, and having teeth on the first side and second sides, and at least first and third pinion gears engaged with the teeth on the first side of the rack and second and fourth pinion gears engaged with the teeth on the second side of the rack, and wherein each pinion gear is driven by a separate hydraulic motor, and wherein the motor driving the first pinion gear is mounted on the housing adjacent an opposite side of the rack from the motor driving the third pinion gear, and wherein the motor driving the second pinion gear is mounted on the housing adjacent an opposite side of the rack from the motor driving the fourth pinion gear. In another embodiment the crane includes a counterweight support structure attached to the counterweight unit. The counterweight support structure includes at least two ground engaging members that can provide support to the counterweight in the event of a sudden release of the load. The support structure comprises a telescoping structure connected to and between the ground engaging members such that the distance between the ground engaging members can be adjusted between a first and second position.
    • 5. 发明授权
    • Swing drive system for cranes
    • 起重机摆动驱动系统
    • US08573419B2
    • 2013-11-05
    • US12710960
    • 2010-02-23
    • Joseph R. KaiserAlan E. PleussAndrew L. Langer
    • Joseph R. KaiserAlan E. PleussAndrew L. Langer
    • B66C23/86
    • B66C23/86
    • A crane includes i) a lower structure comprising ground engaging members ii) an upper structure rotatably connected to the lower structure such that the upper structure can swing with respect to the lower structure, wherein one of the lower structure and upper structure comprises a first structure having a ring gear having teeth on a surface thereof, and the other of the lower structure and upper structure comprises a second structure; and iii) a boom pivotally mounted on the upper structure. The crane further includes a drive system comprising at least two pinion gears mounted on a common frame and in driving contact with the ring gear teeth; and a link connecting the frame to the second structure with two pivot axes between the frame and the second structure.
    • 一种起重机包括:i)下部结构,包括地面接合构件; ii)可旋转地连接到下部结构的上部结构,使得上部结构可相对于下部结构摆动,其中下部结构和上部结构中的一个包括第一结构 具有在其表面上具有齿的齿圈,并且下部结构和上部结构中的另一个包括第二结构; 和iii)枢转地安装在上部结构上的吊杆。 起重机还包括驱动系统,其包括安装在公共框架上并与齿圈齿驱动接触的至少两个小齿轮; 以及将框架连接到第二结构的连杆,其中框架和第二结构之间具有两个枢轴。
    • 6. 发明授权
    • Crane hook block
    • 起重机钩块
    • US08608134B2
    • 2013-12-17
    • US13043019
    • 2011-03-08
    • Lambert DrentDirk Albert StamhuisWilliam J. O'NeilAlan E. Pleuss
    • Lambert DrentDirk Albert StamhuisWilliam J. O'NeilAlan E. Pleuss
    • B66D3/08
    • B66C1/34B66D3/06Y10T29/49826
    • A method of assembling a hook block for a crane includes: providing a sheave housing containing a plurality of sheaves with a pivotal connection link secured to the top of the sheave housing, the sheave housing including extended portions each with a hole therethrough and a housing frame positioned below the plurality of sheaves, the housing frame having a locking surface; placing a cross beam on its side, the cross beam having stabilizing feet resting on the ground; positioning the extended portions of the sheave housing within a plurality of brackets of the cross beam, each bracket with a hole therethrough; aligning the holes of the extended portions of the sheave housing with the holes of the brackets; inserting a shaft through the aligned holes; securing a cap to an end of the shaft to resist lateral movement relative to the holes; and inserting a locking bar between the locking surface of the housing frame and a surface of a bracket of the cross beam, to resist relative movement between the sheave housing and the cross beam during further assembly.
    • 一种组装用于起重机的钩块的方法包括:提供包含多个滑轮的滑轮壳体,其具有固定到滑轮壳体顶部的枢转连接连杆,所述滑轮壳体包括各自具有穿过其的孔的延伸部分和壳体框架 定位在所述多个滑轮下方,所述壳体框架具有锁定表面; 在其侧面放置横梁,横梁具有搁置在地面上的稳定脚; 将滑轮壳体的延伸部分定位在横梁的多个支架内,每个支架具有穿过其的孔; 将滑轮壳体的延伸部分的孔与支架的孔对准; 通过对准的孔插入轴; 将盖固定到轴的端部以抵抗相对于孔的横向移动; 以及在所述壳体框架的锁定表面和所述横梁的支架的表面之间插入锁定杆,以在进一步组装期间阻止所述滑轮壳体和所述横梁之间的相对运动。
    • 7. 发明申请
    • CRANE HOOK BLOCK
    • 起重钩
    • US20110154642A1
    • 2011-06-30
    • US13043019
    • 2011-03-08
    • Lambert DrentDirk Albert StamhuisWilliam J. O'NeilAlan E. Pleuss
    • Lambert DrentDirk Albert StamhuisWilliam J. O'NeilAlan E. Pleuss
    • B23P11/00
    • B66C1/34B66D3/06Y10T29/49826
    • A method of assembling a hook block for a crane includes: providing a sheave housing containing a plurality of sheaves with a pivotal connection link secured to the top of the sheave housing, the sheave housing including extended portions each with a hole therethrough and a housing frame positioned below the plurality of sheaves, the housing frame having a locking surface; placing a cross beam on its side, the cross beam having stabilizing feet resting on the ground; positioning the extended portions of the sheave housing within a plurality of brackets of the cross beam, each bracket with a hole therethrough; aligning the holes of the extended portions of the sheave housing with the holes of the brackets; inserting a shaft through the aligned holes; securing a cap to an end of the shaft to resist lateral movement relative to the holes; and inserting a locking bar between the locking surface of the housing frame and a surface of a bracket of the cross beam, to resist relative movement between the sheave housing and the cross beam during further assembly.
    • 一种组装用于起重机的钩块的方法包括:提供包含多个滑轮的滑轮壳体,其具有固定到滑轮壳体顶部的枢转连接连杆,所述滑轮壳体包括各自具有穿过其的孔的延伸部分和壳体框架 定位在所述多个滑轮下方,所述壳体框架具有锁定表面; 在其侧面放置横梁,横梁具有搁置在地面上的稳定脚; 将滑轮壳体的延伸部分定位在横梁的多个支架内,每个支架具有穿过其的孔; 将滑轮壳体的延伸部分的孔与支架的孔对准; 通过对准的孔插入轴; 将盖固定到轴的端部以抵抗相对于孔的横向移动; 以及在所述壳体框架的锁定表面和所述横梁的支架的表面之间插入锁定杆,以在进一步组装期间阻止所述滑轮壳体和所述横梁之间的相对运动。
    • 8. 发明申请
    • DRIVE SHAFT COUPLING AND METHOD, AND EQUIPMENT USING SAME
    • 驱动轴联接和方法,以及使用它的设备
    • US20080302584A1
    • 2008-12-11
    • US11759407
    • 2007-06-07
    • Alan E. Pleuss
    • Alan E. Pleuss
    • B62D55/32
    • F16D1/033F16D3/387
    • A drive shaft connection comprises a) a first rotational member having a first flange with first and second surfaces and a perimeter; b) a second rotational member having a second flange with a surface frictionally engaging the first surface of the first flange; c) a compression member having a surface frictionally engaging the second surface of the first flange; and d) a connection system connecting the second flange and the compression member together outside the perimeter of the first flange such that they clamp the first flange between them with a clamping force producing the frictional engagement. A method of transmitting torque between a first member and a second member is also included, as is a method of assembling a drive shaft connection between first and second rotational members, a method of connecting first and second rotational members together to form a drive shaft for a piece of equipment, and a crawler vehicle utilizing the invention.
    • 驱动轴连接包括:a)第一旋转构件,其具有带有第一和第二表面的第一凸缘和周边; b)具有第二凸缘的第二旋转构件,其表面摩擦地接合第一凸缘的第一表面; c)压缩构件,其具有与第一凸缘的第二表面摩擦接合的表面; 以及d)将所述第二凸缘和所述压缩构件连接在一起在所述第一凸缘的周边外部的连接系统,使得它们以产生摩擦接合的夹紧力将所述第一凸缘夹在其间。 还包括在第一构件和第二构件之间传递扭矩的方法,以及组装第一和第二旋转构件之间的驱动轴连接的方法,将第一和第二旋转构件连接在一起以形成驱动轴的方法 一件设备和使用本发明的履带车。
    • 9. 发明授权
    • Drum tensioning method and apparatus for load hoist wire rope
    • 用于卷扬钢丝绳的卷筒张紧方法和装置
    • US08640895B2
    • 2014-02-04
    • US12844643
    • 2010-07-27
    • Alan E. PleussTerry S. CasavantPaul M. Pukita
    • Alan E. PleussTerry S. CasavantPaul M. Pukita
    • B66C13/16
    • B66C13/18B66D1/26B66D1/54
    • A drum tensioning method is provided for operating a crane having a continuously reeved load hoist line, with a first end of the load hoist line connected to a first drum and a second end of the load hoist line connected to a second drum, with the load hoist line reeved through boom sheaves and a hook block. The method includes the steps of applying a hold-back force to the second drum; applying a winding force to the first drum greater than the hold back force on the second drum; and applying the winding and hold back forces while limiting movement of the hook block, thereby spooling the load hoist line from the second drum through the boom sheaves and hook block to the first drum while maintaining tension in the load hoist line such that the load hoist line is wound under more tension on the first drum than it had previously been wound on the second drum.
    • 提供了一种滚筒张紧方法,用于操作具有连续绞合的负载提升线的起重机,其中负载提升线的第一端连接到第一鼓,并且负载提升线的第二端连接到第二鼓,负载 葫芦线通过吊带绳和钩块。 该方法包括以下步骤:向第二滚筒施加保持力; 对第一滚筒施加大于第二滚筒上的阻力的卷绕力; 并且在限制钩块的移动的同时施加卷绕和阻力,从而将负载提升线从第二滚筒通过悬臂绳轮和钩块卷绕到第一滚筒,同时保持载荷提升机构中的张力,使得载荷提升机 线在第一鼓上比之前在第二鼓上缠绕的张力更大。
    • 10. 发明授权
    • Crane hook block
    • 起重机钩块
    • US07946560B2
    • 2011-05-24
    • US12709678
    • 2010-02-22
    • Lambert DrentDirk Albert StamhuisWilliam J. O'NeilAlan E. Pleuss
    • Lambert DrentDirk Albert StamhuisWilliam J. O'NeilAlan E. Pleuss
    • B66D3/08
    • B66C1/34B66D3/06Y10T29/49826
    • A hook block for a crane includes a sheave housing containing sheaves, extended portions with a hole through each, and a housing frame with a locking surface; a cross beam has multiple brackets each with a hole; a bracket has a plurality of surfaces corresponding to a plurality of angles of relative position between the sheave housing and the first cross beam, wherein the plurality of surfaces correspond to the locking surface and form a gap therebetween at each of the plurality of angles; a shaft rotatably captured within the holes of the extended portions of the housing and of the multiple brackets; and a locking bar sized to be placed in the gap between the locking surface and any of the plurality of surfaces to immobilize movement of the sheave housing relative to the cross beam.
    • 一种用于起重机的钩形件包括一个包含滑轮的滑轮壳体,具有一个孔的延伸部分和一个具有锁定表面的壳体框架; 横梁有多个支架,每个支架都有一个孔; 支架具有与滑轮壳体和第一横梁之间的相对位置的多个角度相对应的多个表面,其中多个表面对应于锁定表面并且在多个角度中的每一个处形成间隙; 可旋转地收纳在壳体的延伸部分的孔中和多个支架中的轴; 以及锁定杆,其尺寸被设置在所述锁定表面和所述多个表面中的任何表面之间的间隙中,以固定所述滑轮壳体相对于所述横梁的运动。