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    • 1. 发明授权
    • Variable wheelbase motor grader
    • 可变轴距电机分级机
    • US08393429B2
    • 2013-03-12
    • US12938861
    • 2010-11-03
    • Norval ThomsonSteven DanielDaniel Sergison
    • Norval ThomsonSteven DanielDaniel Sergison
    • B62D61/12B62K13/00
    • E02F5/32B62D49/0678E02F3/764E02F3/7659E02F3/7668E02F3/7672E02F3/961E02F9/024E02F9/225
    • A motor grader with an adjustable wheelbase. The motor grader may include front and rear wheels supporting a chassis and a main frame. A working blade may downwardly depend from the main frame between the front wheels and rear wheels to perform work on the ground below. The motor grader may also provide an adjustable wheel base to allow the center of gravity of the motor grader to better match the work load being addressed. The adjustable wheel base may also provide more swing clearance for the blade relative to the rear wheels, allow for an adjustable articulation angle, and minimize structural loads on the motor grader, particularly during ripping operation. The wheel base may be adjustable by providing structure through which the relative positions of the rear wheels can be altered automatically, manually, and dynamically.
    • 具有可调节轴距的自动平地机。 自动平地机可以包括支撑底盘和主框架的前轮和后轮。 工作叶片可以从前轮和后轮之间的主框架向下依次,以在下面的地面上进行作业。 自动平地机还可以提供可调轮盘,以允许分级机的重心更好地匹配要解决的工作负荷。 可调轮底还可以为叶片相对于后轮提供更多的摆动间隙,允许可调节的关节角度,并且最小化马达分级机上的结构负载,特别是在翻转操作期间。 车轮底座可以通过提供可以自动,手动和动态地改变后轮的相对位置的结构来调节。
    • 2. 发明申请
    • Variable Wheelbase Motor Grader
    • 可变轴距自动平地机
    • US20110108294A1
    • 2011-05-12
    • US12938861
    • 2010-11-03
    • Norval ThomsonSteven DanielDaniel Sergison
    • Norval ThomsonSteven DanielDaniel Sergison
    • E02F3/84E02F3/76E02F3/80
    • E02F5/32B62D49/0678E02F3/764E02F3/7659E02F3/7668E02F3/7672E02F3/961E02F9/024E02F9/225
    • A motor grader with an adjustable wheel base is disclosed. The motor grader may include front and rear wheels supporting a chassis and a main frame. A working blade may downwardly depend from the main frame between the front wheels and rear wheels to perform work on the ground below. The motor grader may also provide an adjustable wheel base to allow the center of gravity of the motor grader to better match the work load being addressed. The adjustable wheel base may also provide more swing clearance for the blade relative to the rear wheels, allow for an adjustable articulation angle, and minimize structural loads on the motor grader, particularly during ripping operation. The wheel base may be adjustable by providing structure through which the relative positions of the rear wheels can be altered automatically, manually, and dynamically.
    • 公开了一种具有可调轮毂的平地机。 自动平地机可以包括支撑底盘和主框架的前轮和后轮。 工作叶片可以从前轮和后轮之间的主框架向下依次,以在下面的地面上进行作业。 自动平地机还可以提供可调轮盘,以允许分级机的重心更好地匹配要解决的工作负荷。 可调轮底还可以为叶片相对于后轮提供更多的摆动间隙,允许可调节的关节角度,并且最小化马达分级机上的结构负载,特别是在翻转操作期间。 车轮底座可以通过提供可以自动,手动和动态地改变后轮的相对位置的结构来调节。
    • 7. 发明申请
    • Tandem wheel arrangement
    • 串联轮排列
    • US20100012401A1
    • 2010-01-21
    • US12174418
    • 2008-07-16
    • Norval P. ThomsonSteven A. DanielDaniel SergisonJohn V. Mount
    • Norval P. ThomsonSteven A. DanielDaniel SergisonJohn V. Mount
    • B62D61/00
    • B60K17/36
    • A machine (100) includes a frame that is pivotally connected to a tandem drive arrangement. The tandem drive arrangement includes a beam (120) and a first motor (128) having a first stator portion (202) connected to a first end of the beam (120). The first motor (128) also includes a first rotor portion (204) connected to a first drive wheel (118). A load sharing arrangement (412) is associated with the tandem drive arrangement and includes a first collar (414) rotatably disposed around the first stator portion (202) and a second collar (426) rotatably disposed around a portion of the beam (120). A first linkage (424) is pivotally connected between the first and second collars such that the load sharing arrangement (412) balances unbalanced loading in the tandem drive arrangement by transferring the unbalanced loading to the frame.
    • 机器(100)包括枢转地连接到串联驱动装置的框架。 串联驱动装置包括具有连接到梁(120)的第一端的第一定子部分(202)的梁(120)和第一马达(128)。 第一马达(128)还包括连接到第一驱动轮(118)的第一转子部分(204)。 负载共享装置(412)与串联驱动装置相关联并且包括围绕第一定子部分(202)可旋转地设置的第一套环(414)和围绕梁(120)的一部分可旋转地设置的第二套环(426) 。 第一连杆机构(424)枢转地连接在第一和第二轴环之间,使得负载共享装置(412)通过将不平衡负载转移到框架来平衡串联驱动装置中的不平衡负载。