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    • 1. 发明申请
    • Railway anchor applicator
    • 铁路锚施工
    • US20070039510A1
    • 2007-02-22
    • US11207860
    • 2005-08-18
    • Robert ClaasJohn LuvaasLeary PetersonDonald TreziakDonald Noll
    • Robert ClaasJohn LuvaasLeary PetersonDonald TreziakDonald Noll
    • E01B29/05
    • E01B29/32E01B13/02
    • A railway anchor applicator for applying an anchor to a rail includes a frame configured for movement in a specified direction of travel along a track, and a workhead assembly movably mounted on the frame for movement toward and away from the rail. Also provided is an anchor receiving mechanism configured for movement between a first position receiving an anchor from an anchor input and a second position placing the anchor away from the anchor input. An anchor positioning mechanism moves between a retracted and extended position for positioning the anchor adjacent to the rail at either the field or gage side of the rail. An anchor clipping mechanism engages the anchor onto the rail by applying pressure on the anchor from the side of the rail and compresses the anchor between components of the anchor clipping mechanism so that compressive forces act on the anchor transversely across the rail.
    • 用于将锚固件施加到轨道的铁路锚固施加器包括构造成沿着轨道沿指定行进方向运动的框架,以及可移动地安装在框架上以朝向和远离轨道移动的工作头组件。 还提供了一种锚接收机构,其构造成用于在从锚定输入接收锚固件的第一位置与将锚固件远离锚固输入端的第二位置之间移动。 锚固定位机构在缩回位置和延伸位置之间移动,用于在轨道的场或侧面定位邻近轨道的锚固件。 锚定夹持机构通过从轨道侧面在锚固体上施加压力将锚固件接合到轨道上,并且在锚固夹持机构的部件之间压缩锚固件,使得压缩力横向穿过导轨作用在锚固件上。
    • 3. 发明授权
    • Energy management system for heavy equipment
    • 重型设备能源管理系统
    • US08362629B2
    • 2013-01-29
    • US12730027
    • 2010-03-23
    • Robert WeberJoseph HelfrichJohn Luvaas
    • Robert WeberJoseph HelfrichJohn Luvaas
    • F02D25/00G05D1/02G05D1/04F16D31/02B66F9/02
    • F04B17/03E02F9/2095E02F9/2217F04B1/04
    • Equipment having an energy management system includes an articulated arm, a work implement, an energy management system, and a hydraulic circuit. The articulated arm includes hydraulic actuators designed to maneuver the articulated arm, and the work implement is fastened to the articulated arm. The energy management system is adjustable between a first configuration and a second configuration, and includes a hydraulic rotating machine and an electric rotating machine coupled to the hydraulic rotating machine. When the energy management system is in the first configuration, the hydraulic rotating machine and the electric rotating machine function as an electric motor powering a hydraulic pump. When the energy management system is in the second configuration, the hydraulic rotating machine and the electric rotating machine function as a hydraulic motor powering an electric generator. The hydraulic circuit is designed to supply a hydraulic fluid to drive the hydraulic actuators when the energy management system is in the first configuration, and is further designed to recover the hydraulic fluid from the hydraulic actuators and to generate electrical power when the energy management system is in the second configuration.
    • 具有能量管理系统的设备包括铰接臂,作业工具,能量管理系统和液压回路。 铰接臂包括用于操纵铰接臂​​的液压致动器,并且工作工具紧固到铰接臂。 能量管理系统可在第一配置和第二配置之间调节,并且包括联接到液压旋转机器的液压旋转机器和旋转电机。 当能量管理系统处于第一配置时,液压旋转机和旋转电机作为为液压泵供电的电动机。 当能量管理系统处于第二配置时,液压旋转机和旋转电机用作为发电机供电的液压马达。 液压回路被设计成当能量管理系统处于第一构造时供应液压流体来驱动液压致动器,并且进一步设计成在液压致动器中恢复液压流体并且当能量管理系统为 在第二配置中。
    • 5. 发明授权
    • Hose arrangement for stick and bucket of machine
    • 软管布置用于机器和机器桶
    • US08951001B2
    • 2015-02-10
    • US13621443
    • 2012-09-17
    • Christopher Matthew LauJohn Luvaas
    • Christopher Matthew LauJohn Luvaas
    • E02F3/00E02F3/36E02F3/30E02F3/407E02F9/22
    • E02F3/36E02F3/308E02F3/4075E02F9/2275Y10S37/903
    • A machine includes a boom, a stick, a bucket, and a hose arrangement. The stick is pivotally coupled to the boom. The bucket is operatively coupled to the stick and defines a pivotal axis therein. The bucket has a bowl-shaped portion for holding material on a first side and a recessed portion on a second side. The hose arrangement is coupled to the bucket and includes a first and a second manifold, and a first and a second set of hoses. The first manifold is coupled to the bucket and disposed in the recessed portion proximal to the pivotal axis. The second manifold is coupled to the bucket and disposed on the second side of the bucket. The first set of hoses is fluidly connected to the first manifold. The second set of hoses is fluidly connected to the first and second manifolds.
    • 机器包括吊杆,棒,铲斗和软管装置。 杆被枢转地联接到吊杆。 铲斗可操作地联接到杆上并且在其中限定枢轴。 铲斗具有用于在第一侧保持材料的碗形部分和在第二侧上的凹部。 软管装置联接到铲斗并且包括第一和第二歧管以及第一和第二组软管。 第一歧管联接到铲斗并且设置在靠近枢转轴线的凹部中。 第二歧管联接到铲斗并设置在铲斗的第二侧上。 第一组软管流体地连接到第一歧管。 第二组软管流体地连接到第一和第二歧管。
    • 6. 发明申请
    • HOSE ARRANGEMENT FOR STICK AND BUCKET OF MACHINE
    • 软管和机器的软管布置
    • US20140079521A1
    • 2014-03-20
    • US13621443
    • 2012-09-17
    • Christopher Matthew LauJohn Luvaas
    • Christopher Matthew LauJohn Luvaas
    • E02F3/36E02F3/407E02F3/30
    • E02F3/36E02F3/308E02F3/4075E02F9/2275Y10S37/903
    • A machine includes a boom, a stick, a bucket, and a hose arrangement. The stick is pivotally coupled to the boom. The bucket is operatively coupled to the stick and defines a pivotal axis therein. The bucket has a bowl-shaped portion for holding material on a first side and a recessed portion on a second side. The hose arrangement is coupled to the bucket and includes a first and a second manifold, and a first and a second set of hoses. The first manifold is coupled to the bucket and disposed in the recessed portion proximal to the pivotal axis. The second manifold is coupled to the bucket and disposed on the second side of the bucket. The first set of hoses is fluidly connected to the first manifold. The second set of hoses is fluidly connected to the first and second manifolds.
    • 机器包括吊杆,棒,铲斗和软管装置。 杆被枢转地联接到吊杆。 铲斗可操作地联接到杆上并且在其中限定枢轴。 铲斗具有用于在第一侧保持材料的碗形部分和在第二侧上的凹部。 软管装置联接到铲斗并且包括第一和第二歧管以及第一和第二组软管。 第一歧管联接到铲斗并且设置在靠近枢转轴线的凹部中。 第二歧管联接到铲斗并设置在铲斗的第二侧上。 第一组软管流体地连接到第一歧管。 第二组软管流体地连接到第一和第二歧管。
    • 7. 发明申请
    • ENERGY MANAGEMENT SYSTEM FOR HEAVY EQUIPMENT
    • 重型设备能源管理系统
    • US20110233931A1
    • 2011-09-29
    • US12730027
    • 2010-03-23
    • Robert WEBERJoseph HelfrichJohn Luvaas
    • Robert WEBERJoseph HelfrichJohn Luvaas
    • F03B15/02F04B17/03H02K7/18F03B17/00
    • F04B17/03E02F9/2095E02F9/2217F04B1/04
    • Equipment having an energy management system includes an articulated arm, a work implement, an energy management system, and a hydraulic circuit. The articulated arm includes hydraulic actuators designed to maneuver the articulated arm, and the work implement is fastened to the articulated arm. The energy management system is adjustable between a first configuration and a second configuration, and includes a hydraulic rotating machine and an electric rotating machine coupled to the hydraulic rotating machine. When the energy management system is in the first configuration, the hydraulic rotating machine and the electric rotating machine function as an electric motor powering a hydraulic pump. When the energy management system is in the second configuration, the hydraulic rotating machine and the electric rotating machine function as a hydraulic motor powering an electric generator. The hydraulic circuit is designed to supply a hydraulic fluid to drive the hydraulic actuators when the energy management system is in the first configuration, and is further designed to recover the hydraulic fluid from the hydraulic actuators and to generate electrical power when the energy management system is in the second configuration.
    • 具有能量管理系统的设备包括铰接臂,作业工具,能量管理系统和液压回路。 铰接臂包括用于操纵铰接臂​​的液压致动器,并且工作工具紧固到铰接臂。 能量管理系统可在第一配置和第二配置之间调节,并且包括联接到液压旋转机器的液压旋转机器和旋转电机。 当能量管理系统处于第一配置时,液压旋转机和旋转电机作为为液压泵供电的电动机。 当能量管理系统处于第二配置时,液压旋转机和旋转电机用作为发电机供电的液压马达。 液压回路被设计成当能量管理系统处于第一构造时供应液压流体来驱动液压致动器,并且进一步设计成在液压致动器中恢复液压流体并且当能量管理系统为 在第二配置中。