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    • 1. 发明授权
    • Equipment performance monitoring system and method
    • 设备性能监测系统及方法
    • US08660738B2
    • 2014-02-25
    • US12967649
    • 2010-12-14
    • Joseph L. FaivreBradley K. BomerChandrasekar RamkumarJohn J. Krone
    • Joseph L. FaivreBradley K. BomerChandrasekar RamkumarJohn J. Krone
    • G01M17/00
    • E02F9/26
    • Methods and systems are disclosed for evaluating performances of a piece of equipment and equipment operator. One disclosed method includes sensing a plurality of operating parameters of the equipment. The method then includes resolving a plurality of segments the equipment is sequentially performing from the sensed operating parameters to provide a sequence of resolved segments. The method then includes resolving what application the equipment is performing based upon the sequence of resolved segments to provide at least one resolved application. The method then includes applying at least one metric to the resolved application to provide at least one applied application metric. Then, the method includes evaluating the performance of the equipment and operator using the applied application metric. Various systems for installation on existing work equipments or new work equipments such as loaders and excavators are also disclosed.
    • 公开了用于评估一件设备和设备操作者的性能的方法和系统。 一种公开的方法包括感测设备的多个操作参数。 该方法然后包括从所感测的操作参数中解析设备顺序执行的多个段以提供一系列已解析的段。 该方法然后包括基于解析段的顺序来解决设备正在执行的应用以提供至少一个已解决的应用。 该方法然后包括将至少一个度量应用于所解析的应用以提供至少一个应用的应用度量。 然后,该方法包括使用所应用的应用度量来评估设备和操作者的性能。 还公开了用于在现有工作设备上安装的各种系统或装载机和挖掘机等新的工作设备。
    • 2. 发明授权
    • Control system and method for capturing partial bucket loads in automated loading cycle
    • 在自动加载循环中捕获部分铲斗负载的控制系统和方法
    • US08340872B2
    • 2012-12-25
    • US11827026
    • 2007-07-10
    • Brian MintahBassam J. AlshaerJohn J. KroneJeffrey K. Berry
    • Brian MintahBassam J. AlshaerJohn J. KroneJeffrey K. Berry
    • G06F7/70G06F19/00G06G7/00G06G7/76
    • E02F9/2029E02F9/264
    • An automated bucket loading control method includes determining a bucket tilt parameter for a bucket of the machine which corresponds with a partial bucket load, and capturing a partial bucket load by controllably tilting the bucket in a pile of material according to the determined bucket tilt parameter. A control system includes a sensor configured to monitor a bucket tilt parameter and output a bucket tilt signal, and further includes an electronic payload controller coupled with the sensor which is configured to output bucket tilting control commands. The electronic payload controller is further configured to determine a value for the bucket tilt parameter that corresponds with a target partial bucket load and output corresponding bucket tilting control commands during moving a bucket of the machine in a material pile to capture a partial bucket load.
    • 自动铲斗装载控制方法包括确定与部分铲斗负载相对应的机器铲斗的铲斗倾斜参数,以及根据所确定的铲斗倾斜参数可控地倾斜铲斗在一堆物料中捕获部分铲斗载荷。 控制系统包括被配置为监视铲斗倾斜参数并输出铲斗倾斜信号的传感器,并且还包括与传感器耦合的电子有效载荷控制器,其被配置为输出铲斗倾斜控制命令。 电子有效载荷控制器还被配置为确定与目标部分铲斗负载相对应的铲斗倾斜参数的值,并且在将料斗的机器移动到料堆中以捕获部分铲斗负载时输出相应的铲斗倾斜控制命令。
    • 4. 发明授权
    • Mounting apparatus and method for cylinder position sensor
    • 气缸位置传感器的安装装置和方法
    • US07051639B2
    • 2006-05-30
    • US11180873
    • 2005-07-13
    • John J. KroneDaniel L. Mikrut
    • John J. KroneDaniel L. Mikrut
    • F01B25/26
    • G01D11/245F15B15/2846
    • A method and apparatus for detecting the position of a rod member of a cylinder assembly are provided. The cylinder assembly may have a cylinder body with a cylinder chamber therein, a gland member disposed within the cylinder chamber, and a rod member movably arranged within the cylinder chamber and a rod opening of the gland member. The method may include moving the gland member within the cylinder chamber to substantially align a gland aperture of the gland member with a cylinder aperture of the cylinder body; substantially fixing the gland member relative the cylinder body; positioning a position sensor within at least one of the cylinder aperture and the gland aperture; moving the rod member within the rod opening of the gland member and the cylinder chamber of the cylinder body; and operating the position sensor to detect the position of the rod member.
    • 提供了用于检测气缸组件的杆构件的位置的方法和装置。 气缸组件可以具有其中具有气缸室的缸体,设置在气缸室内的压盖构件和可移动地布置在缸室内的杆构件和压盖构件的杆开口。 该方法可以包括移动气缸室内的压盖构件以使压盖构件的压盖孔与缸体的气缸孔基本对齐; 基本上固定所述压盖构件相对于所述缸体; 将位置传感器定位在气缸孔和压盖孔中的至少一个中; 将杆构件在压盖构件的杆开口和缸体的气缸室中移动; 并操作位置传感器以检测杆构件的位置。
    • 7. 发明授权
    • Control system for a multiple shank impact ripper
    • 多杆碰撞裂土器的控制系统
    • US4834461A
    • 1989-05-30
    • US122157
    • 1987-11-18
    • Jerry D. FidlerJohn J. KroneMichael A. Roussin
    • Jerry D. FidlerJohn J. KroneMichael A. Roussin
    • B25D9/26B25D17/28E02F5/32
    • E02F5/323B25D17/28B25D9/26Y10S37/904
    • Impact rippers are useful for ripping solid rock. The service life of the impactor can be extended if the impactor is operated only when the ripper shank is loaded sufficient to transmit the impact energy into the material being ripped. The subject control system uses control signals generated by a plurality of signal generating means when the ripper shanks are loaded above a predetermined level to control the operation of the hydraulically actuated impactors associated with such ripper shanks. The number of control signals being generated is also used to control the volume of fluid made available for use by the impactors being operated at an given time to control the operating speed thereof. Thus, only the impactor(s) associated with a ripper shank(s) loaded above the predetermined level is operated thereby avoiding non-productive and harmful impactor operation if the ripper shank(s) is not sufficiently loaded.
    • 冲击破碎片可用于撕裂固体岩石。 如果冲击器仅在松开手柄被加载足以将冲击能量传递到被撕裂的材料中时才能延长冲击器的使用寿命。 主体控制系统使用多个信号发生装置产生的控制信号,当松开手柄被加载到预定水平以上以控制与这种裂土器柄相关联的液压致动冲击器的操作时。 生成的控制信号的数量也用于控制在给定时间操作的冲击器可用的流体的体积,以控制其运行速度。 因此,只有与装载在预定水平以上的裂土器柄相关联的冲击器才被操作,从而如果松土手柄没有被充分地加载,则避免了不生产和有害的冲击器操作。
    • 9. 发明授权
    • Machine payload measurement dial-a-load system
    • 机器有效载荷测量拨号负载系统
    • US07627410B2
    • 2009-12-01
    • US11299403
    • 2005-12-12
    • Jeffrey K. BerryJeffrey D. BaskettJohn J. KroneBrian Mintah
    • Jeffrey K. BerryJeffrey D. BaskettJohn J. KroneBrian Mintah
    • G06F7/70
    • E02F9/2029
    • A method of loading a truck with material using a loader includes a step of determining a target load for a final pass. Material is loaded into a bucket of the loader in excess of the target load. Excess material is dumped from the bucket back to the pile in a controlled manner to arrive at a target load of reposed material in the bucket. The target load amount of the material in the bucket, which is less than a total amount of material originally loaded in the bucket is dumped into the truck by pitching the bucket. The bucket may be pitched to a determined pitch angle that is based upon the target load using an appropriate material curve stored on the loader. The pitch control algorithm can be calibrated by sensing the reposed weight of material in the bucket, and comparing that to an expected reposed weight, and then updating one of the material curves if there is a deviation.
    • 使用装载机装载货车的方法包括确定最终通过的目标载荷的步骤。 物料装载到装载机的铲斗中超过目标载荷。 过多的材料以可控的方式从铲斗回到桩上,以达到铲斗中的放料材料的目标载荷。 桶中的材料的目标负载量小于原来装载在铲斗中的材料的总量时,通过倾倒铲斗将其倾倒到卡车中。 可以使用存储在装载机上的适当材料曲线将铲斗倾斜到基于目标载荷的确定的俯仰角。 俯仰控制算法可以通过感测铲斗中材料的重量重量进行校准,并将其与预期的重叠重量进行比较,然后如果存在偏差则更新材料曲线之一。