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    • 1. 发明授权
    • Coupling facility using dynamic address translation
    • 耦合设施使用动态地址转换
    • US06286089B1
    • 2001-09-04
    • US09382077
    • 1999-08-24
    • Dan Frederick GreinerKai Chiu Wong
    • Dan Frederick GreinerKai Chiu Wong
    • G06F1580
    • G06F12/1072G06F12/109
    • A system that employs virtual addressing for structures in a coupling facility. The system operates to share data among two or more processes that execute on central processing complexes. The central processing complexes each have an inter-system channel connected to a coupling facility. The coupling facilitcludes coupling facility receivers where each receiver connects to one of the inter-system channels for making transfers between the coupling facility and the central processing complexes. The coupling facility includes storage, connected to the coupling facility receivers, for storing control objects and data objects at real addresses in one or more structures, where the real address are translatable from corresponding virtual addresses. The coupling facility includes CPUs, connected to the coupling facility receivers and to the storage, for controlling the operation of the coupling facility. Each of the CPUs includes a dynamic address translator for translating the virtual addresses to the real addresses.
    • 对耦合设施中的结构采用虚拟寻址的系统。 该系统用于在中央处理复合体上执行的两个或多个进程之间共享数据。 中央处理复合体各自具有连接到耦合设施的系统间通道。 耦合器件包括耦合设备接收器,其中每个接收器连接到系统间通道之一,用于在耦合设备和中央处理复合体之间进行传输。 耦合设施包括连接到耦合设备接收器的存储器,用于在一个或多个结构中的实地址存储控制对象和数据对象,其中实际地址可从相应的虚拟地址转换。 耦合设备包括连接到耦合设备接收器和存储器的CPU,用于控制耦合设备的操作。 每个CPU包括用于将虚拟地址转换为真实地址的动态地址转换器。
    • 3. 发明申请
    • Collapsible track undercarriage for installation and tensioning
    • 可折叠履带起落架安装和张紧
    • US20050252592A1
    • 2005-11-17
    • US11120356
    • 2005-05-03
    • Larry AlbrightDan FrederickRodney KochAndrew Wehseler
    • Larry AlbrightDan FrederickRodney KochAndrew Wehseler
    • B62D55/12B62D55/14B62D55/30B62D55/32F16J1/10
    • B62D55/305B62D55/12B62D55/14B62D55/32
    • A track frame or undercarriage is made to support a rubber track on suitable guide rollers. A tensioning roller is provided as one of the guide rollers on the interior of the track and is mounted on a pivoting bracket. The pivoting bracket moves the tensioning roller to a working position for creating tension in the track. An actuator provides a known force on the pivoting bracket to move the tensioning roller to its working position, using a controlled pressure applied to the actuator. Drive sprockets for the track are mounted onto a drive case that is mounted to the frame through pivoting linkages such that the drive case and the drive sprocket can be held in a working position and retracted away from the track. The position of the tensioning roller is maintained within set limits of retractions during use, by providing a stop to limit the amount that the tensioning roller can retract.
    • 轨道架或起落架被制成以在合适的导辊上支撑橡胶履带。 张紧辊被设置为轨道内部之一的导辊之一并安装在枢转支架上。 枢转支架将张紧辊移动到工作位置,以在轨道中产生张​​力。 执行器在枢转支架上提供已知的力,以使用施加到致动器的受控压力将张紧辊移动到其工作位置。 用于轨道的驱动链轮安装在通过枢转连杆安装到框架的驱动器壳体上,使得驱动壳体和驱动链轮可以保持在工作位置并且从轨道缩回。 张紧辊的位置在使用过程中保持在设定的收缩限度内,通过设置限制张紧辊可缩回的量的停止。
    • 9. 发明授权
    • Collapsible track undercarriage for installation and tensioning
    • 可折叠履带起落架安装和张紧
    • US07296862B2
    • 2007-11-20
    • US11120356
    • 2005-05-03
    • Larry E. AlbrightDan FrederickRodney KochAndrew A. Wehseler
    • Larry E. AlbrightDan FrederickRodney KochAndrew A. Wehseler
    • B62D55/30
    • B62D55/305B62D55/12B62D55/14B62D55/32
    • A track frame or undercarriage is made to support a rubber track on suitable guide rollers. A tensioning roller is provided as one of the guide rollers on the interior of the track and is mounted on a pivoting bracket. The pivoting bracket moves the tensioning roller to a working position for creating tension in the track. An actuator provides a known force on the pivoting bracket to move the tensioning roller to its working position, using a controlled pressure applied to the actuator. Drive sprockets for the track are mounted onto a drive case that is mounted to the frame through pivoting linkages such that the drive case and the drive sprocket can be held in a working position and retracted away from the track. The position of the tensioning roller is maintained within set limits of retractions during use, by providing a stop to limit the amount that the tensioning roller can retract.
    • 轨道架或起落架被制成以在合适的导辊上支撑橡胶履带。 张紧辊被设置为轨道内部之一的导辊之一并安装在枢转支架上。 枢转支架将张紧辊移动到工作位置,以在轨道中产生张​​力。 执行器在枢转支架上提供已知的力,以使用施加到致动器的受控压力将张紧辊移动到其工作位置。 用于轨道的驱动链轮安装在通过枢转连杆安装到框架的驱动器壳体上,使得驱动壳体和驱动链轮可以保持在工作位置并且从轨道缩回。 张紧辊的位置在使用过程中保持在设定的收缩限度内,通过设置限制张紧辊可缩回的量的停止。