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    • 1. 发明申请
    • Intelligent network diagram layout
    • 智能网络图布局
    • US20070113185A1
    • 2007-05-17
    • US11280472
    • 2005-11-16
    • Stewart MacLeodFelix WongJoe CoulombePerry OwenM. MohiuddinKalpesh PatelPaul Pottorff
    • Stewart MacLeodFelix WongJoe CoulombePerry OwenM. MohiuddinKalpesh PatelPaul Pottorff
    • G06F17/00
    • H04L41/22
    • Various technologies and techniques are disclosed that improve the creation of diagrams. The user can select an option to create a diagram based on existing inventory, such as a network inventory. Details about the inventory are retrieved from one or more databases and/or files. The diagram is laid out in a snaking S tree to increase the number of attach points for a given diagram size. Each node on the diagram can include a graphic that represents a type, such as a machine type, and a label that summarizes the most important properties. Different graphics are used to represent different types of inventory, such as network equipment. To reduce clutter on the diagram, some inventory is grouped together on a single node to represent multiple pieces of the same type of inventory. The diagram can be submitted to other software programs for further analysis of the data contained therein.
    • 公开了改进图形创建的各种技术和技术。 用户可以选择一个选项来创建基于现有库存(如网络库存)的图表。 从一个或多个数据库和/或文件检索有关清单的详细信息。 该图被布置在蛇形S树中以增加给定图形大小的附着点的数量。 图上的每个节点都可以包括一个表示类型的图形,例如机器类型,以及总结最重要属性的标签。 不同的图形用于表示不同类型的库存,如网络设备。 为了减少图表上的杂乱,一些库存在一个节点上组合在一起,以表示多个相同类型的库存。 该图可以提交给其他软件程序,以进一步分析其中包含的数据。
    • 3. 发明申请
    • Multi-Function Wheel Loader Linkage Control with Optimized Power Management
    • 多功能轮式装载机联动控制与优化电源管理
    • US20120055050A1
    • 2012-03-08
    • US12877280
    • 2010-09-08
    • Kalpesh PatelAleksandar EgeljaJiao Zhang
    • Kalpesh PatelAleksandar EgeljaJiao Zhang
    • E02F3/04F15B13/06F15B11/17
    • E02F9/2239E02F9/2025E02F9/2292E02F9/2296F15B11/17F15B2211/20546F15B2211/20576F15B2211/40546F15B2211/45
    • A hydraulic system and earth-moving vehicle employing the hydraulic system are disclosed. The hydraulic system may include a first hydraulic cylinder and a second hydraulic cylinder, first and second hydraulic pumps and control valves to modulate provision of hydraulic fluid and pressure from the first and second hydraulic pumps to the first and second hydraulic cylinders as appropriate for the task being performed. If the task is digging with the earth moving vehicle, the first and second cylinders may be associated with tilting and lifting, respectively, and the control valves may be oriented so as to make each pump dedicated to one of the cylinders, and if demand is not being met, to then diminish power to the drivetrain to allow the tilting and lifting to be performed. The combiner may or may not be open during this time. If the task is not digging, a combiner valve can be opened to allow for cross-flow between the pumps and the cylinders.
    • 公开了一种采用该液压系统的液压系统和移动式车辆。 液压系统可以包括第一液压缸和第二液压缸,第一和第二液压泵和控制阀,用于根据任务来调节从第一和第二液压泵到第一和第二液压缸的液压流体和压力的提供 被执行。 如果任务正在与地面移动车辆一起挖掘,则第一和第二缸可以分别与倾斜和提升相关联,并且控制阀可以被定向成使得每个泵专用于一个缸,并且如果需求是 没有得到满足,然后减小动力传动系的力量,以允许进行倾斜和提升。 在此期间,组合器可能打开也可能不会打开。 如果不挖掘任务,可以打开组合阀以允许泵和气缸之间的交叉流动。
    • 4. 发明申请
    • Process And System For Identifying Demand For Inventory
    • 识别库存需求的过程和系统
    • US20080313058A1
    • 2008-12-18
    • US11762828
    • 2007-06-14
    • Daniel J. BudnikKalpesh Patel
    • Daniel J. BudnikKalpesh Patel
    • G06Q10/00
    • G06Q10/087G06Q10/0633
    • A computer-implemented process for identifying demand for excess inventory includes the steps of determining an inventory level and a forecasted demand of at least one part at least one facility; determining a part interchangeability of a first part with a second part of the at least one part; inputting an inventory level reflecting the part interchangeability and a forecasted demand reflecting the part interchangeability of the at least one part into an inventory module embodied in a server in communication with the at least one facility; accumulating the inventory level reflecting the part interchangeability and the forecasted demand reflecting the part interchangeability in the inventory module embodied in the server; determining an inventory position reflecting the part interchangeability for the at least one part for all of the at least one facility; determining a real-time demand reflecting the part interchangeability for the at least one part for all of the at least one facility; and conveying the real-time demand reflecting the part interchangeability for the at least one part to all of the at least one facility.
    • 用于识别对过量库存的需求的计算机实现的过程包括确定至少一个部件至少一个设施的库存水平和预测需求的步骤; 确定第一部分与所述至少一个部分的第二部分的部分互换性; 输入反映部件可互换性的库存水平和将至少一个部件的部件可互换性反映到与至少一个设施通信的服务器中实现的库存模块中的预测需求; 积累库存水平,反映部件互换性和预测需求,反映服务器中实施的库存模块的零件互换性; 确定反映所述至少一个设施中的所述至少一个部件的部件可互换性的库存位置; 确定反映所述至少一个设施中的所述至少一个部件的部件可互换性的实时需求; 以及将所述至少一个部件的部件可互换性的实时需求传达给所述至少一个设备。
    • 6. 发明授权
    • Multi-function wheel loader linkage control with optimized power management
    • 多功能轮式装载机联动控制,优化电源管理
    • US08336232B2
    • 2012-12-25
    • US12877280
    • 2010-09-08
    • Kalpesh PatelAleksandar EgeljaJiao Zhang
    • Kalpesh PatelAleksandar EgeljaJiao Zhang
    • E02F3/43F16D31/02
    • E02F9/2239E02F9/2025E02F9/2292E02F9/2296F15B11/17F15B2211/20546F15B2211/20576F15B2211/40546F15B2211/45
    • A hydraulic system for an earth-moving vehicle may include first and second hydraulic cylinders, first and second hydraulic pumps and control valves including a combiner valve to modulate hydraulic fluid and pressure from the first and second hydraulic pumps to the first and second hydraulic cylinders as appropriate for the task being performed. If the task is digging, the first and second cylinders may be associated with tilting and lifting, respectively, and the control valves may be oriented so as to make each pump dedicated to one of the cylinders, and if demand is not being met, to then diminish power to the drivetrain to allow the tilting and lifting to be performed. The combiner valve may or may not be open during this time. If the task is not digging, the combiner valve can be opened to allow for cross-flow between the pumps and the cylinders.
    • 用于陆运车辆的液压系统可以包括第一和第二液压缸,第一和第二液压泵和控制阀,包括组合阀,以将来自第一和第二液压泵的液压流体和压力调制到第一和第二液压缸,如 适合于正在执行的任务。 如果任务正在挖掘,第一和第二气缸可以分别与倾斜和提升相关联,并且控制阀可以被定向成使得每个泵专用于一个气缸,并且如果不满足要求,则 然后减小动力传动系的功率,以允许执行倾斜和提升。 在此期间,组合阀可以打开也可以不打开。 如果不挖掘任务,则可以打开组合阀以允许泵和气缸之间的交叉流动。
    • 9. 发明授权
    • Detection of hardware-based virtual machine environment
    • 检测基于硬件的虚拟机环境
    • US08205241B2
    • 2012-06-19
    • US12023022
    • 2008-01-30
    • Karthik LakshminarayananKalpesh PatelDavid RobinsonTarik Soulami
    • Karthik LakshminarayananKalpesh PatelDavid RobinsonTarik Soulami
    • H04L29/06
    • G06F9/455
    • A method and a processing device are provided for detecting a hardware-based virtual machine environment. An execution time of a privileged instruction may be measured and an execution time of a nonprivileged instruction may be measured. The execution time of the privileged instruction may be compared with the execution time of the nonprivileged instruction. When the execution time of the privileged instruction exceeds the execution time of the nonprivileged instruction by at least a threshold or a threshold factor, then a hardware-based virtual machine environment is detected. In some embodiments, a well-known technique for detecting a software-based virtual machine environment may be used in conjunction with a technique for detecting a hardware-based virtual machine environment. A licensing policy of a software product may be accessed and the software product may be prevented from executing when a detected machine environment is in violation of the licensing policy.
    • 提供了一种用于检测基于硬件的虚拟机环境的方法和处理装置。 可以测量特权指令的执行时间,并且可以测量非特权指令的执行时间。 特权指令的执行时间可以与非特权指令的执行时间进行比较。 当特权指令的执行时间超过非特权指令的执行时间至少为阈值或阈值因素时,则检测基于硬件的虚拟机环境。 在一些实施例中,用于检测基于软件的虚拟机环境的公知技术可以与用于检测基于硬件的虚拟机环境的技术结合使用。 可以访问软件产品的许可策略,并且当检测到的机器环境违反许可策略时,软件产品可能被阻止执行。