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    • 5. 发明授权
    • Method and system for providing container object attributes to a
non-container object
    • 向非容器对象提供容器对象属性的方法和系统
    • US5287447A
    • 1994-02-15
    • US723086
    • 1991-06-28
    • Patrice R. MillerWade A. MillerJohn K. Rayborn
    • Patrice R. MillerWade A. MillerJohn K. Rayborn
    • G06F3/14G06F3/048G06F9/06G06F9/44G06F15/62
    • G06F9/4428G06F9/4443
    • The method and apparatus of the present invention includes a method for providing a non-container object with the appearance of container object attributes in a graphic user interface operating environment. This method and apparatus includes creating a container manager and associating the container manager with the non-container object. A container pane is created and associated with the container manager. This container pane is in communication with the container manager and a list control in the graphic user interface operating environment. The container pane in the container manager both interact to provide the non-container object with the appearance of the container object attributes. If an item is present in the non-container object when the non-container object is started, a contained object is created for the item to be displayed within the non-container object. Next, if an item is added to the non-container object, a contained object is created for the item to be displayed within the non-container object. When an item is removed from the non-container object, the contained object for the item is deleted. When a contained object is present, the container manager is provided control over the display manipulation of the contained object while that contained object is within the non-container object. Moreover, the container pane graphically displays an icon that represents the contained object in a window. The container pane also relays input by a user to the container manager.
    • 本发明的方法和装置包括一种用于在图形用户界面操作环境中提供非容器对象外观容器对象属性的方法。 该方法和装置包括创建容器管理器并将容器管理器与非容器对象相关联。 创建容器窗格并与容器管理器关联。 该容器窗格与容器管理器和图形用户界面操作环境中的列表控件进行通信。 容器管理器中的容器窗格都进行交互以向非容器对象提供容器对象属性的外观。 如果非容器对象在非容器对象启动时存在于非容器对象中,则将为要在非容器对象中显示的项目创建包含的对象。 接下来,如果项目被添加到非容器对象中,则为在非容器对象中显示的项目创建包含的对象。 当从非容器对象中删除某个项目时,该项目所包含的对象将被删除。 当存在所包含的对象时,容器管理器被提供控制所包含对象的显示操作,同时所包含的对象在非容器对象内。 此外,容器窗格以图形方式显示一个表示窗口中包含的对象的图标。 容器窗格还将用户的输入中继到容器管理器。
    • 7. 发明申请
    • FAILSAFE CONTROL SYSTEM FOR A SAFETY VALVE HAVING A CONDITION SENSING AND CHEMICAL INJECTION FEATURE
    • 具有条件感应和化学注射特性的安全阀故障安全控制系统
    • US20160053574A1
    • 2016-02-25
    • US14464139
    • 2014-08-20
    • Wade A. MillerBrett C. Jones
    • Wade A. MillerBrett C. Jones
    • E21B34/10E21B34/06F16K17/36
    • E21B34/063E21B34/101
    • A control system for a Subsurface Safety Valve (SSSV), includes an actuating piston mounted in a housing with at least one seal and connected to the SSSV. The actuating piston having a first end and a second end, the first end in fluid communication with a control line; a primary pressure reservoir in fluid communication with the second end of the actuating piston, the reservoir configured to contain a fluid under an amount of pressure selected to act against a prospective hydrostatic pressure expected in the control line based upon the selected position of the control system in a downhole environment. An equalizing piston in fluid communication with both the control line and with the second end of the actuating piston, the equalizing piston remaining in a closed position during shifting of the actuating piston with pressure applied or removed from the control line, the equalizing piston movable to an open position upon a control system failure that reduces pressure in the primary reservoir to below a threshold value; and a condition sensing and chemical injection assembly in fluid communication with the primary reservoir. A method for operating a control system for a Subsurface Safety Valve (SSSV).
    • 用于地下安全阀(SSSV)的控制系统包括安装在具有至少一个密封件并连接到SSSV的壳体中的致动活塞。 所述致动活塞具有第一端和第二端,所述第一端与控制线流体连通; 与所述致动活塞的第二端处于流体连通的主要压力储存器,所述储存器构造成容纳流体,所述压力被选择为基于所述控制系统的选定位置来抵抗所述控制线中预期的预期流体静力学压力 在井下环境中。 与控制线和致动活塞的第二端流体连通的平衡活塞,均衡活塞在致动活塞在从控制线施加或移除的压力移动期间保持在关闭位置,均衡活塞可移动到 控制系统故障时的打开位置,其将主容器中的压力降低到阈值以下; 以及与主要储存器流体连通的条件感测和化学注入组件。 一种用于操作地下安全阀(SSSV)控制系统的方法。
    • 8. 发明授权
    • Enhanced interface for a neural network engine
    • 增强的神经网络引擎接口
    • US5361326A
    • 1994-11-01
    • US816460
    • 1991-12-31
    • Manuel Aparicio, IVPatrice C. MillerWade A. Miller
    • Manuel Aparicio, IVPatrice C. MillerWade A. Miller
    • G06F15/18G06G7/60G06N3/04G06N3/10G06N99/00
    • G06N3/105
    • An interface for a neural network includes a generalized data translator and a certainty filter in the data path including the neural network for rendering a decision on raw data, possibly from a data processing application. The data translator is controlled with user-definable parameters and procedures contained in a property list in order to manipulate translation, truncation, mapping (including weighting) and other transformations of the raw data. The neuron to which the output of the data translator is applied is controlled by a code index contained in an action list. An external certainty threshold is also provided, preferably by the action list to filter the output of the neural network. The core program used with the ConExNS neurons for system maintenance also includes further core operations and size maintenance operations responsive to commands from the user of an application to cause operations to be performed with in the neural network as well as to create and update the property and action lists.
    • 用于神经网络的接口包括可能来自数据处理应用的数据路径中的广义数据转换器和确定性滤波器,包括用于对原始数据进行判定的神经网络。 数据转换器由用户可定义的属性列表中包含的参数和过程进行控制,以便操纵原始数据的转换,截断,映射(包括加权)和其他转换。 应用数据转换器的输出的神经元由操作列表中包含的代码索引控制。 还提供外部确定性阈值,优选地通过用于过滤神经网络的输出的动作列表。 与ConExNS神经元一起使用的用于系统维护的核心程序还包括进一步的核心操作和尺寸维护操作,其响应于来自应用的用户的命令,以使得在神经网络中执行操作以及创建和更新属性,以及 动作列表