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    • 6. 发明授权
    • Energy efficient dishwashing
    • 节能洗碗
    • US07524380B1
    • 2009-04-28
    • US12183254
    • 2008-07-31
    • Sastry S. DuriJeffrey G. ElliottPaul A. Moskowitz
    • Sastry S. DuriJeffrey G. ElliottPaul A. Moskowitz
    • B08B3/02B08B7/02
    • A47L15/0063A47L15/0047A47L2401/04A47L2401/10A47L2501/07A47L2501/26A47L2501/30
    • Disclosed is a method for controlling a dishwasher, including sensing weight, volume, and location of items disposed in dishwasher compartments, communicating sensed data to a controller, calculating duration of a washing and drying cycle and an amount of cleaning solution to be used based on the sensed data, implementing the washing and drying cycle for the length of time, wherein a smaller sensing of the weight and volume results in a shorter amount of time than would be spent based on a larger sensing of weight and volume, directing cleaning solution to each compartment, wherein any of the compartments including fewer or none of the items will receive less cleaning solution than any of the compartments including more items, transmitting efficiency data based on the calculating, implementing, commanding, and sensing to a viewable medium, and minimizing usage of electrical energy and water via the implementing, commanding, and transmitting.
    • 公开了一种用于控制洗碗机的方法,包括检测设置在洗碗机隔室中的物品的重量,体积和位置,将感测数据传送到控制器,计算洗涤和干燥循环的持续时间以及使用的清洁溶液的量,基于 感测的数据,在一段时间内实施洗涤和干燥循环,其中较小的重量和体积的感测导致比基于更大的重量和体积感测而花费的时间更短的时间,将清洁溶液引导至 每个隔室,其中包括更少或不包括任何物品的任何隔室将比包括更多物品的任何隔间接收更少的清洁溶液,基于对可视介质的计算,实施,命令和感测传送效率数据,并将最小化 通过实施,指挥和传播,使用电能和水。
    • 7. 发明授权
    • Dynamic boundary mapping using position-determination systems
    • 使用位置确定系统的动态边界映射
    • US07443298B2
    • 2008-10-28
    • US11354496
    • 2006-02-15
    • Alan G. ColeJeffrey G. ElliottHolger H. MaierPaul A. MoskowitzAmadeus Podvratnik
    • Alan G. ColeJeffrey G. ElliottHolger H. MaierPaul A. MoskowitzAmadeus Podvratnik
    • G08B1/00G08B1/08G08B13/14A01K37/00A01K15/04G06F7/00G06F19/00
    • G08B13/14G06Q10/08G07C9/00103G07C9/00111G08B13/2417G08B13/2462
    • The invention provides an approach for automatic and dynamic mapping of zone boundaries for position-determination systems. The system of the present invention utilizes beacons (“position determining devices”) to identify the boundaries and limits of device area coverage (“zone”) for tracking objects with a position-determination system. Beacons, used both to identify zone boundaries and to tag assets to be tracked, are distributed within the zone. The beacon locations are then detected and displayed in the visualization application. Three or more beacons may be linked together, either manually or automatically, to establish a detection zone. Using beacons to establish detection zone boundaries eliminates guesswork and its associated errors, and produces a zone boundary that is actually valid. In an improvement over present systems, greater accuracy is assured using zone-defining beacons, because if a beacon is unintentionally placed in an area unavailable to the position-determination system, that beacon will not appear in the visualization application display, and thus will not be available to create an incorrect zone representation.
    • 本发明提供了一种用于位置确定系统的区域边界的自动和动态映射的方法。 本发明的系统使用信标(“位置确定装置”)来识别用于通过位置确定系统跟踪对象的设备区域覆盖(“区域”)的边界和限制。 用于识别区域边界和标记要跟踪的资产的信标分布在区域内。 然后在可视化应用中检测并显示信标位置。 三个或更多个信标可以手动或自动地链接在一起,以建立检测区域。 使用信标建立检测区域边界消除了猜测及其相关错误,并产生实际有效的区域边界。 在对现有系统的改进中,使用区域定义信标确保更高的精度,因为如果信标被无意地放置在位置确定系统不可用的区域中,则该信标将不会出现在可视化应用程序显示中,因此不会 可用于创建不正确的区域表示。
    • 8. 发明申请
    • SYSTEM AND METHOD FOR VISUALIZATION AND INTERACTION WITH SPATIAL OBJECTS
    • 用于可视化和与空间对象相互作用的系统和方法
    • US20080007568A1
    • 2008-01-10
    • US11428967
    • 2006-07-06
    • Paul B. ChouJeffrey G. ElliottJennifer LaiDanny C. Wong
    • Paul B. ChouJeffrey G. ElliottJennifer LaiDanny C. Wong
    • G09G5/00
    • G06T19/00G06F17/5004G06T2200/24
    • A computer program product including machine readable instructions stored on machine readable media, the product for assembling and providing a visual interface for a user to interact with spatial information, the product including: a build subsystem for assembling spatial information by converting drawings including the spatial information into scalable vector graphic (SVG) files; the build sub-system further including instructions for merging graphic data of the spatial information and annotating resources represented within the graphic data; and a run-time subsystem for interpreting assembled spatial information and providing the visual interface; wherein the run-time subsystem includes instructions for display and event management control to provide interaction between the user and the spatial information.
    • 一种计算机程序产品,包括存储在机器可读介质上的机器可读指令,所述产品用于组装和提供用于用户与空间信息交互的可视界面,所述产品包括:构建子系统,用于通过转换包括空间信息的图形来组合空间信息 进入可扩展矢量图(SVG)文件; 构建子系统还包括用于合并空间信息的图形数据和在图形数据内表示的注释资源的指令; 以及用于解释组装的空间信息并提供可视界面的运行时子系统; 其中运行时子系统包括用于显示和事件管理控制以提供用户与空间信息之间的交互的指令。