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    • 4. 发明申请
    • PRESENTATION OF RICH SEARCH RESULTS IN DELINEATED AREAS
    • 在特定地区展示丰富的搜索结果
    • US20130174023A1
    • 2013-07-04
    • US13341043
    • 2011-12-30
    • Daniel MarantzKeith Alan RegierSarvesh Nagpal
    • Daniel MarantzKeith Alan RegierSarvesh Nagpal
    • G06F17/00
    • G06F17/30864G06F3/038G06F3/0481G06F3/04812G06F3/0482G06F17/211G06F17/212G06F17/2247G06F17/227G06F17/24G06F17/248G06F17/30905G06Q10/10
    • Search results are provided with rich content in defined display areas defined via a border, background, other like graphical elements, or combinations thereof. Within the defined display area, search results content is formatted to evoke a particular theme or concept appropriate for the information identified by the search result. Additionally, within the defined display area, a graphical preview of the search result is provided in an animated manner evocative of user scrolling. Collections of search results are arranged in grids, like tiles. Search results are reviewed on a grid-by-grid basis, with small portions of prior, or subsequent, grids being displayed at the edges of the display, thereby visually indicating that further, or subsequent, grids are accessible. Alternatively, other grids can represent different types of search results. The quantity in a grid, and their size, are dynamically adjusted based on the size of the display.
    • 在通过边框,背景,其他类似图形元素或其组合定义的定义的显示区域中提供搜索结果。 在定义的显示区域内,搜索结果内容被格式化以唤起适合于由搜索结果识别的信息的特定主题或概念。 此外,在定义的显示区域内,以动画的方式提供搜索结果的图形预览,以唤起用户滚动。 搜索结果的集合安排在网格中,如瓷砖。 搜索结果以逐格为基础进行审查,其中先前或后续网格的一小部分显示在显示器的边缘,从而可视地指示进一步的或后续的网格是可访问的。 或者,其他网格可以表示不同类型的搜索结果。 网格中的数量及其大小根据显示器的大小进行动态调整。
    • 5. 发明申请
    • Plasma spray method and apparatus for applying a coating utilizing particle kinetics
    • US20050252450A1
    • 2005-11-17
    • US11136336
    • 2005-05-24
    • Keith KowalskyDaniel Marantz
    • Keith KowalskyDaniel Marantz
    • B05D1/00B05D1/08B05D1/10B05D7/22C23C4/12C23C16/00
    • B05B7/226B05B13/0636B05D1/007B05D1/10B05D7/222C23C4/134C23C24/04
    • A method of operation of a plasma torch and the plasma apparatus to produce a hot gas jet stream directed towards a workpiece to be coated by first injecting a cold high pressure carrier gas containing a powder material into a cold main high pressure gas flow and then directing this combined high pressure gas flow coaxially around a plasma exiting from an operating plasma generator and converging directly into the hot plasma effluent, thereby mixing with the hot plasma effluent to form a gas stream with a net temperature based on the enthalpy of the plasma stream and the temperature and volume of the cold high pressure converging gas, establishing a net temperature of the gas stream at a temperature such that the powdered material will not melt or soften, and projecting the powder particles at high velocity onto a workpiece surface. The improvement resides in mixing a cold high pressure carrier gas with powder material entrained in it, with a cold high pressure gas flow of gas prior to mixing this combined gas flow with the plasma effluent which is utilized to heat the combined gas flow to an elevated temperature limited to not exceeding the softening point or melting point of the powder material. The resulting hot high pressure gas flow is directed through a supersonic nozzle to accelerate this heated gas flow to supersonic velocities, thereby providing sufficient velocity to the particles striking the workpiece to achieve a kinetic energy transformation into elastic deformation of the particles as they impact the onto the workpiece surface and forming a dense, tightly adhering cohesive coating. Preferably the powder material is of metals, alloys, polymers and mixtures thereof or with semiconductors or ceramics and the powder material is preferably of a particle size range exceeding 50 microns. The system also includes a rotating member for coating concave surfaces and internal bores or other such devices which can be better coated using rotation.
    • 9. 发明申请
    • PAGE PREVIEW USING CONTEXTUAL TEMPLATE METADATA AND LABELING
    • 页面预览使用模式元素和标签
    • US20130151936A1
    • 2013-06-13
    • US13316568
    • 2011-12-12
    • Diana HsuKeith A. RegierKhaled RashadDaniel MarantzKrishnan ThazhathekalamDavid D. Ahn
    • Diana HsuKeith A. RegierKhaled RashadDaniel MarantzKrishnan ThazhathekalamDavid D. Ahn
    • G06F17/30G06F17/00
    • G06F16/951G06F16/957
    • Architecture that provides a preview template of information supplemented to a result entry of a results page, such as a search engine results page. A data component supplements the result entry with information from a results destination document. The information is segmented and grouped into logical collections of related results according to contextual templates. Each template is associated with an interactive label that exposes a corresponding collection in response to label interaction. Each label of a template is a visual cue that includes a descriptive title which relates to individual web results of the collection. A user can scan through the labels and interact only with the section (collection) of interest to obtain a preview of destination document results before committing a click that navigates the user to the destination document of the website. The labels are also ranked within the template of information for a given result entry.
    • 该架构提供补充到结果页面的结果条目(例如搜索引擎结果页面)的信息预览模板。 数据组件使用结果目标文档中的信息来补充结果条目。 根据上下文模板,将信息分段并分组成相关结果的逻辑集合。 每个模板都与一个交互式标签相关联,该标签会暴露相应的集合以响应标签交互。 模板的每个标签都是一个视觉提示,其中包含与集合的单个Web结果相关的描述性标题。 用户可以扫描标签,并仅与感兴趣的部分(集合)进行交互,以在提交将用户导航到网站的目标文档的点击之前获取目标文档结果的预览。 标签也在给定结果条目的信息模板内排列。
    • 10. 发明申请
    • DYNAMIC CONTENT PREVIEW CYCLING MODEL FOR ANSWERS WITH TRANSITIONS
    • 动态内容预测循环模型用于具有转换的回答
    • US20130097555A1
    • 2013-04-18
    • US13332399
    • 2011-12-21
    • Daniel MarantzManny TanKeith A. RegierAlex Bulankou
    • Daniel MarantzManny TanKeith A. RegierAlex Bulankou
    • G06F3/048
    • G06F16/9038
    • Architecture that includes a rendering framework for rendering structured content in structured parts and a set of transitions/interactions which when combined enable a generic item of a list of items to transition item elements to different content views (states) without or without user interaction. The space consumed by the different element content views is pre-computed such that an item in the list is not pushed from view when an element is in a larger version, or a new item added to the list when element content is transitioned back to the smaller content version. All items remain in view independent of whether a single item has an element that is in a different view state. A results model automatically cycles through a preview of the content states of the result entries in the absence of any user interaction, and based on settings configured by the user.
    • 包括用于在结构化部分中呈现结构化内容的渲染框架和一组转换/交互的结构,当组合时,可以使用项目列表的通用项目将项目元素转换为不同的内容视图(状态),而无需用户或不进行用户交互。 预先计算不同元素内容视图消耗的空间,使得当元素处于较大版本时,列表中的项目不会从视图中推出,或者当元素内容被转换回到列表中时添加到列表中的新项目 较小的内容版本。 所有项目都保留在视图中,而不管单个项目是否具有处于不同视图状态的元素。 在没有任何用户交互的情况下,并且基于用户配置的设置,结果模型会自动循环浏览结果条目的内容状态。