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    • 11. 发明申请
    • Online advertising associated with electronic mapping systems
    • 在线广告与电子地图绘制系统有关
    • US20140359537A1
    • 2014-12-04
    • US13986744
    • 2013-05-31
    • Gabriel JackobsonSteven Rueben
    • Gabriel JackobsonSteven Rueben
    • G06Q30/02G09B29/00G01C21/36
    • G06Q30/0261G01C21/3682G01C21/3697G09B29/006G09B29/106
    • Various methods, systems and apparatus for displaying online advertising content associated with a point-of-interest (“POI”) in a digital mapping system, are disclosed. One such method may include detecting a change in the zoom level of an electronic map displayed on a computing device (e.g. desktop/laptop, smart phone, etc. operation on Windows®, Linux®, Mac OS®, iOS®, Android®, etc.) determining if the new zoom-level is at a pre-determined zoom level (e.g. at maximum zoom), identifying a POI on the map, retrieving advertisement content associated with the POI (“POI advertisement content”) and displaying the POI advertisement content. A POI may be a specific point of interest; or, an entire geographic region of a map displayed at a high zoom level. The method may further include detecting a change in the zoom, or pan, of the digital map while POI advertisement content is displayed, and removing or repositioning the POI advertisement content in response.
    • 公开了用于在数字地图系统中显示与兴趣点(“POI”)相关联的在线广告内容的各种方法,系统和装置。 一种这样的方法可以包括检测显示在计算设备上的电子地图(例如桌面/笔记本电脑,智能电话等操作在Windows®,Linux®,MacOS®,iOS®,Android®, 确定新的缩放级别是否处于预定缩放级别(例如,在最大缩放处),识别地图上的POI,检索与POI相关联的广告内容(“POI广告内容”)并显示POI 广告内容。 POI可能是一个特定的兴趣点; 或者以高变焦级别显示的地图的整个地理区域。 该方法还可以包括在显示POI广告内容的同时检测数字地图的变焦或平移,以及响应地移除或重新定位POI广告内容。
    • 14. 发明申请
    • COMPUTER SYSTEM TO VISUALIZE DATA FROM AN IP RIGHTS DATABASE
    • 计算机系统可以从IP权利数据库中查看数据
    • US20140176557A1
    • 2014-06-26
    • US14239106
    • 2012-08-17
    • PRACTICE INSIGHT PTY LTD
    • Thomas Haines
    • G06F17/30G06T11/20
    • G06F17/30011G06Q30/0205G06T11/206G09B29/006
    • A system (10) to visualise data from an IP rights database as a geographic map having a viewable area. A map display change monitor (23) receives a map change message in relation to a change in the viewable area of the geographic map and generates a display change notification, which includes the geographic coordinates of the current viewable area of the geographic map. An IP rights generator (37) generates a list of IP rights from the IP rights database, in which the geographic address of at least one owner of each IP right is within the geographic area defined by the current map coordinates and also restricts the list of IP rights based on one or more restriction criteria related to the IP rights to form a restricted list of IP rights. An information display generator (26) generates and displays one or more data visualisations derived from the restricted list of IP rights and updates data visualisations upon receiving each successive display change notification.
    • 一种用于将来自IP权限数据库的数据可视化为具有可视区域的地理图的系统(10)。 地图显示改变监视器(23)相对于地理地图的可视区域的变化接收地图改变消息,并且生成包括地理地图的当前可视区域的地理坐标的显示改变通知。 IP权利产生器(37)从IP权限数据库生成IP权限列表,其中每个IP权利的至少一个所有者的地理地址在由当前地图坐标定义的地理区域内,并且还限制 基于与知识产权相关的一个或多个限制标准形成知识产权限制清单的知识产权。 信息显示生成器(26)生成并显示从受限制的IP权限列表导出的一个或多个数据可视化,并在接收每个连续的显示改变通知时更新数据可视化。
    • 15. 发明授权
    • Method for generating a hex-dominant mesh of a geometrically complex basin
    • 用于生成几何复杂盆地的十六进制优势网格的方法
    • US08674984B2
    • 2014-03-18
    • US13178539
    • 2011-07-08
    • Longmin RanAbdallah BenaliHouman BorouchakiChakib Bennis
    • Longmin RanAbdallah BenaliHouman BorouchakiChakib Bennis
    • G06T17/00
    • G06T17/205G09B23/40G09B29/006
    • A method for generating a mesh of a subterranean medium comprising at least one sedimentary layer crossed by at least one fault. The at least one layer is delimited vertically by two geological horizons discretized by two triangulated three-dimensional surfaces. For each horizon, a three-dimensional gridded surface is constructed by means of isometric unfolding accounting for the presence of the fault. Next, the mesh of the subterranean medium is generated by generating cells by creating links between the three-dimensional gridded surfaces. To do this, nodes of the first gridded surface that are situated on one side of the fault which differs from the side of a node of the second gridded surface having the same coordinates i, j are detected. Each non-detected node is joined with a node of the second gridded surface having the same coordinates i, j, and each detected node is joined with the fault by considering a direction of a neighboring node. Finally, the cells having at least two vertices in common are regularized.
    • 一种用于产生地下介质的网的方法,所述地下介质包括至少一个由至少一个断层交叉的沉积层。 至少一层由两个三角形三维表面离散的两个地质层位垂直界定。 对于每个地平线,通过等距展开来构造三维网格表面,以说明故障的存在。 接下来,通过在三维网格表面之间创建链接来生成单元来产生地下介质的网格。 为此,检测位于故障一侧的第一网格表面的不同于具有相同坐标i,j的第二网格表面的节点侧的节点。 每个未检测到的节点与具有相同坐标i,j的第二网格表面的节点连接,并且每个检测到的节点通过考虑相邻节点的方向与故障相关联。 最后,具有至少两个共同点的顶点的单元是正则化的。
    • 16. 发明授权
    • Efficient pre-computing of simplified vector data for rendering at multiple zoom levels
    • 对多个缩放级别进行渲染的简化矢量数据的高效预计算
    • US08610717B2
    • 2013-12-17
    • US13912264
    • 2013-06-07
    • Google Inc.
    • Tudor HulubeiDavid Eustis
    • G06T17/00
    • G06T3/40G01C21/32G06T17/05G06T2210/36G09B29/006G09B29/007
    • Aspects of the invention relate generally to accessing, storing, and processing vector data to represent various geographical features such as roads, rivers, lakes, countries, continents, and oceans on one or more maps. More specifically, the vector data may be pre-simplified for rendering at different zoom levels. The simplification process is based on removing vertices from vector data in order to reduce the number of points in a given polygon or line. As this process is very expensive in terms of time and processing power, the system and method allow for estimation of the proportion of vertices which that would be removed from the original geometry. Based on this estimation, one may decide whether or not the simplification is worth the effort to compute and store the simplified data.
    • 本发明的方面一般涉及访问,存储和处理矢量数据以在一个或多个地图上表示各种地理特征,例如道路,河流,湖泊,国家,大陆和海洋。 更具体地,矢量数据可以被预先简化,以便在不同的缩放级别呈现。 简化过程基于从矢量数据中删除顶点,以减少给定多边形或线中的点数。 由于该过程在时间和处理能力方面非常昂贵,所以系统和方法允许估计将从原始几何中去除的顶点的比例。 基于此估计,可以决定简化是否值得为计算和存储简化数据而努力。