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    • 5. 发明授权
    • Three-dimensional map navigation display method
    • 三维地图导航显示方式
    • US06597354B2
    • 2003-07-22
    • US10075368
    • 2002-02-15
    • Kiyomi SakamotoYutaka TakahiraTeruaki AtaYoshiki Ueyama
    • Kiyomi SakamotoYutaka TakahiraTeruaki AtaYoshiki Ueyama
    • H01L2100
    • G01C21/3638G08G1/0969G09B29/106
    • A model transforming data generating portion 4 extracts parameter data corresponding to a given road area from two-dimensional map data in a two-dimensional map data storage portion 3. Subsequently, the model transforming data generating portion 4 reads out pattern data corresponding to the specified road area from a pattern model storage portion 5 and generates model transforming data. An image data generating portion 6 transforms a corresponding three-dimensional map display model by using the generated model transforming data to generate three-dimensional image data. The generated three-dimensional image data is given to and displayed in a display 7. The operator operates an input portion 2 on the basis of the contents displayed in the display 7 to correct the generated model transforming data.
    • 模型变换数据生成部分4从二维地图数据存储部分3中的二维地图数据中提取与给定道路区域相对应的参数数据。随后,模型变换数据生成部分4读出与指定的 路线区域,并且生成模型变换数据。 图像数据生成部分6通过使用生成的模型变换数据来转换相应的三维地图显示模型,以生成三维图像数据。 生成的三维图像数据被提供给显示器7并显示在显示器7中。操作者基于显示在显示器7中的内容来操作输入部分2,以校正所生成的模型变换数据。
    • 7. 发明授权
    • Storage medium for use with a three-dimensional map display device
    • 与三维地图显示装置一起使用的存储介质
    • US06744431B2
    • 2004-06-01
    • US10075268
    • 2002-02-15
    • Kiyomi SakamotoYutaka TakahiraTeruaki AtaYoshiki Ueyama
    • Kiyomi SakamotoYutaka TakahiraTeruaki AtaYoshiki Ueyama
    • G06T1500
    • G01C21/3638G08G1/0969G09B29/106
    • A model transforming data generating portion 4 extracts parameter data corresponding to a given road area from two-dimensional map data in a two-dimensional map data storage portion 3. Subsequently, the model transforming data generating portion 4 reads out pattern data corresponding to the specified road area from a pattern model storage portion 5 and generates model transforming data. An image data generating portion 6 transforms a corresponding three-dimensional map display model by using the generated model transforming data to generate three-dimensional image data. The generated three-dimensional image data is given to and displayed in a display 7. The operator operates an input portion 2 on the basis of the contents displayed in the display 7 to correct the generated model transforming data.
    • 模型变换数据生成部分4从二维地图数据存储部分3中的二维地图数据中提取与给定道路区域相对应的参数数据。随后,模型变换数据生成部分4读出对应于指定的 路线区域,并且生成模型变换数据。 图像数据生成部分6通过使用生成的模型变换数据来转换相应的三维地图显示模型,以生成三维图像数据。 生成的三维图像数据被提供给显示器7并显示在显示器7中。操作者基于显示在显示器7中的内容来操作输入部分2,以校正所生成的模型变换数据。
    • 8. 发明授权
    • Navigation device
    • 导航设备
    • US06442478B2
    • 2002-08-27
    • US09760821
    • 2001-01-17
    • Hiroyuki HamadaKiyomi SakamotoYoshiki Ueyama
    • Hiroyuki HamadaKiyomi SakamotoYoshiki Ueyama
    • G01C2132
    • G01C21/3644
    • In order to implement a navigation device in which landmarks are much less monotonous, and the applicability thereof is wider, the navigation device of the present invention operates as follows. A landmark is displayed in either normal display (still) and emphatic display (animated) by referring to landmark information. Specifically, referring to for normal display is shape information and positional information in the landmark information, and for emphatic display, an emphatic display execution file therein is referred to. For emphatic display, a group of instruction described in the emphatic display execution file are interpreted and executed so that the landmark is animated.
    • 为了实现地标不太单调的导航装置,其适用性更宽,本发明的导航装置的动作如下。 通过参考地标信息,地标在正常显示(静态)和强调显示(动画)中显示。 具体地,关于正常显示,参考地标信息中的形状信息和位置信息,并且为了强调显示,参考其中的强调显示执行文件。 对于强调显示,强调显示执行文件中描述的一组指令被解释和执行,使得地标被动画化。
    • 9. 发明授权
    • Navigation device
    • US06411898B1
    • 2002-06-25
    • US09839363
    • 2001-04-23
    • Akira IshidaYoshiki UeyamaKiyomi Sakamoto
    • Akira IshidaYoshiki UeyamaKiyomi Sakamoto
    • G01C306
    • In a navigation device assisting a driver of a vehicle to drive safely by presenting accurate information at the right time what is going on around his/her vehicle, an obstacle detection part detects any obstacle with the help of external information monitored by an external monitor part. By utilizing the vehicle's current position detected by an input part and a position detection part, and map data stored in a map data storage part, a route selection part searches for a route to a destination. Based on thus found route, current position, map data, and the external information from the obstacle detection part, a guiding part performs route guidance to the destination. A map data arranging part refers to the map data, information from the obstacle detection part and the input part, and object model display information from the object model display information storage part, and arranges any applicable object model onto a map data space. A display accordingly displays guidance information together with the resulting map image.