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    • 22. 发明授权
    • Turn-by-turn navigation system and next direction guidance method using the same
    • 导航系统和下一个方向指导方法采用相同的方式
    • US07844394B2
    • 2010-11-30
    • US10892885
    • 2004-07-16
    • Hee Jeong Kim
    • Hee Jeong Kim
    • G01C21/00G08G1/123G01C21/30G01C21/32
    • G01C21/36
    • A turn-by-turn navigation system includes a positioning module receiving position information and updating real time road information on a road where a car is currently located, a map database storing map information required for driving the car, a route planning/route guidance module receiving the real time road information and the map information and generating current guidance information and next guidance information, a turn-by-turn graphic user interface module receiving the current and next guidance information and generating current and next guidance images, and an image display unit displaying the current and next guidance images.
    • 行驶导航系统包括定位模块,其接收位置信息并在当前所在的道路上更新实时道路信息,存储驾驶汽车所需的地图信息的地图数据库,路线规划/路线引导模块 接收实时道路信息和地图信息并产生当前引导信息和下一个引导信息,接收当前和下一个引导信息并产生当前和下一个引导图像的逐个图形用户界面模块,以及图像显示单元 显示当前和下一个引导图像。
    • 23. 发明授权
    • Unified framework based on extensible styles for 3D non-photorealistic rendering and method of configuring the same
    • 基于3D非真实渲染的可扩展样式的统一框架及其配置方法
    • US07663622B2
    • 2010-02-16
    • US11634945
    • 2006-12-07
    • Sung Ye KimJi Hyung LeeBo Youn KimHee Jeong KimBon Ki Koo
    • Sung Ye KimJi Hyung LeeBo Youn KimHee Jeong KimBon Ki Koo
    • G06T15/00
    • G06T15/02
    • There are provided a unified framework based on extensible styles for 3D non-photorealistic rendering and a method of configuring the framework. The unified framework includes: 3D model data processing means for generating a scene graph by converting a 3D model input into 3D data and organizing the scene graph using vertexes, faces, and edges; face painting means for selecting a brusher to paint faces (interiors) of the 3D model using the scene graph; line drawing means for extracting line information from the 3D model using the scene graph and managing the extracted line information; style expressing means for generating a rendering style for the 3D model and storing the rendering style as a stroke, the rendering style being equally applied to a face-painting method and a line-drawing method; and rendering means for combining the stroke and the selected brusher to render the 3D model using both the face-painting method and the line-drawing method. The framework can be used to develop tools and new rendering styles for non-photorealistic rendering and animation.
    • 提供了基于3D非真实渲染的可扩展样式的统一框架和一种配置框架的方法。 统一框架包括:3D模型数据处理装置,用于通过将3D模型输入转换为3D数据并使用顶点,面和边缘组织场景图来生成场景图; 用于选择刷子以使用场景图来绘制3D模型的面部(内部)的面部绘画装置; 线绘制装置,用于使用场景图从3D模型中提取线信息并管理所提取的线信息; 用于生成3D模型的呈现风格并将呈现风格存储为笔画的风格表达装置,所述呈现风格被同样地应用于面部绘画方法和绘图方法; 以及用于组合笔画和所选择的刷子以使用面部绘画方法和绘图方法来渲染3D模型的渲染装置。 该框架可用于开发非逼真渲染和动画的工具和新的渲染样式。
    • 27. 发明申请
    • Unified framework based on extensible styles for 3D non-photorealistic rendering and method of configuring the same
    • 基于3D非真实渲染的可扩展样式的统一框架及其配置方法
    • US20070132755A1
    • 2007-06-14
    • US11634945
    • 2006-12-07
    • Sung Ye KimJi Hyung LeeBo Youn KimHee Jeong KimBon Ki Koo
    • Sung Ye KimJi Hyung LeeBo Youn KimHee Jeong KimBon Ki Koo
    • G06T15/00
    • G06T15/02
    • There are provided a unified framework based on extensible styles for 3D non-photorealistic rendering and a method of configuring the framework. The unified framework includes: 3D model data processing means for generating a scene graph by converting a 3D model input into 3D data and organizing the scene graph using vertexes, faces, and edges; face painting means for selecting a brusher to paint faces (interiors) of the 3D model using the scene graph; line drawing means for extracting line information from the 3D model using the scene graph and managing the extracted line information; style expressing means for generating a rendering style for the 3D model and storing the rendering style as a stroke, the rendering style being equally applied to a face-painting method and a line-drawing method; and rendering means for combining the stroke and the selected brusher to render the 3D model using both the face-painting method and the line-drawing method. The framework can be used to develop tools and new rendering styles for non-photorealistic rendering and animation.
    • 提供了基于3D非真实渲染的可扩展样式的统一框架和一种配置框架的方法。 统一框架包括:3D模型数据处理装置,用于通过将3D模型输入转换为3D数据并使用顶点,面和边缘组织场景图来生成场景图; 用于选择刷子以使用场景图来绘制3D模型的面部(内部)的面部绘画装置; 线绘制装置,用于使用场景图从3D模型中提取线信息并管理所提取的线信息; 用于生成3D模型的呈现风格并将呈现风格存储为笔画的风格表达装置,所述呈现风格被同样地应用于面部绘画方法和绘图方法; 以及用于组合笔画和所选择的刷子以使用面部绘画方法和绘图方法来渲染3D模型的渲染装置。 该框架可用于开发非逼真渲染和动画的工具和新的渲染样式。
    • 30. 发明申请
    • LEARNING MAT FOR CHILDREN USING TOY
    • 儿童使用玩具的学习乐谱
    • US20110195392A1
    • 2011-08-11
    • US13125173
    • 2009-06-11
    • Hee Jeong Kim
    • Hee Jeong Kim
    • G09B25/00
    • G09B19/00G09B25/00
    • The present invention relates to a learning mat for children using a toy that is capable of performing learning through the toy having a shape of a character, which induces a child's curiosity while learning and further ensures dynamic physical activities of the child while the learning. The learning mat includes: a mat 100 having learning objects 111 to be learned by a child depicted on the front surface thereof and adapted to wirelessly transmit learning information by section as the learning contents of the learning object 111 touched by the child; and a toy-shaped learning information output member 200 serving as a mat-touching member for touching the learning objects 111 depicted on the mat 100 and wirelessly connected to the mat 100 so as to receive the learning information by section transmitted wirelessly from the mat 100 and to output the received learning information through a speaker, the toy-shaped learning information output member 200 having a toy-shaped housing 201 on the external appearance thereof.
    • 本发明涉及一种使用玩具的儿童学习垫,该玩具能够通过具有角色形状的玩具进行学习,这在学习的同时引起孩子的好奇心,并进一步确保孩子在学习中的动态体力活动。 学习垫包括:具有学习对象111的垫子100,被学习对象111被前表面所描绘的儿童学习,并且适于将学习信息逐段地无线传送,作为孩子所触摸的学习对象111的学习内容; 以及玩具形状的学习信息输出构件200,其作为用于触摸垫子100上所示的学习对象111并无线地连接到垫子100的按摩触摸构件,以便接收从垫100无线传送的区间的学习信息 并且通过扬声器输出接收到的学习信息,玩具形状的学习信息输出构件200具有玩具形状的壳体201的外观。