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    • 2. 发明授权
    • Map display method
    • 地图显示方式
    • US07839306B2
    • 2010-11-23
    • US10565300
    • 2004-08-18
    • Masaaki TanizakiKishiko MaruyamaShigeru Shimada
    • Masaaki TanizakiKishiko MaruyamaShigeru Shimada
    • G08G1/123G01C21/00
    • G09B29/10G01C21/36
    • A map display method whereby the contents of a road map displayed can be easily and clearly grasped regardless of the running conditions of a vehicle.In a summarized map displayed on a display screen 10, an area including a vehicle position 11, a destination 13 and a guide route 12 between them is displayed in simplified fashion. At a position far from the destination, as shown in FIG. 2A, a summarized map of a wide area is displayed and objects including a road 14 and a facility 15 are limited to a greater degree. With the approach of the vehicle position 11 to the destination 13, as shown in FIG. 2B, the contraction scale is decreased and a summarized map of a middle area is displayed, while at the same time increasing the objects displayed. With a further approach of the vehicle position 11 to the destination 13, as shown in FIG. 2C, a narrower area is displayed in summarization, while at the same time displaying substantially all the objects, thereby making it possible to grasp the neighborhood of the destination 13 in detail.
    • 无论车辆的行驶状况如何,能够容易且清楚地掌握显示的路线图的内容的地图显示方法。 在显示屏幕10上显示的总结图中,以简化的方式显示包括它们之间的车辆位置11,目的地13和引导路线12的区域。 在远离目的地的位置处,如图1所示。 在图2A中,显示了广泛区域的总结图,并且包括道路14和设施15在内的对象被更大程度地限制。 随着车辆位置11接近目的地13,如图1所示。 如图2B所示,缩小缩小,并且显示中间区域的总结图,同时增加显示的对象。 随着车辆位置11到达目的地13的进一步接近,如图3所示。 在图2C中,总结显示了较窄的区域,同时基本上显示所有对象,从而可以详细地掌握目的地13的邻域。
    • 4. 发明授权
    • Semiconductor integrated circuit device
    • 半导体集成电路器件
    • US06912697B2
    • 2005-06-28
    • US10440162
    • 2003-05-19
    • Ryuji ShibataShigeru Shimada
    • Ryuji ShibataShigeru Shimada
    • H01L21/822G06F17/50G11C8/00H01L21/336H01L21/82H01L27/00H01L27/02H01L27/04H01L27/118H01L29/78H01L27/092
    • H01L27/11807H01L27/0207H01L2924/0002H01L2924/00
    • In a semiconductor integrated circuit device and a method of designing the same, design information about circuit cells each having a desired function are described as objects according to selected purposes. The pieces of design information are registered in a cell library as cell information capable of forming any of substrate potential fixed cells and substrate potential variable cells. Further, a data sheet common to the substrate potential fixed cell and the substrate potential variable cell is offered to a user, so that the user is able to make a selection according to the user's purposes. The substrate potential fixed cells and the substrate potential variable cells are mixed together on a semiconductor chip so as to be properly used according to the functions or the like of circuit portions in which the cells are used.
    • 在半导体集成电路器件及其设计方法中,根据所选择的目的将关于具有期望功能的电路单元的设计信息描述为对象。 将设计信息作为能够形成任何一种底物电位固定细胞和底物潜在可变细胞的细胞信息登记在细胞库中。 此外,向用户提供与基板电位固定单元和基板电位变量单元共同的数据表,使得用户能够根据用户的目的进行选择。 基板电位固定电池和衬底电位可变电池在半导体芯片上混合在一起,以便根据其中使用电池的电路部分的功能等来适当地使用。
    • 6. 发明授权
    • Method of presenting multimedia data in a desired form by comparing and
replacing a user template model with analogous portions of a system
    • 通过将用户模板模型与系统的类似部分进行比较和替换,以所需形式呈现多媒体数据的方法
    • US5278946A
    • 1994-01-11
    • US619506
    • 1990-11-29
    • Shigeru ShimadaHitoshi MatsushimaSeiji KashiokaAkiko Sugihara
    • Shigeru ShimadaHitoshi MatsushimaSeiji KashiokaAkiko Sugihara
    • G06F17/30G06F7/00
    • G06F17/30017Y10S707/99945Y10S707/99948
    • Multimedia data in an object structure include entity objects and relation objects, wherein each entity object has data representing a media element as internal data, and each relation object represents a relation between the entity objects. A relation object is searched according to information specified by a search command, and a searched relation object and internal data of an entity object related thereto are displayed on the screen of a display unit as a set of display elements. To generate a digest of the multimedia data, a matching between a structure portion of a user model and a structure portion of a system model is examined. The user model is generated according to a request of the user and arranged in layers, while the system model has been previously generated. The multimedia data are arranged in layers according to the importance of respective data elements constituting the multimedia data. According to an examination result, a user model structure portion is selectively replaced by a system model structure portion, and the replaced user model is adjusted so as to display the same.
    • 对象结构中的多媒体数据包括实体对象和关系对象,其中每个实体对象具有表示媒体元素的数据作为内部数据,并且每个关系对象表示实体对象之间的关系。 根据搜索命令指定的信息搜索关系对象,并且将搜索到的关系对象和与其相关联的实体对象的内部数据作为一组显示元素显示在显示单元的屏幕上。 为了生成多媒体数据的摘要,检查用户模型的结构部分和系统模型的结构部分之间的匹配。 根据用户的请求生成用户模型,并且在先前已经生成了系统模型的情况下以层为单位来生成用户模型。 多媒体数据根据构成多媒体数据的各个数据元素的重要性分层布置。 根据检查结果,由系统模型结构部分选择性地替换用户模型结构部分,并且调整替换的用户模型以显示它们。
    • 8. 发明授权
    • Graphic data processing method and system
    • 图形数据处理方法和系统
    • US4847788A
    • 1989-07-11
    • US828711
    • 1986-02-12
    • Shigeru Shimada
    • Shigeru Shimada
    • G06T17/05
    • G06T17/05
    • A drawing processing system includes file storage equipment for storing drawing data in the form of pages through division of the drawing data, a memory for storing coordinate correcting values for managing pages in a continuated manner, and a temporary memory for storing page data for executing drawing edition processing. The drawing data are transferred from the file storage equipment to the temporary memory in a continuated manner, while the coordinate correcting values being added thereto. A joined drawing is prepared by combining together the pages along the boundaries thereof on the basis of the drawing data as transferred and by erasing the boundaries between the connected pages. Graphic edition processings such as displacement, joining, separation or the like can be then performed in the joined drawing.
    • 绘图处理系统包括文件存储设备,用于通过划分绘图数据来存储页面形式的绘图数据;存储器,用于存储用于以连续的方式管理页面的坐标校正值;以及临时存储器,用于存储用于执行绘图的页面数据 版本处理。 绘制数据以连续的方式从文件存储设备传送到临时存储器,同时添加坐标校正值。 通过根据所传送的图形数据和通过擦除连接的页面之间的边界来组合沿其边界的页面来准备连接的图形。 然后可以在接合图中执行诸如位移,接合,分离等的图形编辑处理。
    • 9. 发明授权
    • Drawing information management system
    • 绘图信息管理系统
    • US4811244A
    • 1989-03-07
    • US101020
    • 1987-09-25
    • Shigeru ShimadaAkimitsu KondohAtsuo Miyazaki
    • Shigeru ShimadaAkimitsu KondohAtsuo Miyazaki
    • G06T11/20G06F3/03
    • G06T11/206
    • A domain covering a drawing data subjected to information processing is determined and equally divided into meshes of predetermined smallest size. For each of vectors constituting a drawing data subjected to the processing, the number of the meshes traversed by the vector is counted. When the number of the meshes traversed by a given one of the vectors exceeds a predetermined value, the domain is equally divided into meshes of a larger mesh size and the number of the updated meshes traversed by the given one vector is counted. By repeating this operation, all the vectors are stored in a memory as the drawing information in terms of the mesh size and the coordinates of the meshes traversed by vector. Since the number of the meshes traversed by the vector thus can not exceed the predetermined value, the speeding-up of the drawing information processing can be accomplished. A predetermined value may be provided for the mesh size, if desired. When the mesh size for a given vector exceeds this predetermined value, the coordinates of a rectangle circumscribing the given vector may be stored in the memory as the drawing information.
    • 确定覆盖进行信息处理的图形数据的域并且等分成预定最小尺寸的网格。 对于构成进行了处理的图形数据的各矢量,对向量所经过的网格数进行计数。 当由给定的一个矢量穿过的网格的数量超过预定值时,将该域平均分配为较大网格尺寸的网格,并计算由给定的一个向量遍历的更新的网格的数量。 通过重复该操作,所有矢量作为绘图信息存储在存储器中,就网格尺寸和由矢量遍历的网格的坐标而言。 由于由矢量穿过的网格的数量不能超过预定值,所以可以实现绘图信息处理的加速。 如果需要,可以为网格尺寸提供预定值。 当给定向量的网格尺寸超过该预定值时,限定给定向量的矩形的坐标可以作为绘图信息存储在存储器中。