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    • 31. 发明授权
    • Electric power steering system with failure detection
    • 电动助力转向系统故障检测
    • US08175773B2
    • 2012-05-08
    • US12611430
    • 2009-11-03
    • Takashi Nishimori
    • Takashi Nishimori
    • G01M17/00G06F7/00G06F19/00
    • B62D5/0472B62D5/0487B62D5/0493
    • In an electric power steering system (10) for use in a vehicle incorporated with a vehicle behavior control system (30), a failure detecting unit (12) detects a failure of the electric power steering system according to the steering torque and actual electric current. A criterion for detecting a failure by the failure detecting unit is changed when the vehicle behavior control system is activated. Thereby, even when the vehicle behavior control system is activated and it causes a corrective current to be supplied to the electric motor, because the failure detection criterion is changed, the failure detecting unit is prevented from confusing the corrective current due to the operation of the vehicle behavior control system with an erroneous current caused by a failure of the electric power steering system. Therefore, an unnecessary interruption of the operation of the electric power steering system can be avoided, and the convenience of the electric power steering system can be enhanced.
    • 在用于搭载车辆行为控制系统(30)的车辆的电动助力转向系统(10)中,故障检测部(12)根据转向转矩和实际电流来检测电动助力转向系统的故障 。 当车辆行为控制系统被激活时,改变由故障检测单元检测故障的标准。 因此,即使当车辆行为控制系统被激活并且使得向电动机提供校正电流时,由于故障检测标准改变,故障检测单元也不会因为操作而导致的校正电流混淆 具有由电动助力转向系统故障引起的错误电流的车辆行为控制系统。 因此,可以避免电动助力转向系统的动作的不必要的中断,能够提高电动助力转向系统的便利性。
    • 33. 发明授权
    • Face image creation device and method
    • 人脸图像制作装置及方法
    • US07653220B2
    • 2010-01-26
    • US10594297
    • 2005-04-15
    • Takashi NishimoriShigenori Maeda
    • Takashi NishimoriShigenori Maeda
    • G06K9/00
    • G06T11/00
    • A face image creation device 100 for creating a first face image where face parts for creating the first face image are arranged at positions based on a position of a corresponding face part in a second face image, comprises: a position calculation unit for extracting face parts from the input second face image and calculating the position of each face part in the second face image; a face feature storage unit for storing reference positions of the face parts in a reference image; a plot rule storage unit for storing default positions of the face parts for creating the first face image in the first face image; and a facial portrait synthesis unit for determining the positions of the face parts for creating the first face image, based on a comparison result between the calculated position of each of the face parts in the second face image and the reference position of a corresponding face part and a comparison result of a distance between default positions with a distance between reference positions for particular two face parts.
    • 一种面部图像创建装置100,用于创建第一面部图像,其中用于创建第一面部图像的面部部分基于第二面部图像中的相应面部部分的位置布置在位置,包括:位置计算单元,用于提取面部部分 并且计算第二面部图像中的每个面部部分的位置; 面部特征存储单元,用于存储参考图像中的面部部分的参考位置; 图形规则存储单元,用于存储用于在第一面部图像中创建第一面部图像的面部部件的默认位置; 以及面部肖像合成单元,用于基于所计算的第二面部图像中的每个面部部分的位置与相应的面部部分的基准位置之间的比较结果来确定用于创建第一面部图像的面部部分的位置 以及默认位置之间的距离与特定两个面部部件的参考位置之间的距离的比较结果。
    • 34. 发明申请
    • INFORMATION SORTING DEVICE AND INFORMATION RETRIEVAL DEVICE
    • 信息分类设备和信息检索设备
    • US20090055390A1
    • 2009-02-26
    • US12162932
    • 2007-01-31
    • Shigenori MaedaTakashi Nishimori
    • Shigenori MaedaTakashi Nishimori
    • G06F17/10G06F17/30
    • G06F16/353
    • An information retrieval device and the like are provided to quickly retrieve information desired by a user even when information is collected based on the user's taste or interest. Each of sort item generating units (121 to 12N) sorts information into plural sort items based on different sorting aspects (details or attributes of information), and a category generating unit (13) combines the sort items into various categories. A category-combination searching unit (14) combines a predetermined number of the categories to generate category combinations to which information of the most equivalent in number belongs. When information is narrowed down using the category combinations, the number of operations for arriving at target information to be retrieved by the user (specifically, the number of operations for selecting categories or for searching target information to be retrieved in the categories) can be minimized, thereby enabling much faster retrieval.
    • 提供信息检索装置等,以便即使当基于用户的品味或兴趣收集信息时,也能快速检索用户期望的信息。 排序项生成单元(121〜12N)中的每一个基于不同的排序方式(信息的细节或属性)将信息分类成多个排序项,并且类别生成单元(13)将排序项目组合成各种类别。 类别组合搜索单元(14)组合预定数量的类别以生成数量最多等价物的信息所属的类别组合。 当使用类别组合缩小信息时,可以最小化用于到达要由用户检索的目标信息的操作的数量(具体地,用于选择类别的操作的数量或用于搜索在类别中检索的目标信息) ,从而可以更快地进行检索。