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    • 2. 发明申请
    • GAZE TARGET DETERMINATION DEVICE AND GAZE TARGET DETERMINATION METHOD
    • GAZE目标确定装置和GAZE目标确定方法
    • US20110141010A1
    • 2011-06-16
    • US13057857
    • 2010-06-03
    • Kotaro SakataShigenori MaedaRyo YonetaniHiroaki KawashimaTakatsugu HirayamaTakashi Matsuyama
    • Kotaro SakataShigenori MaedaRyo YonetaniHiroaki KawashimaTakatsugu HirayamaTakashi Matsuyama
    • G09G5/00G06F17/21
    • A61B3/113G06K9/0061
    • The object at which a user is gazing Is accurately determined from among objects displayed on a screen. A gaze target determination device (10) includes: an event setting unit (13) which generates, for each object at different times, a display event which triggers a movement of the gaze direction of the user who is gazing at the object and which indicates a movement or a change of the object; a gaze trajectory calculation unit (12) which calculates a gaze trajectory based on the detected user's gaze direction; an eye movement event detection unit (14) which detects event detection time which is time at which the gaze direction moves according to the display event, based on the calculated gaze trajectory; a synchronization structure analysis unit (15) which calculates, for each object, time difference between the event detection time and event occurrence time; and a gaze target determination unit (16) which determines the object at which the user is gazing from among the objects, based on the calculated time difference.
    • 从屏幕上显示的对象中准确地确定用户正在注视的对象。 注视目标确定装置(10)包括:事件设置单元(13),其针对每个对象在不同时间生成触发注视对象的用户的注视方向的移动的显示事件,并且指示 物体的运动或变化; 注视轨迹计算单元(12),其基于检测到的用户的注视方向计算注视轨迹; 基于计算出的注视轨迹,检测根据显示事件使注视方向移动的时间的事件检测时间的眼动运动事件检测部(14) 同步结构分析单元,针对每个对象计算事件检测时间和事件发生时间之间的时间差; 以及目标确定单元(16),其基于计算出的时间差确定用户从对象之间注视的对象。
    • 8. 发明授权
    • Magnetoresistance effect film and magnetoresistance effect type head
    • 磁阻效应膜和磁阻效应型头
    • US06563681B1
    • 2003-05-13
    • US09542912
    • 2000-04-04
    • Tetsuro SasakiKoichi TerunumaHiroaki KawashimaNoriyuki Ito
    • Tetsuro SasakiKoichi TerunumaHiroaki KawashimaNoriyuki Ito
    • G11B539
    • B82Y25/00B82Y10/00G11B5/3903H01F10/3268
    • A soft magnetic layer constituting a spin valve type magnetoresistance effect film comprises a multilayered body having at least two layers and including a first soft magnetic layer substantially made of Co or CoFe, and a second soft magnetic layer substantially made of NiFeX (wherein X represents at least one selected from Ta and Nb) in the order named from the side of a non-magnetic metal layer. More preferably, the soft magnetic layer comprises a multilayered body having at least three layers and including a first soft magnetic layer substantially made of Co or CoFe, a third soft magnetic layer substantially made of NiFe, and a second soft magnetic layer substantially made of NiFeX (wherein X represents at least one selected from Ta and Nb) in the order named from the side of the non-magnetic metal layer. Therefore, the detection sensitivity of a magnetic signal and the output of the magnetic head can be improved. Further, the linearity of the derived signal is also excellent.
    • 构成自旋阀型磁阻效应膜的软磁性层包括具有至少两层的多层体,并且包括基本上由Co或CoFe制成的第一软磁性层和基本上由NiFeX制成的第二软磁性层(其中X表示 从Ta和Nb中选择的至少一种)以非磁性金属层的一侧命名。 更优选地,软磁性层包括具有至少三层的多层体,其包括基本由Co或CoFe制成的第一软磁性层,基本上由NiFe制成的第三软磁性层,以及基本由NiFeX制成的第二软磁性层 (其中X表示选自Ta和Nb中的至少一种)以从非磁性金属层的一侧命名的顺序。 因此,可以提高磁信号的检测灵敏度和磁头的输出。 此外,导出的信号的线性也很好。