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    • 2. 发明授权
    • Upper structure for a shoe
    • 鞋的上部结构
    • US08490298B2
    • 2013-07-23
    • US13240384
    • 2011-09-22
    • Natsuki SatoTetsuo Yamamoto
    • Natsuki SatoTetsuo Yamamoto
    • A43B23/00
    • A43B13/181A43B23/0235A43B23/0275A43B23/047A43C1/00
    • An upper structure for a shoe includes an upper body and an outside upper member that overlaps the lateral side of the upper body to cover the foot's talus and that has a bottom edge portion fixedly attached to a bottom surface of the upper body. A rear end portion of the bottom edge portion is located rearwardly of the calcaneus load centerline. A rear edge portion of the outside upper member is separate from the upper body rearwardly of the talus. An instep edge portion of the outside upper member is connected to the shoelace. The upper structure includes a region that is expandable and contractible in a longitudinal direction. A top end of the region extends to the opening of the upper body, and a bottom end of the region is disposed in front of the calcaneus load centerline and below 55% of the foot's lateral ankle height.
    • 鞋的上部结构包括上身和外部上部构件,其与上部主体的侧面重叠以覆盖足部的距离,并且具有固定地附接到上身的底部表面的底部边缘部分。 底边缘部分的后端部位于跟骨负载中心线的后方。 外侧上部构件的后缘部分与距离的上部身体分离。 外部上部构件的脚后缘部分连接到鞋带。 上部结构包括沿纵向可膨胀和收缩的区域。 该区域的顶端延伸到上身的开口,并且该区域的底端设置在跟骨负载中心线的前方,并且低于脚的外侧脚踝高度的55%。
    • 3. 发明申请
    • Upper structure for a shoe
    • 鞋的上部结构
    • US20080120871A1
    • 2008-05-29
    • US11982218
    • 2007-10-31
    • Natsuki SatoTetsuo Yamamoto
    • Natsuki SatoTetsuo Yamamoto
    • A43B7/14A43B5/00A43B21/00A43B23/00A43B23/08
    • A43B13/181A43B23/0235A43B23/0275A43B23/047A43C1/00
    • An upper structure for a shoe that improves a fit of the heel portion during heel contact with the ground to the push off motion of a foot. The upper structure includes an upper body 30, and an outside upper member 31 that overlaps the lateral side of the upper body 30 to cover the talus T of the foot and whose bottom side edge portion 31a is fixedly attached to the bottom surface of the upper body 30. The rear end portion A of the bottom side edge portion 31a of the outside upper member 31 is located at the rear of the load centerline C of the calcaneus and the rear side edge portion 31c of the outside upper member 31 is provided separately from the upper body 30 at the rear of the talus T of the foot. The instep side edge portion 31b of the outside upper member 31 is connected to the shoelace 4. On the lateral side of the heel portion of the upper body 30 is provided a region 10 that is expandable and contractible in the longitudinal direction. The top end of the region 10 extends to the opening of the upper body 30 and the bottom end B of the region 10 is disposed in front of the load centerline C of the calcaneus and below the height h that corresponds to 55% of the lateral ankle height H of the foot.
    • 一种用于鞋的上部结构,其改善了跟脚部接触地面期间脚后跟部分与脚的推开运动的配合。 上部结构包括上部主体30和与上部主体30的横向侧重叠以覆盖脚部的距离T并且其底部侧边缘部分31a固定地附接到底部表面的外部上部构件31 上身30。 外侧上部构件31的下侧边缘部31a的后端部A位于跟骨的负载中心线C的后方,并且外侧上部构件31的后侧缘部31c与 脚部的距离T的后方的上身30。 外侧上部构件31的脚背侧边缘部31b与鞋带4连接。 在上主体30的跟部的侧面设置有沿纵向可扩张和收缩的区域10。 区域10的顶端延伸到上主体30的开口,并且区域10的底端B设置在跟骨的负载中心线C的前方,并且低于对应于侧面的55%的高度h 脚踝高度H。
    • 4. 发明授权
    • Upper structure for a shoe
    • 鞋的上部结构
    • US08056264B2
    • 2011-11-15
    • US11982218
    • 2007-10-31
    • Natsuki SatoTetsuo Yamamoto
    • Natsuki SatoTetsuo Yamamoto
    • A43B23/00
    • A43B13/181A43B23/0235A43B23/0275A43B23/047A43C1/00
    • An upper structure for a shoe improves a fit of the heel portion during heel contact with the ground to the push off motion of a foot. The upper structure includes an upper body 30, and an outside upper member 31 that overlaps the lateral side of the upper body 30 to cover the talus T of the foot, and that has a bottom edge portion 31a fixedly attached to the bottom surface of the upper body 30. The rear end portion A of the bottom edge portion 31a is located rearwardly of the load centerline C of the calcaneus. A rear edge portion 31c of the outside upper member 31 is provided separately from the upper body 30 rearwardly of the talus T of the foot. An instep edge portion 31b of the outside upper member 31 is connected to the shoelace 4. On the lateral side of the heel portion of the upper body 30, there is a region 10 that is expandable and contractible in the longitudinal direction. The top end of the region 10 extends to the opening of the upper body 30 and the bottom end B of the region 10 is disposed in front of the load centerline C of the calcaneus and below a height h that corresponds to 55% of the lateral ankle height H of the foot.
    • 用于鞋子的上部结构改善了跟脚部接触地面时脚跟部分与脚部的推开运动的配合。 上部结构包括上部主体30和与上部主体30的横向侧重叠以覆盖脚部的距离T的外部上部构件31,并且具有固定地附接到底部的底部表面的底部边缘部分31a 底部边缘部31a的后端部A位于跟骨的负载中心线C的后方。 外侧上部构件31的后缘部31c与脚部的距离T的后方与上身30分开设置。 外侧上部构件31的脚后缘部分31b连接到鞋带4.在上部主体30的后跟部分的侧面上,存在沿纵向方向可膨胀和收缩的区域10。 区域10的顶端延伸到上主体30的开口,并且区域10的底端B设置在跟骨的负载中心线C的前方,并且低于对应于侧面的55%的高度h 脚踝高度H。
    • 6. 发明授权
    • On-vehicle device and recognition support system
    • 车载设备和识别支持系统
    • US08461976B2
    • 2013-06-11
    • US12945096
    • 2010-11-12
    • Tetsuo YamamotoKimitaka MurashitaYasuyoshi SawadaTakechika Kiriya
    • Tetsuo YamamotoKimitaka MurashitaYasuyoshi SawadaTakechika Kiriya
    • B60Q1/00
    • G08G1/166B60W30/0956B60W50/14G06K9/00805G06K2209/23G06T7/269G06T2207/10016G06T2207/30261G08G1/167
    • An on-vehicle device mounted on a vehicle includes an imaging unit that captures an image of a wide angle range through a curved light receiver, a moving-object detector that detects a moving object approaching an own vehicle from a mounting direction of the imaging unit and from any direction other than the mounting direction, based on the image captured by the imaging unit, a collision-risk determination unit that determines a degree of collision risk indicating a possibility of collision between the moving object detected by the moving-object detector and the own vehicle, and a moving-object warning unit that warns presence of the moving object included in an image portion in which a distortion of the image is a predetermined value or more, and warns the presence of the moving object according to the degree of collision risk determined by the collision-risk determination unit.
    • 安装在车辆上的车载设备包括:成像单元,其通过弯曲的光接收器捕获广角范围的图像;移动物体检测器,其从成像单元的安装方向检测接近本车的移动物体; 并且基于由所述摄像单元拍摄的图像,从所述安装方向以外的任何方向,碰撞风险判定单元,其确定表示由所述移动物体检测器检测出的所述移动体与所述移动物体之间发生碰撞的可能性的碰撞风险的程度; 本车辆和运动物体警告单元,其警告包含在其中图像的失真是预定值以上的图像部分中的移动物体的存在,并且根据所述移动物体的程度来警告所述移动物体的存在 由碰撞风险确定单元确定的碰撞风险。
    • 8. 发明申请
    • Electrically Disconnecting a Peripheral Device
    • 电气断开外围设备
    • US20070023499A1
    • 2007-02-01
    • US11530977
    • 2006-09-12
    • Henry WurzburgTetsuo YamamotoMark Atchison
    • Henry WurzburgTetsuo YamamotoMark Atchison
    • G06F7/00
    • G06F1/3215G06F1/266G06F1/325
    • If a USB device is turned off or is not active, the device may be electrically disconnected from a USB host controller. The device may be electrically disconnected through a physical interface on the device. In some embodiments, if the device becomes active during a wait period (e.g., 2-3 seconds) prior to electrically disconnecting the device, the device may not be electrically disconnected. In some embodiments, when the device is electrically disconnected from the USB host controller and no system activity of a bus mastering peripheral is occurring, the CPU may enter a low power state if other conditions are met. In some embodiments, if the USB device becomes active after electrically disconnecting, the electrical disconnection may be discontinued.
    • 如果USB设备已关闭或未激活,则设备可能与USB主机控制器电气断开。 该设备可以通过设备上的物理接口电断开。 在一些实施例中,如果在电气断开设备之前的设备在等待期间(例如2-3秒)期间变得有效,则该设备可能不会被电断开。 在一些实施例中,当设备与USB主机控制器电气断开连接并且没有发生总线母盘制作外设的系统活动时,如果满足其他条件,则CPU可以进入低功率状态。 在一些实施例中,如果在电断开之后USB设备变为有效,则可能停止电断开。