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    • 14. 发明授权
    • Vehicle drive assist system
    • 车辆辅助系统
    • US08606479B2
    • 2013-12-10
    • US12408189
    • 2009-03-20
    • Hiroyuki Sekiguchi
    • Hiroyuki Sekiguchi
    • G06F17/00
    • B60W30/16B60W10/06B60W10/184B60W2420/42B60W2520/10B60W2520/14B60W2550/10G08G1/166
    • When a preceding vehicle moves away during follow-up running control, it is determined whether or not a forward obstacle is recognized. When a forward obstacle is recognized, it is determined whether or not the forward obstacle satisfies any of obstacle specifying conditions corresponding to a plurality of preset types. A basic threshold value set corresponding to the satisfied type is corrected by three correction values so as to set first to third estimated-collision-time determining values. The estimated-collision-time determining values are compared with an estimated collision time of a subject vehicle with respect to the forward obstacle, and acceleration control on the subject vehicle is limited stepwise in accordance with the comparison values.
    • 在后续行驶控制中,前方车辆离开时,判定是否识别出前方障碍物。 当识别出前方障碍物时,确定前方障碍物是否满足与多种预设类型对应的障碍物指定条件。 通过三个校正值来校正对应于满足类型的基本阈值集,以便设置第一至第三估计碰撞时间确定值。 将估计碰撞时间确定值与目标车辆相对于前方障碍物的估计碰撞时间进行比较,并且根据比较值逐步限制对主车辆的加速控制。
    • 15. 发明授权
    • Vehicle running control system
    • 车辆运行控制系统
    • US08155856B2
    • 2012-04-10
    • US12382181
    • 2009-03-10
    • Hiroyuki Sekiguchi
    • Hiroyuki Sekiguchi
    • B60T7/12
    • B60W30/16B60W2420/403G08G1/165G08G1/167
    • In a vehicle running control system, when an estimated collision time taken until a subject vehicle collides with a target object is shorter than a set threshold value, the target object is regarded as a preceding vehicle, and the subject vehicle is caused to follow the target object. Even in a case in which the estimated collision time is longer than or equal to the threshold value, when the target object is present on a subject-vehicle traveling lane or when the subject-vehicle traveling lane is not recognized, if an overlapping ratio between the subject vehicle and the target object is more than or equal to an overlapping-ratio determining threshold value, the target object is regarded as a preceding vehicle, and the subject vehicle is caused to follow the target object.
    • 在车辆行驶控制系统中,当对象车辆与目标物体碰撞时所估计的碰撞时间短于设定的阈值时,将目标对象视为前方车辆,并使被检体车辆跟随目标 目的。 即使在估计碰撞时间大于或等于阈值的情况下,当目标对象存在于主车辆行驶车道上时或者当未被识别的车辆行驶车道时,如果目标对象之间的重叠比例 本车辆和目标物体大于或等于重叠比确定阈值,则将目标物体视为前方车辆,并使本车辆跟随目标物体。
    • 16. 发明授权
    • Semiconductor integrated circuit and memory checking method
    • 半导体集成电路和存储器检查方法
    • US07782689B2
    • 2010-08-24
    • US12053944
    • 2008-03-24
    • Tokushi YamaguchiHiroyuki SekiguchiRyoji ShiotaMitsuya Nakano
    • Tokushi YamaguchiHiroyuki SekiguchiRyoji ShiotaMitsuya Nakano
    • G11C29/12
    • G11C29/46G11C2029/0407
    • The semiconductor integrated circuit includes a memory for storing secret data, a memory BIST circuit for executing a memory. BIST, a first selector for switching between a path for a memory isolation test via an external terminal and a path from the memory BIST circuit, a second selector for switching between a path from the output of the first selector and a path from a normal circuit and having an output coupled to the memory, and a third selector for switching between a path from the output of the memory and a path for receiving a pseudo signal and receiving a check completion signal outputted from the memory BIST circuit as a selection signal. In this semiconductor integrated circuit, after the memory is initialized by executing the memory BIST, the memory can be accessed from the external terminal via the path for the memory isolation test.
    • 半导体集成电路包括用于存储秘密数据的存储器,用于执行存储器的存储器BIST电路。 BIST,用于在经由外部终端的存储器隔离测试的路径和来自存储器BIST电路的路径之间切换的第一选择器,用于在来自第一选择器的输出的路径与来自正常电路的路径之间切换的第二选择器 并且具有耦合到存储器的输出,以及第三选择器,用于在从存储器的输出的路径和用于接收伪信号的路径之间切换并接收从存储器BIST电路输出的检查完成信号作为选择信号。 在该半导体集成电路中,在通过执行存储器BIST初始化存储器之后,可以通过用于存储器隔离测试的路径从外部端子访问存储器。
    • 18. 发明申请
    • Test apparatus, test method, electronic device manufacturing method, test simulator and test simulation method
    • 试验装置,试验方法,电子装置制造方法,试验模拟装置及试验模拟方法
    • US20060247882A1
    • 2006-11-02
    • US11395094
    • 2006-03-31
    • Hideki TadaMitsuo HoriTakahiro KataokaHiroyuki Sekiguchi
    • Hideki TadaMitsuo HoriTakahiro KataokaHiroyuki Sekiguchi
    • G01R27/28
    • G01R31/31932G01R31/31928G01R31/31937
    • Acceptability of an electronic device is determined with higher precision by performing testing regarding correlation of the timing at which multiple output signals output from the electronic device change. A test apparatus which tests an electronic device by providing test signals to the electronic device and comparing multiple output signals with respective anticipated values, comprises: reference timing detecting means for detecting that one of the output signals has changed; setting means for setting beforehand a minimum time from changing of the output signal to changing of another output signal; acquisition means for acquiring the value of the latter output signal at a timing at which the minimum time has elapsed from detection of change of the former output signal; and determination means for determining the electronic device to be defective in the event that the value of the latter output signal thus acquired does not match the value which the latter output signal should assume following elapsing of the minimum time.
    • 通过执行关于从电子设备输出的多个输出信号的定时的相关性的改变来更高精度地确定电子设备的可接受性。 一种测试装置,通过向电子设备提供测试信号并将多个输出信号与各个预期值进行比较来测试电子设备,包括:用于检测输出信号中的一个已经改变的参考定时检测装置; 设置装置,用于预先设定从输出信号改变到另一个输出信号改变的最小时间; 获取装置,用于在从检测到前一个输出信号的变化起经过最小时间的定时获取后一个输出信号的值; 以及确定装置,用于在如此获得的后一个输出信号的值与后一个输出信号应该在最小时间之后应该呈现的值不匹配的情况下确定电子设备有缺陷。
    • 20. 发明授权
    • Driving apparatus, exposure apparatus, and device manufacturing method
    • 驱动装置,曝光装置和装置的制造方法
    • US06891597B2
    • 2005-05-10
    • US10417150
    • 2003-04-17
    • Hiroyuki Sekiguchi
    • Hiroyuki Sekiguchi
    • G03F7/22G03F7/20H01L21/027G03B27/42
    • G03F7/70766G03F7/70725G03F7/70758
    • A driving apparatus which drives an object along a guide surface in X and Y directions. The apparatus includes a first actuator which drives the object in the X direction, a second actuator which drives the object in the Y direction, and a controller which controls the first and second actuators. The first and second actuators each have a reaction force counter which moves upon receipt of a reaction force generated in driving the object. In moving the object standing at a first position to a second position and stopping the object, the controller controls the first and second actuators such that acceleration periods of the two coincide and deceleration periods of the two coincide. Also, the object moves on a straight line connecting the first position and the second position.
    • 驱动装置,其沿着X,Y方向的导向面驱动物体。 该装置包括在X方向上驱动物体的第一致动器,沿Y方向驱动物体的第二致动器,以及控制第一和第二致动器的控制器。 第一和第二致动器各自具有反作用力计数器,其在接收到驱动物体时产生的反作用力时移动。 在将站在第一位置的物体移动到第二位置并停止物体时,控制器控制第一和第二致动器,使得两者的两个重合和减速时段的加速时段重合。 此外,物体在连接第一位置和第二位置的直线上移动。