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    • 33. 发明申请
    • Semiconductor device having redundancy circuit
    • 具有冗余电路的半导体器件
    • US20050219922A1
    • 2005-10-06
    • US11139513
    • 2005-05-31
    • Masashi HoriguchiJun EtohMasakazu AokiKiyoo Itoh
    • Masashi HoriguchiJun EtohMasakazu AokiKiyoo Itoh
    • G11C5/00G11C7/00G11C8/00G11C29/00
    • G11C29/80G11C29/785G11C29/808
    • Method for manufacturing a memory device, the memory being a memory array with a spare bit line and being provided with a defect recovery scheme featuring a redundancy circuit. The redundancy circuit includes one or more comparing circuits having programmable elements which function as a memory for storing therein a defective address existing in the memory array. The programmable elements of the redundancy circuit can be programmed in accordance with any of a number of different types of defect modes. Each comparing circuit of the redundancy circuit compares information (data) inputted therein, for example, the column and row addresses which may be under the control of an address multiplex system, with that programmed in the programmable elements of the comparing circuit. On the basis of this comparison, an appropriate defect recovery is effected.
    • 用于制造存储器件的方法,所述存储器是具有备用位线的存储器阵列,并且提供具有冗余电路的缺陷恢复方案。 冗余电路包括具有可编程元件的一个或多个比较电路,其作为用于在其中存储存在于存储器阵列中的缺陷地址的存储器。 冗余电路的可编程元件可以根据多种不同类型的缺陷模式中的任何一种进行编程。 冗余电路的每个比较电路将在其中输入的信息(数据),例如可能在地址多路复用系统的控制下的列和行地址与在比较电路的可编程元件中编程的信息(数据)进行比较。 在此比较的基础上,进行适当的缺陷恢复。
    • 35. 发明申请
    • Vehicle mirror device, method for manufacturing mirror device for vehicle, and vehicle
    • 车辆镜面装置,车辆用镜面装置及车辆的制造方法
    • US20050141114A1
    • 2005-06-30
    • US10508419
    • 2003-03-19
    • Toshinobu MizutaniMasakazu IwatsukiMasakazu AokiMasaaki ItouYasunobu Okatsu
    • Toshinobu MizutaniMasakazu IwatsukiMasakazu AokiMasaaki ItouYasunobu Okatsu
    • B60R1/06G02B1/10G02B7/182
    • B60R1/06
    • In a vehicle door mirror device (10), an outer side surface (20B), with respect to a vehicle, of a projection (20) of a door mirror stay (16) is made to be flat. Further, an angle of the outer side surface (20B) with respect to a front-rear direction of the vehicle, inward or outward with respect to the vehicle, is not more than 2 degrees. Therefore, wind arriving at the outer side surface (20B) flows rearward with respect to the vehicle with fluctuation thereof being suppressed, and its flow is straightened. Furthermore, a radius of curvature of a corner portion (20E) at an outer rear side, with respect to the vehicle, of the projection (20) is not more than 15 mm. Therefore, wind arriving at the outer side surface (20B) of the projection (20) is suppressed from flowing along the corner portion (20E), and its flow is straightened. Thus, wind noise performance of the door mirror stay (16) can be improved. In addition, wind drawn in by the door mirror stay (16) toward a mirror and toward a side window can be reduced, and impairment of visibility can be suppressed.
    • 在车辆后视镜装置(10)中,使车门后视镜(16)的突起(20)相对于车辆的外侧表面(20B)平坦。 此外,外侧面(20B)相对于车辆的前后方向相对于车辆的内侧或外侧的角度不大于2度。 因此,到达外侧表面(20B)的风相对于车辆后方流动,其波动被抑制,并且其流动被拉直。 此外,突出部20的相对于车辆的后侧的角部的曲率半径不大于15mm。 因此,能够抑制到达突起20的外侧面(20B)的风沿着角部(20E)流动,使其流动变得平坦。 因此,可以提高门镜支撑件(16)的风噪声性能。 此外,可以减小由车门后视镜(16)朝向镜子朝向侧视窗吸入的风,并且可以抑制可见度的损伤。
    • 40. 发明授权
    • Semiconductor integrated circuit device, semiconductor memory system and clock synchronous circuit
    • 半导体集成电路器件,半导体存储器系统和时钟同步电路
    • US06414530B2
    • 2002-07-02
    • US09832019
    • 2001-04-11
    • Hiromasa NodaMasakazu AokiHitoshi TanakaHideyuki Aoki
    • Hiromasa NodaMasakazu AokiHitoshi TanakaHideyuki Aoki
    • H03K1126
    • G11C7/1084G11C7/1078G11C7/22G11C7/222H03K5/133H03K5/135H03K5/1504
    • A lattice-like delay circuit is configured wherein a plurality of logic gate circuits which are respectively provided with impedance elements for respectively coupling two input signals inputted to first and second input terminals and respectively form output signals obtained by inverting the input signals inputted to the first and second signals, are used so as to be disposed in lattice form in a first signal transfer direction and a second signal transfer direction. Input clock signals are successively delayed in the first signal transfer direction and thereafter inputted to the respective logic gate circuits extending from the first to the last as seen in the first signal transfer direction. Output signals are obtained from output terminals of logic gate circuits placed in at least a plural-numbered stage as seen in the second signal transfer direction and arranged in the first signal transfer direction.
    • 格子状延迟电路被配置为其中分别设置有用于分别耦合输入到第一和第二输入端子的两个输入信号的阻抗元件的多个逻辑门电路,并且分别形成通过将输入到第一和第二输入端的输入信号反相而获得的输出信号 和第二信号被使用以在第一信号传送方向和第二信号传送方向上以格子形式布置。 输入时钟信号在第一信号传送方向上被连续地延迟,然后输入到从第一信号传输方向看到的从第一到最后的逻辑门电路。 输出信号从放置在至少多个级的逻辑门电路的输出端获得,如第二信号传送方向所示,并且被布置在第一信号传送方向。