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    • 51. 发明授权
    • Semiconductor integrated circuit
    • 半导体集成电路
    • US4947229A
    • 1990-08-07
    • US123969
    • 1987-11-23
    • Yutaka TanakaToshiki MorimotoSeiji Watanabe
    • Yutaka TanakaToshiki MorimotoSeiji Watanabe
    • H01L21/82H01L21/3205H01L21/822H01L23/528H01L27/04
    • H01L23/528H01L2924/0002Y10S257/923
    • A semiconductor integrated circuit (IC) comprises a functional block which includes a plurality or first and second power source wiring layers arranged parallel to one another and formed so as to extend in a predetermined direction. A plurality of element regions are located between adjacent pairs of the first and second power source wiring layers. A cell block on the (IC) includes a plurality of cell column areas each having third and fourth power source wiring layers which are arranged parallel to each other and formed so as to extend in the predetermined direction. An element region is located between the third and fourth power source wiring layers. A plurality of wiring regions are located between adjacent cell column areas. A wiring interconnection section is also included for connecting the first and second power source wiring layers to the function block and includes a fifth power source wiring layer of double-layered structure having upper and lower layers respectively connected to the first and second power source wiring layers. The wiring interconnection section includes first and second segments which are also formed to extend in the predetermined direction, so as to connect the lower and upper layers of the fifth power source wiring layer to the third and fourth power source wiring layers.
    • 半导体集成电路(IC)包括功能块,其包括彼此平行布置并且沿预定方向延伸的多个或第一和第二电源布线层。 多个元件区域位于第一和第二电源布线层的相邻对之间。 (IC)上的单元块包括多个单元列区域,每个单元列区域具有彼此平行布置并且沿预定方向延伸的第三和第四电源布线层。 元件区域位于第三和第四电源布线层之间。 多个布线区域位于相邻的单元列区域之间。 还包括用于将第一和第二电源布线层连接到功能块的布线互连部分,并且包括具有分别连接到第一和第二电源布线层的上层和下层的双层结构的第五电源布线层 。 布线互连部分包括也形成为沿预定方向延伸的第一和第二段,以便将第五电源布线层的下层和上层连接到第三和第四电源布线层。
    • 52. 发明授权
    • Cooling device for off-road vehicle
    • 越野车冷却装置
    • US4828017A
    • 1989-05-09
    • US113221
    • 1987-10-23
    • Seiji WatanabeAkio HandaEiji HosoyaMakoto IshiwatariYoshihiro KimuraTakerou Shibukawa
    • Seiji WatanabeAkio HandaEiji HosoyaMakoto IshiwatariYoshihiro KimuraTakerou Shibukawa
    • B60K11/04
    • B60K11/04
    • A cooling device is mounted on an off-road vehicle including a vehicle frame having a pair of main pipe members spaced from each other transversely of the vehicle and extending longitudinally of the vehicle, the main pipe members having rear portions joined to each other, a central roll bar mounted on the main pipe members substantially centrally in their longitudinal direction, and a rear roll bar coupled between the rear ends of the main pipe members and the central roll bar, and an engine mounted on a lower portion of the vehicle frame rearwardly of the central roll bar. The cooling device includes a radiator positioned in a space surrounded by the main pipe members, the central roll bar, and the rear roll bar, and mounted on a support pipe extending and joined between the main pipe members. The cooling device also has a shroud attached to the rear surface of the radiator, and a fan motor fixedly accommodated in the shroud.
    • 一种冷却装置安装在越野车辆上,该越野车辆包括车架,该车架具有横向于车辆彼此隔开并沿车辆纵向延伸的一对主管件,主管件具有彼此连接的后部, 主滚子杆主要安装在主管构件的大致中心的纵向方向上,后滚杆连接在主管构件的后端和中心滚杆之间,后轮装在车架的下部后方 的中央滚动条。 冷却装置包括位于由主管部件,中心辊棒和后辊棒围绕的空间内的散热器,并且安装在主管部件之间延伸并连接的支撑管上。 冷却装置还具有附接到散热器的后表面的罩,以及固定地容纳在护罩中的风扇马达。
    • 53. 发明授权
    • Field winding assembly for rotor in electric rotary machine
    • 旋转电机转子励磁绕组组件
    • US4163166A
    • 1979-07-31
    • US817743
    • 1977-07-21
    • Hiroyuki KamiyaKen TakahashiSeiji WatanabeYasuyuki Wachi
    • Hiroyuki KamiyaKen TakahashiSeiji WatanabeYasuyuki Wachi
    • H02K3/34H02K3/32H02K3/48H02K3/36
    • H02K3/48H02K3/32
    • A field winding assembly for rotor in electric rotary machine which is to be mounted into a substantially rectangular open slot formed in the rotor and secured by a wedge disposed in the slot closer to its open side, wherein the field winding assembly comprises a conductor section to be mounted into the slot, and an insulator for insulating the conductor section from the slot walls and the wedge and composed of a lower U-shaped insulating member covering the sides of the conductor section adjacent to bottom and side walls of the slot and an upper U-shaped insulating member formed to cooperate with the lower U-shaped insulating member for completely surrounding the conductor section and to have a base side adjacent to the wedge when assembled in the slot. The upper U-shaped insulating portion which is flexible for lateral contraction and expansion of the upper insulating member whereby the stress imported to the upper U-shaped insulating member is absorbed by the flexible characteristic of that portion.
    • 一种用于电动旋转机器中的转子的励磁绕组组件,其将被安装到形成在转子中的大致矩形的开口槽中,并且通过设置在更靠近其开放侧的槽中的楔固定,其中励磁绕组组件包括导体部分 安装在槽中,以及绝缘体,用于将导体部分与槽壁和楔形物绝缘,并且由覆盖在槽的底部和侧壁周围的导体部分的侧面的下部U形绝缘构件和上部 U形绝缘构件形成为与下U形绝缘构件配合以完全围绕导体部分,并且当组装在槽中时具有与楔形件相邻的基部侧面。 上部U形绝缘部分,其对于上绝缘构件的横向收缩和膨胀是柔性的,由此导入上部U形绝缘构件的应力被该部分的柔性特性所吸收。
    • 55. 发明申请
    • ELEVATOR ROPE SWAY DETECTION DEVICE
    • 电梯绳索检测装置
    • US20140000985A1
    • 2014-01-02
    • US14001792
    • 2011-12-21
    • Daiki FukuiSeiji WatanabeTsunehiro Higashinaka
    • Daiki FukuiSeiji WatanabeTsunehiro Higashinaka
    • B66B5/02
    • B66B5/022B66B5/0031B66B7/06
    • An elevator rope sway detection method and a detection device using the same capable of detecting an elevator rope sway, generated by a building shake caused by an earthquake or strong wind, with high accuracy by preventing incorrect detections in detecting the elevator rope sway. A rope detector including a rope sway detector sends detection information detected by the rope detector to a rope determiner. A rope sway determination mechanism includes a detection signal memorization unit, a detection signal calculation unit, and a rope sway determination unit to determine that a rope sway occurs if the detection information sent from the rope detector fulfills a predetermined condition. A result determined by the rope sway determination unit is sent to an elevator controller, which performs an operation corresponding to the determined result.
    • 一种电梯绳索检测方法和使用该电梯绳索摇摆检测方法的检测装置,其能够通过防止在检测电梯绳索摇摆中的错误检测而以高精度检测由地震或强风引起的建筑物震动而产生的电梯绳索摇摆。 包括绳索检测器的绳索检测器将由绳索检测器检测到的检测信息发送到绳索确定器。 绳索摇摆确定机构包括检测信号存储单元,检测信号计算单元和绳索摇摆确定单元,用于确定如果从绳索检测器发送的检测信息满足预定条件,则发生绳索摇摆。 由绳索确定单元确定的结果被发送到电梯控制器,电梯控制器执行与确定结果相对应的操作。
    • 56. 发明授权
    • Multi-phase oscillator
    • 多相振荡器
    • US07944316B2
    • 2011-05-17
    • US12091245
    • 2006-11-30
    • Seiji WatanabeTakashi OkaTetsuo Arakawa
    • Seiji WatanabeTakashi OkaTetsuo Arakawa
    • H03B27/01
    • H03K3/0315H03B27/00H03K5/15013
    • A multi-phase oscillator includes a plurality of ring oscillators (21) each having a plurality of output ports and each formed by connecting an odd number of inverters (20) in a ring, and a plurality of resistance elements (30) coupling the output ports between the plurality of ring oscillators (21) so that all of the plurality of ring oscillators (21) operate at an identical frequency while keeping a desired phase relationship. The number of the ring oscillators (21) is not limited to an odd number but may be an even number. The multi-phase oscillator changes the state of a succeeding node of a phase coupling to accord with the state of a preceding node of the phase coupling by using the resistance elements (30) as phase coupling devices. If resistors are used as the resistance elements (30), the phase output accuracy greatly improves and high frequency oscillation is possible.
    • 多相振荡器包括多个环形振荡器(21),每个环形振荡器(21)具有多个输出端口,并且每个环形振荡器(21)都通过连接奇数个环形反相器(20)和多个电阻元件(30) 多个环形振荡器(21)之间的端口,使得所有多个环形振荡器(21)以相同的频率工作,同时保持期望的相位关系。 环形振荡器(21)的数量不限于奇数,而是可以是偶数。 多相振荡器通过使用电阻元件(30)作为相位耦合器件来改变相位耦合的后续节点的状态,使其与相位耦合的先前节点的状态一致。 如果使用电阻作为电阻元件(30),则相位输出精度大大提高,高频振荡成为可能。
    • 57. 发明授权
    • Elevator operation control device
    • 电梯操作控制装置
    • US07784590B2
    • 2010-08-31
    • US11996141
    • 2006-03-01
    • Seiji WatanabeDaiki FukuiTakashi YumuraHideki NishiyamaHideki Shiozaki
    • Seiji WatanabeDaiki FukuiTakashi YumuraHideki NishiyamaHideki Shiozaki
    • B66B1/34
    • B66B5/022
    • In a control operation performed at time of an earthquake or strong wind, when a running elevator is stopped at a nearest floor, the natural frequency of the transverse vibration of a rope is prevented from resonating with the natural frequency of the building, and thereby an increase in transverse vibration of the rope is restrained. In the control operation, when a shake of the building caused by earthquake or strong wind is detected, a running elevator is stopped at the nearest floor, or an elevator passing through an express zone is stopped emergently and runs at a low speed to the nearest floor, the natural frequency of the transverse vibration of the rope is compared with the natural frequency of the building, and the car stop position is selected at a non-resonance position to prevent the natural frequency of the transverse vibration of the rope from resonating with the natural frequency of the building.
    • 在地震或强风时进行的控制动作中,当运行中的电梯停在最近的楼层时,防止绳索的横向振动的固有频率与建筑物的固有频率共振,由此, 绳的横向振动增加受到限制。 在控制操作中,当检测到由地震或强风引起的建筑物晃动时,运行中的电梯停在最近的楼层,或者通过快递区域的电梯紧急停止,并以低速运行到最近 将绳索的横向振动的固有频率与建筑物的固有频率进行比较,并且在非共振位置选择轿厢停止位置,以防止绳索的横向振动的固有频率与 建筑物的固有频率。
    • 58. 发明授权
    • Phase-locked loop circuit and data reproduction apparatus
    • 锁相环电路和数据再现装置
    • US07501902B2
    • 2009-03-10
    • US11805556
    • 2007-05-23
    • Shinichi YamaneSeiji Watanabe
    • Shinichi YamaneSeiji Watanabe
    • H03L7/00
    • H03L7/085H03L7/0807H03L7/087H03L7/0898H04L7/0087
    • This invention relates to a phase-locked loop circuit and a data reproduction apparatus, which can reduce a processing time that is required for initial adjustment in the data reproduction apparatus. In a digital data reproduction apparatus having two control functions, i.e., phase and duty adjustments for binarized data, the phase comparison with one edge is performed only at the phase adjustment by means of a phase-locked loop circuit 33 having an edge switching means 4 which controls the phase comparator 1. The phase comparator 1 inputs the binarized and a bit synchronous clock, and switches the output between a comparison result with one edge, i.e., a rising edge or a falling edge of binarized data, and a comparison result with both edges.
    • 本发明涉及一种可以减少在数据再现装置中进行初始调整所需的处理时间的锁相环电路和数据再现装置。 在具有两个控制功能的数字数据再现装置中,即用于二值化数据的相位和占空比调整,仅通过具有边沿切换装置4的锁相环电路33在相位调整时执行与一个边沿的相位比较 其控制相位比较器1.相位比较器1输入二进制和位同步时钟,并且在一个比较结果与一个边沿之间切换输出,即二值化数据的上升沿或下降沿,以及与 两边。
    • 59. 再颁专利
    • Phase locked loop circuit
    • 锁相环电路
    • USRE39807E1
    • 2007-09-04
    • US10635534
    • 2003-08-07
    • Yoshinori MiyadaSeiji Watanabe
    • Yoshinori MiyadaSeiji Watanabe
    • H03L7/00
    • H03L7/113H03L7/087H03L7/0891
    • A PLL circuit comprises a frequency comparator for detecting a phase difference based on a difference in frequencies between a reproduced data pulse and a clock generated by a VCO; a phase comparator for detecting a difference in phases between the reproduced data pulse and the VCO clock; a selector for selectively outputting a signal supplied from the frequency comparator; a first charge pump for increasing/decreasing the output voltage on the basis of the output from the selector; a second charge pump for increasing/decreasing the output voltage on the basis of the output from the phase comparator; a loop filter for eliminating unnecessary components included in a signal obtained by adding the output from the first charge pump and the output from the second charge pump; and a VCO for generating a clock of a frequency corresponding to the output voltage of the loop filter. In this PLL circuit, when the phase difference between the reproduced data pulse and the VCO clock is within the pull-in range of the phase comparator, the operation of the frequency comparator is restricted by the output of the phase comparator. Therefore, the PLL circuit can perform stable data reading even when the reproduced data pulse has a large amount of clock jitter.
    • PLL电路包括:频率比较器,用于基于再现的数据脉冲和由VCO产生的时钟之间的频率差来检测相位差; 用于检测再现数据脉冲和VCO时钟之间的相位差的相位比较器; 选择器,用于选择性地输出从频率比较器提供的信号; 第一电荷泵,用于根据选择器的输出增加/减少输出电压; 第二电荷泵,用于根据相位比较器的输出增加/减少输出电压; 环路滤波器,用于消除通过将来自第一电荷泵的输出和来自第二电荷泵的输出相加而获得的信号中包含的不必要的分量; 以及用于产生与环路滤波器的输出电压相对应的频率的时钟的VCO。 在该PLL电路中,当再现的数据脉冲和VCO时钟之间的相位差在相位比较器的拉入范围内时,频率比较器的操作受到相位比较器的输出的限制。 因此,即使当再现的数据脉冲具有大量的时钟抖动时,PLL电路也可以执行稳定的数据读取。