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    • 41. 发明授权
    • Semiconductor device and manufacturing method for the same, basic cell library and manufacturing method for the same, and mask
    • 半导体器件及其制造方法相同,基本单元库及其制造方法相同,且掩模
    • US06194252B1
    • 2001-02-27
    • US09167536
    • 1998-10-07
    • Akira Yamaguchi
    • Akira Yamaguchi
    • H01L2182
    • H01L27/11803G03F1/36H01L27/0207
    • There are provided a semiconductor device, basic cell library, a method for manufacturing a semiconductor device, and a method and mask for forming a basic cell library which can reduce the amount of poly-data to be corrected by the optical proximity effect correction (OPC), reduce the CAD processing time, perform correction by the OPC for each cell, and reduce the product turn around time. A basic cell registered in the basic cell library has a dummy wiring pattern previously formed on the peripheral portion thereof. With this structure, the distance between a polysilicon gate used in a circuit and the polysilicon wiring of an adjacent dummy wiring pattern in the basic cell can be determined in the cell. As a result, variations in the poly-widths of all of the polysilicon gates in the basic cell due to the optical proximity effect can be estimated, and therefore, a correction value by the OPC on a mask for correcting the gate width based on the variation in the poly-width can be determined in the cell.
    • 提供了半导体器件,基本单元库,半导体器件的制造方法以及用于形成基本单元库的方法和掩模,该基本单元库可以通过光学邻近效应校正(OPC)来减少要校正的多数据数据量 ),减少CAD处理时间,通过OPC对每个单元执行校正,并减少产品周转时间。 注册在基本单元库中的基本单元具有预先形成在其周边部分上的虚拟布线图案。 利用该结构,可以在单元中确定电路中使用的多晶硅栅极与基本单元中的相邻虚设布线图案的多晶硅布线之间的距离。 结果,可以估计由于光学邻近效应导致的基本单元中的所有多晶硅栅极的多边形宽度的变化,并且因此可以估计基于用于校正栅极宽度的掩模上的OPC的校正值 可以在单元格中确定多边宽度的变化。
    • 45. 发明授权
    • Drag device in spinning reel for fishing
    • 拖动设备在旋转卷轴钓鱼
    • US5816516A
    • 1998-10-06
    • US325922
    • 1994-10-18
    • Akira Yamaguchi
    • Akira Yamaguchi
    • A01K89/027
    • A01K89/027
    • An arrangement for a spinning reel, which enables the reel body to be made compact without decreasing the length of a spool stroke and facilitate assembling work by simplifying a switch mechanism is provided. The switching mechanism is used to switch the drag actuating mode of a spool to its free rotational mode. A transmission gear (7) which rotates in combination with a spool shaft (1) which reciprocates back and forth is provided. A linking shaft (9) incorporating a driven gear (6) meshing with the transmission gear (7) is supported in the rear part of a reel body (2). A brake cylinder (11) having a friction brake member (10) is fitted in the rear part of the linking shaft (9) and a mating cylinder (12) provided in the front part of the brake cylinder (11) is made releasable by an operating lever (14) to set the spool to the drag actuating mode while it is mated therewith and to the free rotation mode while it is released therefrom. The switch mechanism is provided for the linking shaft which is arranged separately from the spool shaft (1).
    • 提供一种用于旋转卷线器的装置,其能够使卷轴体紧凑而不会减小滑阀行程的长度,并且通过简化开关机构来促进组装工作。 切换机构用于将卷轴的拖动致动模式切换到其自由旋转模式。 提供与前后往复运动的卷筒轴(1)一起旋转的传动齿轮(7)。 结合有与传动齿轮(7)啮合的从动齿轮(6)的连接轴(9)被支撑在卷轴体(2)的后部。 具有摩擦制动构件(10)的制动缸(11)装配在连接轴(9)的后部,并且设置在制动缸(11)的前部的配合缸(12)可由 操作杆(14),用于将所述卷轴设置成所述拖动致动模式,同时将所述卷轴与所述卷轴配合,并且在所述卷轴被释放时自由旋转模式。 开关机构设置成与卷筒轴(1)分开设置的连结轴。
    • 48. 发明授权
    • Mobile communication system having a cell structure constituted by
integrating macro cells and micro cells
    • 具有通过集成宏小区和微小区构成的小区结构的移动通信系统
    • US5548806A
    • 1996-08-20
    • US185022
    • 1994-01-24
    • Akira YamaguchiHideo KobayashiToshio Mizuno
    • Akira YamaguchiHideo KobayashiToshio Mizuno
    • H04W36/04H04Q7/36
    • H04W36/04
    • A mobile communication system has a cell structure constituted by integrating macro cells and micro cells, and at least one mobile station. The cell structure is made to cover a service area by a plurality of the micro cells each having a predetermined size and to cover the same service area by the single macro cell having a larger size than the size of the micro cell. Each of the micro cells includes a micro cell base station for transmitting at least radio control channel at a predetermined frequency and slot. The mobile station includes a measuring unit for repeatedly measuring received level of the radio control channels from the micro cell base stations, an estimation unit for estimating its moving speed in accordance with changing rate of the measured level, and a determining unit for determining, in accordance with the estimated moving speed, that control of a radio link between the mobile station and the base station is executed by a micro cell unit or by a macro cell unit. In one aspect, the macro cells may be virtual macro cells each of which is a virtually treated area covered by a plurality of the micro cells. If the repeatedly arranged virtual macro cells are formed as a layer and also multi-layered so that the service area is closely covered, the spectrum efficiency can be more increased.
    • 移动通信系统具有通过集成宏小区和微小区以及至少一个移动站构成的小区结构。 单元结构被覆盖由具有预定尺寸的多个微单元覆盖服务区域,并且通过具有比微单元的尺寸大的单个宏单元覆盖相同的服务区域。 每个微小区包括用于至少以预定频率和时隙发送无线电控制信道的微小区基站。 该移动台包括用于反复测量来自微小区基站的无线电控制信道的接收电平的测量单元,用于根据测量电平的变化率估计其移动速度的估计单元,以及用于确定 根据估计的移动速度,移动站和基站之间的无线电链路的控制由微小区单元或宏小区单元执行。 一方面,宏小区可以是虚拟宏小区,每个宏小区是由多个微小区覆盖的虚拟处理区域。 如果重复布置的虚拟宏小区被形成为层,并且多层次,使得服务区域被严格覆盖,则可以进一步增加频谱效率。
    • 50. 发明授权
    • Buffering method
    • 缓冲方式
    • US5343225A
    • 1994-08-30
    • US958818
    • 1992-10-09
    • Akira Yamaguchi
    • Akira Yamaguchi
    • B41J2/44G06T1/60H04N1/21H04N1/23H04N1/32
    • H04N1/32443H04N1/32358H04N1/32491H04N2201/3287H04N2201/3292
    • Disclosed is a method of buffering image information in which stored data in a frame memory is readout, and the readout data is written onto a recording medium on a line-by-line basis at a writing speed m (m is an integer) times as large as the speed of the reading, the method comprising steps of: changing-over sides of two buffer memories one of which is assigned interchangeably to a reading side and the other to a writing side, each having capacity for a single record line on a recording medium; reading stored data corresponding to the single record line in size from the frame memory and writing the readout data to the writing side buffer memory at the same speed as the speed of reading the stored data from the frame memory; and reading m times repeatedly, during said step of writing, data having been stored immediately before in the reading side buffer memory and supplying the readout data to a writing unit at the same speed as speed of writing in the writing unit.
    • 公开了一种缓冲图像信息的方法,其中帧存储器中的存储数据被读出,并且读取数据以写入速度m(m为整数)乘以逐行的方式被写入记录介质 该方法包括以下步骤:将两个缓冲存储器中的一个可替换地分配给读取侧而另一个写入写入侧的两个缓冲存储器的转换侧,每一个具有在一个记录行上的单个记录行的容量 记录介质; 从帧存储器读取与单个记录行相对应的存储数据,并以与从帧存储器读取存储的数据的速度相同的速度将读出的数据写入写入侧缓冲存储器; 并且在所述写入步骤期间重复读取m次,数据已经被紧接在之前存储在读取侧缓冲存储器中,并以与写入单元中的写入速度相同的速度将读出的数据提供给写入单元。