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    • 124. 发明授权
    • Multiplex transmission apparatuses, multiplex transmission networks, and operation method therefor
    • 多路传输装置,复用传输网络及其操作方法
    • US06169754A
    • 2001-01-02
    • US08863675
    • 1997-05-27
    • Toshiki SugawaraMasaki OhiraYukio NakanoTakashi Mori
    • Toshiki SugawaraMasaki OhiraYukio NakanoTakashi Mori
    • H04J304
    • H04J3/1611H04J2203/0057H04J2203/0089H04Q11/0478
    • In a synchronous multiplex network including a plurality of multiplex transmission apparatuses, an overhead is passed through intervening multiplex transmission apparatuses such that administration and maintenance operation information is transmitted and received through the overhead between arbitrary multiplex transmission apparatuses. The multiplex transmission apparatus receives a multiplexed signal comprising a payload having a plurality of main signals multiplexed therein and overhead bytes including a plurality of administration and maintenance operation information, performs termination processing for the administration and maintenance operation information and transmission processing for the payload, thereafter converts the multiplexed signal into a different multiplexed signal comprising a payload which has been processed for transmission and a plurality of administration and maintenance operation information, and transmits the different multiplexed signal.
    • 在包括多个多路传输装置的同步多路复用网络中,通过中间多路复用传输装置进行开销,从而通过任意多路复用传输装置之间的开销发送和接收管理和维护操作信息。 多路复用发送装置接收包含多路复用的多个主信号的有效载荷和包含多个管理维护操作信息的开销字节的多路复用信号,执行管理和维护操作信息的终止处理以及有效负载的发送处理 将多路复用的信号转换为包括已经被处理以进行传输的有效载荷和多个管理和维护操作信息的不同复用信号,并发送不同的复用信号。
    • 125. 发明授权
    • Route search apparatus
    • 路线搜索装置
    • US5978733A
    • 1999-11-02
    • US986388
    • 1997-12-08
    • Masatsugu DeshimaruTakashi NomuraTakashi Mori
    • Masatsugu DeshimaruTakashi NomuraTakashi Mori
    • G01C21/34G06F165/00
    • G01C21/3614G01C21/34
    • A route search apparatus according to the present invention comprises: a storage device that stores link positional information of individual links and link connection information between the links, a minimum unit of road on a map being referred to as a link; a departure point specification device that specifies a point of departure on the map; a destination specification device that specifies a destination on the map; and a control device that selects a start point link that is to constitute a start point of a route search based upon the point of departure specified by the departure point specification device and the link positional information, selects an end point link that is to constitute an end point of the route search based upon the destination specified by the destination specification device and the link positional information, and performs a route search between the start point link and the end point link based upon the link connection information. And the control device selects a plurality of the start point links and a plurality of the end point links.
    • 根据本发明的路径搜索装置包括:存储装置,其存储各个链路的链路位置信息和链路之间的链路连接信息,地图上的最小路单元被称为链路; 指定地图上出发点的出发点指定装置; 指定地图上的目的地的目的地规格设备; 以及控制装置,其基于由出发点指定装置指定的出发点和链接位置信息来选择构成路线搜索的起始点的起点链接,选择构成一个 基于由目的地指定装置指定的目的地的路线搜索的终点和链接位置信息,并且基于链接连接信息在起始点链接和终点链接之间执行路线搜索。 并且控制装置选择多个起始点链接和多个终点链接。
    • 126. 发明授权
    • Fly-eye lens, illumination optical apparatus, and exposure apparatus
    • 飞眼镜片,照明光学装置和曝光装置
    • US5760963A
    • 1998-06-02
    • US619252
    • 1996-03-21
    • Takashi Mori
    • Takashi Mori
    • G02F1/13G02B3/00G02B5/02G02B13/14G02B27/18G03F7/20G02B27/10
    • G02B3/0062G02B13/143G02B5/0236G03F7/70058G03F7/70075G02B3/0012G02B3/0068
    • A fly-eye lens in accordance with the present invention comprises a plurality of lens elements which are arranged in two-dimensionally close contact with each other so as to connect light-entering and light-exit surfaces of the lens elements to each other, while at least three refractive surfaces with a predetermined refractive power are disposed between the light-entering and light-exit surfaces in each of the lens elements. Here, each of the plurality of lens elements has an identical focal length f and, concering a bundle of rays which enters each of the lens elements in parallel to its optical axis with a maximum incident height h.sub.max and then is emitted therefrom with an exit angle .theta..sub.max, substantially satisfies a conditional expression: h.sub.max =f.multidot.sin .theta..sub.max Accordingly, the plurality of lens elements substantially satisfy a sine condition, whereby the fly-eye lens forms a perfect diffusing surface light source.
    • 根据本发明的蝇眼透镜包括彼此二维紧密接触地布置的多个透镜元件,以便将透镜元件的光进入和光出射表面彼此连接,同时 具有预定屈光力的至少三个折射表面设置在每个透镜元件中的光入射表面和光出射表面之间。 这里,多个透镜元件中的每一个都具有相同的焦距f,并且使具有最大入射高度hmax的平行于其光轴进入每个透镜元件的一束光束协调一致,然后从出射角 θmax基本上满足条件表达式:hmax =fxsinθmax因此,多个透镜元件基本上满足正弦条件,由此,飞眼透镜形成完美的漫射面光源。
    • 127. 发明授权
    • Precision symbol discrimination timing detection (clock recovery) system
for multi-carrier modulation signal
    • 用于多载波调制信号的精确符号鉴别定时检测(时钟恢复)系统
    • US5745535A
    • 1998-04-28
    • US553063
    • 1995-11-03
    • Takashi Mori
    • Takashi Mori
    • H04L27/38H04J11/00H04L27/26H04L7/00
    • H04L27/2657H04L27/2662H04L27/2675
    • A provisional symbol discrimination timing detection unit detects a provisional symbol discrimination timing of a received signal modulated by a multi-subcarrier modulation scheme. A provisional symbol extraction unit demodulates the received signal and outputs, as a provisional demodulated symbol, a demodulated signal value of the provisional symbol discrimination timing of the demodulated signal for each subcarrier, demodulated signal being obtained by quadrature-demodulating the received signal. A phase difference detection unit detects a phase difference between the phase of the output provisional demodulated symbol of the received signal at a predetermined position and the phase of a reference symbol at this position. A symbol discrimination timing correction unit obtains a time difference between the provisional discrimination timing and the reference symbol discrimination timing on the basis of a subcarrier frequency and the detected phase difference for each subcarrier and corrects the provisional symbol discrimination timing on the basis of the time difference.
    • 临时符号鉴别定时检测单元检测由多子载波调制方案调制的接收信号的临时符号鉴别定时。 临时符号提取单元对接收到的信号进行解调,并且作为临时解调符号输出每个子载波的解调信号的临时符号鉴别定时的解调信号值,通过对接收信号进行正交解调获得的解调信号。 相位差检测单元检测在预定位置处的接收信号的输出临时解调符号的相位与该位置处的参考符号的相位之间的相位差。 符号鉴别定时校正单元根据子载波频率和检测到的每个子载波的相位差来获得临时鉴别定时和参考符号鉴别定时之间的时间差,并且基于时间差校正临时符号鉴别定时 。