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    • 62. 发明申请
    • Playback Apparatus For Recording Medium
    • 记录媒体播放装置
    • US20080040735A1
    • 2008-02-14
    • US11547511
    • 2005-03-25
    • Kazuhiro SaitouToru SuzukiHideaki TakahashiAkihiro MutoRyosuke ShimosawaTakashi Mizoguchi
    • Kazuhiro SaitouToru SuzukiHideaki TakahashiAkihiro MutoRyosuke ShimosawaTakashi Mizoguchi
    • G11B17/04
    • G11B17/051G11B17/021G11B17/223
    • The present invention is to provide a playback apparatus for assuredly guiding a disk shape recording medium to a holder. A CD changer 1 has a main body 3, a holder 19, and a guiding mechanism 91. The main body 3 has a slot 10 for inserting or removing a CD 2. The holder 19 has a holder body 80 and a locking member 82. The holder body 80 has a C-shaped retainer 84 and a flange 85. The locking member 82 is disposed at an end 80b of the holder body 80 and locked to the CD 2. The guiding mechanism 91 has an arm main body 92 and a guiding part 94. The arm main body 92 is disposed rotatably. The guiding part 94 projects inwardly from an inner edge 85a of the flange 85 when the CD 2 is inserted. The guiding part 94 has a pair of guiding projections 96. The guiding projections 96 position an outer edge of the CD and the locking member therebetween. The guiding projections 96, or the guiding mechanism 91, guide the CD to the holder 19.
    • 本发明提供一种用于将盘形记录介质确定地引导到保持器的重放装置。 CD更换器1具有主体3,保持器19和引导机构91。 主体3具有用于插入或移除CD 2的槽10。 保持器19具有保持器主体80和锁定构件82。 保持器主体80具有C形保持器84和凸缘85。 锁定构件82设置在保持器主体80的端部80b处并且锁定到CD 2。 引导机构91具有臂主体92和引导部94。 臂主体92可旋转地设置。 当CD2插入时,引导部分94从凸缘85的内边缘85a向内突出。 引导部94具有一对引导突起96。 引导突起96将CD的外边缘和其间的锁定构件定位。 引导突起96或引导机构91将CD引导到保持器19。
    • 67. 发明申请
    • Remote storage disk control device and method for controlling the same
    • 远程存储盘控制装置及其控制方法
    • US20050060505A1
    • 2005-03-17
    • US10748886
    • 2003-12-30
    • Naohisa KasakoShuji KondoToru Suzuki
    • Naohisa KasakoShuji KondoToru Suzuki
    • G06F11/20G06F12/16
    • G06F11/2082G06F11/2066G06F11/2069G06F11/2071G06F11/2074G06F11/2094G06F11/2097G06F2201/855
    • A storage device system includes an information processing device, a first storage device equipped with a first storage volume, and a second storage device equipped with a second storage volume. The information processing device and the first storage device are communicatively connected to one another. Also, the first storage device and the second storage device are communicatively connected to one another. The information processing device is equipped with a first write request section that requests to write data in the first storage device according to a first communications protocol, and a second write request section that requests to write data in the second storage device according to a second communications protocol. The information processing device creates first data including a first instruction to be executed in the second storage device. The information processing device transmits to the first write request section a request to write the first data in the first storage volume according to the first communications protocol. When the first data written in the first storage volume is an instruction to the second storage device, the first storage device transmits to the second write request section a request to write the first data in the second storage volume according to the second communications protocol. The second storage device executes the first instruction set in the first data written in the second storage volume.
    • 存储装置系统包括信息处理装置,配备有第一存储卷的第一存储装置和配备有第二存储卷的第二存储装置。 信息处理设备和第一存储设备彼此通信地连接。 此外,第一存储装置和第二存储装置彼此通信地连接。 信息处理装置配备有根据第一通信协议请求在第一存储装置中写入数据的第一写入请求部分和根据第二通信请求在第二存储装置中写入数据的第二写入请求部分 协议。 信息处理装置创建包括要在第二存储装置中执行的第一指令的第一数据。 信息处理装置根据第一通信协议向第一写请求部分发送写入第一存储卷中的第一数据的请求。 当写入第一存储卷的第一数据是指向第二存储装置的指令时,第一存储装置根据第二通信协议向第二写入请求部分发送将第一数据写入第二存储卷的请求。 第二存储装置执行写在第二存储卷中的第一数据中的第一指令集。
    • 68. 发明授权
    • Scanning exposure apparatus and method
    • 扫描曝光装置和方法
    • US06674509B2
    • 2004-01-06
    • US09965801
    • 2001-10-01
    • Toru Suzuki
    • Toru Suzuki
    • G03B2742
    • G03F7/70358G03B27/42G03F7/70725
    • A scanning exposure apparatus for transferring a pattern of a master onto each of a plurality of shot regions defined on a substrate, while synchronously scanning the master and the substrate. The apparatus includes a master stage for moving the master, a substrate stage for moving the substrate, and a controller for controlling movement of the substrate stage during scanning exposure of the plurality of shot regions so as to assure that a setting distance in which the substrate stage is moved guarantees that a synchronization error between the master stage and the substrate stage falls within an allowable range after the substrate stage is accelerated up to a scan speed for the scanning exposure. The controller controls the movement of the substrate stage such that a setting distance for first shot region, which is exposed first upon a change in a row to which a shot region to be exposed belongs, is set to be longer than a setting distance for other shot regions.
    • 一种扫描曝光装置,用于将母板的图案转印到限定在基板上的多个照射区域中的每一个上,同时扫描主板和基板。 该装置包括用于移动母版的主级,用于移动衬底的衬底台,以及控制器,用于控制在多个照射区域的扫描曝光期间衬底台的运动,以便确保衬底的设置距离 移动台被保证在基板台加速到用于扫描曝光的扫描速度之后,主台和基板台之间的同步误差落在容许范围内。 控制器控制衬底台的运动,使得首先在要曝光的拍摄区域所属的行中的改变时首先曝光的设置距离被设置为比其他设置距离长的设置距离 射击地区。
    • 70. 发明授权
    • Wavelength detector
    • 波长检测器
    • US06243163B1
    • 2001-06-05
    • US09398191
    • 1999-09-17
    • Osamu WakabayashiTatsuo EnamiShinji NagaiToru SuzukiTakeshi OhtaHirokazu Kubo
    • Osamu WakabayashiTatsuo EnamiShinji NagaiToru SuzukiTakeshi OhtaHirokazu Kubo
    • G01J328
    • G01J9/00G01J3/28
    • The present invention can accurately detect a wavelength of a light to be detected, which is output from a source of light to be detected, without an error even if there is a change in the characteristic of a spectroscope due to an individual difference among the spectroscopes or a change in the measuring environment. The device according to the invention emits at least two reference lights (Ln, La) having different wavelengths (&lgr;n, &lgr;a) as the reference lights by reference light source. And, actual characteristic value (D) of spectroscope is calculated on the basis of detection positions (Sn, Sa) of the at least two reference lights (Ln, La) on a sensor and the known wavelengths (&lgr;n, &lgr;a) of the at least two reference lights (Ln, La) (D=(&lgr;a−&lgr;n)/(Sa−Sn)). And, on the basis of the detection positions (Sn, SO) of the reference light (Ln) and the light to be detected (LO) on the sensor (10), the calculated actual characteristic value (D) of the spectroscope and the known wavelength (&lgr;n) of the reference light (Ln), wavelength (&lgr;O) of the light to be detected (LO) is calculated (&lgr;O=&lgr;n+(SO−Sn)·D).
    • 即使由于各分光器之间的个体差异而导致的分光器的特性发生变化,本发明也能够准确地检测从被检测光源输出的被检测光的波长 或测量环境的变化。 根据本发明的装置通过参考光源发射具有不同波长(lambdn,λ))的至少两个参考光(Ln,La)作为参考光。 并且,基于传感器上的至少两个参考光(Ln,La)的检测位置(Sn,Sa)以及在传感器上的已知波长(lambdn,λ)来计算分光计的实际特征值(D) 至少两个参考光(Ln,La)(D =(λ-lambdn)/(Sa-Sn)))。 并且,基于传感器(10)上的基准光(Ln)和被检测光(LO)的检测位置(Sn,SO),计算出的分光器的实际特性值(D)和 计算参考光(Ln)的已知波长(lambdn),待检测光(LO)的波长(lambd0)(lambdO = lambdn +(SO-Sn).D)。