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    • 3. 发明授权
    • Adhesive injection apparatus
    • 粘合剂注射装置
    • US5881899A
    • 1999-03-16
    • US886019
    • 1997-06-30
    • Masahiro SuzukiYoshihiko MiyoshiYukihiko Okada
    • Masahiro SuzukiYoshihiko MiyoshiYukihiko Okada
    • E04F21/165E04G23/02F16L21/00B65D45/32
    • F16L21/002
    • An adhesive injection apparatus comprising: an adhesive reservoir tube having a flange portion; a connection cap having a pressing portion, a large-diameter portion, and a plurality of axially extending protrusions formed side by side circumferentially on an inner wall of the large-diameter portion, the large-diameter portion having an inner diameter larger than an outer diameter of the flange portion of the adhesive reservoir tube; and a nozzle having a flange portion; wherein when the adhesive reservoir tube and the nozzle portion are connected to each other, the flange portion of the adhesive reservoir tube is interposed between the pressing portion of the connection cap and the flange portion of the nozzle so that the flange portion of the adhesive reservoir tube is pressed by the pressing portion of the connection cap and the flange portion of the nozzle in a condition that the plurality of axially extending protrusions of the connection cap are in contact with an outer edge of the flange portion of the adhesive reservoir tube.
    • 一种粘合剂注入装置,包括:具有凸缘部分的粘合剂储存管; 连接帽,其具有在所述大直径部分的内壁上沿周向并排形成的按压部分,大直径部分和多个轴向延伸的突出部,所述大直径部分的内径大于外径 粘合剂储存管的凸缘部分的直径; 和具有凸缘部分的喷嘴; 其中,当所述粘合剂储存管和所述喷嘴部彼此连接时,所述粘合剂储存管的凸缘部插入在所述连接帽的所述按压部和所述喷嘴的凸缘部之间,使得所述粘合剂储存器的凸缘部 在连接帽的多个轴向延伸的突起与粘合剂储存管的凸缘部分的外边缘接触的状态下,连接帽的按压部分和喷嘴的凸缘部分被按压。
    • 4. 发明授权
    • Optical disc apparatus and control method including an excess detection mode
    • 光盘装置和控制方法,包括超检测模式
    • US07843778B2
    • 2010-11-30
    • US11435145
    • 2006-05-16
    • Ryohei YasudaTakafumi AraiYukihiko Okada
    • Ryohei YasudaTakafumi AraiYukihiko Okada
    • G11B7/00
    • G11B7/0946
    • An optical disc apparatus includes: a section for controlling an actuator by generating a voltage indication value indicative of a drive voltage applied to the actuator driving an objective lens; an section for periodically detecting the voltage indication value; a section for going into an excess detection mode when the voltage indication value outside a tolerable range is detected, and starting a re-detection period when the voltage indication value inside the tolerable range is detected, and remaining in the excess detection mode and extending the re-detection period when the voltage indication value outside the tolerable range is detected during the re-detection period, and stopping the excess detection mode when the voltage indication value outside the tolerable range is not detected again during the re-detection period; and an section for limiting the voltage indication value when staying in the excess detection mode for longer than a fail-safe action start period.
    • 光盘装置包括:通过产生指示施加到驱动物镜的致动器的驱动电压的电压指示值来控制致动器的部分; 用于周期性地检测电压指示值的部分; 当检测到电压指示值在容许范围之外时进入过量检测模式的部分,并且当检测到可容忍范围内的电压指示值时开始重新检测周期,并且保持在过量检测模式并延长 在重新检测期间检测到电压指示值超出容许范围的再次检测期间,在重新检测期间不再次检测到电压指示值超出容许范围的情况下停止超出检测​​模式; 以及用于在超过故障安全动作开始时段的情况下限制超过检测模式下的电压指示值的部分。
    • 5. 发明申请
    • Optical disc apparatus and control method
    • 光盘装置及控制方法
    • US20060277559A1
    • 2006-12-07
    • US11435145
    • 2006-05-16
    • Ryohei YasudaTakafumi AraiYukihiko Okada
    • Ryohei YasudaTakafumi AraiYukihiko Okada
    • G11B7/00
    • G11B7/0946
    • An optical disc apparatus includes: a section for controlling an actuator by generating a voltage indication value indicative of a drive voltage applied to the actuator driving an objective lens; an section for periodically detecting the voltage indication value; a section for going into an excess detection mode when the voltage indication value outside a tolerable range is detected, and starting a re-detection period when the voltage indication value inside the tolerable range is detected, and remaining in the excess detection mode and extending the re-detection period when the voltage indication value outside the tolerable range is detected during the re-detection period, and stopping the excess detection mode when the voltage indication value outside the tolerable range is not detected again during the re-detection period; and an section for limiting the voltage indication value when staying in the excess detection mode for longer than a fail-safe action start period.
    • 光盘装置包括:通过产生指示施加到驱动物镜的致动器的驱动电压的电压指示值来控制致动器的部分; 用于周期性地检测电压指示值的部分; 当检测到电压指示值在容许范围之外时进入过量检测模式的部分,并且当检测到可容忍范围内的电压指示值时开始重新检测周期,并且保持在过量检测模式并延长 在重新检测期间检测到电压指示值超出容许范围的再次检测期间,在重新检测期间不再次检测到电压指示值超出容许范围的情况下停止超出检测​​模式; 以及用于在超过故障安全动作开始时段的情况下限制超过检测模式下的电压指示值的部分。
    • 7. 发明授权
    • Method and apparatus for checking the quality of CD-ROMS or the like for
reading them at matching speeds
    • 用于检查用于以匹配速度读取的CD-ROM等的质量的方法和装置
    • US5844866A
    • 1998-12-01
    • US890924
    • 1997-07-10
    • Shin FujimotoYukihiko Okada
    • Shin FujimotoYukihiko Okada
    • G11B19/20G11B7/0037G11B7/095G11B19/02G11B19/28G11B7/00
    • G11B19/02G11B7/0037G11B7/0953G11B7/0956
    • CD-ROMS of more or less poor quality, such as those having eccentric center holes or uneven weight distributions circumferentially, tend to overload tracking and focusing servos and hence to invite read errors and retries. Each disk on being loaded into the disk drive is therefore checked as to its eccentricity and wobbling preparatory to reading. The disk is set into rotation at a predetermined speed of, typically, eight times the standard audio CD speed. Disk eccentricity is checked by counting the pulses produced by the transducer as the spot of the read beam crosses the track turns, the tracking servo being cut off for this check. The greater the number of pulse generated during a complete disk revolution, the more eccentric is the disk. Wobble check is done by measuring the maximum amplitude of a focusing servo signal being applied to a focusing actuator coil. The disk is read at eight times the standard audio CD speed if it clears both checks, and at four times the standard audio CD speed if it fails to clear either check.
    • 质量差异较小的CD-ROMS(例如具有偏心中心孔或不均匀重量分布在周向上)倾向于过载跟踪和聚焦伺服,并因此引起读取错误和重试。 因此,检查装载到磁盘驱动器中的每个磁盘的偏心度和摆动准备阅读。 磁盘以标准音频CD速度的预定速度(通常为八倍)设置旋转。 通过对读取光束的光点与光圈相交越过的传感器产生的脉冲进行计数来检查光盘的偏心度,跟踪伺服被切断用于此检查。 在完整磁盘转动期间产生的脉冲数越多,磁盘越偏心。 通过测量施加到聚焦致动器线圈的聚焦伺服信号的最大振幅来进行摆动检查。 如果清除两次检查,则以标准音频CD速度的八倍读取磁盘,如果无法清除任一检查,则以标准音频CD速度的四倍读取磁盘。