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    • 2. 发明授权
    • Method for identifying location on an optical disk
    • 用于识别光盘上的位置的方法
    • US07233557B2
    • 2007-06-19
    • US10856574
    • 2004-05-28
    • Shane ShivjiMitch HanksKevin L. ColburnMike SalkoAndrew Koll
    • Shane ShivjiMitch HanksKevin L. ColburnMike SalkoAndrew Koll
    • G11B5/55B41J2/47
    • G11B7/0037B41J3/4071G11B23/40
    • A method is disclosed for positioning an optical labeling mechanism substantially close to a particular track of a labeling surface on an optical disk. The method can include the operation of positioning the optical labeling mechanism adjacent to the particular track. A further operation can be measuring a first surface texture of the labeling surface using the optical labeling mechanism. Another operation can involve positioning the optical labeling mechanism adjacent to a different track. A further operation can be moving the optical labeling mechanism from the different track toward the particular track location. Another operation can involve measuring a second surface texture of the labeling surface using the optical labeling mechanism. A further operation can be comparing the first and second surface textures to determine if the optical labeling mechanism is positioned substantially near the particular track.
    • 公开了一种用于将光学标签机构基本靠近光盘上标签表面的特定轨道定位的方法。 该方法可以包括将光学标签机构定位在特定轨道附近的操作。 进一步的操作可以是使用光学标签机构来测量标记表面的第一表面纹理。 另一个操作可以包括将光学标签机构定位在与不同轨道相邻的位置。 进一步的操作可以是将光学标签机构从不同的轨道移动到特定的轨道位置。 另一个操作可以包括使用光学标签机构测量标记表面的第二表面纹理。 进一步的操作可以是比较第一和第二表面纹理以确定光学标签机构是否基本上位于特定轨道附近。
    • 3. 发明授权
    • Apparatus and method for analysis and control of timing of a train of high speed, high power laser pulses
    • 用于分析和控制高速,大功率激光脉冲串的定时的装置和方法
    • US06765937B1
    • 2004-07-20
    • US09493432
    • 2000-01-29
    • Kevin L MillerD Mitchel HanksKevin L ColburnCharles R Weirauch
    • Kevin L MillerD Mitchel HanksKevin L ColburnCharles R Weirauch
    • H01S310
    • G11B7/00456G11B7/0062
    • An apparatus and method for flexibly and precisely varying temporal placement and duration of pulses, within a train of high speed, high power optical pulses. The invention includes optics adapted for focusing on a layer of an information storage media. An optical pulse generator is coupled with the layer through the optics for generating a train of optical pulses, wherein each pulse has a respective temporal placement within the train and has a respective pulse duration. The respective pulse duration of each pulse is controlled by an amount of an analog duration control voltage, in accordance with a WRITE STRATEGY, which is based on a physical property of the layer of the information storage media. Similarly the respective temporal placement of each pulse is controlled by an amount of an analog temporal placement control voltage, in accordance with the WRITE STRATEGY.
    • 一种用于在高速高功率光脉冲串内灵活且精确地改变脉冲的时间位置和持续时间的装置和方法。 本发明包括适于聚焦在信息存储介质层上的光学器件。 光学脉冲发生器通过光学器件与该层耦合,用于产生一列光脉冲,其中每个脉冲在列车内具有相应的时间位置并具有相应的脉冲持续时间。 根据基于信息存储介质层的物理属性的写入策略,每个脉冲的相应脉冲持续时间受到模拟持续时间控制电压的量的控制。 类似地,根据写策略,每个脉冲的相应时间位置由模拟时间放置控制电压的量来控制。
    • 4. 发明申请
    • Laser Power Calibration in an Optical Disc Drive
    • 光盘驱动器中的激光功率校准
    • US20080291799A1
    • 2008-11-27
    • US12183745
    • 2008-07-31
    • D. Mitchel HanksKevin L. ColburnLawrence N. Taugher
    • D. Mitchel HanksKevin L. ColburnLawrence N. Taugher
    • G11B7/12
    • G11B7/1267G11B7/0037G11B23/40
    • Various systems, methods, and programs embodied on a computer-readable medium are provided for calibrating a laser power in an optical disc drive. In one embodiment, a range of reflectivity of an optical disc in the optical disc drive is established. A calibration pattern of marked segments is written to the optical disc and the reflectivity of the marked segments is measured. An average reflectivity is generated for each one of a plurality of laser power settings within the range of reflectivity, thereby obtaining a curve that depicts the average reflectivity with respect to the laser power settings. The laser power setting at a knee of the curve is identified and a slope of the curve at a position on the curve where the average reflectivity decreases as the laser power settings increase is determined. The laser power setting is calculated that results in a predefined darkness based upon the laser power setting at the knee and based upon the slope.
    • 提供了包含在计算机可读介质上的各种系统,方法和程序,用于校准光盘驱动器中的激光功率。 在一个实施例中,建立光盘驱动器中光盘的反射率范围。 将标记段的校准图案写入光盘,并测量标记段的反射率。 在反射率范围内的多个激光功率设置中的每一个产生平均反射率,从而获得描绘相对于激光功率设置的平均反射率的曲线。 确定曲线拐点处的激光功率设置,并且确定在激光功率设置增加时平均反射率降低的曲线上的位置处的曲线的斜率。 计算激光功率设置,其基于在膝盖处的激光功率设置并基于斜率导致预定的黑暗。
    • 7. 发明授权
    • Laser power calibration in an optical disc drive
    • 光盘驱动器中的激光功率校准
    • US07420580B2
    • 2008-09-02
    • US10977532
    • 2004-10-29
    • D. Mitchel HanksKevin L. ColburnLawrence N. Taugher
    • D. Mitchel HanksKevin L. ColburnLawrence N. Taugher
    • B41J2/435G11B11/00
    • G11B7/1267G11B7/0037G11B23/40
    • Various systems, methods, and programs embodied on a computer-readable medium are provided for calibrating a laser power in an optical disc drive. In one embodiment, a range of reflectivity of an optical disc in the optical disc drive is established. A calibration pattern of marked segments is written to the optical disc and the reflectivity of the marked segments is measured. An average reflectivity is generated for each one of a plurality of laser power settings within the range of reflectivity, thereby obtaining a curve that depicts the average reflectivity with respect to the laser power settings. The laser power setting at a knee of the curve is identified and a slope of the curve at a position on the curve where the average reflectivity decreases as the laser power settings increase is determined. The laser power setting is calculated that results in a predefined darkness based upon the laser power setting at the knee and based upon the slope.
    • 提供了包含在计算机可读介质上的各种系统,方法和程序,用于校准光盘驱动器中的激光功率。 在一个实施例中,建立光盘驱动器中光盘的反射率范围。 将标记段的校准图案写入光盘,并测量标记段的反射率。 在反射率范围内的多个激光功率设置中的每一个产生平均反射率,从而获得描绘相对于激光功率设置的平均反射率的曲线。 确定曲线拐点处的激光功率设置,并且确定在激光功率设置增加时平均反射率降低的曲线上的位置处的曲线的斜率。 计算激光功率设置,其基于在膝盖处的激光功率设置并基于斜率导致预定的黑暗。