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    • 3. 发明授权
    • Optical recording method and apparatus for an optical storage medium
    • 用于光存储介质的光记录方法和装置
    • US06628595B1
    • 2003-09-30
    • US09722689
    • 2000-11-28
    • Noboru SasaTatsuya TomuraSoh NoguchiTsutomu SatohYasunobu UenoYasuhiro Higashi
    • Noboru SasaTatsuya TomuraSoh NoguchiTsutomu SatohYasunobu UenoYasuhiro Higashi
    • G11B700
    • G11B7/00456G11B7/1263G11B7/1267
    • In an optical recording method and apparatus for an optical storage medium, a recording pulse pattern having a sequence of multiple pulses is used to record one of plural kinds of marks with different lengths on the storage medium through a variable-linear-velocity recording process or a constant-angular-velocity recording process. Two or more discrete write powers are individually allocated to the respective pulses of the recording pulse pattern. Each of the write powers, allocated to the respective pulses of the recording pulse pattern, is linearly varied in proportion with a change of one of the recording linear velocity and a recording position of the storage medium. The resulting recording pulse pattern is supplied to a pickup, and the pickup emits a light beam to the storage medium in accordance with the recording pulse pattern having the linearly varied write powers allocated to the respective pulses, so that one of the plural kinds of marks is recorded on the storage medium.
    • 在光存储介质的光记录方法和装置中,使用具有多个脉冲序列的记录脉冲图案通过可变线速度记录处理在存储介质上记录具有不同长度的多种标记之一, 恒定角速度记录过程。 将两个或更多个离散写入功率分别分配给记录脉冲图案的各个脉冲。 分配给记录脉冲图案的各个脉冲的每个写入功率与存储介质的记录线速度和记录位置之一的变化成比例地线性变化。 所得到的记录脉冲图案被提供给拾取器,并且拾取器根据具有分配给各个脉冲的线性变化的写入功率的记录脉冲图案将光束发射到存储介质,使得多种标记中的一种 被记录在存储介质上。
    • 7. 发明授权
    • Recording and reading method and device for dye based write-once DVD medium
    • 用于基于染料的一次写入DVD介质的记录和读取方法和装置
    • US07480223B2
    • 2009-01-20
    • US11044470
    • 2005-01-28
    • Soh NoguchiTsutomu SatoTatsuya TomuraYasunobu Ueno
    • Soh NoguchiTsutomu SatoTatsuya TomuraYasunobu Ueno
    • G11B7/00
    • G11B7/00456
    • A recording method of recording information in a dye-based write-once digital versatile disc (DVD) containing a substrate having a wobbled guide groove and a recording layer containing an organic dye. Recording is performed by irradiating the DVD with three kinds of single light pulses. Each single pulse contains a recording area to record a mark and a cooling area having a light quantity not greater than 0.1 mW for a predetermined time. When the mark having a shortest length is formed, the DVD is irradiated with a first single light pulse. When the mark having a second shortest length is formed, the DVD is irradiated with a second single light pulse. When the mark having a third shortest length or longer is formed, the DVD is irradiated with a third single light pulse.
    • 一种在含有具有摆动的引导槽的基板和含有有机染料的记录层的基于染料的一次写入数字通用盘(DVD)中记录信息的记录方法。 通过用三种单光脉冲照射DVD来执行记录。 每个单个脉冲包含用于记录标记的记录区域和具有不大于0.1mW的光量的预定时间的冷却区域。 当形成具有最短长度的标记时,用第一单个光脉冲照射DVD。 当形成具有第二最短长度的标记时,用第二单个光脉冲照射DVD。 当形成具有第三最短长度或更长的标记时,用第三单个光脉冲照射DVD。
    • 9. 发明申请
    • Method for recording/reproducing dye-based recordable DVD medium and apparatus thereof
    • 用于记录/再现基于染料的可记录DVD介质的方法及其装置
    • US20060291351A1
    • 2006-12-28
    • US11447894
    • 2006-06-07
    • Tatsuya TomuraTsutomu SatoSoh NoguchiYasunobu Ueno
    • Tatsuya TomuraTsutomu SatoSoh NoguchiYasunobu Ueno
    • G11B7/12
    • G11B7/126G11B7/00456
    • A recording and reproducing method, wherein, on recording and reproduction of a recordable DVD medium, which has a recording layer containing an organic dye on a substrate having a guide groove with wobble, wherein linear velocity conditions for CLV recording is recorded on the substrate, recording starts at a linear velocity less than a highest linear velocity at the innermost circumference; when the linear velocity is switched over to the highest linear velocity on the way, a comparison is made between an optimum recording power of Po at the highest recording velocity that is temporarily optimized by test-writing in a power measurement area at the outermost circumference and an optimum recording power of Pi at the highest linear velocity that is recorded in the substrate; in the case of Po>Pi, a value given by the formula of “(Po+Pi)/2+(Po−Pi)2Pi” is employed as a recording power with which recording starts at the highest linear velocity; and in the case of Po≦Pi, Pi is employed.
    • 一种记录和再现方法,其中在记录和再现可记录的DVD介质时,其具有包含有机染料的记录层,在具有摆动的引导槽的基板上,其中CLV记录的线速度条件被记录在基板上, 记录以小于最内圆周的最高线速度的线速度开始; 当线速度被切换到最高线速度时,比较在最外围的功率测量区域中通过测试临时优化的最高记录速度的Po的最佳记录功率和 记录在基板中的最高线速度的Pi的最佳记录功率; 在Po> Pi的情况下,采用“(Po + Pi)/ 2 +(Po-Pi)<2> Pi”的公式给出的值作为记录功率, 最高线速度; 并且在Po <= Pi的情况下,使用Pi。
    • 10. 发明申请
    • Recording and reproducing method for dye-based recordable DVD medium and apparatus for the same
    • 用于基于染料的可记录DVD介质的记录和再现方法及其装置
    • US20060203675A1
    • 2006-09-14
    • US11371487
    • 2006-03-08
    • Tatsuya TomuraTsutomu SatoYasunobu UenoSoh Noguchi
    • Tatsuya TomuraTsutomu SatoYasunobu UenoSoh Noguchi
    • G11B7/0045
    • G11B7/00456
    • To provide a recording and reproducing method for dye-based recordable DVD media, including: recording a mark of the shortest length on a dye-containing recording layer of a dye-based recordable DVD medium using single pulse whose front edge is energized; recording marks other than the shortest thereon using single pulse whose front and rear edges are energized for a given duration, the power of the front edge of pulse being equal to that of the front edge of pulse for the shortest mark, the power of the rear edge of pulse being equal to that of the rear edge of pulse for the shortest mark; and reproducing recorded information using a reproduction beam, wherein the irradiation intensity of cooling pulse provided after the rear edge of pulse upon mark recording is 0.1 mW or less for a given duration, and the recording linear velocity is 42 m/s or more.
    • 为了提供一种用于基于染料的可记录DVD介质的记录和再现方法,包括:使用其前边缘被激励的单个脉冲将最短长度的标记记录在染料基可记录DVD介质的含染料记录层上; 使用其前边缘和后边缘被激励给定持续时间的单个脉冲以外的最短记录标记,脉冲前沿的功率等于最短标记的脉冲前沿的功率,后方的功率 脉冲的边缘等于最短标记的脉冲后缘的边缘; 并且使用再现光束再现记录信息,其中在标记记录之后的脉冲后沿之后提供的冷却脉冲的照射强度在给定持续时间为0.1mW或更小,记录线速度为42m / s以上。