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    • 21. 发明申请
    • RECORDING POWER DETERMINATION METHOD AND DEVICE
    • 记录功率测定方法和装置
    • US20110116352A1
    • 2011-05-19
    • US13010222
    • 2011-01-20
    • Mamoru SHOJIYasumori HinoTakahiro SatoYuu Okada
    • Mamoru SHOJIYasumori HinoTakahiro SatoYuu Okada
    • G11B7/12
    • G11B7/1267G11B7/00456G11B7/0062
    • A recording power determination method for determining a recording power of an optical beam for recording data on an information storage medium includes the steps of recording test data on the information storage medium at a plurality of test recording powers; reading the test data recorded at each test recording power, generating a signal, and measuring a modulation factor of the signal corresponding to each test recording power; calculating a product of an n'th power of each test recording power and the corresponding modulation factor, thereby obtaining a plurality of products corresponding to the plurality of test recording powers, where n is a value of exponent and is a real number other than 1; calculating a first recording power based on the correlation between the plurality of test recording powers and the plurality of products; and calculating the recording power based on the first recording power.
    • 用于确定用于在信息存储介质上记录数据的光束的记录功率的记录功率确定方法包括以多个测试记录功率将测试数据记录在信息存储介质上的步骤; 读取在每个测试记录功率下记录的测试数据,产生信号,并测量与每个测试记录功率对应的信号的调制因子; 计算每个测试记录功率的第n次功率的乘积和相应的调制因子,由此获得与多个测试记录功率对应的多个产品,其中n是指数值,并且是除1之外的实数 ; 基于所述多个测试记录功率与所述多个产品之间的相关性来计算第一记录功率; 以及基于第一记录功率计算记录功率。
    • 22. 发明申请
    • Recording Condition Optimizing Method, Information Recording/Reproducing Device, And Integrated Circuit Device
    • 记录条件优化方法,信息记录/再现装置和集成电路装置
    • US20080074969A1
    • 2008-03-27
    • US11631937
    • 2005-06-23
    • Harumitsu MiyashitaYasumori HinoTetsuya Shihara
    • Harumitsu MiyashitaYasumori HinoTetsuya Shihara
    • G11B15/52
    • G11B20/10009G11B7/00456G11B7/1267G11B20/10046G11B20/10481
    • It is an object to minimize the effect of the reproduction transmission path characteristics or optical characteristics of an optical head, and more suitably adjust recording conditions. The recording condition optimization method of the present invention involves optimizing recording conditions in the recording of information to an optical disk (100), comprising a recording step (1103) of recording a recording pattern including a plurality of recording marks to the optical disk using specific recording conditions, a reproduction step (1102) of reproducing the recording pattern recorded in the recording step (1103), an equalization characteristics setting step (1101) of setting waveform equalization characteristics according to the recording pattern, an equalization step (1105) of using the waveform equalization characteristics set in the equalization characteristics setting step (1101) to equalize the waveform of the reproduction signal reproduced in the reproduction step (1102), and an adjustment step (1104) of using the reproduction signal whose waveform has been equalized in the equalization step (1105) to adjust the recording conditions.
    • 本发明的目的是最小化光头的再现传输路径特性或光学特性的影响,并且更适当地调节记录条件。 本发明的记录条件优化方法涉及将信息记录中的记录条件优化到光盘(100),其包括使用特定的记录步骤(1103)将包括多个记录标记的记录图案记录到光盘 记录条件,再现记录在记录步骤(1103)中的记录模式的再现步骤(1102),根据记录模式设置波形均衡特性的均衡特性设置步骤(1101),使用 均衡特性设定步骤(1101)中设定的波形均衡特性,用于均衡再现步骤(1102)中再现的再现信号的波形,以及使用其波形已被均衡的再现信号的调整步骤(1104) 均衡步骤(1105),以调节记录条件。
    • 30. 发明授权
    • Method for reading magnetic super resolution type magneto-optical
recording medium
    • 磁性超分辨率型磁光记录介质的读取方法
    • US5986977A
    • 1999-11-16
    • US883549
    • 1997-06-26
    • Masahiro BirukawaYasumori HinoNorio Miyatake
    • Masahiro BirukawaYasumori HinoNorio Miyatake
    • G11B11/10G11B5/596G11B11/105G11B11/00
    • G11B11/10515G11B11/10508G11B11/10513G11B11/10523G11B11/10573G11B11/10595G11B5/59677
    • A reading method for a magneto-optical recording medium is provided, irradiating laser light as a reading beam and using a magnetic head. High density and high transmission rate are possible and a correct reading can be performed according to the length of recording marks by reading the magneto-optical recording medium while impressing a magnetic field with an orientation promoting the translation of magnetic domain walls. In the magnetic super resolution type magneto-optical recording medium, which attains a signal only from one portion of the irradiation domain of the reading beam and has at least a recording layer and a reading layer on a substrate, the focused laser light is irradiated as a reading beam and the magnetic field is modulated, using the magnetic head, which is equipped with a slider and glides or floats on the recording medium. The magneto-optical recording medium is read, while impressing a magnetic field 161 that accelerates at least the transcription of the magnetization of the recording layer into the reading layer.
    • 提供了一种用于磁光记录介质的读取方法,照射激光作为读取光束并使用磁头。 高密度和高透射率是可能的,并且可以通过读取磁光记录介质,同时以促进磁畴壁的平移的取向施加磁场来根据记录标记的长度来执行正确的读取。 在仅从读取光束的照射域的一部分获得信号并且在基板上至少具有记录层和读取层的磁性超分辨率型磁光记录介质中,聚焦的激光以 使用配备有滑块并在记录介质上滑动或浮动的磁头来调制读取光束和磁场。 读取磁光记录介质,同时施加加速至少将记录层的磁化转录到读取层中的磁场161。