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    • 1. 发明授权
    • Information recording and/or reproducing method and apparatus for three dimensional optical recording medium
    • 用于三维光记录介质的信息记录和/或再现方法和装置
    • US07006425B1
    • 2006-02-28
    • US09450743
    • 1999-11-30
    • Akiko HiraoHideyuki NishizawaTakayuki TsukamotoYoshinori HonguhKazuki Matsumoto
    • Akiko HiraoHideyuki NishizawaTakayuki TsukamotoYoshinori HonguhKazuki Matsumoto
    • G11B7/00
    • G11B7/0045G11B7/005G11B7/0908G11B2007/0009
    • Information is recorded/reproduced by focusing a light beam in/from an optical recording medium capable of forming therein marks for information recording in a plurality of three-dimensional directions including an arbitrary directions and at least depth direction. Specifically, the optical beam is sequentially focused at a recorded mark position adjacent an optically recorded mark position, at which a recording/reproducing operation is started, in any directions regardless of the directionality of the plurality of three-dimensional directions, to cause the focused position of the light beam to describe a predetermined locus having a predetermined rule to rapidly and continuously record/reproduce the information. Thus, it is possible to efficiently and rapidly record and reproduce information in an optical recording medium capable of recording high-density information in three-dimensional directions, and it is possible to rapidly and efficiently record and reproduce information using such an optical recording medium.
    • 通过将光束聚焦在能够在其中形成包括任意方向和至少深度方向的多个三维方向的信息记录的记录介质的光学记录介质中来记录/再现信息。 具体地说,无论多个三维方向的方向性如何,光束依次聚焦在与任何方向上开始记录/再现操作的光学记录标记位置相邻的记录标记位置,以使聚焦 光束的位置来描述具有预定规则的预定轨迹,以快速且连续地记录/再现信息。 因此,可以在能够以三维方向记录高密度信息的光记录介质中有效且快速地记录和再现信息,并且可以使用这种光学记录介质快速有效地记录和再现信息。
    • 7. 发明授权
    • Optical recording medium
    • 光记录介质
    • US06577591B2
    • 2003-06-10
    • US09805128
    • 2001-03-14
    • Akiko HiraoHideyuki NishizawaKazuki MatsumotoTakayuki Tsukamoto
    • Akiko HiraoHideyuki NishizawaKazuki MatsumotoTakayuki Tsukamoto
    • G11B584
    • G11B7/245B82Y10/00G11B7/00455G11B7/0052G11B7/0065G11B7/24G11B7/243G11B7/244G11B13/00G11B2007/0009G11C13/0014G11C13/0016
    • Disclosed is an optical recording medium having a charge generating ability capable of generating electric charges with different polarities upon irradiation with light and a charge transporting ability capable of transporting at least one of the electric charges to separate specially the electric charges from each other forming an electric field upon irradiation with light, the optical characteristics of the optical recording medium being changed depending on the electric field, wherein the charge transporting capability is imparted by a charge transporting material formed of a molecule having a charge transporting capability or a polymer containing a monomer unit having a charge transporting capability. A light intensity pattern is recorded in the optical recording medium depending on the change in the optical characteristics caused by the electric field. The average intermolecular distance of a noticed charge transporting material is defined to fall within a predetermined range.
    • 公开了一种具有能够在照射光时产生具有不同极性的电荷的电荷产生能力的光学记录介质,以及能够传输至少一个电荷的电荷输送能力,以特别分离彼此的电荷形成电 在光照射下,光记录介质的光学特性根据电场而改变,其中电荷输送能力由具有电荷输送能力的分子形成的电荷输送材料或含有单体单元的聚合物 具有电荷输送能力。 根据由电场引起的光学特性的变化,将光强度图案记录在光学记录介质中。 注意电荷输送材料的平均分子间距离被定义为落在预定范围内。