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    • 21. 发明授权
    • Information processing apparatus
    • 信息处理装置
    • US08752209B2
    • 2014-06-10
    • US12740683
    • 2008-10-29
    • Ryo Goto
    • Ryo Goto
    • G06F21/00
    • G11B20/00753G06F21/10G11B20/00086G11B20/00181G11B2220/61H04N5/76H04N5/765H04N5/907H04N5/913H04N21/418H04N21/4334H04N21/8355H04N2005/91328
    • An information processing apparatus (100) is provided with a memory unit (130) for storing digital broadcast content for which a number of copies that can be made is set, a writing unit (160, 162) for writing the content on external recording medium, an IC medium reader/writer (150) for reading an IC medium (300) and recording the number of copies that can be made of the content on the IC medium (300) in association with an identifier of the content, and a control unit (170) for determining whether an identifier of the content is recorded on the IC medium (300) when the content is copied to the external recording medium and, when it is determined that the identifier is recorded, controlling the writing unit (160, 162) to write the content on external recording medium (210, 220) as well as controlling the IC medium reader/writer (150) to update the number of copies that can be made of the content.
    • 一种信息处理设备(100),具有存储单元(130),用于存储可设置多个副本的数字广播内容;写入单元(160,162),用于将内容写入外部记录介质 ,用于读取IC介质(300)的IC介质读取器/写入器(150),并且与IC内容的标识符相关联地将记录在IC介质(300)上的内容的副本记录在一起;以及控制 单元(170),用于当将内容复制到外部记录介质时,确定内容的标识符是否被记录在IC介质(300)上,并且当确定标识符被记录时,控制写入单元(160, 162)将内容写入外部记录介质(210,220),以及控制IC介质读取器/写入器(150)来更新可由内容构成的份数。
    • 22. 发明申请
    • CONTENT DATA, TRANSMITTING APPARATUS, RECEIVING APPARATUS AND DECODING METHOD
    • 内容数据,发送设备,接收设备和解码方法
    • US20100250928A1
    • 2010-09-30
    • US12305852
    • 2007-06-28
    • Ryo Goto
    • Ryo Goto
    • H04L9/32
    • H04L9/065H04L9/088H04L63/04H04L2209/12H04L2209/34H04L2209/601
    • A transmitting apparatus 100 comprises an initialization vector generating unit 110 for generating an initialization vector, an encryption unit 120 for initializing a stream encryption module using the generated initialization vector and performing stream encryption on stream data using the initialized stream encryption module, an encryption packet generating unit 130 for generating an encryption packet containing encrypted stream-encrypted data, an initialization packet generating unit 140 for generating an initialization packet containing an initialization vector and time information indicating when a next initialization vector of the initialization vector will be sent, and a transmission unit 150 for transmitting the initialization packet and the encryption packet by broadcast/multicast.
    • 发送装置100包括用于生成初始化向量的初始化向量生成部110,使用生成的初始化向量初始化流加密模块的加密部120,使用初始化流加密模块对流数据执行流加密,生成加密分组 用于生成包含加密流加密数据的加密分组的单元130,用于生成包含初始化向量的初始化分组的初始化分组生成单元140和指示将被发送初始化向量的下一个初始化向量的时间信息;以及发送单元 150,用于通过广播/多播发送初始化分组和加密分组。
    • 24. 发明授权
    • Floating magnetic head
    • 浮动磁头
    • US5771133A
    • 1998-06-23
    • US652021
    • 1996-05-21
    • Ryo GotoMasahiro AoFumio Nitanda
    • Ryo GotoMasahiro AoFumio Nitanda
    • G11B5/60G11B21/21
    • G11B5/6005
    • Two floating rails are provided on a slider of a floating magnetic head. Rear portions, in the advancing direction of a floating magnetic head with respect to a magnetic recording medium, of the respective floating rails are cut out. That is, the floating rails exist only in front of the cut-out portions. An auxiliary rail is formed in the rear of one of the floating rails. The auxiliary rail is narrower than the floating rail, wider than the track width of an electromagnetic conversion element, and approximately as high as the floating rail. The electromagnetic conversion element is provided at a rear portion of the auxiliary rail.
    • 两个浮动导轨设置在浮动磁头的滑块上。 切出相应浮动导轨相对于磁记录介质的浮动磁头前进方向的后部。 也就是说,浮动轨道仅存在于切口部分的前方。 辅助轨道形成在浮动轨道之一的后部。 辅助轨道比浮动轨道窄,比电磁转换元件的轨道宽度宽,大致与浮动轨道一样高。 电磁转换元件设置在辅助轨道的后部。
    • 25. 发明授权
    • Flying-type magnetic head comprising a slider/gimbal connection which
suppresses slider height differences
    • 包括滑块/万向接头的飞行型磁头,其抑制滑块高度差异
    • US5508863A
    • 1996-04-16
    • US282266
    • 1994-07-29
    • Ryo GotoChiharu Mitsumata
    • Ryo GotoChiharu Mitsumata
    • G11B5/105G11B5/187G11B5/31G11B5/60G11B17/32
    • G11B5/3106G11B5/105G11B5/1878G11B5/6005
    • A flying-type magnetic head includes a magnetic head chip composed of a pair of cores, each having a metallic magnetic thin film thereon which faces a magnetic gap. The magnetic chip is inserted and fixed in a slit provided in a non-magnetic slider at the outlet side of a magnetic recording medium generating airflow across an air bearing. The back of the slider is fixed to a gimbal in such a manner that a flying plane portion of the magnetic head faces the magnetic recording medium. The height at the flying plane portion of the slider is structurally controlled such that the height where the back of the slider is fixed to the gimbal differs by 20 nm or less with respect to the height thereof when the back of the slider is not fixed to the gimbal. The magnetic head chip may be composed of a pair of non-magnetic cores, each of which has a metallic magnetic thin film deposited thereon.
    • 飞行型磁头包括由一对芯组成的磁头芯片,每个磁芯上面都有一个面对磁隙的金属磁性薄膜。 将磁性芯片插入并固定在设置在磁性记录介质的出口侧的非磁性滑块中的狭缝中,该磁记录介质通过空气轴承产生气流。 滑块的背面固定在万向架上,使得磁头的飞行平面部分面对磁记录介质。 在滑块的飞行平面部分处的高度被结构地控制,使得滑块的背面固定在万向架上的高度相对于其高度相差20nm或更小,当滑块的后部不固定到 万向节 磁头芯片可以由一对非磁性芯组成,其中每个都具有沉积在其上的金属磁性薄膜。
    • 27. 发明授权
    • Composite magnetic head
    • 复合磁头
    • US5162961A
    • 1992-11-10
    • US692556
    • 1991-04-29
    • Hideji TakahashiRyo Goto
    • Hideji TakahashiRyo Goto
    • G11B5/187G11B5/31
    • G11B5/31
    • A composite magnetic head comprises a pair of magnetic core pieces made of an oxide-type magnetic material and bonded to each other for constituting a main magnetic circuit via a magnetic gap therebetween, and a thin, magnetic metal layer formed on a magnetic gap-opposing surface of at least one of the pair of magnetic core pieces for constituting an auxiliary magnetic circuit. The thin, magnetic metal layer has a columnar crystal structure in which the orientations of columnar crystals are substantially in perpendicular to the magnetic gap-opposing surface, and a ratio of diameter to length of each columnar crystal is substantially 0.5 or less. The reverse taper angles of the columnar crystals are preferably 0.degree.-10.degree. to suppress noises, reverse taper angles of the columnar crystals being 0.degree.-10.degree..
    • 复合磁头包括由氧化物型磁性材料制成的一对磁芯片,并且通过它们之间的磁隙彼此结合以构成主磁路,以及形成在磁隙相对的薄磁性金属层 所述一对磁芯片中的至少一个的表面构成辅助磁路。 薄的磁性金属层具有柱状晶体结构,其中柱状晶体的取向基本上垂直于磁隙相对表面,并且每个柱状晶体的直径与长度的比率基本上为0.5以下。 柱状晶体的倒锥角优选为0°-10°以抑制噪声,柱状晶体的倒锥度为0°-10°。