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    • 2. 发明公开
    • Apparatus and method for discriminating recording mode
    • Gerätund Verfahren zur Unterscheidung der Aufzeichnungsbetriebsart
    • EP0841659A2
    • 1998-05-13
    • EP97308830.5
    • 1997-11-04
    • SONY CORPORATION
    • Ohta, KiyoshiSuzuki, AtsushiTakagi, Kazunori
    • G11B15/087G11B15/18G11B15/467G11B15/02G11B31/00
    • G11B15/087G11B15/026G11B15/1875G11B15/4673G11B15/52G11B31/006Y10S358/906
    • In order to easily discriminate a recording mode of a magnetic tape (T) even when the fast feeding/rewinding reproducing operation is set to the odd number times speed or even number times speed, a standard pilot signal for generating the tracking error signal is set to a fixed frequency when the fast feeding/rewinding reproducing operation is performed in the even number times speed of the ordinary reproduction speed and the standard pilot signal is set in the rotational frequencies when the fast feeding/rewinding reproducing operation is performed in the odd number times speed. Thus, the recording mode is discriminated by making reference to the time series pattern of an output obtained by sampling the tracking error signal obtained on the basis of the reproduced pilot signal and the standard pilot signal in the predetermined timing.
    • 即使将快进/倒带重放操作设置为奇数倍速度或偶数倍速度,为了容易地区分磁带(T)的记录模式,设置用于产生跟踪误差信号的标准导频信号 在以普通再现速度的偶数次速度进行快速进给/倒带再现操作并且当以奇数执行快速进给/倒退重放操作时将标准导频信号设置为旋转频率时,以固定频率 倍速。 因此,通过参考通过对在预定定时中基于再现的导频信号和标准导频信号获得的跟踪误差信号进行采样获得的输出的时间序列模式来鉴别记录模式。
    • 4. 发明公开
    • Analog-to-digital converter for an active pixel sensor
    • Analog / / Digitalwandlerfüreinen aktiven Bildsensor
    • EP1742369A2
    • 2007-01-10
    • EP06013951.6
    • 2006-07-05
    • SONY CORPORATION
    • Tooyama, TakayukiSuzuki, AtsushiFukushima, NoriyukiYasui, YukihiroNitta, Yoshikazu
    • H03M1/12H03M1/56
    • H03M1/08H03M1/0607H03M1/123H03M1/56H04N5/3742H04N5/3745H04N5/378
    • An electronic apparatus (1) includes a CMOS image sensor (10,10a) and a signal processor operable to process an output signal from the CMOS image sensor. The CMOS image sensor includes the following elements: an imaging region; a reference signal generator (27) operable to generate a reference signal (251); a comparator (252) operable to compare the reference signal generated by the reference signal generator with a signal transmitted from the imaging region; a counter (254) operable to count, in parallel with comparison performed by the comparator, a predetermined count clock and to hold a count value at the time of completion of comparison performed by the comparator; and a reference signal supply interface unit (28) operable to supply the reference signal generated by the reference signal generator to a plurality of comparators via different signal lines, respectively.
    • 电子设备(1)包括CMOS图像传感器(10,10a)和可操作以处理来自CMOS图像传感器的输出信号的信号处理器。 CMOS图像传感器包括以下元件:成像区域; 参考信号发生器(27),可操作以产生参考信号(251); 比较器(252),用于将由参考信号发生器产生的参考信号与从成像区域发送的信号进行比较; 计数器(254),其可操作以与由所述比较器执行的比较并行地计数预定的计数时钟,并且保持由所述比较器执行的比较完成时的计数值; 以及参考信号供给接口单元(28),其可操作以分别经由不同的信号线将参考信号发生器产生的参考信号提供给多个比较器。
    • 6. 发明公开
    • Magnetic head
    • Magnetkopf
    • EP0703571A2
    • 1996-03-27
    • EP95114758.6
    • 1995-09-19
    • SONY CORPORATION
    • Suzuki, AtsushiHayakawa, MasatoshiMatsunaga, ToruTamaru, TakashiUrai, Akira
    • G11B5/133G11B5/193G11B5/187
    • G11B5/1878G11B5/133G11B5/1335G11B5/1871G11B5/193G11B5/255
    • A magnetic head having a pair of magnetic core halves integrally bonded to each other, each magnetic core half being formed by a single-crystal ferrite piece and a polycrystal ferrite piece bonded together to constitute a junction ferrite, with a magnetic gap being defined between abutting surfaces of the magnetic core halves. The single-crystal ferrite pieces are arranged towards the abutting surfaces of the magnetic core halves and the polycrystal ferrite pieces are arranged on the opposite side of the abutting surfaces with respect to the single-crystal ferrite pieces. Preferably, the surface of the single-crystal ferrite piece having sliding contact with the magnetic recording medium, the gap surface of the single-crystal ferrite piece and the surface of the single-crystal ferrite piece corresponding to the lateral surface of the magnetic head are the (211) plane, (111) plane and the (110) plane, respectively. The directions of the 〈100〉 crystal axes within the plane (100) are symmetrical to each other on both sides of the magnetic gap. The magnetic head is low in sliding noise and superior in electro-magnetic conversion characteristics. In addition, the magnetic recording medium is superior in abrasion characteristics since the partial advancing abrasion is prohibited from occurring on its surface configured to have sliding contact with the magnetic recording medium.
    • 一种磁头,其具有一对一体地结合的磁芯半部,每个磁芯半部由单晶铁氧体片和多晶铁素体片形成,以结合在一起构成结铁氧体,磁隙限定在邻接 磁芯半部的表面。 单晶铁氧体片朝向磁芯半部的抵接面配置,多晶铁素体片相对于单晶铁氧体片配置在抵接面的相对侧。 优选地,与磁记录介质滑动接触的单晶铁氧体片的表面,单晶铁氧体片的间隙表面和与磁头的侧表面相对应的单晶铁氧体片的表面是 (211)面,(111)面和(110)面。 平面(100)内的&lang&100&rang&crystal轴的方向在磁隙的两侧彼此对称。 磁头的滑动噪声低,电磁转换特性优越。 此外,磁记录介质的磨损性能优异,因为在被配置为与磁记录介质滑动接触的表面上禁止发生部分前进磨损。
    • 9. 发明公开
    • Magnetic head
    • 磁头
    • EP0703571A3
    • 1996-07-31
    • EP95114758.6
    • 1995-09-19
    • SONY CORPORATION
    • Suzuki, AtsushiHayakawa, MasatoshiMatsunaga, ToruTamaru, TakashiUrai, Akira
    • G11B5/133G11B5/193G11B5/187
    • G11B5/1878G11B5/133G11B5/1335G11B5/1871G11B5/193G11B5/255
    • A magnetic head having a pair of magnetic core halves integrally bonded to each other, each magnetic core half being formed by a single-crystal ferrite piece and a polycrystal ferrite piece bonded together to constitute a junction ferrite, with a magnetic gap being defined between abutting surfaces of the magnetic core halves. The single-crystal ferrite pieces are arranged towards the abutting surfaces of the magnetic core halves and the polycrystal ferrite pieces are arranged on the opposite side of the abutting surfaces with respect to the single-crystal ferrite pieces. Preferably, the surface of the single-crystal ferrite piece having sliding contact with the magnetic recording medium, the gap surface of the single-crystal ferrite piece and the surface of the single-crystal ferrite piece corresponding to the lateral surface of the magnetic head are the (211) plane, (111) plane and the (110) plane, respectively. The directions of the 〈100〉 crystal axes within the plane (100) are symmetrical to each other on both sides of the magnetic gap. The magnetic head is low in sliding noise and superior in electro-magnetic conversion characteristics. In addition, the magnetic recording medium is superior in abrasion characteristics since the partial advancing abrasion is prohibited from occurring on its surface configured to have sliding contact with the magnetic recording medium.
    • 一种磁头,具有一对彼此整体结合的磁芯半体,每个磁芯半体由结晶在一起构成结型铁氧体的单晶铁氧体片和多晶铁氧体片形成,其间的磁隙限定在邻接 磁芯半部的表面。 单晶铁氧体片朝向磁芯半部的邻接表面布置,并且多晶铁氧体片相对于单晶铁氧体片布置在邻接表面的相对侧上。 优选地,与磁记录介质滑动接触的单晶铁氧体片的表面,单晶铁氧体片的间隙表面以及与磁头的侧表面相对应的单晶铁氧体片的表面是 (211)面,(111)面和(110)面。 平面(100)内的<100>晶轴的方向在磁隙的两侧彼此对称。 磁头滑动噪声低,电磁转换特性优异。 另外,由于在与磁记录介质滑动接触的表面上禁止发生部分前进磨损,所以该磁记录介质具有优异的磨损特性。