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    • 1. 发明授权
    • Optical recording method, optical recording apparatus and optical storage medium
    • 光记录方法,光记录装置和光存储介质
    • US07376065B2
    • 2008-05-20
    • US11044844
    • 2005-01-27
    • Hiroshi TabataIkuo MatsumotoKenji TokuiKazuo YoneharaKenichi Shimomai
    • Hiroshi TabataIkuo MatsumotoKenji TokuiKazuo YoneharaKenichi Shimomai
    • G11B7/00
    • G11B7/0062G11B7/1267
    • Information to be recorded is recorded in a recording layer of a phase-change optical storage medium. The information to be recorded is modulated to generate modulated data. Desired mark-length data is generated based on the modulated data. Generated further based on the mark-length data is a recording pulse pattern of recording pulses rising from an erasing power and formed between a recording power larger than the erasing power and a bottom power smaller than the erasing power and of erasing pulses rising from the bottom power to the erasing power. A recording light beam is then irradiated onto the recording layer in accordance with the recording pulse pattern to record at least one recorded mark representing the information to be recorded. Used in recording is an optimum erasing power, as the erasing power, the optimum erasing power satisfying an expression (1): 1.000
    • 要记录的信息被记录在相变光存储介质的记录层中。 要记录的信息被调制以产生调制数据。 基于调制数据生成所需的标记长度数据。 基于标记长度数据进一步产生的是从擦除功率上升并形成在大于擦除功率的记录功率和小于擦除功率的底部功率之间并且从底部上升的擦除脉冲的记录脉冲的记录脉冲模式 电力消耗电力。 然后根据记录脉冲图案将记录光束照射到记录层上,以记录表示要记录的信息的至少一个记录标记。 记录中使用的是最佳擦除功率,作为擦除功率,最佳擦除功率满足表达式(1):1.000 <(R 1 / R 0)<1.030。 。 。 (1)其中R 0是由再现光束照射时没有记录数据的记录层的未记录部分表现出的反射率,R 1是未再记录的反射率, 当用具有擦除功率的光束照射一次后,用再现光束照射时的记录部分。
    • 3. 发明申请
    • Optical recording method, optical recording apparatus and optical storage medium
    • 光记录方法,光记录装置和光存储介质
    • US20050213461A1
    • 2005-09-29
    • US11044844
    • 2005-01-27
    • Hiroshi TabataIkuo MatsumotoKenji TokuiKazuo YoneharaKenichi Shimomai
    • Hiroshi TabataIkuo MatsumotoKenji TokuiKazuo YoneharaKenichi Shimomai
    • G11B7/00G11B7/0045G11B7/005G11B7/0055G11B7/006G11B7/125
    • G11B7/0062G11B7/1267
    • Information to be recorded is recorded in a recording layer of a phase-change optical storage medium. The information to be recorded is modulated to generate modulated data. Desired mark-length data is generated based on the modulated data. Generated further based on the mark-length data is a recording pulse pattern of recording pulses rising from an erasing power and formed between a recording power larger than the erasing power and a bottom power smaller than the erasing power and of erasing pulses rising from the bottom power to the erasing power. A recording light beam is then irradiated onto the recording layer in accordance with the recording pulse pattern to record at least one recorded mark representing the information to be recorded. Used in recording is an optimum erasing power, as the erasing power, the optimum erasing power satisfying an expression (1): 1.000
    • 要记录的信息被记录在相变光存储介质的记录层中。 要记录的信息被调制以产生调制数据。 基于调制数据生成所需的标记长度数据。 基于标记长度数据进一步产生的是从擦除功率上升并形成在大于擦除功率的记录功率和小于擦除功率的底部功率之间并且从底部上升的擦除脉冲的记录脉冲的记录脉冲模式 电力消耗电力。 然后根据记录脉冲图案将记录光束照射到记录层上,以记录表示要记录的信息的至少一个记录标记。 记录中使用的是最佳擦除功率,作为擦除功率,最佳擦除功率满足表达式(1):1.000 <(R1 / R0)<1.030。 。 。 (1)其中R0是由再现光束照射时没有记录数据的记录层的未记录部分表现出的反射率,R1是由未记录部分表现的反射率 当用具有擦除功率的光束照射一次后,用再现光束照射。
    • 8. 发明授权
    • Structure of surface-mounting solid electrolytic capacitor and method of making the same
    • 表面安装固体电解电容器的结构及其制造方法
    • US06751086B2
    • 2004-06-15
    • US10233173
    • 2002-08-29
    • Ikuo Matsumoto
    • Ikuo Matsumoto
    • H01G904
    • H01G9/012H01G9/15
    • A solid electrolytic capacitor includes a package 4 for entirely sealing a capacitor element 1, an anode lead terminal 2 connected to an anode wire 1a of the capacitor element 1, and a cathode lead terminal 3 kept in close contact with a side surface of the capacitor element, wherein both leads are exposed at the bottom surface of the package. The anode lead terminal is formed with an upwardly bent piece 2a provided with a positioning groove 2b. The anode wire of the capacitor element is fitted in the positioning groove, so that the upwardly bent piece completely bridges the gap between the anode wire and the anode lead terminal while accurately positioning the capacitor element at the center widthwise of the anode lead terminal and the cathode lead terminal.
    • 固体电解电容器包括用于完全密封电容器元件1的封装4,连接到电容器元件1的阳极引线1a的阳极引线端子2和与电容器的侧表面保持紧密接触的阴极引线端子3 元件,其中两个引线暴露在封装的底表面处。 阳极引线端子形成有设置有定位槽2b的向上弯曲的片2a。 电容器元件的阳极线被安装在定位槽中,使得向上弯曲的部件完全桥接阳极线和阳极引线端子之间的间隙,同时将电容器元件精确地定位在阳极引线端子的宽度方向的中心,并且 阴极引线端子。
    • 10. 发明授权
    • Packaged piezoelectric oscillator incorporating capacitors and method of
making the same
    • 包含电容器的封装压电振荡器及其制造方法
    • US5502344A
    • 1996-03-26
    • US293926
    • 1994-08-22
    • Hisaya YoshimotoShigeru KambaraIkuo Matsumoto
    • Hisaya YoshimotoShigeru KambaraIkuo Matsumoto
    • H03H3/02H03H9/05H03H9/10H01L41/08
    • H03H9/0514H03H3/02H03H9/0547H03H9/1014Y10T29/42Y10T29/49171
    • A packaged piezoelectric oscillator is provided which comprises an insulating package body, a piezoelectric element, and a lid member. The package body has an upwardly open housing groove which has a bottom surface formed with oscillator electrodes at both ends of the housing groove. The package body is externally formed with first to third electrodes spaced from each other. The first and second electrodes extend into the housing groove for electrical connection to the respective oscillator electrodes, whereas the third electrode is located between the first and second electrodes. The piezoelectric element is fixedly received in the housing groove of the insulating package body and held in electrical conduction with the respective oscillator electrodes. The lid member is attached to the package body to close the housing groove. The lid member has a lower surface formed with first to third capacitor electrodes in electrical conduction with the first to third lead electrodes, respectively.
    • 提供一种封装的压电振荡器,其包括绝缘封装体,压电元件和盖构件。 封装体具有向上开口的壳体凹槽,其具有在壳体凹槽的两端形成有振荡电极的底表面。 封装体由外部形成有彼此间隔开的第一至第三电极。 第一和第二电极延伸到壳体凹槽中以电连接到相应的振荡器电极,而第三电极位于第一和第二电极之间。 压电元件固定地容纳在绝缘封装主体的壳体槽中并保持与各个振荡电极的导电。 盖构件附接到包装体以封闭壳体凹槽。 盖构件具有形成有分别与第一至第三引线电极导电的第一至第三电容器电极的下表面。