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    • 2. 发明申请
    • Polishing pad, platen hole cover, polishing apparatus, polishing method, and method for fabricating semiconductor device
    • 研磨垫,压板孔盖,研磨装置,研磨方法以及半导体装置的制造方法
    • US20050148183A1
    • 2005-07-07
    • US10502397
    • 2003-08-26
    • Kuniyasu ShiroTsutomu KobayashiKazuhiko Hashisaka
    • Kuniyasu ShiroTsutomu KobayashiKazuhiko Hashisaka
    • B24B37/20B24D13/14H01L21/302B24B7/00
    • B24B37/205
    • It is an object of the present invention to provide a windowed polishing pad or a platen hole cover which is used to form planar surfaces in glass, semiconductors, dielectric/metal composites, integrated circuits, etc.; a polishing apparatus including the windowed polishing pad or the platen hole cover; a method for fabricating a semiconductor device using the polishing apparatus; and a polishing method, in which the number of scratches occurring on the surface of the substrate is small, and the polished state can be optically measured satisfactorily during polishing. In order to achieve the above object, a polishing pad is constructed in such a manner that the polishing pad includes a polishing layer and a light-transmissive window member disposed in an opening formed in a part of the polishing layer, wherein the amount of indentation strain measured when a constant load is applied to substantially the entire upper surface of the light-transmissive window member is larger than the amount of indentation strain measured when the same constant load is applied to a region having the same area on the upper surface of the polishing layer.
    • 本发明的目的是提供一种用于在玻璃,半导体,电介质/金属复合材料,集成电路等中形成平面的窗口抛光垫或压板孔盖; 抛光装置,其包括所述窗玻璃抛光垫或所述压板孔盖; 使用该抛光装置制造半导体器件的方法; 以及其中在基板表面上发生的划痕数量小的抛光方法,并且在抛光期间可以令人满意地光学测量抛光状态。 为了实现上述目的,抛光垫被构造成使得抛光垫包括抛光层和设置在形成在抛光层的一部分中的开口中的透光窗构件,其中凹口的量 当对透光窗构件的整个上表面施加恒定载荷时所测量的应变大于在将相同的恒定载荷施加到具有相同面积的区域时测量的压痕应变量 抛光层。
    • 3. 发明授权
    • Sheet output apparatus
    • 纸张输出装置
    • US07248829B2
    • 2007-07-24
    • US11073858
    • 2005-03-08
    • Tsutomu Kobayashi
    • Tsutomu Kobayashi
    • G03G15/00
    • B42C1/12B65H31/3027B65H2301/42262B65H2511/415B65H2515/30B65H2220/01B65H2220/02
    • A sheet output apparatus includes a sheet set generating unit, an information obtaining unit, a decision unit, an output unit, and a control unit. The sheet set generating unit generates a set of sheets by stapling plural sheets. The information obtaining unit obtains image forming information with respect to each of the plural sheets constituting the set of sheets. The decision unit decides whether a pair of sheets including two sheets in which the images formed on the sheets face each other exists or not in the plural sheets. The output unit comes into contact with at least one of the uppermost sheet and the lowermost sheet in the set of sheets to apply a force to the sheet, and outputs the set of sheets in the output direction. The control unit controls the output unit to output the set of sheets.
    • 片材输出装置包括片材组生成单元,信息获取单元,决定单元,输出单元和控制单元。 片材组生成单元通过装订多个片材来生成一组片材。 信息获取单元获得关于构成该组纸张的多个纸张中的每一个的图像形成信息。 决定单元确定在多张纸中是否存在包括在纸张上形成的图像的两张纸张对面的一对纸张。 输出单元与纸张组中的最上面的纸张和最下面的纸张中的至少一个接触以对纸张施加力,并且在输出方向上输出纸张组。 控制单元控制输出单元输出一组纸张。
    • 6. 发明授权
    • Portable electronic apparatus
    • 便携式电子仪器
    • US06286757B1
    • 2001-09-11
    • US09265529
    • 1999-03-09
    • Tsutomu Kobayashi
    • Tsutomu Kobayashi
    • G06K500
    • G07F7/1008G06Q20/341G06Q20/3576
    • A control element of an IC card controls in a region of a data memory constituted of EEPROMs all control information of data strings. The control information of the data strings each includes the number of registered data string control information and control information. The control information in the data string control information is constituted of data string identifier, set address information, available data size information, and security condition information. The data string specified by the set address information is constituted of data string length control information, data string, and the data string suitableness control information. The reading, correcting, adding, deleting, and/or writing operation of the data string is controlled by directly specifying a data string with use of the data string identifier in the data string control information.
    • IC卡的控制元件在由EEPROM构成的数据存储器的区域中控制数据串的所有控制信息。 数据串的控制信息各自包括登记的数据串控制信息和控制信息的数量。 数据串控制信息中的控制信息由数据串标识符,设置地址信息,可用数据大小信息和安全条件信息构成。 由设置地址信息指定的数据串由数据串长度控制信息,数据串和数据串适合性控制信息构成。 通过使用数据串控制信息中的数据串标识符直接指定数据串来控制数据串的读取,修改,添加,删除和/或写入操作。
    • 7. 发明授权
    • Optical writing head driving device
    • 光写头驱动装置
    • US06215511B1
    • 2001-04-10
    • US09102398
    • 1998-06-22
    • Makoto AsakoKenji TakanoKazutaka OtsukaYutaka IchimuraYukio AkitaYoshiyuki MatsuokaKozoh SatohTsutomu Kobayashi
    • Makoto AsakoKenji TakanoKazutaka OtsukaYutaka IchimuraYukio AkitaYoshiyuki MatsuokaKozoh SatohTsutomu Kobayashi
    • B41J245
    • G06K15/1247H04N1/1931H04N1/506
    • A printer controller 41 sets compensation values, representing the positional deviations of LED array chips 31, in a delay circuit section 68 via shift register 61 and a latch circuit 63. The shift register 69 sequentially acquires bit map data from the printer controller 41, and supplies the acquired bit map data to an AND gate 66 through the latch circuit 62. Upon receiving a strobe signal from the printer controller 41, the delay circuit section 68 supplies the received strobe signal to the AND gate 66 after a delay time corresponding to a preset compensation value has lapsed. The AND gate 66 generates drive signals each being the logical product of the input bit map data and the strobe signal, and supplies them to the LED array chips 31 through a buffer 67. The LED array chips 31 make LEDs emit light at the timings corresponding to the positional deviations so that images are formed without a positional deviation. At least one of the LED array chips is unaligned with adjacent ones of the LED array chips and preset compensation values are obtained by interpolation based on detected positional deviations of sampled ones of the LED array chips.
    • 打印机控制器41通过移位寄存器61和锁存电路63将表示LED阵列芯片31的位置偏差的补偿值设置在延迟电路部分68中。移位寄存器69从打印机控制器41顺序地获取位图数据, 通过锁存电路62将获取的比特图数据提供给与门66.一旦从打印机控制器41接收到选通信号,延迟电路部分68将接收到的选通信号提供给与门66,延迟时间对应于 预设补偿值已经失效。 与门66产生各自为输入位图数据和选通信号的逻辑积的驱动信号,并通过缓冲器67将它们提供给LED阵列芯片31.LED阵列芯片31使LED在对应的定时发光 到位置偏差,使得形成没有位置偏差的图像。 至少一个LED阵列芯片与相邻的LED阵列芯片不对齐,并且通过基于检测到的LED阵列芯片中的采样的位置偏差的内插来获得预设的补偿值。
    • 8. 发明授权
    • Snap-hinged cap
    • 卡扣铰链盖
    • US5785193A
    • 1998-07-28
    • US601644
    • 1996-02-14
    • Tsutomu KobayashiTsugio Arai
    • Tsutomu KobayashiTsugio Arai
    • B65D47/08B65D43/14
    • B65D47/0814Y10T16/5257
    • A snap-hinged cap includes a main body section of thermoplastic synthetic resin, a cap integrally molded with the main body section, a film hinge connecting the main body section and the cap, and straps arranged on both lateral sides of the film hinge. The straps are connected to the main body section and the cap at connecting sections. Each of the straps has a center line longer than a straight line between the connecting sections. The skirt section of the cap has a peripheral wall which includes a thin portion located adjacent to the film hinge and the straps and a remaining portion.
    • 卡扣铰链盖包括热塑性合成树脂的主体部分,与主体部分一体模制的盖,连接主体部分和盖子的胶片铰链以及布置在胶片铰链的两个侧面上的胶带。 带子连接到主体部分和连接部分处的盖子。 每个带子具有比连接部分之间的直线长的中心线。 盖的裙部具有周壁,该周壁包括位于薄膜铰链和带子附近的薄部分和剩余部分。