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    • 1. 发明授权
    • Data analysis method for analyzing failure root causes for products
    • 分析产品故障根本原因的数据分析方法
    • US07640131B2
    • 2009-12-29
    • US11731015
    • 2007-03-28
    • Makoto OnoYasunori NishimotoHiroshi FukuyamaShigeyuki Nakagawa
    • Makoto OnoYasunori NishimotoHiroshi FukuyamaShigeyuki Nakagawa
    • G06F19/00G06F17/40
    • G06Q10/06Y02P90/14
    • Embodiments of the present invention provide a data group for each parameter that is classified into a first group and a second group, based on the performance of the products, a base point of a distribution of the data group is calculated, based on the distribution, and a distance range from the base point is decided. The number of data within this range belonging to the first group is counted and substituted for variable FX, the number of data belonging to the second group is counted and substituted for variable SX, the number of data outside this certain range belonging to the first group is counted and substituted for variable FY, and the number of data belonging to the second group is counted and substituted for variable SY. Moreover, a failure content ratio is calculated from variables FX, FY, SX and SY, and the yield impact is calculated.
    • 本发明的实施例基于产品的性能来提供分类为第一组和第二组的每个参数的数据组,基于分布来计算数据组的分布的基点, 并且确定与基点的距离范围。 对属于第一组的该范围内的数据的数量进行计数并代入变量FX,对第二组的数据的数量进行计数并代入变量SX,属于第一组的该范围之外的数据的数量 被计数并代替变量FY,并且对属于第二组的数据的数量进行计数并代替变量SY。 此外,从变量FX,FY,SX和SY计算失效含量比,并计算收益率影响。
    • 2. 发明申请
    • Data analysis method
    • 数据分析方法
    • US20070244658A1
    • 2007-10-18
    • US11731015
    • 2007-03-28
    • Makoto OnoYasunori NishimotoHiroshi FukuyamaShigeyuki Nakagawa
    • Makoto OnoYasunori NishimotoHiroshi FukuyamaShigeyuki Nakagawa
    • G06F19/00
    • G06Q10/06Y02P90/14
    • Embodiments in accordance with the present invention provide a data analysis method that can estimate quantitatively how much the yield is increased by improving a manufacturing process by quantifying a yield impact on the yield of the product. A data group provided for each parameter is classified into a first group and a second group, based on the performance of the products, for each parameter, a base point of a distribution of the data group is calculated, based on the distribution, and a range of certain distance from the base point is decided. The number of data within this certain range belonging to the first group is counted and substituted for the variable FX, the number of data belonging to the second group is counted and substituted for the variable SX, the number of data outside this certain range belonging to the first group is counted and substituted for the variable FY, and the number of data belonging to the second group is counted and substituted for the variable SY. Moreover, a failure content ratio is calculated from the variables FX, FY, SX and SY, and the yield impact is calculated.
    • 根据本发明的实施例提供了一种数据分析方法,其可以通过量化对产品的产量的产量影响来改进制造过程,从而量化估计产量的多少。 基于产品的性能,为每个参数提供的数据组被分类为第一组和第二组,对于每个参数,基于分布计算数据组的分布的基点,并且 决定距离基点一定距离的距离。 对属于第一组的该范围内的数据的数量进行计数,代入变量FX,对第二组的数据进行计数,代入变量SX,该范围属于 计算第一组并代替变量FY,并且对属于第二组的数据的数量进行计数并代替变量SY。 此外,从变量FX,FY,SX和SY计算出故障内容比,并计算收益率影响。
    • 5. 发明申请
    • METHOD AND SYSTEM FOR MANUFACTURING A HARD-DISK DRIVE
    • 制造硬盘驱动器的方法和系统
    • US20110072644A1
    • 2011-03-31
    • US12635680
    • 2009-12-10
    • Yoshiteru KatsumuraYasunori NishimotoAlice OkabeHiroshi Fukuyama
    • Yoshiteru KatsumuraYasunori NishimotoAlice OkabeHiroshi Fukuyama
    • G11B5/127H05K13/04
    • G11B5/59633G11B5/59638Y10T29/49027Y10T29/5313
    • A method for manufacturing a hard-disk drive (HDD). The method for manufacturing a HDD includes writing servo tracks, and writing servo tracks into the HDD using a calculated control target value of a calculated servo pattern overlap amount. Writing servo tracks includes a first, second, third and fourth operation. The first operation includes: producing a first control equation for obtaining a servo pattern overlap amount; and, converting a root-mean-square error (RMSE) into a probability distribution. The second operation includes calculating a second control target value that results in an increased product yield, from the RMSE probability distribution. The third operation includes producing a second control equation for obtaining a calculated servo pattern overlap amount, by assigning the second control target value into the first control equation. The fourth operation includes calculating the calculated control target value using the second control equation and the magnetic-recording-head characteristic value.
    • 一种用于制造硬盘驱动器(HDD)的方法。 HDD的制造方法包括:使用计算出的计算出的伺服模式重叠量的控制目标值,写入伺服磁道,并将伺服磁道写入HDD。 写入伺服轨道包括第一,第二,第三和第四操作。 第一操作包括:产生用于获得伺服模式重叠量的第一控制方程; 并将均方根误差(RMSE)转换成概率分布。 第二操作包括从RMSE概率分布计算导致产品产量增加的第二控制目标值。 第三操作包括通过将第二控制目标值分配到第一控制方程中来产生用于获得计算的伺服模式重叠量的第二控制方程式。 第四操作包括使用第二控制方程和磁记录头特性值来计算计算出的控制目标值。
    • 7. 发明授权
    • Method and system for manufacturing a hard-disk drive
    • 制造硬盘驱动器的方法和系统
    • US08009381B2
    • 2011-08-30
    • US12635680
    • 2009-12-10
    • Yoshiteru KatsumuraYasunori NishimotoAlice OkabeHiroshi Fukuyama
    • Yoshiteru KatsumuraYasunori NishimotoAlice OkabeHiroshi Fukuyama
    • G11B21/12
    • G11B5/59633G11B5/59638Y10T29/49027Y10T29/5313
    • A method for manufacturing a hard-disk drive (HDD). The method for manufacturing a HDD includes writing servo tracks, and writing servo tracks into the HDD using a calculated control target value of a calculated servo pattern overlap amount. Writing servo tracks includes a first, second, third and fourth operation. The first operation includes: producing a first control equation for obtaining a servo pattern overlap amount; and, converting a root-mean-square error (RMSE) into a probability distribution. The second operation includes calculating a second control target value that results in an increased product yield, from the RMSE probability distribution. The third operation includes producing a second control equation for obtaining a calculated servo pattern overlap amount, by assigning the second control target value into the first control equation. The fourth operation includes calculating the calculated control target value using the second control equation and the magnetic-recording-head characteristic value.
    • 一种用于制造硬盘驱动器(HDD)的方法。 HDD的制造方法包括:使用计算出的计算出的伺服模式重叠量的控制目标值,写入伺服磁道,并将伺服磁道写入HDD。 写入伺服轨道包括第一,第二,第三和第四操作。 第一操作包括:产生用于获得伺服模式重叠量的第一控制方程; 并将均方根误差(RMSE)转换成概率分布。 第二操作包括从RMSE概率分布计算导致产品产量增加的第二控制目标值。 第三操作包括通过将第二控制目标值分配到第一控制方程中来产生用于获得计算的伺服模式重叠量的第二控制方程式。 第四操作包括使用第二控制方程和磁记录头特性值来计算计算出的控制目标值。
    • 10. 发明授权
    • Drive roller in conveyor
    • 驱动滚筒输送机
    • US5161672A
    • 1992-11-10
    • US864389
    • 1992-04-06
    • Hiroshi Fukuyama
    • Hiroshi Fukuyama
    • B65G13/02B65G39/07
    • B65G39/07B65G13/02
    • A drive roller for use in a conveyor, comprising rotary shafts supported in respective bearings, the respective rotary shafts being provided at the respective ends of a core member and one of the rotary shafts being connected to a drive source. The core member is a hollow- or solid-cylindrical one and has provided thereon and fastened at the respective end portions thereof a tubular inflatable member having at least one inner cord layer in which the cords are laid with a predetermined angle, one end of which inflatable member is fastened to one end portion of the core member while the other end of the inflatable member is folded back inwardly and fastened to the other end portion of the core member, thus a sealed space being defined between the inflatable member and the outer surface of the core member. A fluid passage is formed in the core member to supply and discharge the fluid to and from the sealed space to inflate and deflate the inflatable member, the inflatable member when inflated having a cylindrical outer surface. A to-be-conveyed object is supported and driven only on the outer surface of the inflatable member when inflated.
    • 一种用于输送机的驱动辊,包括支撑在相应轴承中的旋转轴,相应的旋转轴设置在芯构件的相应端部,并且一个旋转轴连接到驱动源。 芯构件是中空或实心圆柱形的并且已经在其上设置并且在其相应端部处紧固有管状可充气构件,管状可充气构件具有至少一个内帘线层,帘线层以预定角度放置在其中,其一端 可膨胀构件紧固到芯构件的一个端部,而可膨胀构件的另一端向内折回并紧固到芯构件的另一端部,因此限定在可膨胀构件和外表面之间的密封空间 的核心成员。 在芯构件中形成流体通道,以将流体供给和从密封空间排出流体,以使膨胀构件膨胀和膨胀时,所述可膨胀构件在充气时具有圆柱形外表面。 待充填物体仅在充气构件的外表面上被支撑和驱动。