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    • 4. 发明授权
    • Absorbent article
    • 吸收制品
    • US08460261B2
    • 2013-06-11
    • US12430167
    • 2009-04-27
    • Yukihiro ItoMakoto SuekaneMasataka Kinoshita
    • Yukihiro ItoMakoto SuekaneMasataka Kinoshita
    • A61F13/15A61F13/20
    • A61F13/474A61F13/8405A61F2013/15357A61F2013/15406A61F2013/8414A61F2013/8497
    • An absorbent article in which a plurality of absorbent components is layered, and the absorbent component on top is peeled off after use. The article is configured to inhibit twisting or wrinkling during use. In the absorbent article, the upper absorbent component is layered on the skin-facing surface of the bottom absorbent component and peelably bonded by the temporal adhesive member. The bottom absorbent component has higher flexural rigidity than the upper absorbent component, and the compression recovery rate of the bottom absorbent component is also set so as to be higher than that of the upper absorbent component. It is thereby possible to prevent the bottom absorbent component from twisting and wrinkling when the upper absorbent component is placed against the discharge area, and after the upper absorbent component is peeled off, the volume of the bottom absorbent component is restored, and comfort during contact thereof with the discharge area is improved.
    • 将多个吸收性成分层叠的吸收性物品,使用后的顶部吸收性成分剥离。 该物品被配置为在使用期间抑制扭曲或起皱。 在吸收性物品中,上部吸收性成分层叠在底部吸收性成分的面向皮肤的表面上,并且通过临时粘合剂可剥离地结合。 底部吸收性成分比上部吸收性成分具有更高的抗弯刚度,并且底部吸收性成分的压缩恢复率也设定为高于上部吸收性成分的压缩恢复率。 因此,当上部吸收性成分被放置在排出区域上时,可以防止底部吸收成分发生扭曲和起皱,并且在上部吸收性成分被剥离之后,底部吸收性成分的体积恢复,接触时的舒适性 其放电面积得到改善。
    • 5. 发明授权
    • Absorbent article
    • 吸收制品
    • US08303557B2
    • 2012-11-06
    • US12430175
    • 2009-04-27
    • Yukihiro ItoMakoto SuekaneMasataka Kinoshita
    • Yukihiro ItoMakoto SuekaneMasataka Kinoshita
    • A61F13/15A61F13/20
    • A61F13/474A61F13/8405A61F2013/15357A61F2013/15406A61F2013/8414A61F2013/8497
    • An absorbent article in which a plurality of absorbent components is layered, and the absorbent component on top is peeled off after use. The article is configured to inhibit twisting or wrinkling during use. In the absorbent article, the upper absorbent component is layered on the skin-facing surface of the bottom absorbent component and peelably bonded by the temporal adhesive member. The bottom absorbent component has higher flexural rigidity than the upper absorbent component, and the compression recovery rate of the bottom absorbent component is also set so as to be higher than that of the upper absorbent component. It is thereby possible to prevent the bottom absorbent component from twisting and wrinkling when the upper absorbent component is placed against the discharge area, and after the upper absorbent component is peeled off, the volume of the bottom absorbent component is restored, and comfort during contact thereof with the discharge area is improved.
    • 将多个吸收性成分层叠的吸收性物品,使用后的顶部吸收性成分剥离。 该物品被配置为在使用期间抑制扭曲或起皱。 在吸收性物品中,上部吸收性成分层叠在底部吸收性成分的面向皮肤的表面上,并且通过临时粘合剂可剥离地结合。 底部吸收性成分比上部吸收性成分具有更高的抗弯刚度,并且底部吸收性成分的压缩恢复率也设定为高于上部吸收性成分的压缩恢复率。 因此,当上部吸收性成分被放置在排出区域上时,可以防止底部吸收成分发生扭曲和起皱,并且在上部吸收性成分被剥离之后,底部吸收性成分的体积恢复,接触时的舒适性 其放电面积得到改善。
    • 8. 发明申请
    • ABSORBENT ARTICLE
    • 吸收品
    • US20090209927A1
    • 2009-08-20
    • US12430167
    • 2009-04-27
    • Yukihiro ItoMakoto SuekaneMasataka Kinoshita
    • Yukihiro ItoMakoto SuekaneMasataka Kinoshita
    • A61F13/84A61F13/15A61F13/53A61F13/56
    • A61F13/474A61F13/8405A61F2013/15357A61F2013/15406A61F2013/8414A61F2013/8497
    • An absorbent article in which a plurality of absorbent components is layered, and the absorbent component on top is peeled off after use. The article is configured to inhibit twisting or wrinkling during use. In the absorbent article, the upper absorbent component is layered on the skin-facing surface of the bottom absorbent component and peelably bonded by the temporal adhesive member. The bottom absorbent component has higher flexural rigidity than the upper absorbent component, and the compression recovery rate of the bottom absorbent component is also set so as to be higher than that of the upper absorbent component. It is thereby possible to prevent the bottom absorbent component from twisting and wrinkling when the upper absorbent component is placed against the discharge area, and after the upper absorbent component is peeled off, the volume of the bottom absorbent component is restored, and comfort during contact thereof with the discharge area is improved.
    • 将多个吸收性成分层叠的吸收性物品,使用后的顶部吸收性成分剥离。 该物品被配置为在使用期间抑制扭曲或起皱。 在吸收性物品中,上部吸收性成分层叠在底部吸收性成分的面向皮肤的表面上,并且通过临时粘合剂可剥离地结合。 底部吸收性成分比上部吸收性成分具有更高的抗弯刚度,并且底部吸收性成分的压缩恢复率也设定为高于上部吸收性成分的压缩恢复率。 因此,当上部吸收性成分被放置在排出区域上时,可以防止底部吸收成分发生扭曲和起皱,并且在上部吸收性成分被剥离之后,底部吸收性成分的体积恢复,接触时的舒适性 其放电面积得到改善。
    • 9. 发明申请
    • Strain Measuring Method, Strain Measuring Device and Program
    • 应变测量方法,应变测量装置和程序
    • US20130013224A1
    • 2013-01-10
    • US13394116
    • 2010-09-02
    • Yukihiro ItoKenyu InoueHiroshi MatsudaMasakazu Uchino
    • Yukihiro ItoKenyu InoueHiroshi MatsudaMasakazu Uchino
    • G06F19/00G01L1/24
    • G01B11/16G01B11/0608G01B11/24
    • A strain measuring device is provided which is not affected by a change in the intensity and irradiation direction of light received by a measurement target and which enables stable measurement. A computer functions as minute region extracting device for extracting respective surface height distributions of minute regions a and b containing points A and B in a predetermined region from an initial surface height distribution obtained by measuring the predetermined region (6) of the measurement target by a surface height measuring device, coordinate calculating device for calculating coordinates of points A′ and B′ in minute regions a′ and b′ most similar to the minute regions a and b over a time-advanced surface height distribution of the predetermined region 6 and corresponding to the points A and B in the minute regions a and b, respectively, and strain calculating device for calculating a strain in a direction of a line AB of the measurement target.
    • 提供一种应变测量装置,其不受测量对象所接收的光的强度和照射方向的变化的影响,能够进行稳定的测量。 计算机用作微区域提取装置,用于从通过测量目标的预定区域(6)获得的初始表面高度分布提取预定区域中包含点A和B的微小区域a和b的各个表面高度分布, 表面高度测量装置,用于计算与预定区域6的时间提前表面高度分布最相似的微小区域a'和b'的微小区域a'和b'中的点A'和B'的坐标的坐标计算装置 分别与微小区域a和b中的点A和点B相对应,以及应变计算装置,用于计算测量对象的线AB的方向上的应变。
    • 10. 发明授权
    • Display device
    • 显示设备
    • US08314787B2
    • 2012-11-20
    • US12344950
    • 2008-12-29
    • Yukihiro Ito
    • Yukihiro Ito
    • G09G5/00
    • H05K3/361G02F1/1345H05K1/117H05K3/323H05K2201/09727
    • Driver IC 1 including a built-in charge pump power supply is mounted on display panel 5. Among wirings connected to driver IC 1, the width of FPC mounting pad 4 of connection wiring 3 leading to a driver built-in power supply is widened as compared with pads 4 of other wirings 2. In addition, a portion of terminal intervals of a terminal array of FPC mounting pad 4 is widened as compared with other terminal intervals so that a wiring path from pad 4 to driver IC 1 is reduced. Similar terminal widths and terminal intervals are adopted for terminal 6 on the side of flexible substrate 7 electrically connected to FPC mounting pad 4 by pressure bonding.
    • 包括内置电荷泵电源的驱动器IC1安装在显示面板5上。在与驱动器IC1连接的布线中,连接配线3的FPC驱动器内置电源的FPC安装板4的宽度扩大为 与其他布线2的焊盘4相比。另外,与其他端子间隔相比,FPC安装焊盘4的端子阵列的端子间隔的一部分被加宽,使得从焊盘4到驱动器IC1的布线路径减小。 在通过压接法电连接到FPC安装垫4的柔性基板7侧的端子6采用类似的端子宽度和端子间隔。