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    • 1. 发明授权
    • Noise-component removing method
    • 噪声成分去除方法
    • US07693689B2
    • 2010-04-06
    • US11960803
    • 2007-12-20
    • Jun KoshoubuTetsuji SunamiKenichi AkaoKeisuke Watanabe
    • Jun KoshoubuTetsuji SunamiKenichi AkaoKeisuke Watanabe
    • G03H1/26H04B15/00
    • G06K9/0051
    • A noise-component removing method for removing a noise component from multipoint spectral data that has been generated through measurements performed at measurement points of a sample surface, the method comprising: a PLS analysis step of determining components of the multipoint spectral data for each measurement point in a descending order of eigenvalues of the components by subjecting the multipoint spectral data to multivariate analysis based on the partial least squares regression using a value obtained by quantifying characteristic information about a characteristic of each measurement point, other than spectral information of the measurement point and using the spectral information as an independent variable in the partial least squares regression; and a spectrum reconstruction step of reconstructing the multipoint spectral data for each measurement point to eliminate a component having an eigenvalue lower than a predetermined value, from the components determined in the PLS analysis step.
    • 一种噪声分量去除方法,用于从通过在样本表面的测量点执行的测量产生的多点频谱数据中去除噪声分量,所述方法包括:PLS分析步骤,用于确定每个测量点的多点频谱数据的分量 通过使用通过量化关于每个测量点的特性的特性信息获得的值而获得多点频谱数据进行多变量分析的多点分析数据,除了测量点的光谱信息以外,以及 在偏最小二乘回归中使用光谱信息作为独立变量; 以及频谱重构步骤,根据在PLS分析步骤中确定的分量,重构每个测量点的多点频谱数据以消除具有低于预定值的特征值的分量。
    • 2. 发明申请
    • Noise-Component Removing Method
    • 噪声成分去除方法
    • US20080154549A1
    • 2008-06-26
    • US11960803
    • 2007-12-20
    • Jun KoshoubuTetsuji SunamiKenichi AkaoKeisuke Watanabe
    • Jun KoshoubuTetsuji SunamiKenichi AkaoKeisuke Watanabe
    • G06F15/00
    • G06K9/0051
    • A noise-component removing method for removing a noise component from multipoint spectral data that has been generated through measurements performed at measurement points of a sample surface, the method comprising: a PLS analysis step of determining components of the multipoint spectral data for each measurement point in a descending order of eigenvalues of the components by subjecting the multipoint spectral data to multivariate analysis based on the partial least squares regression using a value obtained by quantifying characteristic information about a characteristic of each measurement point, other than spectral information of the measurement point and using the spectral information as an independent variable in the partial least squares regression; and a spectrum reconstruction step of reconstructing the multipoint spectral data for each measurement point to eliminate a component having an eigenvalue lower than a predetermined value, from the components determined in the PLS analysis step.
    • 一种噪声分量去除方法,用于从通过在样本表面的测量点执行的测量产生的多点频谱数据中去除噪声分量,所述方法包括:PLS分析步骤,用于确定每个测量点的多点频谱数据的分量 通过使用通过量化关于每个测量点的特性的特性信息获得的值而获得多点频谱数据进行多变量分析的多点分析数据,除了测量点的光谱信息以外,以及 在偏最小二乘回归中使用光谱信息作为独立变量; 以及频谱重构步骤,根据在PLS分析步骤中确定的分量,重构每个测量点的多点频谱数据以消除具有低于预定值的特征值的分量。
    • 4. 发明申请
    • Image Forming Apparatus
    • 图像形成装置
    • US20140079433A1
    • 2014-03-20
    • US14024695
    • 2013-09-12
    • Keisuke Watanabe
    • Keisuke Watanabe
    • G03G15/00
    • G03G15/80G03G21/1619
    • An image forming apparatus includes an image forming portion, a first side frame and a second side frame facing each other and supporting a part of the image forming portion, a lower frame connecting the first side frame and the second side frame below the image forming portion, a lower voltage power supply board including a low voltage circuit configured to lower a voltage from an external power supply to a specified voltage and supply the specified voltage to other units, and a cover. The lower frame has an upper surface facing upward and includes a plurality of fixing portions. The low voltage power supply board is fixed to the fixing portions of the lower frame. The cover covers the lower voltage power supply board on a side thereof opposite to the lower frame.
    • 图像形成装置包括图像形成部分,第一侧框架和第二侧框架,其彼此面对并支撑图像形成部分的一部分;下框架,其将第一侧框架和第二侧框架连接在图像形成部分下方 低电压电源板,包括低压电路,其被配置为将来自外部电源的电压降低到指定电压,并将指定的电压提供给其它单元,以及盖。 下框架具有面向上的上表面并且包括多个固定部分。 低压电源板固定在下框架的固定部分上。 盖子在与下框架相对的一侧覆盖低压电源板。
    • 8. 发明申请
    • Key guide structure in keyboard apparatus
    • 键盘设备键盘导轨结构
    • US20070221042A1
    • 2007-09-27
    • US11726842
    • 2007-03-23
    • Keisuke Watanabe
    • Keisuke Watanabe
    • G10C3/12
    • G10C3/12
    • Keyboard apparatus has a frame and a key pivotably mounted on the frame. Key guide structure includes a key-side guide member provided inside the key, and a frame-side guide member provided on the frame. The key-side guide member has at least one convexly-formed portion projecting from the inner surface of a distal end portion of the key, remote from a pivot point of the key, toward the pivot point. The frame-side guide member permits movement of the key-side guide member along a pivoting direction of the key, but limits lateral movement of the key-side guide member.
    • 键盘装置具有可枢转地安装在框架上的框架和键。 键导向结构包括设置在键内的键侧引导构件和设置在框架上的框架侧引导构件。 钥匙侧引导构件具有从键的远端部分的内表面远离键的枢转点向枢轴点突出的至少一个凸形部分。 框架侧引导构件允许钥匙侧引导构件沿着键的枢转方向移动,但是限制了钥匙侧引导构件的横向移动。
    • 9. 发明申请
    • Authentication apparatus
    • 验证设备
    • US20070047771A1
    • 2007-03-01
    • US11509653
    • 2006-08-25
    • Keisuke WatanabeTatsushi Ohyama
    • Keisuke WatanabeTatsushi Ohyama
    • G06K9/00
    • G06K9/00288
    • An authentication apparatus includes an input unit which inputs information on a user's fingerprint, an enrolled-image storage which stores a plurality of enrolled images, namely a plurality of fingerprint images, to be verified against a fingerprint image generated by the input unit, and an authentication unit which authenticates the user's fingerprint in a manner such that verification of the fingerprint image against the plurality of enrolled images stored in the enrolled-image storage is performed sequentially in two stages. In the two stages in the verification performed in the authentication unit, enrolled images to be used in the subsequent stage are selected, in the earlier stage thereof, by verifying the fingerprint image against the plurality of enrolled images, and then the user's fingerprint is identified by verifying the fingerprint image against the selected enrolled images in the subsequent stage.
    • 认证装置包括输入单元,输入单元输入关于用户指纹的信息,存储多个登记图像的登记图像存储器,即多个指纹图像,以便针对由输入单元生成的指纹图像进行验证;以及 认证单元,其以如下方式认证用户的指纹,使得针对存储在登记图像存储器中的多个登记图像的指纹图像的验证分两级进行。 在认证单元中执行的验证的两个阶段中,通过根据多个登记图像验证指纹图像,在其早期阶段选择要在后续阶段中使用的登记图像,然后识别用户的指纹 通过在随后的阶段中针对所选择的已登记图像验证指纹图像。