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    • 3. 发明授权
    • Sealing structure
    • 密封结构
    • US08835761B2
    • 2014-09-16
    • US12602979
    • 2008-03-07
    • Takahiro HayashiMakoto HoraKeiichi Miyajima
    • Takahiro HayashiMakoto HoraKeiichi Miyajima
    • H01J5/00H01J15/00H05K5/06H05K1/00H05K1/02
    • H05K1/028H05K2201/09663H05K2203/1147
    • To minimize thermal influence when integrally forming the sealing member on a flexible wiring board, a sealing structure includes a housing, a flexible wiring board inserted therethrough, and a sealing member integrally formed with the flexible wiring board to airtightly seal a gap between the housing and the flexible wiring board, the flexible wiring board includes a base substrate made of an elastic material, an electrically conductive printed wiring layer formed on a surface of the base substrate, and a cover film covering a surface of the printed wiring layer, and the printed wiring layer which crosses the sealing member is formed as a plurality of divided print wiring layers at only a crossing region with the sealing member and its vicinity.
    • 为了在将密封构件整体形成在柔性布线板上时的热影响最小化,密封结构包括壳体,插入其中的柔性布线板以及与柔性布线板一体形成的密封构件,以密封地密封壳体和 柔性布线板,柔性布线板包括由弹性材料制成的基底基板,形成在基底基板的表面上的导电印刷布线层和覆盖印刷布线层的表面的覆盖膜,并且印刷 与密封构件交叉的布线层仅在与密封构件及其附近的交叉区域形成为多个分割印刷布线层。
    • 4. 发明授权
    • Foreground region extraction program, foreground region extraction apparatus and foreground region extraction method
    • 前景区域提取程序,前景区域提取装置和前景区域提取方法
    • US08611648B2
    • 2013-12-17
    • US13063334
    • 2009-09-17
    • Rikio OnaiTakahiro HayashiTatsuya KiyonoMasaya MoriMasahiro Sanjo
    • Rikio OnaiTakahiro HayashiTatsuya KiyonoMasaya MoriMasahiro Sanjo
    • G06K9/00
    • G06T7/11G06T7/187G06T7/194G06T2207/10024G06T2207/20101
    • There are provided a foreground region extraction program, a foreground region extraction apparatus, and a foreground region extraction method capable of clipping an object region (foreground region) at high speed.An arrangement is as follows: Foreground pixels designated by a user and background pixels designated thereby are each set as a reference pixel to identify, from among a plurality of divided color spaces created by a three-dimensional color space being divided, the divided color space to which each of the reference pixels belongs, as a reference divided color space. Color distance calculation processing to calculate a color distance in the color space between each reference pixel and an adjacent pixel adjacent thereto is performed, and belonging judgment processing to judge whether each of the adjacent pixels belongs to each of the reference divided color spaces is performed, and then, cost calculation processing to calculate a cost of each adjacent pixel is performed, based on the color distance calculated for each of the adjacent pixels, and weights based on whether to belong to the reference divided color space judged for each of the adjacent pixels. Further determination processing to determine the adjacent pixel having the lowest calculated cost as a foreground pixel or background pixel is performed, and a foreground region is extracted from the image by using the determined adjacent pixel as a reference pixel to repeatedly perform the color distance calculation processing, the belonging judgment processing, the cost calculation processing, and the determination processing.
    • 提供了能够高速地削减对象区域(前景区域)的前景区域提取程序,前景区域提取装置和前景区域提取方法。 布置如下:由用户指定的前景像素和由此指定的背景像素分别设置为参考像素,以识别由被划分的三维颜色空间创建的多个分割颜色空间中的分割颜色空间 每个参考像素所属的,作为参考分色色空间。 执行用于计算每个参考像素和与其相邻的相邻像素之间的颜色空间中的颜色距离的颜色距离计算处理,以及属性判断处理,以判断每个相邻像素是否属于每个参考分割色彩空间, 然后,基于为每个相邻像素计算出的颜色距离和基于是否属于为每个相邻像素判断的参考分割颜色空间的权重来执行用于计算每个相邻像素的成本的成本计算处理 。 执行将具有最低计算成本的相邻像素确定为前景像素或背景像素的进一步确定处理,并且通过使用所确定的相邻像素作为参考像素从图像中提取前景区域以重复执行色彩距离计算处理 归属判断处理,成本计算处理和确定处理。
    • 5. 发明授权
    • Foreground region extraction program, foreground region extraction apparatus and foreground region extraction method
    • US08326030B2
    • 2012-12-04
    • US13063334
    • 2009-09-17
    • Rikio OnaiTakahiro HayashiTatsuya KiyonoMasaya MoriMasahiro Sanjo
    • Rikio OnaiTakahiro HayashiTatsuya KiyonoMasaya MoriMasahiro Sanjo
    • G06K9/00
    • There are provided a foreground region extraction program, a foreground region extraction apparatus, and a foreground region extraction method capable of clipping an object region (foreground region) at high speed.An arrangement is as follows: Foreground pixels designated by a user and background pixels designated thereby are each set as a reference pixel to identify, from among a plurality of divided color spaces created by a three-dimensional color space being divided, the divided color space to which each of the reference pixels belongs, as a reference divided color space. Color distance calculation processing to calculate a color distance in the color space between each reference pixel and an adjacent pixel adjacent thereto is performed, and belonging judgment processing to judge whether each of the adjacent pixels belongs to each of the reference divided color spaces is performed, and then, cost calculation processing to calculate a cost of each adjacent pixel is performed, based on the color distance calculated for each of the adjacent pixels, and weights based on whether to belong to the reference divided color space judged for each of the adjacent pixels. Further determination processing to determine the adjacent pixel having the lowest calculated cost as a foreground pixel or background pixel is performed, and a foreground region is extracted from the image by using the determined adjacent pixel as a reference pixel to repeatedly perform the color distance calculation processing, the belonging judgment processing, the cost calculation processing, and the determination processing.
    • 10. 发明授权
    • Illuminator for plant growth
    • 用于植物生长的照明器
    • US08074397B2
    • 2011-12-13
    • US10203620
    • 2001-02-22
    • Kenji YonedaMinoru TakahataTakahiro Hayashi
    • Kenji YonedaMinoru TakahataTakahiro Hayashi
    • A01G29/00
    • A01G7/045Y02P60/149Y10S47/06
    • To provide an illuminator for plant growth that can illuminate a plant intermittently (pulse illumination) or continuously to cause an effect similar to sunbeam spot phenomenon, thereby accelerating photosynthetic reaction.Specifically, the illuminator for plant growth includes a light source composed of a semiconductor optical device, a control unit for outputting a turn-on timing signal for the light source, a rhythm signal detecting unit for A/D converting an input rhythm signal, a timing signal modulating unit for modulating the turn-on timing signal with the output signal from the rhythm signal detecting unit, and a pulse drive unit for pulse-modulating a power signal with the modulated turn-on timing signal outputted from the timing signal modulating unit and supplying the pulse-modulated power signal to the light source.
    • 为了提供可以间歇地照射植物(脉冲照明)或连续地引起植物生长的照明器,以产生类似于日光斑点现象的效果,从而加速光合作用。 具体而言,植物生长用照明装置包括由半导体光学装置构成的光源,用于输出光源的导通定时信号的控制部,用于对输入的节奏信号进行A / D变换的节奏信号检测部, 定时信号调制单元,用于利用来自节奏信号检测单元的输出信号调制开启定时信号;以及脉冲驱动单元,用于利用从定时信号调制单元输出的调制接通定时信号脉冲调制功率信号 并将脉冲调制功率信号提供给光源。