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    • 6. 发明授权
    • Method of and apparatus for reading a two-dimensional bar code symbol and data storage medium
    • 用于读取二维条形码符号和数据存储介质的方法和装置
    • US06604682B2
    • 2003-08-12
    • US09828453
    • 2001-04-06
    • Hitomi WakamiyaShinichi ArazakiFumio KoyamaSatoshi YanagidaHaruyoshi Ohori
    • Hitomi WakamiyaShinichi ArazakiFumio KoyamaSatoshi YanagidaHaruyoshi Ohori
    • G06K710
    • G06K7/1456G06K7/14
    • A two-dimensional bar code reading method and apparatus search the finder pattern in a scanned image of a two-dimensional bar code symbol, find orientation modules, find data modules, and convert the symbol to data characters as part of the decoding process for the scanned image of a MaxiCode symbol. In the data module search part of a MaxiCode symbol decoding process, position and shape information is calculated for data modules on an orientation axis, assuming an orientation axis passing the finder pattern center point, inside orientation module center point, and outside orientation module center point (step to S1801). Based on pixel data corresponding to the calculated location of the center point in each module, a bit pattern is generated where black data cells are 1 bits and white cells are 0 bits (S1802). The locations of MaxiCode symbol data modules in the area between orientation axes are then calculated (S1803). Pixel data corresponding to the calculated location of the center point of each data module is then converted to a bit pattern where black data cells are 1 bits and white data cells are 0 bits (S1804), and the data module search process then ends.
    • 二维条形码读取方法和装置在二维条形码符号的扫描图像中搜索取景器图案,找到定向模块,查找数据模块,并将符号转换为数据字符,作为解码过程的一部分 扫描图像的MaxiCode符号。 在MaxiCode符号解码处理的数据模块搜索部分中,假设定向轴通过取景器图案中心点,定位模块中心点和外部定向模块中心点,计算取向轴上的数据模块的位置和形状信息 (步骤S1801)。 基于与每个模块中的计算出的中心点的位置对应的像素数据,生成黑色数据单元为1位且白色单元为0位的位模式(S1802)。 然后计算取向轴之间的区域中MaxiCode符号数据模块的位置(S1803)。 然后将与每个数据模块的中心点的计算位置对应的像素数据转换为黑色数据单元为1位,白色数据单元为0位的位模式(S1804),然后数据模块搜索处理结束。
    • 7. 发明授权
    • Spit roaster
    • 吐火炉
    • US4884554A
    • 1989-12-05
    • US227855
    • 1988-08-03
    • Satoshi Yanagida
    • Satoshi Yanagida
    • A47J37/04A47J37/06A47J37/07
    • A47J37/06A47J37/0704
    • Provided is a spit roaster comprising: a body having an opening communicating with an exhaust duct, formed at the center of the bottom wall thereof, and an air supply path defined at both ends thereof with respect to the longitudinal direction thereof and having an upper and a lower opening, a range case removably housed within the above body with required clearances therearound; a range removably housed within the above range case having a charcoal receiving space defined therein and support members disposed at both ends thereof with respect to the longitudinal direction thereof for supporting members for mounting materials to be cooked; and smoke exhaust frames communicating with the above exhaust duct, removably disposed upon the upper opening of an exhaust space defined between the rear side wall of the range case and the body, and having smoke exhaust inlets defined within the front sides thereof facing toward the range case.
    • 本发明提供一种吐丝烘焙机,其特征在于,包括:主体,其具有与排气管道相通的开口,形成在其底壁的中心;以及空气供给路径,其两端相对于其长度方向限定, 下部开口,范围外壳可拆卸地安装在上述身体内,需要间隙; 可拆卸地容纳在上述范围壳体内的范围,其具有限定在其中的木炭容纳空间和相对于其长度方向设置在其两端的支撑构件,用于安装要烹饪的材料的支撑构件; 以及与上述排气管道连通的抽烟排气框架,可移除地设置在限定在范围壳体的后侧壁和主体之间的排气空间的上部开口上,并且具有限定在其前侧内的排气入口, 案件。