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    • 42. 发明申请
    • Goods purchase information processing method and system
    • 商品采购信息处理方法和系统
    • US20060271498A1
    • 2006-11-30
    • US11498048
    • 2006-08-03
    • Isao IwaguchiMitsuharu IshiiKozo Yamazaki
    • Isao IwaguchiMitsuharu IshiiKozo Yamazaki
    • G06Q99/00
    • G06Q30/06G06Q20/105G06Q20/367G06Q20/382
    • The present invention relates to goods purchase information processing method and system whereby a goods purchaser can enter goods purchase information into a processing device they own. It allows automatic input of product purchase information into the processing device. Mobile terminals, such as information terminals or mobile telephones (1), which are available to the ordinary consumer, are used. A store sends product purchase information from a settlement device (2, 3) to the mobile terminal (1)—The information is stored in the mobile terminal (1). The user therefore holds electronic data relating to the product purchase information (receipt) in their mobile terminal (1) and when they return home or to the office, the user can automatically enter this information into a processing device (4) such as an accounting system.
    • 本发明涉及购货信息处理方法和系统,其中购货者可以将购买信息输入到他们拥有的处理装置中。 它允许将产品购买信息自动输入到处理设备中。 使用普通消费者可以使用的诸如信息终端或移动电话(1)的移动终端。 商店将产品购买信息从结算装置(2,3)发送到移动终端(1) - 信息存储在移动终端(1)中。 因此,用户在其移动终端(1)中保存与产品购买信息(接收)相关的电子数据,并且当他们返回家或办公室时,用户可以自动将该信息输入到诸如会计的处理设备(4) 系统。
    • 44. 发明授权
    • Bar-code reader and computer product
    • 条码阅读器和电脑产品
    • US07044382B2
    • 2006-05-16
    • US11003007
    • 2004-12-03
    • Isao IwaguchiKozo Yamazaki
    • Isao IwaguchiKozo Yamazaki
    • G06K19/06G06K7/10
    • G06K7/10851G06K7/14G06K2207/1017
    • In a bar-code reader, a reading unit reads characters from a bar code, based on parameters. A storing unit stores a plurality of signal-waveform information corresponding to a plurality of character patterns. A selecting unit makes an operator select a correct-reading character from among a plurality of the characters, if there is an occurrence of a wrong reading. A comparing unit compares a pattern corresponding to the correct-reading character selected and a pattern acquired from a plurality of signal-waveform information while changing the parameters one by one. Based on a comparison result, a parameter-setting unit sets in the reading unit, the parameters for which the occurrence of the wrong reading is least.
    • 在条形码读取器中,读取单元根据参数从条形码读取字符。 存储单元存储与多个字符图形相对应的多个信号波形信息。 选择单元使操作者从多个字符中选择正确读取字符,如果发生错误读取。 比较单元比较所选择的正确读取字符与从多个信号波形信息获得的图案对应的图案,同时逐个改变参数。 基于比较结果,参数设定单元设置在读取单元中,错误读取的发生的参数最小。
    • 46. 发明授权
    • Bar code reader, scaling device and scaling method
    • 条码阅读器,缩放设备和缩放方法
    • US06488207B1
    • 2002-12-03
    • US09473987
    • 1999-12-29
    • Hiroaki KawaiIsao IwaguchiMitsuo WatanabeKozo Yamazaki
    • Hiroaki KawaiIsao IwaguchiMitsuo WatanabeKozo Yamazaki
    • G06K1500
    • G01G19/4144G06Q20/20G06Q20/208
    • A bar code reader includes bar code processing units (10, 11) for generating a bright/dark pattern forming a bar code (40) by optically scanning a bar code forming surface of an object (4), converting into plural categories of module values indicating widths of the respective areas, and demodulating the bar code into character data, a scaling unit for creating scale data by scaling a weight of the object to be sold by weight, a adjustment control unit (11) to perform zero-setting in response to a request for initializing the scaling unit, and a weight change detecting unit (11) for judging at least one of an increment change and a decrement change from zero in weight, and making a corresponding piece of scale data visibly displayed when in the increment change and making an absolute value of a corresponding piece of scale data visibly displayed when in the decrement change.
    • 条形码阅读器包括条形码处理单元(10,11),用于通过光学扫描对象(4)的条形码形成表面来产生形成条形码(40)的亮/暗图案,转换成多类模块值 指示各个区域的宽度,并将条形码解码为字符数据;缩放单元,用于通过缩放通过权重销售的待销售对象的权重来创建比例数据;调整控制单元(11),以响应于零设置 以及用于初始化缩放单元的请求,以及权重变化检测单元(11),用于从加权中从零开始增加改变和递减变化中的至少一个,并且当增量中显示相应的比例数据时可视地显示 当减量变化时,更改并显示对应的比例数据的绝对值。
    • 47. 发明授权
    • Imaging by laser beam scanning
    • 激光束扫描成像
    • US4853710A
    • 1989-08-01
    • US936079
    • 1986-11-28
    • Kazuyuki ShimadaTomohiro NakajimaHiroaki KotabeKouji YamanobeKozo Yamazaki
    • Kazuyuki ShimadaTomohiro NakajimaHiroaki KotabeKouji YamanobeKozo Yamazaki
    • G02B5/09G06K15/12H04N1/053H04N1/113H04N1/12H04N1/191H04N1/40H04N1/401
    • H04N1/1916G02B5/09G06K15/1261H04N1/053H04N1/1135H04N1/40037H04N1/4015H04N1/12H04N1/1911H04N2201/0471H04N2201/04786
    • A laser beam scanning system includes a laser for emitting a laser beam modulated with image information to be recorded and a deflecting device, such as polygon mirror, for deflecting the laser beam over a predetermined angle repetitively, so that the laser beam is scanned on a scanning surface, thereby an image is formed on the scanning surface. When a plurality of laser beams are used at the same time, the plurality of laser beams are arranged in an array inclined with respect to the scanning direction. In this case, a sync sensor generates a sync signal in response to a laser beam received in the first place. When a polygon mirror is so structured to have a reflecting surface which is defined by a curved surface having a predetermined radius of curvature, a f.theta. lens may be discarded. In this case, when a transparent layer is formed on this curved reflecting surface, no distortion in scanning speed is produced even without using any electrical correction. Besides, it is also preferable to control the intensity of laser beam so as to maintain the image density of a resultant image at constant.
    • 激光束扫描系统包括用于发射用待记录的图像信息调制的激光束的激光器和诸如多面镜的偏转装置,用于使激光束重复地偏转预定角度,使得激光束被扫描 扫描表面,从而在扫描表面上形成图像。 当同时使用多个激光束时,多个激光束被布置成相对于扫描方向倾斜的阵列。 在这种情况下,同步传感器响应于首先接收的激光束产生同步信号。 当多面镜被构造为具有由具有预定曲率半径的曲面限定的反射表面时,可以丢弃fθ透镜。 在这种情况下,当在该弯曲反射面上形成透明层时,即使不进行任何电校正,也不会产生扫描速度的变形。 此外,还优选控制激光束的强度,以便使得到的图像的图像浓度保持恒定。
    • 50. 发明授权
    • Imaging apparatus for reading information
    • 用于阅读信息的成像设备
    • US08387880B2
    • 2013-03-05
    • US12568117
    • 2009-09-28
    • Kozo YamazakiIsao Iwaguchi
    • Kozo YamazakiIsao Iwaguchi
    • H04N1/04
    • G06K9/209G02B27/46G06K9/58H04N5/2253
    • A position Z of an image sensor is moved to an initial position A (image forming position) in a Z axis direction. An exposing operation is performed at a position A, and it is determined whether or not an exposing time counted by a timer has reached ta. If the exposing time has reached ta, an image sensor 27 is moved to a position B. The exposing operation is performed at the position, and it is determined whether or not a total exposing time has reached ta+tb. If the total exposing time t has reached ta+tb, the image sensor is moved to a position C, and the exposing operation is performed at the position. Thus, the output distribution of the image sensor can be assigned a desired low pass filter characteristic.
    • 图像传感器的位置Z沿Z轴方向移动到初始位置A(图像形成位置)。 在位置A执行曝光操作,并且确定由定时器计数的曝光时间是否达到ta。 如果曝光时间达到ta,则图像传感器27移动到位置B.在该位置进行曝光操作,并且确定总曝光时间是否达到ta + tb。 如果总曝光时间t达到ta + tb,则图像传感器被移动到位置C,并且在该位置执行曝光操作。 因此,图像传感器的输出分布可以被赋予期望的低通滤波器特性。