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    • 1. 发明授权
    • Code reader
    • 代码阅读器
    • US4973830A
    • 1990-11-27
    • US315975
    • 1989-02-27
    • Junichi OuchiKoji NakaseHiroaki Sasaki
    • Junichi OuchiKoji NakaseHiroaki Sasaki
    • G06K7/10G06K7/00G06K7/016G06K7/14
    • G06K7/0166G06K7/14
    • A bit image converter for composing a decoder for converting the value of counting clocks loaded in response to the width of bars or spaces for composing a bar code into character information of a code reader is composed of a module number calculator for calculating the magnification of the basic module from the number of the modules for composing one code unit (one character), a module number total comparator for comparing the total sum of the number of the calculated modules with a specified number n of the modules, a module number corrector for correcting, if the number of the calculated modules is less than the specified number n (n-1), it to the specified number n, and a bit image output unit. Thus, the code reader is adapted for a multilevel bar code system so composed that a result becomes correct information by correcting, if the number of modules for composing one character is less than a specified number n, it.
    • 用于组合解码器的位图像转换器,用于将用于组合条形码的条形或空格的宽度的加载的计数时钟的值转换成码读取器的字符信息,由用于计算代码读取器的字符信息的模块数计算器 用于组合一个代码单元(一个字符)的模块的数量的基本模块,用于将计算出的模块的数量与指定数量的n个模块的总和进行比较的模块编号总比较器,用于校正的模块编号校正器 如果计算出的模块的数量小于指定数量n(n-1),则为指定的数字n和位图像输出单元。 因此,代码读取器适用于多级条形码系统,如此组合,如果用于组合一个字符的模块的数量小于指定数量n,则结果变为正确的信息。
    • 4. 发明授权
    • Bar-code remote-control device
    • 条形码遥控装置
    • US4906830A
    • 1990-03-06
    • US263784
    • 1988-10-27
    • Kazuo HasegawaKoji NakaseHiroaki Sasaki
    • Kazuo HasegawaKoji NakaseHiroaki Sasaki
    • G06K7/10G06K17/00
    • G06K7/10881G06K17/0022
    • A bar-code remote-control device includes a first key for inputting a detection instructing signal and a second key for inputting a transmission instructing signal. The device also includes a gate circuit which is opened after completion of a processing in a remote-control data transmission processing section to permit entrance of the detection instructing signal in a bar-code detection processing section and is closed upon completion of bar code detection processing in the bar-code detection processing section to prohibit entrance of the detection instructing signal in the detection processing section, so that no error occurs upon simultaneous operations against the first and second keys.
    • 条形码遥控装置包括用于输入检测指示信号的第一键和用于输入发送指示信号的第二键。 该装置还包括在远程控制数据发送处理部分中完成处理之后打开的门电路,以允许检测指示信号进入条形码检测处理部分,并且在条形码检测处理完成时关闭 在条形码检测处理部分中,禁止检测处理部分中的检测指示信号的入口,使得在对第一和第二键的同时操作时不发生错误。
    • 5. 发明授权
    • Bar code scanner
    • 扫码机
    • US4748319A
    • 1988-05-31
    • US915750
    • 1986-10-06
    • Hiroaki SasakiKoji Nakase
    • Hiroaki SasakiKoji Nakase
    • G06K7/10
    • G06K7/10881
    • A bar code scanner has a light-emitting element, a light-receiving element, an optical means for applying a light beam from the light-emitting element to a bar code area and for leading the light reflected from the bar code area to the light-receiving element, an electrical processing circuit, a sensor body for accommodating the light-emitting element, the light-receiving element and the optical means, a pair of split casing members for retaining the sensor body, an intermediate cap for connecting together the pair of split casing members, and a distal end cap adapted to be detachably retained by the intermediate cap in such a manner that a light incident and emergent portion of the sensor body alone is exposed. The bar code scanner is provided with a projection formed on an extending portion provided at one end of each of the split casing members and adapted to contact the side portion of the sensor body with flexibility so that the sensor body is movable. A retaining portion is formed on the inner surface of the intermediate cap, and an engaging portion is formed on the outer surface of each of the split casing members and adapted to engage with the retaining portion, whereby the retaining portion and the engaging portion are fitted to each other in such a manner that the extending portion deflects about the projection.
    • 条形码扫描器具有发光元件,光接收元件,用于将来自发光元件的光束施加到条形码区域并用于将从条形码区域反射的光引导到光的光学装置 接收元件,电子处理电路,用于容纳发光元件的传感器体,受光元件和光学装置,用于保持传感器主体的一对分体式壳体部件,用于将该对连接在一起的中间盖 分开的壳体构件,以及远端帽,其适于以中间盖可拆卸地保持,使得仅暴露传感器主体的光入射部分和紧急部分。 条形码扫描器设置有形成在设置在每个分割壳体构件的一端的延伸部分上并且适于与传感器主体的侧部接触以使得传感器主体可移动的突起。 保持部分形成在中间盖的内表面上,并且接合部分形成在每个分开的壳体构件的外表面上并且适于与保持部分接合,由此保持部分和接合部分被安装 以使得延伸部分围绕突起偏转的方式彼此相对。
    • 6. 发明授权
    • Bar code reading and decoding apparatus
    • 条码阅读与解码装置
    • US5036182A
    • 1991-07-30
    • US324853
    • 1989-03-17
    • Junichi OuchiKoji NakaseHiroaki Sasaki
    • Junichi OuchiKoji NakaseHiroaki Sasaki
    • G06K7/10
    • G06K7/10851
    • A bar code reading apparatus for detecting the space between characters (the character space) by counting the number, which is a fixed number in the bar code, of edges, or transition points, of the bars and spaces for each character code, and either inhibits the count value by its bar/space width counter for the space beyond the fixed number of bars/spaces for one character (i.e., the count value for the character space) from being supplied to its decoder portion, or supplies the decoder portion with a specific code which the decoder will neglect in decoding, whereby the character space is prevented from adversely affecting the bar code reading.
    • 一种条形码读取装置,用于通过对每个字符代码的条形和空格的边缘或转换点进行计数,即条形码中的固定数量的数量来检测字符(字符空间)之间的空间,以及 通过其条形/空格宽度计数器将一个字符的固定数量的条形/空格之外的空间(即,字符空间的计数值)禁止计数值提供给其解码器部分,或者将解码器部分提供给 解码器在解码中将忽略的特定代码,从而防止字符空间对条形码读取产生不利影响。
    • 7. 发明授权
    • Code reading apparatus
    • 代码阅读器
    • US4859840A
    • 1989-08-22
    • US208182
    • 1988-06-16
    • Kazuo HasegawaJunichi OuchiHiroaki SasakiKoji NakaseMakoto Sasaki
    • Kazuo HasegawaJunichi OuchiHiroaki SasakiKoji NakaseMakoto Sasaki
    • G06K7/016G06K7/14
    • G06K7/14G06K7/0166
    • A code reading apparatus of a bar code reader which has detecting means for outputting a reading signal responsive to the code displayed on a medium, edge detecting means for detecting the edge of the reading signal, counting means for starting counting each edge detected by the edge detecting means. Discriminating means outputs a reset signal to decoding means when the counted value started for counting by the counting means is a product or more of the quotient produced by dividing the allowable maximum width of the code by the allowable minimum width and the counted value counted between the edges immediately before by the counting means, when the quotient produced by dividing the counted value started for counting by the counting means by the counted value counted between the edges immediately before is a quotient or more produced by dividing the allowable maximum width of the code by the allowable minimum width. Thus, the apparatus can discriminate the start even if the starting margin before the code of the bar code is short.
    • 一种条形码阅读器的代码读取装置,其具有响应于在介质上显示的代码输出读取信号的检测装置,用于检测读取信号的边缘的边缘检测装置,用于开始计数由边缘检测的每个边缘的计数装置 检测装置。 当通过计数装置开始计数的计数值是通过将代码的允许最大宽度除以可允许的最小宽度和在允许的最小宽度之间计数的计数值而产生的商的乘积或更多时,鉴别装置将复位信号输出到解码装置 紧接在计数装置之前的边缘,当通过将由计数装置开始计数的计数值产生的商乘以在紧邻之前的边缘之间计数的计数值而产生的商是通过将代码的允许最大宽度除以 允许的最小宽度。 因此,即使在条形码的代码之前的起始余量短的情况下,装置也可以区分开始。
    • 9. 发明授权
    • Rear wheel toe angle control device
    • 后轮脚趾角度控制装置
    • US07871085B2
    • 2011-01-18
    • US12412908
    • 2009-03-27
    • Hiroaki Sasaki
    • Hiroaki Sasaki
    • B62D6/00
    • B62D7/159B62D6/006
    • A rear wheel toe angle control device that ensures a stable steering performance even when the cornering powers of laterally opposing rear wheels are different from each other. When a reduction in the cornering power of one of the rear wheels owing to a drop in the tire pressure or a temporary tire is determined, a control unit changes the toe angle of the other rear wheel in a direction to increase the slip angle of thereof, and additionally changes the toe angle of the one rear wheel in a direction to decrease the slip angle of thereof. The combined cornering power of the two rear wheels is maintained at a normal level, and the steering performance of the turning vehicle remains the same. This also contributes to a stable running performance of the vehicle, and a maximization of the total available cornering power of the rear wheels.
    • 即使侧向相对的后轮的转弯力彼此不同,也能够确保转向性能稳定的后轮束角控制装置。 当确定轮胎压力或临时轮胎的下降导致后轮中的一方的转弯力降低时,控制单元使其他后轮的趾角在使其滑移角增大的方向上变化 并且另外改变一个后轮的束角在减小其滑移角的方向上。 两个后轮的组合转弯力保持在正常水平,转向车辆的转向性能保持不变。 这也有助于车辆的稳定运行性能,并且使后轮的总可用转弯功率最大化。
    • 10. 发明授权
    • Sealed device and leak test method and manufacturing method thereof
    • 密封装置及其泄漏试验方法及其制造方法
    • US07832255B2
    • 2010-11-16
    • US12001217
    • 2007-12-11
    • Hiroaki SasakiYasutoshi Yamanaka
    • Hiroaki SasakiYasutoshi Yamanaka
    • G01M3/04
    • G01M3/20
    • An inner sealing portion seals a tubular port, which is provided to a receiver that receives water, at a first location of the tubular port. An outer sealing portion seals the tubular port at a second location of the tubular port spaced from the first location on an outer side of the inner sealing portion. A sealed space is formed between the inner sealing portion and the outer sealing portion. A tracer gas for performing a leak test of the outer sealing portion is enclosed in the sealed space. An amount of outwardly leaked tracer gas, which leaks from the sealed space through the outer sealing portion, is measured with a leak test device.
    • 内密封部分在管状端口的第一位置处密封提供给接收水的接收器的管状端口。 外密封部分在管状端口的第二位置处密封管状端口,该管状端口与内部密封部分的外侧上的第一位置间隔开。 在内密封部和外密封部之间形成密封空间。 用于进行外密封部的泄漏试验的示踪气被封入密封空间内。 通过泄漏测试装置测量从密封空间通过外密封部分泄漏的向外泄漏的示踪气体的量。