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    • 1. 再颁专利
    • Checkout apparatus
    • 结帐装置
    • USRE35455E
    • 1997-02-18
    • US430184
    • 1995-04-27
    • Haruo SakuraiKazuo YamamotoMitunori KonoHideo Tanaka
    • Haruo SakuraiKazuo YamamotoMitunori KonoHideo Tanaka
    • A47F9/04G07G1/00
    • G07G1/0054A47F9/04
    • A checkout apparatus comprises a reading section for reading article codes of articles, and a first feeding section for feeding the articles whose article code are read by the reading section. The checkout apparatus further comprises a distributing section for distributing the articles fed from the first feeding section to one of first and second directions, a second feeding section for feeding the articles distributed in the first direction by the distributing section to a packaging area, a stock section for stocking the articles distributed in the second direction by the distributing section within a stock area separated from the packaging area, and a processing section for checking whether or not an article fed by the first feeding section coincides with an article whose article code is read by the reading section, and for controlling the distributing section so as to distribute the article fed from the first feeding section in the first direction when the checked articles are coincident with each other and in the second direction when the checked articles are not coincident with each other.
    • 一种检验装置,包括用于读取物品的物品代码的读取部分和用于馈送由读取部分读取其商品代码的商品的第一馈送部分。 结帐装置还包括分配部,其将从第一供给部供给的物品分配到第一方向和第二方向之一;第二供给部,其将通过分配部向第一方向分配的物品供给到包装区域, 用于在与包装区域分离的库存区域内的分配部分上放置在第二方向上分配的物品的部分,以及用于检查由第一供给部分馈送的物品是否与其商品代码被读取的物品重合的处理部分 并且用于控制分配部分,以便当所检查的物品彼此重合时,并且当检查物品与每个物品不一致时,将从第一馈送部分馈送的物品沿第一方向分布 其他。
    • 5. 发明授权
    • Period measuring device
    • 周期测量装置
    • US5487097A
    • 1996-01-23
    • US291285
    • 1994-08-16
    • Makoto HatakenakaHaruo SakuraiHideo Nagano
    • Makoto HatakenakaHaruo SakuraiHideo Nagano
    • G01R23/00G01R23/10H03K21/00
    • G01R23/005G01R23/10
    • It is an object to accurately obtain the period of the horizontal synchronizing signal in the video signal. The number of internal pulses are measured in a predetermined measurement period defined by the horizontal synchronizing signal. It is assumed that the periods of the horizontal synchronizing signal and the internal pulse are denoted as T.sub.H and T.sub.S, and the measurement period is defined by one period of a divided signal NS which is obtained by N-dividing the horizontal synchronizing signal. In this case, the length of the measurement period is N.multidot.T.sub.H. The period of the horizontal synchronizing signal is obtained when the internal pulse is activated K times in the measurement period. After the measurement period is started, the divided signal NS transits between the Kth activation of the internal pulse and the (K+1)th activation, and the measurement period is ended. Accordingly, there is the relation of T.sub.S .multidot.K
    • 其目的在于准确地获得视频信号中的水平同步信号的周期。 在由水平同步信号定义的预定测量周期内测量内部脉冲的数量。 假设水平同步信号和内部脉冲的周期被表示为TH和TS,并且测量周期由通过N分割水平同步信号获得的分频信号NS的一个周期来定义。 在这种情况下,测量周期的长度为N×TH。 在测量周期内内部脉冲激活K次时,获得水平同步信号的周期。 在测量周期开始之后,分频信号NS在内部脉冲的第K次激活和第(K + 1)激活之间转换,并且测量周期结束。 因此,存在TSxK
    • 6. 发明授权
    • Horizontal oscillation control circuit for a cathode-ray tube
    • 阴极射线管的水平振荡控制电路
    • US5347317A
    • 1994-09-13
    • US911086
    • 1992-07-09
    • Haruo Sakurai
    • Haruo Sakurai
    • H04N3/16H04N3/22H04N3/227H04N3/27H04N5/04H04N5/12
    • H04N5/123
    • The present invention relates to a horizontal oscillation circuit for generating horizontal drive pulses to be used for a cathode-ray tube. A microcomputer measures the frequency or the period of an input horizontal synchronizing signal, takes out a target value corresponding to the measured frequency or the period from an EEPROM, and gives a set value corresponding to the target value to a first D-A converter. The microcomputer also gives a set value corresponding to 1/2 of a period of the input horizontal signal to a second D-A converter. A first monostable multivibrator outputs a pulse signal having pulse widths corresponding to the output voltage of the first D-A converter. A second monostable multivibrator outputs a horizontal drive pulse signal having pulse widths corresponding to the output voltage of the second D-A converter. Furthermore, the microcomputer compares the output pulse width of the first monostable multivibrator output from a first counter with a latch with a target value, and gives a set value to the first D-A converter to make the output pulse width of the first monostable multivibrator approach the target value. The microcomputer also compares the output pulse width of the second monostable multivibrator output from the second counter with a latch with 1/2 of a period of the input horizontal signal and gives a set value to the second D-A converter to make the output pulse width of the second monostable multivibrator approach 1/2 of a period of the input horizontal signal.
    • 本发明涉及一种用于产生用于阴极射线管的水平驱动脉冲的水平振荡电路。 微型计算机测量输入水平同步信号的频率或周期,从EEPROM读取与测量频率或周期相对应的目标值,并将与目标值相对应的设定值给予第一D-A转换器。 微型计算机还向第二D-A转换器提供对应于输入水平信号的周期的1/2的设定值。 第一单稳态多谐振荡器输出具有与第一D-A转换器的输出电压对应的脉冲宽度的脉冲信号。 第二单稳态多谐振荡器输出具有对应于第二D-A转换器的输出电压的脉冲宽度的水平驱动脉冲信号。 此外,微型计算机将来自第一计数器的第一单稳态多谐振荡器的输出脉冲宽度与具有目标值的锁存器进行比较,并将设定值给予第一DA转换器,以使第一单稳态多谐振荡器的输出脉冲宽度接近 目标价值。 微型计算机还将来自第二计数器的第二单稳态多谐振荡器的输出脉冲宽度与输入水平信号的1/2周期的锁存器进行比较,并给出第二DA转换器的设定值,使得输出脉冲宽度为 第二单稳态多谐振荡器接近输入水平信号周期的1/2。
    • 7. 发明授权
    • Electronic cash register
    • 电子收银机
    • US4159533A
    • 1979-06-26
    • US828315
    • 1977-08-29
    • Haruo Sakurai
    • Haruo Sakurai
    • G07G1/12G06F13/00
    • G07G1/12G06Q20/201
    • An electronic cash register comprises a read only memory, a central processor unit, entry and function keys, memory means including an entry memory storing input data from said entry keys and first and second data memories storing respectively first and second data, a double function key for transferring first data to the first data memory and second data to the second data memory, and printing means for printing input data, price total and further the first and second data. The memory means further comprises a first flag memory storing a "1" when the entry memory stores the first data and a second flag memory storing a "1" when first data is transferred from the entry memory to the first data memory. When the double function key is operated while first data is stored in the entry memory and a "1" is stored only in the first flag memory, the first data is transferred to the first data memory and the second flag memory now stores a "1". The entry and first flag memories are then cleared. Thereafter, when the double function key is operated while second data is stored in the entry memory and a "1" is stored in both the first and second flag memories, second data is transferred to the second data memory. If the transferred second data is incorrect, the entry keys are operated to store new correct second data into the entry memory. Then, the double function key is operated to transfer the new second data to the second data memory. Thereafter, the second flag memory is cleared to permit storing input data in the entry memory which represents a merchandise price.
    • 电子收银机包括只读存储器,中央处理器单元,入口和功能键,存储器装置,其包括存储来自所述输入键的输入数据的入口存储器和分别存储第一和第二数据的第一和第二数据存储器,双功能键 用于将第一数据传送到第一数据存储器和第二数据到第二数据存储器;以及打印装置,用于打印输入数据,价格总计以及另外的第一和第二数据。 存储装置还包括当入口存储器存储第一数据时存储“1”的第一标志存储器和当第一数据从入口存储器传送到第一数据存储器时存储“1”的第二标志存储器。 当第一数据被存储在条目存储器中并且“1”仅存储在第一标志存储器中时,当双功能键被操作时,第一数据被传送到第一数据存储器,并且第二标志存储器现在存储“1” “。 然后清除条目和第一标志存储器。 此后,当第二数据存储在条目存储器中并且在第一和第二标志存储器中存储“1”时操作双功能键时,第二数据被传送到第二数据存储器。 如果转移的第二数据不正确,则操作输入键以将新的正确的第二数据存储到入口存储器中。 然后,双功能键被操作以将新的第二数据传送到第二数据存储器。 此后,第二标记存储器被清除以允许存储表示商品价格的入口存储器中的输入数据。