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    • 1. 发明专利
    • POS TERMINAL EQUIPMENT
    • JPH01211170A
    • 1989-08-24
    • JP3688388
    • 1988-02-19
    • HITACHI LTDHITACHI COMPUTER ENG
    • ISHIKAWA TORUTAKAHASHI TORUSHIBATA YOSUKEYOSHIDA KATSUMI
    • G07G1/12G06K17/00
    • PURPOSE:To simplify register business by setting a value, whose fraction is dropped or raised, at a claimed amount, and writing the dropped or raised fraction amount into a recording medium as the residual fraction amount of a next transaction. CONSTITUTION:Before the start of the commodity registration of a customer, by reading a magnetic card 30 possessed by the customer, a residual fraction amount 32 (X) recorded on the card 30 i set at a last residual fraction amount buffer 23. At the time of the completion of the commodity registration, the total amount (Y) of purchased commodities is set at a purchased total amount buffer 24. Here, the residual fraction amount X is subtracted from the purchased total amount Y, and its result (Z) is set at a temporary buffer 25. Next, according to the number of fraction digits set at a fraction digit number presetting area 26 beforehand, the value Z of the fraction amount is raised, its result is set at a claimed amount buffer 21 as a claimed amount (P), and a raised fraction amount (Q) is set at a present residual fraction amount buffer 22. Further, the fraction amount Q is written on the card 30.
    • 3. 发明专利
    • Hot line insertion/extraction device and hot line insertion/extraction method
    • 热线插入/提取装置和热线插入/提取方法
    • JP2013182360A
    • 2013-09-12
    • JP2012044956
    • 2012-03-01
    • Hitachi Ltd株式会社日立製作所Hitachi Information & Control Solutions Ltd株式会社日立情報制御ソリューションズ
    • ARIMA TOSHIHIROYOSHIDA KATSUMIKUMAKURA KIKUYANAGAYAMA HISAONAGASHIMA HIRONORI
    • G06F3/00
    • PROBLEM TO BE SOLVED: To prevent an input/output operation from being started in an incomplete connection state after the insertion of a hot line.SOLUTION: A hot line insertion/extraction device 1 controls the execution or stop of the input/output operation of information in the case of attaching/detaching a process input/output device 50 in a control system 100. Concretely, the hot line insertion/extraction device 1 includes: a switching part 11 for hot line insertion/extraction for switching the signal level of a switching part signal 142 by accepting the operation of a user; a reset part 12 for switching the signal level of a reset part signal 145 after the lapse of a predetermined time after the insertion of a hot line; an arithmetic part 14 for acquiring and calculating the signal level of the switching part signal 142 and the signal level of the reset part signal 145, and for outputting a hot line insertion/extraction signal 147 and a reset signal 148; and an input/output control part 13 for controlling the execution or stop of the input/output operation of information on the basis of the combination of the signal levels of the hot line insertion/extraction signal 147 and the reset signal 148.
    • 要解决的问题:在插入热线之后,防止输入/输出操作在不完全连接状态下启动。解决方案:热线插入/拔出装置1控制输入/输出操作的执行或停止 具体地,热线插入/拔出装置1包括:用于热线插入/提取的切换部分11,用于切换信号电平的信号电平 通过接受用户的操作来切换部分信号142; 复位部分12,用于在插入热线之后经过预定时间之后切换复位部分信号145的信号电平; 用于获取和计算切换部分信号142的信号电平和复位部分信号145的信号电平,并输出热线插入/提取信号147和复位信号148的算术部分14; 以及输入/输出控制部分13,用于基于热线插入/提取信号147和复位信号148的信号电平的组合来控制信息的输入/输出操作的执行或停止。
    • 4. 发明专利
    • 通信制御装置、通信制御方法及び通信制御システム
    • 通信控制装置,通信控制方法和通信控制系统
    • JP2015022401A
    • 2015-02-02
    • JP2013148441
    • 2013-07-17
    • 株式会社日立製作所Hitachi Ltd
    • IMAZAWA TAKAOOTANI TATSUYUKIYOSHIDA KATSUMITAYAMA HIROYUKINAGASHIMA HIRONORIDOKEN TOMOHIKO
    • G05B19/05G05B23/02
    • 【課題】演算装置とプロセス入出力装置との間で伝送される入出力データの伝送単位を最適化する。【解決手段】演算装置1と複数のプロセス入出力装置31との間で互いに非同期にメモリ転写によるデータ伝送を行う通信制御装置2は、入出力データのデータサイズと前記通信制御装置に接続されている機器の構成情報とから前記演算装置とのデータ転送単位となるノードの数を決定するノード数決定部27と、前記演算装置と前記ノードを含む通信フレームを送受信する上流通信制御部21と、複数のプロセス入出力装置と前記入出力データを送受信する下流通信制御部24と、を備え、前記下流通信制御部は、複数のプロセス入力装置から受信した複数の入力データを前記ノード数決定部により決定された数のノードに統合し、前記上流通信制御部は、前記演算装置から受信した前記ノードに含まれる複数の出力データを、対応する複数のプロセス出力装置に展開する。【選択図】図1
    • 要解决的问题:优化在运算单元和过程输入/输出设备之间传输的输入/输出数据的传输单元。解决方案:通信控制设备2通过存储器传输在运算​​单元1之间彼此异步地进行数据传输 多个处理输入/输出装置31.通信控制装置包括:节点编号确定单元27,根据输入/输出数据和配置的数据大小确定使用算术装置的数据传送单元的节点数 与通信控制装置连接的装置的信息; 上行通信控制单元21,向包含运算装置的运算装置发送包含各节点的通信帧; 以及向/从多个处理输入/输出装置发送和接收输入/输出数据的下游通信控制单元24。 下游通信控制单元将从多个处理输入设备接收的多条输入数据合并到由节点号确定单元确定的节点中。 上游通信控制单元将包括在从运算单元接收的节点中的多个输出数据扩展到多个对应的处理输出设备。
    • 6. 发明专利
    • Control system and node address setting method of control system
    • 控制系统和节点地址设置方法
    • JP2012128610A
    • 2012-07-05
    • JP2010278740
    • 2010-12-15
    • Hitachi Ltd株式会社日立製作所
    • ARIMA TOSHIHIROOHASHI AKIHIROSHIRAISHI MASAHIROYOSHIDA KATSUMIOTANI TATSUYUKIKOBAYASHI EIJI
    • G05B9/03G06F13/00
    • Y02P90/02
    • PROBLEM TO BE SOLVED: To provide a duplex control system capable of dealing with unsatisfaction such as erroneous address setting without increasing man-hour for setting in setting a node address.SOLUTION: A control system is provided which includes an arithmetic unit which outputs a control instruction, a plurality of input/output device each of which receives the control instruction and outputs it to a control object, and a duplexed relay device which relays the control instruction and outputs it to the input/output device. The relay device includes a high-order address setting section which outputs high-order address information to the input/output device. Each of the input/output devices includes a high-address comparison section which compares the received high-address information, a high-order address setting section which selects the high-order address information on the basis of a result of the comparison, and a line control section which sets a node address by combining the selected high-order address and low-order address information determined in the input/output device itself.
    • 要解决的问题:提供能够处理不满意的双工控制系统,例如错误的地址设置,而不增加设置节点地址的设置时间。 解决方案:提供了一种控制系统,其包括输出控制指令的运算单元,多个输入/输出装置,每个输入/输出装置接收控制指令并将其输出到控制对象;以及双工继电器 控制指令并将其输出到输入/输出设备。 中继装置包括向输入/输出装置输出高阶地址信息的高阶地址设定部。 每个输入/输出设备包括:高地址比较部分,用于比较接收到的高地址信息;基于比较结果选择高阶地址信息的高阶地址设置部分和 线路控制部分,其通过组合在输入/输出设备本身中确定的所选择的高阶地址和低阶地址信息来设置节点地址。 版权所有(C)2012,JPO&INPIT
    • 8. 发明专利
    • Connection type controller
    • 连接型控制器
    • JP2012008818A
    • 2012-01-12
    • JP2010144400
    • 2010-06-25
    • Hitachi Ltd株式会社日立製作所
    • SUGIMOTO YUTANISHIOKA ATSUSHIKOBAYASHI EIJIOHASHI AKIHIROYOSHIDA KATSUMINAKAMURA SATOSHINEMOTO FUMIHIKO
    • G05B19/05H01R9/00
    • G05B19/042G05B2219/2203G05B2219/2214
    • PROBLEM TO BE SOLVED: To solve such a problem that wiring operation man-hours are large after mounting a control equipment on a control panel cabinet in a mounting technique of a controller onto the control panel cabinet, and the wires in the control equipment need to be removed when replacing the control equipment and also rewiring operation is required after replacing the control equipment, which takes many operation man-hours.SOLUTION: There is provided means capable of performing more efficient wiring operations compared to conventional techniques with respect to wiring operations in a control panel by connecting a plurality of base units constructing a controller in a longitudinal direction by a base unit connection connector, and changing how to mount the control equipment on the control panel. The means also allows the controller to be replaced without performing rewiring operations of wires connected to the control equipment when replacing the control equipment.
    • 要解决的问题为了解决在将控制器的安装技术安装在控制面板机柜上的控制设备安装到控制面板机柜上的接线操作工时大的问题以及控制中的电线 在更换控制设备时需要拆除设备,更换控制设备后需要重新布线操作,这需要很多操作工时。 解决方案:提供了与传统技术相比,与通过基本单元连接连接器在纵向方向上构造控制器的多个基座单元相关的控制面板中的布线操作,能够执行更有效的布线操作的装置, 并改变如何在控制面板上安装控制设备。 该装置还允许更换控制器,而不必在更换控制设备时执行连接到控制设备的电线的重新布线操作。 版权所有(C)2012,JPO&INPIT
    • 9. 发明专利
    • Frequency abnormality detecting circuit
    • 频率异常检测电路
    • JP2009272793A
    • 2009-11-19
    • JP2008120189
    • 2008-05-02
    • Hitachi Ltd株式会社日立製作所
    • YOSHIDA KATSUMIBANDO AKIRAOGURA MAKOTOISHIKAWA MASAKAZUKOBAYASHI EIJIKOBAYASHI MASAMITSUSHIRAISHI MASAHIROUMEHARA TAKASHIFURUTA YASUYUKIOTANI TATSUYUKI
    • H03K5/19G01R23/15H03K5/26
    • PROBLEM TO BE SOLVED: To solve the problem that a conventional frequency abnormality detecting circuit, in which a monitoring clock uses a frequency higher than that of a clock to be monitored, is expensive, requires a countermeasure against noise, and is difficult to mount on a substrate, and also, a conventional frequency abnormality detecting circuit, in which the monitoring clock uses a frequency lower than that of a clock to be monitored, is not only unable to detect an abnormality depending on timing of clock fixing but requires a separate configuration that prevents a warning from being issued since all register outputs constituting a shift register become "0" during a reset.
      SOLUTION: An upper-limit abnormality of a clock frequency is detected by comparing the magnitude of a count value of the number of clocks to be monitored with that of an upper-limit value. A lower-limit abnormality is detected by an output of a logical AND of a positive pulse outputted at a rising edge of synchronized monitoring clocks, an initial edge hold circuit output that outputs "High" by the pulse output, and a comparator output that compares the magnitude of a lower-limit value and that of the count value of the number of clocks to be monitored.
      COPYRIGHT: (C)2010,JPO&INPIT
    • 解决的问题:为了解决监视时钟使用比要监视的时钟频率高的频率的现有的频率异常检测电路的问题,需要对抗噪声的对策,并且是困难的 而且,监视时钟使用比要监视的时钟低的频率的常规频率异常检测电路,不仅不能根据时钟固定的定时检测到异常,而且需要 由于构成移位寄存器的所有寄存器输出在复位期间变为“0”,因此可以防止发出警告的单独配置。 解决方案:通过将要监视的时钟数的计数值与上限值的大小进行比较来检测时钟频率的上限异常。 通过在同步监视时钟的上升沿输出的正脉冲的逻辑AND的输出,通过脉冲输出输出“高”的初始边沿保持电路输出和比较器输出比较来检测下限异常 下限值的大小以及要监视的时钟数的计数值的大小。 版权所有(C)2010,JPO&INPIT