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    • 1. 发明专利
    • Facility-monitoring system, facility-monitoring terminal, local monitoring device, remote monitoring device, and computer software
    • 设备监控系统,设备监控终端,本地监控设备,远程监控设备和计算机软件
    • JP2003046532A
    • 2003-02-14
    • JP2001228267
    • 2001-07-27
    • Hitachi Ltd株式会社日立製作所
    • KASAMATSU OSAMUFUJIWARA KATSUHIROSAKAI KUNIYOSHI
    • H04L12/46
    • PROBLEM TO BE SOLVED: To provide an economical and efficient facility-monitoring system by organic coordination among a facility/device user, a maintenance service personnel in charge, and a facility/device manufacture by managing a maintenance manual, maintenance component information, daily/periodic inspection recordings and maintenance history or the like unitarily with automatic collection data.
      SOLUTION: In the facility-monitoring system comprising the facility-monitoring terminal 2, a local monitoring device 3 and a remote monitoring device 4, the facility monitoring terminal 2 includes an input conversion function 21 for an analog signal, a pulse signal and a contact signal or the like, a signal-processing arithmetic function 22, a processing/arithmetic result recording storage function 24, an external information input function 23 from an external input device 11, and a data/information/signal transmission reception function 25; the local monitoring device 3 has a data/information/signal transmission reception function; and the remote monitoring device 4 includes a facility/device monitoring/maintenance management information storage function; and a data/information/signal transmission reception function with external devices 51, 52 and the local monitoring device 3.
      COPYRIGHT: (C)2003,JPO
    • 要解决的问题:通过管理维护手册,维护部件信息,日常/机器设备,通过设备/设备用户,维护维护人员和设备/设备制造之间的有机协调来提供经济和有效的设备监控系统, 定期检查记录和维护历史等与自动收集数据一体。 解决方案:在设备监控终端2,本地监控设备3和远程监控设备4的设备监控系统中,设备监控终端2包括用于模拟信号,脉冲信号和联系人的输入转换功能21 信号处理算术功能22,处理/算术结果记录存储功能24,来自外部输入装置11的外部信息输入功能23以及数据/信息/信号发送接收功能25; 本地监视装置3具有数据/信息/信号发送接收功能; 并且远程监视装置4包括设备/设备监视/维护管理信息存储功能; 以及具有外部设备51,52和本地监视设备3的数据/信息/信号发送接收功能。
    • 2. 发明专利
    • Operation monitor system for device
    • 操作监控系统的设备
    • JP2003058651A
    • 2003-02-28
    • JP2001248478
    • 2001-08-20
    • Hitachi Ltd株式会社日立製作所
    • FUJIWARA KATSUHIROSAKAI KUNIYOSHITAMURA FUMIYUKIYOSHIZAKI AKIOKASAMATSU OSAMUTERAOKA WATARU
    • G06Q30/06G05B23/02G06Q50/00G06Q50/10G06F17/60
    • PROBLEM TO BE SOLVED: To speedily and smoothly provide maintenance services by a system which monitors the operation states of decentralized devices. SOLUTION: For the system which gathers information on monitor terminals through a communication line and monitors the operation states of the respective devices, a device maker sells a device to a user, provides a monitor terminal according to predetermined contract conditions, and fits a measuring instrument to the device and also connects the measuring instrument to the monitor terminal. According to the predetermined contract conditions, the monitor terminal is connected to a communication line means of a supervisory system provider having the communication line means and a monitor computer, and the device operation information on the user is obtained by using the monitor system that the supervisory system provider has, maintains, and manages to monitor the operation, thereby providing maintenance services of the device.
    • 要解决的问题:通过监控分散式设备的运行状态的系统来快速,平稳地提供维护服务。 解决方案:对于通过通信线收集监控终端信息的系统,监控各设备的运行状态,设备制造商向用户销售设备,根据预定的合同条件提供监控终端,并配合测量仪器 并将测量仪器连接到显示器终端。 根据预定的合同条件,监视终端连接到具有通信线路装置和监视计算机的监控系统提供者的通信线路装置,并且通过使用监视系统获得关于用户的设备操作信息,监视系统 系统提供商具有,维护和管理以监视操作,从而提供设备的维护服务。
    • 3. 发明专利
    • Facility monitor system
    • 设备监控系统
    • JP2003044129A
    • 2003-02-14
    • JP2001228268
    • 2001-07-27
    • Hitachi Ltd株式会社日立製作所
    • SAKAI KUNIYOSHIFUJIWARA KATSUHIROTAKAGAMO NAOHIROKASAMATSU OSAMUTERAOKA WATARU
    • G05B23/02H04Q9/00
    • PROBLEM TO BE SOLVED: To provide an economical and efficient facility monitor system by organic liaison among a facility and device user, a maintenance service engineer in charge, and a facility and device maker by unitedly managing a maintenance manual, service parts information, daily/periodic inspection records, a maintenance history, etc., with automatically gathered data.
      SOLUTION: The facility monitor system comprises a facility monitor terminal 2, a local monitor device 19, and a remote monitor device 21 which monitor facilities and devices; and the facility monitor terminal 2 is equipped with a sensor input and conversion part 11, a processing and arithmetic part 12, a storage and holding part 14, an external information input part 13, and a transmission part 15 to which a transmission medium 18 is connected, the local monitor device 19 is connected by a transmission medium 20, and the remote monitor device 21 is equipped with a storage and holding part which stores and holds monitor and maintenance control information of the facilities and devices 1 and a transmission part which sends and receives data, information and signals to and from outer sides 22 and 23 and the local monitor device 19.
      COPYRIGHT: (C)2003,JPO
    • 要解决的问题:通过设备和设备用户之间的有机联系,负责维护的维护工程师以及设备和设备制造商通过统一管理维护手册,服务部件信息,日常/ 定期检查记录,维护历史等,具有自动收集的数据。 解决方案:设备监控系统包括监控设备和设备的设备监控终端2,本地监控设备19和远程监控设备21; 设备监视终端2配备有传感器输入转换部11,处理运算部12,存储保持部14,外部信息输入部13以及发送部15,传输介质18为 本地监视装置19由传输介质20连接,远程监视装置21配备有存储和保持设备和装置1的监视和维护控制信息的存储和保持部分以及发送装置 并且从外侧22和23以及本地监视器装置19接收数据,信息和信号。
    • 6. 发明专利
    • PROGRAMMABLE CONTROLLER
    • JPS62145329A
    • 1987-06-29
    • JP28550285
    • 1985-12-20
    • HITACHI LTD
    • FUJIWARA KATSUHIROOSHIGA TAKAYUKIKASAHARA TOSHIROITO ATSUSHI
    • G06F9/48G05B19/05G06F9/46
    • PURPOSE:To operate a whole control system without any contradiction even when a process interruption is inputted in an optional state by setting a specific instruction which identifies the start of a relay sequence circuit and permitting the process interruption only when the instruction is read out. CONSTITUTION:When an interruption request is inputted from a process, a flip-flop 61 is set and when a signal which indicates a relay sequence head circuit is inputted from a control line (c) in this state, an interruption request a' to an arithmetic part 2 is outputted in the period. Then, when the control line (c) is reset, i.e. when an instruction except a relay sequence head circuit instruction is read, the flip-flop 61 is reset, so that the signal a' is never outputted after this resetting even if a signal (c) is inputted before a signal (a) is inputted. When an interruption acceptance mode select input (d) goes up to a level H, on the other hand, an AND gate 65 is opened on condition that the signal (c) and the output of the flip-flop 61 are both at the level H, so that the request a' is outputted through a OR gate 67.
    • 7. 发明专利
    • Input and output processing method for programmable sequence controller
    • 可编程序控制器的输入和输出处理方法
    • JPS62117001A
    • 1987-05-28
    • JP25583585
    • 1985-11-16
    • Hitachi Ltd
    • FUJIWARA KATSUHIROOSHIGA TAKAYUKIKASAHARA TOSHIRO
    • G05B19/05
    • G05B19/054
    • PURPOSE: To secure the application of a programmable sequence controller to any type of controlled system by reducing satisfactorily the scan time of the sequence controller with use of an image memory and at the same time coping with a desired controlled system in a satisfactorily short answer time less than a single scan time.
      CONSTITUTION: When the input/output control instructions (I/O set and reset instructions) are supplied through an arithmetic part 3, the control lines (set and reset lines) delivered from an instruction decoding part 31 are changed. The set and reset lines are connected to the set and reset inputs of a flip-flop 43 respectively at an input/output control part 4. Then the output of the flip-flop 43 is changed every time the IOC set and reset instructions emerge and then supplied to a data selector 42. Thus the selector 43 selects the external input/ output data given directly from an input part 6 and an output part 7 or the data given from an input/output image memory 41 and sends it to the part 3.
      COPYRIGHT: (C)1987,JPO&Japio
    • 目的:通过使用图像存储器令人满意地减少序列控制器的扫描时间,同时在令人满意的短的应答时间内处理所需的受控系统,从而确保将可编程序控制器应用于任何类型的受控系统 少于单次扫描时间。 构成:通过运算部3供给输入输出控制指令(I / O设定和复位指令)时,从指令译码部31发送的控制线(置位和复位线)发生变化。 设置和复位线分别在触发器43的输入/输出控制部分4处连接到触发器43的设置和复位输入。然后,每当IOC置位和复位指令出现时,触发器43的输出被改变,并且 然后提供给数据选择器42.因此,选择器43选择直接从输入部分6和输出部分7给​​出的外部输入/输出数据或从输入/输出图像存储器41给出的数据,并将其发送到部分3 。
    • 9. 发明专利
    • SEQUENCE PROGRAM PRODUCING DEVICE
    • JPS623303A
    • 1987-01-09
    • JP14195885
    • 1985-06-28
    • HITACHI LTD
    • ITO ATSUSHIFUJIWARA KATSUHIRO
    • G05B23/02G05B19/02G05B19/05G06F17/50
    • PURPOSE:To produce programs with use of a monitor having low resolution by displaying the symbols and contacts of the circuit component elements showing the mutual connection constitution and the codes of the relays, etc. at the position separate from each other and at the same time displaying the un-input symbols after discriminating them from each other. CONSTITUTION:A programming device contains a liquid crystal display device 14 and an input means. The device 14 includes a symbol display part 50 for display of symbols supplied from the input means and a code display part 51. A liquid crystal structure 52 showing a contact and its nearby connection constitution within the part 50 shows the make, break contacts, etc. and also that the code is not supplied yet to a contact symbol according to the light emitting state of each segment. A liquid crystal structure 65 showing a relay in the part 50 displays the type of a relay in response to the types of characters within the brackets. The part 51 consists of many dot segments and can display the Roman characters and numeric characters as well as the codes of contact, relays, etc.
    • 10. 发明专利
    • SEQUENCE CONTROLLER
    • JPS61264405A
    • 1986-11-22
    • JP10580785
    • 1985-05-20
    • HITACHI LTD
    • ITO ATSUSHIFUJIWARA KATSUHIRO
    • G05B19/05G05B19/02
    • PURPOSE:To attain a high-speed response with a sequence controller by adding an arithmetic part and a program area for control of said arithmetic part to a controller part of an extension unit. CONSTITUTION:A basic unit 8 contains a storage part 8a, an arithmetic part 8b, an input part 8c and an output part 8d. A controller part 1 of an extension unit 3 transmits the data given from the unit 8 to an external I/O module 10. Then a single chip microcomputer 6 consisting of a RAM 2, a processor 4 and a ROM 5 is added to the part 1. Thus a controller 7 writes the data given from the unit 8 to the RAM 2 to complete the transfer of the external output data. The external input data is used to read the data out of the RAM 2 and transfer it to the unit 8. Thus an operation is carried out within the unit 3 in parallel with transmission of the external input signal to the unit 8. The result of this operation is delivered to outside.