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    • 3. 发明专利
    • Two-way data communication device for computer
    • 用于计算机的两路数据通信设备
    • JPS617746A
    • 1986-01-14
    • JP12849784
    • 1984-06-22
    • Mitaka Kogyo Kk
    • IZUMI NAONORI
    • H04L5/16G06F13/00H04L25/26
    • H04L25/26
    • PURPOSE:To perform data transmission and reception between normal computers even when a computer is faulty, by connecting in parallel photocouplers for reception of each computer with a communication line and, at the same time, providing a transmitting electric wire to each computer. CONSTITUTION:When a transistor switch 12 for transmission is turned on and turned off by means of a main computer 1, an electric current synchronous to the turning on and turning off is made to flow to photocouplers 5 and 6 for reception from a power source 18 for transmission. Therefore, data can be transmitted from the main computer 1 to subordinate computers 2 and 3. In the same way, when the computer 2 turns on and turns off another transistor switch 13 for transmission, the computer 2 can transmit data to the computers 1 and 3. Even if any one of the receiving side computers is set to a condition where the power supply is turned off when the transmitting operation is made, the data transmission and reception between normal computers can be performed without hindrance, because all the photocouplers for reception are connected with the power source for transmission at the transmitting side and, at the same time, turned on and turned off by the transistor switch at the transmitting side.
    • 目的:即使计算机出现故障,也可以在平常的计算机之间进行数据的发送和接收,通过并联光电耦合器连接每台计算机与通信线路的接收,同时向每台计算机提供发送电线。 构成:当用于传输的晶体管开关12通过主计算机1接通和断开时,使与开启和关闭同步的电流流向光耦合器5和6以从电源18接收 用于传输。 因此,数据可以从主计算机1发送到从属计算机2和3.以相同的方式,当计算机2接通并关闭用于传输的另一个晶体管开关13时,计算机2可以将数据发送到计算机1和 即使接收侧计算机中的任一个被设置为在进行发送操作时电源被关闭的状态,也可以无障碍地执行普通计算机之间的数据发送和接收,因为所有用于接收的光电耦合器 与发送侧的用于发送的电源连接,并且同时由发送侧的晶体管开关导通和截止。
    • 4. 发明专利
    • Numerical value setting system of program timer
    • 程序定时器的数值设定系统
    • JPS5923918A
    • 1984-02-07
    • JP13457382
    • 1982-07-30
    • Mitaka Kogyo Kk
    • IKETANI HIDEYO
    • G05B19/02G06F1/14H03K17/28
    • H03K17/28
    • PURPOSE:To improve the operability, by adopting a system inputting the setting of time of a program timer with a shift switch and a numeric shift switch. CONSTITUTION:A keyboard 4 inputting information required for operation of the program timer is constituted with switches inputting which program among programs stored in a memory 2 is to be selected and executed, and two on/off switches 41, 42 for inputting the set time, and these signals are led to a CPU1 via an input port 5. The digit is shifted up or down in the CPU1 by each depression of the switch 41. The numeral set in the CPU1 is shifted up (or down) by one digit each at each depression of the switch 42. That is, the numeral is designated as 0, 1, 2- in ascending order at each depression. Thus, while confirming the numeral displayed on a display device 6, the time data having a desired number of digit is inputted only with the operation of two switches 41, 42.
    • 目的:为了提高可操作性,通过采用系统通过换档开关和数字换档开关输入程序定时器的时间设置。 构成:输入程序定时器的操作所需的信息的键盘4由选择和执行存储器2中存储的程序中的程序的开关和用于输入设定时间的两个开/关开关41,42构成, 并且这些信号经由输入端口5被引导到CPU1。通过每次按下开关41,CPU1中的数字被上移或下移。在CPU1中设置的数字分别向上(或向下)移位一位数 每个按压开关42.也就是说,数字在每个凹陷处以升序被指定为0,1,2。 因此,在确认在显示装置6上显示的数字的同时,仅通过两个开关41,42的操作输入具有期望数量的数字的时间数据。
    • 8. 发明专利
    • Program timer
    • 程序定时器
    • JPS5924311A
    • 1984-02-08
    • JP13457282
    • 1982-07-30
    • Mitaka Kogyo Kk
    • IKETANI HIDEYO
    • G05B19/02G05B19/048H03K17/28
    • G05B19/048
    • PURPOSE:To detect early a fault by making use of a learning function and at the same time to ensure an accurate judgment to different states for each function, by providing a means to compare the physical quantity generated from a sequence control with the measured value obtained in a normal state. CONSTITUTION:A means is provided to compare the physical quantity generated from a sequence control with the measured value obtained in a normal mode. For instance, a learning function program is started by a switch group 21, and the sampling interval is calculated by a microprocessor CPU18. The temperature, pressure, etc. are stored in a memory 19 via a reading signal processors 132- 152, a multiplexer 16 and an A/D converter 17 while a device 2 to be controlled is controlled in sequence. Then the allowance value is set by the group 21 for each temperature and pressure, and the CPU18 measures the temperature and pressure of the device 2 and compares them with the value measured by the learning function. Then an alarm signal is transmitted via an output port 24 if the temperature and pressure of the device 2 are out of the allowance value respectively.
    • 目的:通过利用学习功能早期发现故障,同时确保对每个功能的不同状态进行准确判断,通过提供一种将序列控制产生的物理量与获得的测量值进行比较的手段 处于正常状态。 构成:提供了将序列控制产生的物理量与正常模式下获得的测量值进行比较的手段。 例如,开关组21启动学习功能程序,并且由微处理器CPU18计算采样间隔。 温度,压力等经由读取信号处理器132-152,多路复用器16和A / D转换器17存储在存储器19中,同时依次控制要被控制的装置2。 然后,由组21对每个温度和压力设定容许值,CPU18测量装置2的温度和压力,并将其与通过学习功能测量的值进行比较。 然后,如果设备2的温度和压力分别超出允许值,则通过输出端口24发送报警信号。
    • 9. 发明专利
    • Program timer
    • 程序定时器
    • JPS5924310A
    • 1984-02-08
    • JP13457182
    • 1982-07-30
    • Mitaka Kogyo Kk
    • IKETANI HIDEYO
    • G05B19/02G05B19/042H03K17/28
    • G05B19/0423
    • PURPOSE:To ensure a fine control with a simple constitution, by providing a memory which stores a program to change the output signal as indicated by a command after comparing and discriminating the input data with the prescribed conditions. CONSTITUTION:A memory stores programs of various types of modes to change the output signal as indicated by a command after comparing and discriminating the input data with the prescribed conditions. For instance, one among three analog inputs is selected by a multiplexer 1 on the basis of the control of a microprocessor CPU4. The selected analog input is converted into digital signals by an A/D converter 2 and supplied to the CPU4. Then a digital input of four bit is latched by an input port 3 and supplied to the CPU4. The CPU4 delivers the control signals needed for each part on the basis of a program stored in a memory 5, and at the same time a control program stored in a user memory 6 is executed. Then the output of the CPU4 is delivered via an output port 7 while counting the time elapsed by a reference time generator 8.
    • 目的:为了通过简单的结构确保精细的控制,通过提供一个存储器来存储程序,以在比较和区分输入数据与规定条件之后,通过命令指示来改变输出信号。 构成:存储器存储各种类型的模式的程序,以在比较和区分输入数据与规定条件之后改变输出信号,如命令所示。 例如,根据微处理器CPU4的控制,多路复用器1选择三个模拟输入中的一个。 所选择的模拟输入由A / D转换器2转换成数字信号并提供给CPU4。 然后四位的数字输入由输入端口3锁存并提供给CPU4。 CPU4基于存储在存储器5中的程序传送每个部分所需的控制信号,并且同时执行存储在用户存储器6中的控制程序。 然后CPU4的输出通过输出端口7传送,同时对参考时间发生器8所经过的时间进行计数。