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    • 2. 发明授权
    • Interface apparatus of ATM/STM coexistence network system
    • ATM / STM共存网络系统接口设备
    • US5933426A
    • 1999-08-03
    • US725140
    • 1996-10-02
    • Hideyuki Motoori
    • Hideyuki Motoori
    • H04J3/00H04L12/66H04L12/951H04Q3/00H04Q11/04
    • H04Q11/0478H04J2203/0046H04J2203/0089H04L2012/5618
    • An interface apparatus of an ATM/STM coexistence network system includes a first converter for converting a first input signal of a synchronous transfer mode into a signal with a cell format having an additional address for an asynchronous transfer mode and outputting the signal with the cell format as a first asynchronous transfer mode cell and a second converter for extracting an asynchronous transfer mode cell from a second input signal in which the asynchronous transfer mode cell is multiplexed in the synchronous transfer mode and outputting the extracted asynchronous transmission mode cell as a second asynchronous transmission mode cell. The interface apparatus further includes an output-destination controller for determining output destinations in accordance with addresses shown in the first and second asynchronous transfer mode cells.
    • ATM / STM共存网络系统的接口装置包括:第一转换器,用于将同步传输模式的第一输入信号转换成具有用于异步传输模式的附加地址的信元格式的信号,并输出具有信元格式的信号 作为第一异步传输模式单元和第二转换器,用于从异步传输模式单元在同步传输模式中多路复用的第二输入信号提取异步传输模式单元,并将所提取的异步传输模式单元作为第二异步传输 模式单元格。 接口装置还包括输出目的地控制器,用于根据第一和第二异步传送模式单元中所示的地址来确定输出目的地。
    • 3. 发明授权
    • Power supply protection system applied to optical subscriber network
    • 电源保护系统应用于光用户网络
    • US5347417A
    • 1994-09-13
    • US49088
    • 1993-04-20
    • Hideyuki Motoori
    • Hideyuki Motoori
    • H04M19/00H02H7/26H04Q3/42H04Q3/58H02H3/30
    • H02H7/263
    • A system for protecting a remote power supply for supplying power to an optical subscriber network, via a pair of power supply lines, from a remote power supply apparatus, being provided with power supply branch apparatuses inserted into the power supply lines in correspondence with each power receiving circuit respectively mounted in subscriber transmission nodes. Each of the power supply branch apparatuses comprises relay contacts inserted into its own power supply branch lines connected between the power supply lines and its own power receiving circuit, and a relay energized by an overcurrent detector or first and second communication units to change over the relay contacts. The relay contacts are opened and closed subscriber by subscriber sequentially to detect a faulty portion, and thereafter, the power is fed again selectively to the subscribers which have not experienced the fault.
    • 一种用于通过一对电源线从远程电源设备保护用于向光用户网络供电的远程电源的系统,设置有与每个电源相对应地插入到电源线中的电源分支设备 接收电路分别安装在用户传输节点中。 每个电源分支装置包括插入到连接在电源线和其自己的电力接收电路之间的其自身的电源支线中的继电器触点和由过电流检测器或第一和第二通信单元激励的继电器以转换继电器 联系人 继电器触点由用户顺序地打开和关闭,以检测故障部分,此后,电源再次选择性地馈送给没有经历故障的用户。
    • 4. 发明授权
    • Surge protector
    • 浪涌保护器
    • US5272588A
    • 1993-12-21
    • US475589
    • 1990-02-06
    • Hideyuki Motoori
    • Hideyuki Motoori
    • H04B3/02H02H9/06H04M3/18H02H9/04
    • H04M3/18H02H9/06
    • The present invention relates to a surge protector for suppressing a surge voltage generated on transmission lines, having an object to prevent system shut-down by grounding detected by terminal equipment at the time of suppressing a surge, using a discharge tube for suppressing intermittently a surge voltage. The surge protector of the present invention comprises a first suppressing means comprising a penta-electrode discharge tube having first positive and negative electrodes and second positive and negative electrodes, any one of which is operatively connected to first input terminals and to a grounded grid electrode; a switch means one end of which is operatively connected to the first positive electrode or negative electrode and the other end to said second input electrode; and an ON-OFF switch control means which is operatively connected to said second positive and negative terminals to control the ON-OFF operations of said switch means; and a second suppressing means comprising first and second resistor means connected respectively in series to said transmission lines and a metal oxide varister which is connected in parallel with said transmission lines to suppress a surge voltage by converting it into heat.
    • 5. 发明授权
    • Transmission line monitoring system
    • 传输线监控系统
    • US5038364A
    • 1991-08-06
    • US441646
    • 1989-11-27
    • Hideyuki Motoori
    • Hideyuki Motoori
    • H04B17/40H04Q9/00
    • H04B17/40
    • A transmission line monitoring system for monitoring the quality of a transmission line along which a plurality of repeaters are equipped. A monitoring line is equipped along the transmission line for transmitting a signal for collecting information on the quality of the above transmission line. A plurality of monitoring units are respectively provided corresponding to the above plurality of repeaters. A centralized monitoring unit sends an instruction which includes information on a section of the transmission line which is to be tested, through the monitoring line, and receives the above information on the quality of the above section of the transmission line, which is sent from a monitoring unit responding to the above instruction through the above monitoring line. Each of the monitoring units receives the above instruction through the communicating circuit, and determines whether or not its own monitoring unit corresponds to a repeater at the beginning or the end of the section, by the control circuit. A test signal is sent through the section, when its own unit is determined as the above beginning, and a test signal is received and detected through the above section when its own unit is determined as the above end. The result of the detection of the test signal through the section is sent through the monitoring line to the centralized monitoring unit as the information on the quality of the section.