| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 21 | EPON系统的光功率调整方法及光线路终端 | CN201010134573.5 | 2010-03-12 | CN102196322B | 2015-06-10 | 夏顺东 |
| 本发明公开了一种EPON系统的光功率调整方法及光线路终端。其中，所述方法包括：OLT在ONU或ONT注册成功后，启动光功率调整过程；在光功率调整过程中，OLT检测来自ONU或ONT的上行数据是否有误码；若没有误码，则通知ONU或ONT逐级下调发送光功率，在逐级下调过程中OLT继续检测上行数据有无误码；若逐级下调过程中OLT检测到上行数据有误码，则通知ONU或ONT逐级上调发送光功率，在逐级上调过程中OLT继续检测上行数据有无误码；若逐级上调过程中OLT检测到上行数据没有误码，则OLT停止调整。通过本发明，有效减小了EPON系统上行数据传输中不必要的光功率消耗，达到了节电效果。 | ||||||
| 22 | 用于光纤通信系统的安全和功率控制装置和方法 | CN200980144157.9 | 2009-06-02 | CN102204126B | 2014-08-06 | R·希姆佩 |
| 用于光学通信设备的安全和功率控制装置和方法，其中，发射光学信号（OS1）的第一电路包及至少第二和第三电路包（2、3）经由光纤（4、5）被串联地连接。如果接下来的电路包（3）的信号丢失监视器（34）转送信号丢失控制信号（LOC3），则被连接到至少第二电路包（2）的输出端（27）的功率监视器（26）将从第二电路包（2）输出的信号功率（PW2）降低至预定安全值。优点是在中断光纤段的输入端处实现最大容许值，并且未中断电路仍能够以适当的功率电平接收光学信号。 | ||||||
| 23 | 光纤收发信机的集成存储器控制器电路 | CN200610149558.1 | 2002-02-04 | CN1976261B | 2012-11-14 | L·B·阿伦森; S·G·霍斯金 |
| 一种控制器，用于控制具有激光发射器和光电二极管接收器的收发信机。控制器包括：存储器，用于存储有关收发信机的信息；以及模数转换电路，用于接收来自激光发射器和光电二极管接收器的多个模拟信号、将接收的模拟信号转换成数字值并将数字值存储在存储器内的预定位置。比较逻辑，用于对这些数字值中的一个或多个与极限值进行比较，根据比较结果产生标记值并将标记值存储在存储器内的预定位置。控制器中的控制电路根据存储在存储器中的一个或多个数值控制激光发射器的工作。设置串行接口，使主机能从存储器的位置中读出和向存储器的位置写入。除了少量的二进制输入和输出信号外，收发信机的全部控制和监控功能都映像到控制器中唯一的存储器映像位置。控制器的多种控制功能和多种监控功能均由主计算机通过访问控制器中的相应的存储器映像位置来实现。 | ||||||
| 24 | 光通信系统 | CN200910002832.6 | 2000-03-17 | CN101521542A | 2009-09-02 | P·A·卡兰; D·J·马多克斯 |
| 在双向光通讯系统发生故障后，产生承载通信业务的光信道和监控光信道的激光器被关闭，以容许人员进行安全修理。每隔一段时间启动小功率监控光信道，以决定故障是否仍存在，但假定接收器能根据这样的脉冲正确地恢复帧对准，相反方向的监控光信道被启动，随着两个方向的帧对准，安全地接通主激光器。 | ||||||
| 25 | 光传输系统 | CN200510062951.2 | 2005-03-31 | CN100340074C | 2007-09-26 | 奥野秀树 |
| 一种能够立即停止光设备的光传输系统，其中所述光设备可能从出现断开等的点发射高功率输出光信号。控制电路具有根据由光监督信道接收器接收的光监督信道来控制光纤放大器的第一功能。此外，控制电路具有以下第二功能：当由光监督信道接收器接收的光监督信道的强度等于或低于规定电平时，确定出现光纤等的断开，并终止通过光纤放大器经线路的光信号的传输。利用第二功能，可以防止从光纤的断开点发射高功率输出光信号。 | ||||||
| 26 | 用于通信保护的方法与系统 | CN00815220.9 | 2000-11-02 | CN1186964C | 2005-01-26 | O·马默 |
| 一种用于将第一位置和第二位置之间传输的业务量转移到保护链路上传输的方法，该方法包含：在第二位置检测到第一光链路上的故障；如果在第二位置通过光接收链路收到的能量不超过预定义门限，则在第二位置处将业务量的发送和接收转移到相应的保护链路上；在第一位置检测到第一光链路上的故障；如果在第一位置通过第一光链路收到的能量不超过预定义门限，则在第一位置处将业务量的发送和接收转移到相应的保护链路上。 | ||||||
| 27 | 用于在光传输系统中显示自动激光关断状态的装置和方法 | CN01131002.2 | 2001-08-27 | CN1340726A | 2002-03-20 | 李炳卓; 金种勋; 玄昌培 |
| 揭示了用于显示自动激光关断(ALS)状态的装置和方法。通过将低功率可见光传输到光纤进而从光纤切断位置发出,使操作员获知ALS状态。操作员通过对从光纤切断表面反射的ALS可见光的功率与传输ALS可见光的功率进行比较,识别光纤的切断位置,从而在该识别位置使切断的光纤复原。 | ||||||
| 28 | 在光学传输装置上接通备用连接的方法 | CN98814054.3 | 1998-12-03 | CN1294795A | 2001-05-09 | O·雅雷斯; J·海勒斯 |
| 在光学传输装置上用于备用切换的方法中除了运行—信号(WS1)和保护—信号(PS1)之外各自将具有关于占用状态信息的控制—信号进行传输和在接收方进行处理。经过一个监控信道即使当有用信号断路时也将控制信号进行传输。 | ||||||
| 29 | 判定光放大器故障的方法 | CN97193429.0 | 1997-01-22 | CN1214824A | 1999-04-21 | K·B·罗伯茨; M·S·奥苏利范; R·A·哈贝尔; C·B·肯内戴 |
| 本发明是一个用于检测系统及检测带有一个或者多个传输信道故障的方法。故障检测系统包括用于测量模块性能参数的装置、用于提供预期性能参数的装置、以及一个用于接收性能参数和预期性能参数的比较装置,并且当性能参数实质上偏离了预期参数时产生一个差错信号。上述系统也包括一个用于接收差错信号及其上述模块所对应的信令故障的显示/告警装置。上述性能参数是一个模块输出值、一个输出值与输入值之间的传输信道对应值、一个品质因子(FOMt=t)、一组所有传输信道的增益(g)、以及放大器模块的动态范围。 | ||||||
| 30 | 光波导传输路径的监控装置 | CN94192260.X | 1994-05-20 | CN1124550A | 1996-06-12 | R·希姆莱 |
| 本发明的目的是提供一种监控光波导传输通路和再次接通光波导传输路径的装置，这种装置甚至在极高的光传输功率下也可以使用而不致在传输路径检修期间造成危害。测试脉冲的能级降低到安全程度达到的。为检测出测试脉冲，必须在接收机侧采用高灵敏度的检测器。这种监控装置可用于例如以光纤放大器作为后置放大器的较远程传输的场合。 | ||||||
| 31 | 분산형 라만 증폭기 시스템 | KR1020177003261 | 2015-08-06 | KR1020170042290A | 2017-04-18 | 호칼터,데이비드 |
| 분산형라만증폭기시스템이개시된다. 분산형라만증폭기시스템은분산형라만증폭기와로컬또는근접광 포인트손실소스, 예를들면캐리어호텔(carrier hotel) 사이에배치된파이버스풀을포함할수 있다. 파이버스풀은집합(aggregated) 손실을상쇄시키는데충분한길이의파이버를가지므로, 분산형라만증폭기가셧다운되지않도록하는동시에분산형라만증폭기가스풀내의파이버를펌핑함으로써자격있는(entitled) 게인을얻을수 있도록한다. | ||||||
| 32 | 광 통신 시스템, 광 통신 장치 및 광 케이블 | KR1020040036312 | 2004-05-21 | KR1020040101059A | 2004-12-02 | 도리우미요이찌; 쯔까하라노부히꼬 |
| PURPOSE: An optical communication system, an optical communication equipment, and an optical cable are provided to control the output of a light-emitting element by detecting the separation or disconnection of a fiber-optical cable. CONSTITUTION: An optical communication system(1) connects the first and second optical communication equipments(2,3) by a fiber-optic cable(4) so that one-way optical communication can be implemented. The fiber-optic cable(4) has a fiber optic conductor(4a) to transmit optical signals and an insulator(4b) to protect the fiber-optic conductor(4a). The fiber-optic cable(4) has two electric conduction lines(5,6) along the fiber-optic conductor(4a). The electric conduction lines(5,6) electrically connect between the optical communication equipments(2,3). The first optical communication equipment(2) comprises an output-side electric conduction circuit(7) connected with the electric conduction lines(5,6). The second optical communication equipment(3) comprises an input-side electric conduction circuit(8) connected with the electric conduction lines(5,6). A detection circuit(9) is formed by the electric conduction circuits(7,8) and the electric conduction lines(5,6). | ||||||
| 33 | 광 망 종단장치 | KR1020110056995 | 2011-06-13 | KR1020120137863A | 2012-12-24 | 윤창일 |
| PURPOSE: An optical network terminal is provided to prevent a time slot allocated to respectively different optical network terminal. CONSTITUTION: A driving current detecting unit(13) detects a driving current. A light emitting time determining unit(14) calculates a light emitting time of a laser diode according to time when the driving current is detected. The light emitting time determining unit outputs a power control signal. The power control signal includes information about comparing a light emitting time of the laser diode and preset standard time. In case the power control signal includes light emitting time of the laser diode, a power voltage controlling unit(15) blocks a power voltage of the laser diode driving unit. [Reference numerals] (11) Laser diode operating unit; (13) Driving current detecting unit; (14) Light emitting time determining unit; (15) Power voltage controlling unit | ||||||
| 34 | 다중링크 광섬유 접속에서의 개방 파이버 제어 전파 방법 | KR1019990039475 | 1999-09-15 | KR100336727B1 | 2002-05-13 | 데쿠사티스캐시머모리스; 홀윌리엄에릭 |
| 개방파이버제어안전표준을만족시키면서, 다중링크광섬유접속의한 링크상에서의개방링크상태를다른링크들에게전파할수 있는광섬유통신방법이개시되어있다. 각링크는이중링크(duplex link)를포함하며, 적어도하나의광학중계장치가채용된다. 적어도하나의광학중계장치는광섬유접속의링크들사이에서다중의이중링크들중 한링크에서의개방링크상태를전파하도록되어있다. 개방링크상태전파는대역외 신호, 전자랩 모드, 또는대역외 신호와전자랩 모드를모두사용하는하이브리드방법에의해이루어질 수있다. 원래의개방링크가일단폐쇄되면폐쇄링크상태가자동전파된다. | ||||||
| 35 | 광전송 시스템에서 자동 레이저 차단상태의 가시화 장치및 그 방법 | KR1020000051177 | 2000-08-31 | KR1020020017687A | 2002-03-07 | 이병탁; 김종훈; 현창배 |
| PURPOSE: A visualization unit for an automatic laser interruption state in an optical transmission system and a method thereof are provided to visually notify automatic laser interruption state to an operator located where an optical fiber is cut. CONSTITUTION: It is sensed that a highly outputted main optical signal flowing through an optical fiber is interrupted(ST11). Accordingly, a highly outputted main optical signal of a transmitting terminal is interrupted(ST12). An optical switch of an ALS visualization combining part is switched from the main optical signal of the transmitting terminal to an ALS visualization light source part(ST13). An ALS visual light having regular output value is generated by driving the ALS visualization light source part and is applied to the optical fiber through the ALS visualization combining part(ST14). If the ALS visual light is reflected, an optical detecting part detects an output of the reflected ALS visual light(ST15). A signal processing part compares an output of an ALS visual light transmitted from a visual light source to the optical fiber with the detected output of the reflected ALS visual light for calculating distance to an optical fiber cut point(ST16). The signal processing part controls the visual light source for the output of the ALS visual light(ST17). If the cut optical fiber is restored(ST18), the ALS visual light of the ALS visualization light source part is interrupted(ST19). The optical switch of the ALS visualization combining part is switched to the main optical signal of the transmitting terminal(ST20). The main optical signal of the transmitting terminal is driven to perform normal optical transmission(ST21). | ||||||
| 36 | 다중링크 광섬유 접속에서의 개방 파이버 제어 전파 방법 | KR1019990039475 | 1999-09-15 | KR1020000028676A | 2000-05-25 | 데쿠사티스캐시머모리스; 홀윌리엄에릭 |
| PURPOSE: A method for the communication of optical fiber is provided to transmit the state of an open link among the connections of multi link optical fiber to the other link while satisfying the safety standard of an OFC(Open Fiber Control). CONSTITUTION: Each link in multi links includes duplex link for selecting at least one optical relay device. Herein, the optical relay device transmits the state of one open link among the duplex links in the links of optical fiber connection. Also, the method for transmitting the state of the open link is completed by using a hybrid approaching method using an external band signal, an electric lap mode, or the external band signal and the electric lap mode. Therefore, if the original open link is closed, the state of the closed link is automatically transmitted. | ||||||
| 37 | OPTOELECTRONIC TRANSCEIVER HAVING DUAL ACCESS TO ONBOARD DIAGNOSTICS | PCT/US2004021675 | 2004-06-30 | WO2005013648A3 | 2005-09-15 | HOSKING LUCY G; STEWART JAMES; HO ANTHONY |
| The optoelectronic transceiver includes first and second controller ICs. Each controller IC includes logic, a memory, an interface, and at least one input port. Each memory is configured to store digital diagnostic data and has a unique serial device address to allow a host access to each of these controller ICs separately and independently At least some of the digital diagnostic data is common to both the first controller IC and the second controller IC. The inclusion of two controller ICs allows the same diagnostic data to be stored in completely different memory mapped locations. This allows hosts that are preconfigured differently to read different memory mapped locations on the different controller ICs to obtain the same diagnostic data. | ||||||
| 38 | METHOD AND SYSTEM FOR COMMUNICATION PROTECTION | PCT/IL0000707 | 2000-11-02 | WO0133757A2 | 2001-05-10 | MARMUR OREN |
| A method for diverting traffic transmitted between a first location and a second location, to be transmitted over protection links, which method comprises: detecting a fault on a first optical link at the second location; if the energy received over the reception optical link at the second location does not exceed a pre-defined threshold, diverting the traffic transmission and reception at the second location to the corresponding protection links; detecting a fault on a first optical link at the first location; if the energy received via the first optical link at the first location does not exceed a pre-defined threshold, diverting the traffic transmission and reception at the first location to the corresponding protection links. | ||||||
| 39 | 光パワー低減保護方法及び装置、コンピュータ記憶媒体 | JP2016575779 | 2014-10-13 | JP6388674B2 | 2018-09-12 | リ,ビカイ |
| 40 | 通信装置および通信システム | JP2015087354 | 2015-04-22 | JP2016208251A | 2016-12-08 | 百代 俊久; 山本 真也; 小椋 剛; 小松 次太; 森田 寛; 市村 元 |
| 【課題】安全性を高めることができる通信装置を得る。 【解決手段】本開示の通信装置は、光信号を送信する発光部に対して、第1のデータ信号を供給する送信部と、第1の電気信号を用いて通信相手との接続を検出する接続検出部と、接続検出部における検出結果に基づいて、発光部における発光動作を停止させる制御部とを備える。 【選択図】図1 |
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