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    • 1. 发明申请
    • DC-DC CONVERTER WITH MULTIPLE OUTPUTS
    • 具有多个输出的DC-DC转换器
    • WO2013083296A2
    • 2013-06-13
    • PCT/EP2012/051074
    • 2012-01-25
    • TELEFONAKTIEBOLAGET L M ERICSSON (PUBL)GROSSO, RenatoSAPONARA, SergioFRELLO, AntonioDA CANAL, AlessandroFANUCCI, LucaRISSOTTO, Stefano
    • GROSSO, RenatoSAPONARA, SergioFRELLO, AntonioDA CANAL, AlessandroFANUCCI, LucaRISSOTTO, Stefano
    • H02M3/335
    • H02M3/33515H02M3/33561H02M3/33576
    • A multiple output DC-DC converter (5) comprises a transformer (12) having a primary winding (13) and at least one secondary winding (14). The converter has a primary circuit (10) a plurality of secondary circuits (21, 22, 23). Each secondary circuit comprises the secondary winding (14) of the transformer or a respective winding of a plurality of secondary windings of the transformer, and an output stage (28) for providing a DC power supply output. At least one of the secondary circuits (21, 22, 23) comprises a secondary switch (25, 26, 27). A controller (30) is arranged to monitor a respective output signal (32) of each of the secondary circuits (21, 22, 23) and to control operation of the primary switch (15) and the at least one secondary switch (25, 26, 27) based on the monitored signals. The controller (30) is arranged to co-ordinate operation of the at least one secondary switch (25, 26, 27) with the primary switch (15), such that the primary switch (15) and the at least one secondary switch (25, 26, 27) are switched on at the same time, or with a controlled offset.
    • 多输出DC-DC转换器(5)包括具有初级绕组(13)和至少一个次级绕组(14)的变压器(12)。 转换器具有主电路(10)多个次级电路(21,22,23)。 每个次级电路包括变压器的次级绕组(14)或变压器的多个次级绕组的相应绕组以及用于提供直流电源输出的输出级(28)。 次级电路(21,22,23)中的至少一个包括二次开关(25,26,27)。 控制器(30)被布置成监视每个次级电路(21,22,23)的相应输出信号(32)并且控制主开关(15)和至少一个次级开关(25,23)的操作, 26,27)。 控制器(30)被布置成使至少一个次级开关(25,26,27)与主开关(15)的操作协调一致,使得主开关(15)和至少一个次级开关 25,26,27)同时被接通或被控偏移。
    • 2. 发明申请
    • DEVICE AND SYSTEM FOR PROTECTION SWITCHING
    • 用于保护开关的装置和系统
    • WO2010047629A1
    • 2010-04-29
    • PCT/SE2008/051200
    • 2008-10-23
    • TELEFONAKTIEBOLAGET L M ERICSSON (PUBL)GROSSO, Renato
    • GROSSO, Renato
    • H04L1/22
    • H04L1/22G06F11/2005G06F11/2028G06F11/2038H04L49/552H04M3/18H04M3/2209
    • This invention relates to a unit (200) and a system (290) for protection switching of line cards (270,280) in a telecommunication system. Known solutions implement a so called protection bus which has several disadvantages. It does for example not allow for different simultaneous protection switching configurations. The current invention overcomes these disadvantages and comprises a protection unit (200) connectable between the communication lines (250) and the line interface unit (270). The protection unit (200) is interconnected with other protections units (210,220) with detachable electrical connection elements (251,252) to form a protection switching system (290). One protection unit (210) in the protection switching system (290) is connectable to a standby line card (260). The protection switching system (290) is adapted so that when protection switching is needed the line signal is re-directed between the communication line (240) for a failed line card (280) and the standby line card (260) via the electrical connection elements (251,252).
    • 本发明涉及用于电信系统中线路卡(270,280)的保护切换的单元(200)和系统(290)。 已知的解决方案实现了所谓的保护总线,其具有若干缺点。 它例如不允许不同的同时保护切换配置。 本发明克服了这些缺点,并且包括可连接在通信线路(250)和线路接口单元(270)之间的保护单元(200)。 保护单元(200)与具有可分离的电连接元件(251,252)的其它保护单元(210,220)互连以形成保护切换系统(290)。 保护切换系统(290)中的一个保护单元(210)可连接到备用线路卡(260)。 保护切换系统(290)适于使得当需要保护切换时,线路信号经由电连接被重新导向用于故障线路卡(280)的通信线路(240)和备用线路卡(260)之间 元素(251,252)。
    • 3. 发明申请
    • OPTICAL ACCESS NETWORK
    • 光接入网络
    • WO2011134507A1
    • 2011-11-03
    • PCT/EP2010/055723
    • 2010-04-28
    • TELEFONAKTIEBOLAGET L M ERICSSON (publ)CAVALIERE, FabioGIORGI, LucaD'ERRICO, AntonioGROSSO, Renato
    • CAVALIERE, FabioGIORGI, LucaD'ERRICO, AntonioGROSSO, Renato
    • H04J14/02
    • H04J14/0282H04J14/0202H04J14/0257H04J14/0267H04J14/0269
    • An optical access network (5) comprises L wavelength division multiplexed access sub-networks (10,11,12), where L>2. Each of the wavelength division multiplexed access sub-networks (10,11,12) is arranged to use a set of wavelength channels (λ 1 -λ N ). M optical line termination apparatus (41,42,43), where M>1, each receive traffic from a respective operator network (51,52,53) and output traffic on the wavelength channels. A wavelength routing apparatus (110) comprises M sets of first ports (35) and L second ports (24). Each set of first ports connects to a respective one of the optical line termination apparatus (41,42,43) and each second port connects to an optical link (16) of a respective one of the wavelength division multiplexed access sub- networks. The wavelength routing apparatus (110) is arranged to route the wavelength channels (λ 1 -λ N ) between the sets of first ports (35) and the second ports (24) and to route different wavelength channels of the same wavelength to different ones of the second ports (24).
    • 光接入网络(5)包括L波分复用接入子网(10,11,12),其中L> 2。 波分复用接入子网络(10,11,12)中的每一个被配置为使用一组波长信道(α1-ΔN)。 M光线路终端设备(41,42,43),其中M> 1,各自从相应的运营商网络(51,52,53)接收业务并在波长信道上输出业务。 波长路由装置(110)包括M组第一端口(35)和L个第二端口(24)。 每组第一端口连接到光线路终端设备(41,42,43)中的相应一个,并且每个第二端口连接到相应的一个波分复用接入子网络的光链路(16)。 波长路由装置(110)被布置成在第一端口(35)和第二端口(24)组之间路由波长信道(λ1-ΔN),并且将相同波长的不同波长信道路由到不同的 的第二端口(24)。
    • 4. 发明申请
    • APPARATUS AND METHOD FOR COMMUNICATING OVER A PLURALITY OF COMMUNICATION LINKS
    • 用于通信多个通信链路的装置和方法
    • WO2015032046A1
    • 2015-03-12
    • PCT/CN2013/082972
    • 2013-09-05
    • TELEFONAKTIEBOLAGET L M ERICSSON (PUBL)HU, Amber
    • HU, AmberGROSSO, RenatoMARCHIONINI, LorenzoXU, Bo
    • H04L12/26
    • H04L47/41H04L43/0882H04L43/0894H04L43/16H04L45/245Y02D50/30
    • Apparatus and Method for communicating over a plurality of communication links A method in a first network entity (2) which is capable of communicating over a plurality of communication links (8) with a second network entity (4). The first network entity determines a level of transmit traffic (31) transmitted over the plurality of communication links to the second network entity. The first network entity further determines a level of receive traffic (32) received over the plurality of communication links from the second network entity. The first network entity further determines (33) if the level of transmit traffic and/or the level of receive traffic meet one or more requirements for changing a number of active links of the communication links. If so, the first network entity changes (34) the number of active links independently of the second network entity (4).
    • 用于在多个通信链路上进行通信的装置和方法第一网络实体(2)中的能够通过多个通信链路(8)与第二网络实体(4)进行通信的方法。 第一网络实体确定通过多个通信链路发送到第二网络实体的发送业务(31)的级别。 第一网络实体还确定从第二网络实体通过多个通信链路接收的接收业务量(32)的级别。 第一网络实体还确定(33)发送业务的级别和/或接收业务的级别是否满足改变通信链路的活动链路的数量的一个或多个要求。 如果是,则第一网络实体独立于第二网络实体(4)改变(34)活动链路的数量。
    • 10. 发明申请
    • IMPROVEMENTS IN OPTICAL NETWORKS
    • 光网络的改进
    • WO2011020502A1
    • 2011-02-24
    • PCT/EP2009/060736
    • 2009-08-19
    • GROSSO, RenatoMARCHIONINI, LorenzoQUADRINI, LisaTELEFONAKTIEBOLAGET LM ERICSSON (PUBL)
    • GROSSO, RenatoMARCHIONINI, LorenzoQUADRINI, Lisa
    • H04J14/02
    • H04J14/0226H04J14/02H04J14/0246H04J14/025H04J14/0254H04J14/0256H04J14/0257H04J14/0279H04J14/0282
    • An optical network (10) comprises a first optical transmitter (12), a first controller (14), optical receiver apparatus (16) and an optical network element (20) comprising an optical receiver (22), a second optical transmitter (24), and a second controller (26). The first controller controls the first optical transmitter to generate and transmit a first optical signal having a first signal format until the optical receiver apparatus detects the second optical signal and subsequently controls it to apply a second signal format to said first optical signal. The second controller (26) controls the second optical transmitter to iteratively generate and transmit the second optical signal at different wavelength until a first optical having a second signal format is detected. The second controller subsequently maintains generation and transmission of the second optical signal at the wavelength at which the first optical signal was identified as having the second signal format.
    • 光网络(10)包括第一光发射机(12),第一控制器(14),光接收机设备(16)和包括光接收机(22)的光网元(20),第二光发射机 )和第二控制器(26)。 第一控制器控制第一光发射机以产生和发送具有第一信号格式的第一光信号,直到光接收机设备检测到第二光信号,并随后控制其向第一光信号施加第二信号格式。 第二控制器(26)控制第二光发射机,以不同的波长迭代生成并传输第二光信号,直到检测到具有第二信号格式的第一光。 第二控制器随后在第一光信号被识别为具有第二信号格式的波长下维持第二光信号的产生和传输。