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    • 1. 发明申请
    • POTS EXTENDER FOR VOICE FALLBACK IN A SUBSCRIBER LINE FIELD OF THE INVENTION
    • POTS扩展器用于订阅行中的语音回退技术领域
    • WO2002079789A1
    • 2002-10-10
    • PCT/US2002/009816
    • 2002-03-28
    • NOKIA CORPORATIONWISSING, JeffreyPEK, JiriMATHEWS, CecilMILASIN, Drasko
    • WISSING, JeffreyPEK, JiriMATHEWS, CecilMILASIN, Drasko
    • G01R31/08
    • H04M3/12H04L12/2898H04L2012/5671H04L2012/6478H04M3/005H04M3/2209H04M7/0057H04M7/121H04M7/124H04M7/128H04M19/00
    • A full services access multiplexer (315) is described. A master digital subscriber line (master DSL) modem (303) is coupled to a conductor pair (309). A POTS extender (301) also is coupled to the conductor pair (309) and may sense the operation of a fallback or other signal on the conductor pair (309). A suppression signal may be transmitted to master DSL modem (303) upon occurrence of the fallback. The suppression signal may travel over a control circuit (305). Traffic over a backplane (307) or other network segment may be uninterrupted to a Integrated Access Device (IAD) (105) by handling signals inbound and outbound to the backplane (307) via packet assembler and disassembler (PAD) (353). PAD (315) may transmit a data stream to vocoder (351) and received a data stream from vocoder (351) for injection onto the backplane (307). The vocoder (351) connects duplexed traffic to the subscriber line interface circuit (SLIC) (311) wherein traffic between the vocoder (351) and the SLIC (311) are in analog formats in or near the audible range of frequencies.
    • 描述了全业务接入复用器(315)。 主数字用户线(主DSL)调制解调器(303)耦合到导体对(309)。 POTS扩展器(301)还耦合到导体对(309),并且可以感测导体对(309)上的回退或其他信号的操作。 在发生回退时,抑制信号可能被发送到主DSL调制解调器(303)。 抑制信号可以在控制电路(305)上移动。 通过经由分组汇编器和拆卸器(PAD)处理到底板(307)的入站和出站的信号,通过背板(307)或其他网段的业务可以不中断到集成接入设备(IAD)(105)。 PAD(315)可以将数据流发送到声码器(351)并从声码器(351)接收用于注入到背板(307)上的数据流。 声码器(351)将双工业务连接到用户线路接口电路(SLIC)(311),其中声码器(351)和SLIC(311)之间的通信量处于或接近可听频率范围内的模拟格式。
    • 2. 发明申请
    • INTEGRATING THE INTERNET WITH THE PUBLIC SWITCHED TELEPHONE NETWORK
    • 集成互联网与公共交换电话网络
    • WO2004061580A3
    • 2004-09-30
    • PCT/US0339064
    • 2003-12-10
    • EMERSON HARRY E III
    • EMERSON HARRY E III
    • H04L29/06H04L29/12H04M7/00H04L12/66
    • H04M7/0078H04L29/06027H04L29/12066H04L29/1216H04L61/1511H04L61/157H04L63/045H04L63/062H04L65/1006H04L65/1069H04L65/602H04M7/0027H04M7/124H04M7/126H04M7/128
    • A plurality of Integrated Devices are provided with an Internet connection and a telephone number. The telephone number has associated telephone connectivity via a telephone line, such that the Integrated Devices can be connected to by dialing the associated telephone number via telephones on the Public Switched Telephone Network (PSTN). The Internet connection has an associated Internet protocol (IP) address which is dynamically assigned when one device calls the telephone number of a called device via the PSTN. The dynamically assigned IP address for a first one of the calling or called device is provided to the other device, which initiates an Internet connection between them by sending an Internet message to the dynamically assigned IP address of the first device. Local and intermediate proxy servers perform dynamic IP address management, providing privacy and security for user IP addresses and data transmissions. Encryption keys are provided by PSTN digital messaging capabilities to calling and called devices for subsequent encryption of communications data transported across the Internet. The Internet is thereby integrated with the PSTN. Significant benefits, including the richness of Internet communications, become available by simply dialing the telephone number of suitably equipped devices or systems.
    • 多个集成设备具有互联网连接和电话号码。 电话号码通过电话线具有关联的电话连接性,使得可以通过公共交换电话网(PSTN)上的电话拨打关联的电话号码来连接集成设备。 互联网连接具有关联的互联网协议(IP)地址,当一个设备通过PSTN呼叫被叫设备的电话号码时,该IP地址被动态分配。 第一个主叫或被叫设备的动态分配的IP地址被提供给另一个设备,该设备通过向第一个设备的动态分配的IP地址发送互联网消息来启动它们之间的互联网连接。 本地和中间代理服务器执行动态IP地址管理,为用户IP地址和数据传输提供隐私和安全。 加密密钥由PSTN数字消息传递功能提供给呼叫和被叫设备,以便随后加密通过因特网传输的通信数据。 互联网因此与PSTN集成。 只需拨打适当配备的设备或系统的电话号码即可获得包括互联网通信丰富性在内的重大利益。
    • 3. 发明申请
    • ENDPOINT-TO-ENDPOINT TRANSCODING FREE CONNECTION
    • 端点到端点自由连接
    • WO2009002912A3
    • 2009-04-02
    • PCT/US2008067860
    • 2008-06-23
    • TEXAS INSTRUMENTS INCSINDHWANI MANOJPATEL PIYUSH SHANKERBHAI
    • SINDHWANI MANOJPATEL PIYUSH SHANKERBHAI
    • H04L12/66
    • H04L65/1069H04L65/103H04L69/24H04M7/0072H04M7/124H04W28/18H04W88/181
    • In a method, system and apparatus for providing an endpoint-to-endpoint transcoding free connection, a customer premises equipment (CPE) (145, 160) at a first or second endpoint encodes and decodes voice data received from and sent to a respective one of first and second media gateways (110, 111, 112) according to an initial codec type. The first and second media gateways perform a Transcoding Free Operation (TFO) negotiation to determine if there is a common codec type among the first and second media gateways and first and second endpoints. If such a common codec type is determined, the first and second media gateways switch from encoding voice data according to the initial codec type to the common codec type and send an indication of the switch to the respective one of the first and second endpoints.
    • 在用于提供端点到端点转码自由连接的系统和装置中,在第一或第二端点处的客户驻地设备(CPE)(145,160)对从所述第一或第二端点接收并发送到相应的一个端口的语音数据进行编码和解码 根据初始编解码器类型的第一和第二媒体网关(110,111,112)。 第一和第二媒体网关执行无转码自由操作(TFO)协商,以确定在第一和第二媒体网关以及第一和第二端点之间是否存在公共编解码器类型。 如果确定了这样的通用编解码器类型,则第一和第二媒体网关根据初始编解码器类型从编码语音数据切换到公共编解码器类型,并且将交换机的指示发送到第一和第二端点中的相应一个。
    • 4. 发明申请
    • ENDPOINT-TO-ENDPOINT TRANSCODING FREE CONNECTION
    • 端点到端点自由连接
    • WO2009002912A2
    • 2008-12-31
    • PCT/US2008/067860
    • 2008-06-23
    • TEXAS INSTRUMENTS INCORPORATEDSINDHWANI, ManojPATEL, Piyush, Shankerbhai
    • SINDHWANI, ManojPATEL, Piyush, Shankerbhai
    • H04L12/66
    • H04L65/1069H04L65/103H04L69/24H04M7/0072H04M7/124H04W28/18H04W88/181
    • In a method, system and apparatus for providing an endpoint-to-endpoint transcoding free connection, a customer premises equipment (CPE) (145, 160) at a first or second endpoint encodes and decodes voice data received from and sent to a respective one of first and second media gateways (110, 111, 112) according to an initial codec type. The first and second media gateways perform a Transcoding Free Operation (TFO) negotiation to determine if there is a common codec type among the first and second media gateways and first and second endpoints. If such a common codec type is determined, the first and second media gateways switch from encoding voice data according to the initial codec type to the common codec type and send an indication of the switch to the respective one of the first and second endpoints.
    • 在用于提供端点到端点转码自由连接的系统和装置中,在第一或第二端点处的客户驻地设备(CPE)(145,160)对从所述第一或第二端点接收并发送到相应的一个端口的语音数据进行编码和解码 根据初始编解码器类型的第一和第二媒体网关(110,111,112)。 第一和第二媒体网关执行无转码自由操作(TFO)协商,以确定在第一和第二媒体网关以及第一和第二端点之间是否存在公共编解码器类型。 如果确定了这样的通用编解码器类型,则第一和第二媒体网关根据初始编解码器类型从编码语音数据切换到公共编解码器类型,并且将交换机的指示发送到第一和第二端点中的相应一个。
    • 7. 发明申请
    • METHOD AND DEVICE FOR MANAGING A SUBSCRIBER DEVICE
    • 用于管理订户设备的方法和设备
    • WO2015086822A1
    • 2015-06-18
    • PCT/EP2014/077569
    • 2014-12-12
    • GEMALTO SA
    • MAVRAKIS, DanielZANNIN, FrançoisQUETGLAS, StéphaneTROADEC, Hervé
    • H04W12/12H04M3/22
    • H04W12/12H04M3/51H04M7/0075H04M7/124H04M2203/152
    • The invention relates to a method (20) for managing a subscriber device. According to the invention, the method comprises the following steps. An interception step in which a device intercepts a request message (22) for requesting whether a mobile equipment has or has not been stolen. The request message includes a message of a check_IMEI type. The request message includes data relating to a subscriber. The request message originates from a Mobile Switching Centre type entity (112) relating to a home mobile network (100) and is addressed to an Equipment Identity Register type entity (116) relating to the home mobile network. At least one abnormal operation detection step in which the device increments a counter, each time, the device detects or determines, within the intercepted message, one and the same subscriber that is used according to at least one predetermined abnormal operation condition. And a subscriber registration step in which if the counter matches a predetermined threshold, then the device stores the detected subscriber as belonging to a wireless bypass subscriber set. The invention also relates to a corresponding device (114).
    • 本发明涉及一种用于管理用户设备的方法(20)。 根据本发明,该方法包括以下步骤。 一种拦截步骤,其中设备拦截用于请求移动设备是否已经被窃取的请求消息(22)。 请求消息包括check_IMEI类型的消息。 请求消息包括与订户相关的数据。 请求消息源于与家庭移动网络(100)相关的移动交换中心类型实体(112),并且寻址到与家庭移动网络有关的设备身份登记器类型实体(116)。 至少一个异常操作检测步骤,其中设备递增计数器,每次设备在所截获的消息内检测或确定根据至少一个预定异常操作条件使用的同一个用户。 以及用户注册步骤,其中如果所述计数器匹配预定阈值,则所述设备将所检测到的用户存储为属于无线旁路用户集合。 本发明还涉及相应的装置(114)。
    • 8. 发明申请
    • INTEGRATING THE INTERNET WITH THE PUBLIC SWITCHED TELEPHONE NETWORK
    • 与公共交换式电话网络集成互联网
    • WO2004061580A2
    • 2004-07-22
    • PCT/US2003/039064
    • 2003-12-10
    • EMERSON, Harry, E., III
    • EMERSON, Harry, E., III
    • G06F
    • H04M7/0078H04L29/06027H04L29/12066H04L29/1216H04L61/1511H04L61/157H04L63/045H04L63/062H04L65/1006H04L65/1069H04L65/602H04M7/0027H04M7/124H04M7/126H04M7/128
    • A plurality of Integrated Devices are provided with an Internet connection and a telephone number. The telephone number has associated telephone connectivity via a telephone line, such that the Integrated Devices can be connected to by dialing the associated telephone number via telephones on the Public Switched Telephone Network (PSTN). The Internet connection has an associated Internet protocol (IP) address which is dynamically assigned when one device calls the telephone number of a called device via the PSTN. The dynamically assigned IP address for a first one of the calling or called device is provided to the other device, which initiates an Internet connection between them by sending an Internet message to the dynamically assigned IP address of the first device. Local and intermediate proxy servers perform dynamic IP address management, providing privacy and security for user IP addresses and data transmissions. Encryption keys are provided by PSTN digital messaging capabilities to calling and called devices for subsequent encryption of communications data transported across the Internet. The Internet is thereby integrated with the PSTN. Significant benefits, including the richness of Internet communications, become available by simply dialing the telephone number of suitably equipped devices or systems.
    • 多个集成设备具有互联网连接和电话号码。 电话号码通过电话线具有相关联的电话连接,使得可以通过在公共交换电话网(PSTN)上的电话拨打相关联的电话号码来连接集成设备。 因特网连接具有相关联的因特网协议(IP)地址,当一个设备通过PSTN呼叫被叫设备的电话号码时,该地址被动态分配。 主叫或被叫设备中的第一个设备的动态分配的IP地址被提供给另一个设备,该设备通过向第一设备的动态分配的IP地址发送因特网消息来启动它们之间的因特网连接。 本地和中间代理服务器执行动态IP地址管理,为用户IP地址和数据传输提供隐私和安全性。 加密密钥由PSTN数字消息传递功能提供给呼叫和被叫设备,用于随后加密通过互联网传输的通信数据。 因此互联网与PSTN集成。 通过简单地拨打适当装备的设备或系统的电话号码,可以获得包括互联网通信丰富性在内的显着的益处。
    • 9. 发明申请
    • METHOD FOR SWITCHING A FIRST COMMUNICATION LINK TO A SECOND COMMUNICATION LINK BETWEEN TWO COMMUNICATION SYSTEMS
    • 法切换第一到第二通信链路之间的两个通信系统
    • WO00008891A1
    • 2000-02-17
    • PCT/DE1999/002043
    • 1999-07-02
    • H04L12/64H04M7/00H04Q11/04
    • H04L12/6418H04L2012/6443H04L2012/6472H04L2012/6475H04M7/124H04Q11/0457
    • A first and a second communication system (NKn, NKm-1) are connected through a first link (V1), which uses a first communication network (IN), and through a second link (V2) which uses a second communication network (ISDN). Said first and second link (V1, V2) exhibit, for every communication system (NKn, NKm-1), a transmitting channel (SW) used by the communication system (NKn, NKm-1) for transmission, and a receiving channel (HW) used by said communication system (NKn, NKm-1) for reception. The first link (V1) is switched to the second link (V2) in such a way that the transmitting channel (SW) and the receiving channel (HW) of a communication system (NKn, NKm-1) are switched, at different times, from the first link to the second link (V1, V2).
    • 第一和彼此连接的第二通信系统(NKN,NKM-1)经由第一通过第一通信网络(IN)导引连杆(V1),并且经由第二被引导,通过第二通信网络(ISDN)连接(V2)。 第一和第二连接部(V1,V2)具有,每个通信系统(NKN,NKM-1),每个具有经由该通信系统(NKN,NKM-1)发送和接收路径(HW)的发送路径(SW),通过该 该通信系统(NKN,NKM-1)接收关于。 切换第一到第二连接(V1,V2)被执行,使得所述传输路径(SW)和从所述第一接收路径的通信系统的(HW)(NKN,NKM-1),在不同的时间(第二连接V1 V2)切换。