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    • 91. 发明申请
    • MOBILE COMMUNICATION METHOD
    • 移动通信方法
    • US20130343325A1
    • 2013-12-26
    • US14003879
    • 2012-03-23
    • Katsutoshi NishidaKeisuke Suzuki
    • Katsutoshi NishidaKeisuke Suzuki
    • H04W72/04
    • H04W72/04H04W8/08H04W8/26H04W36/0011H04W36/12H04W60/04
    • A mobile communication method according to an embodiment of the invention includes: a step A of causing a S-GW#2 to send “Downlink Data Pending” to a MME in a procedure for the S-GW#2 to establish a user data bearer for the UE with a P-GW; a step B of causing the MME to send an “Initial Context Setup Request” for requesting establishment of an S1 bearer/E-RAB for the UE between the S-GW#2 and an eNB under the control of the S-GW#2 while holding a NAS signaling connection established with the UE without releasing the NAS signaling connection, when the MME receives the “Downlink Data Pending”; and a step C of causing the S-GW#2 to send the “RA” to the UE via the S1 bearer/E-RAB for the UE.
    • 根据本发明实施例的移动通信方法包括:步骤A,使S-GW#2在S-GW#2建立用户数据承载的过程中向MME发送“下行链路数据待定” 对于具有P-GW的UE; 在S-GW#2的控制下,使MME发送用于请求建立S-GW#2与eNB之间的UE的S1承载/ E-RAB的“初始上下文建立请求” 同时保持与UE建立的NAS信令连接而不释放NAS信令连接,当MME接收到“Downlink Data Pending”时; 以及使S-GW#2经由用于UE的S1承载/ E-RAB向UE发送“RA”的步骤C.
    • 96. 发明申请
    • MOBILE COMMUNICATION SYSTEM
    • 移动通信系统
    • US20130235846A1
    • 2013-09-12
    • US13866579
    • 2013-04-19
    • Katsutoshi NishidaTakashi KoshimizuToshiyuki Tamura
    • Katsutoshi NishidaTakashi KoshimizuToshiyuki Tamura
    • H04W36/00
    • H04W36/0022H04L65/1016H04L65/103H04L65/104H04W88/06
    • In a mobile communication system capable of switching between a first communication state and a second communication state, in a case of a first communication state, a VoIP media signal is exchanged between a mobile station UE #1 and a mobile station UE #2 via an LTE radio access system and a node S-GW, a VoIP control signal is exchanged via the LTE radio access system, the node S-GW, and IMS, and in a case of a second communication state, a circuit-switched signal is exchanged between the mobile station UE #1 and an enhanced MSC/MGW via a 2G/3G radio access system, the VoIP media signal is exchanged between the enhanced MSC/MGW and the mobile station UE #2 via the node S-GW, and the VoIP control signal is exchanged between the enhanced MSC/MGW and the mobile station UE #2 via the node S-GW and the IMS.
    • 在能够在第一通信状态和第二通信状态之间进行切换的移动通信系统中,在第一通信状态的情况下,在移动台UE#1和移动台UE#2之间经由 LTE无线电接入系统和节点S-GW,经由LTE无线电接入系统,节点S-GW和IMS交换VoIP控制信号,并且在第二通信状态的情况下,交换电路交换信号 通过2G / 3G无线接入系统在移动台UE#1和增强型MSC / MGW之间经由节点S-GW在增强型MSC / MGW与移动台UE#2之间交换VoIP媒体信号, 经由节点S-GW和IMS在增强型MSC / MGW与移动台UE#2之间交换VoIP控制信号。
    • 97. 发明申请
    • MOBILE COMMUNICATION METHOD
    • 移动通信方法
    • US20130188603A1
    • 2013-07-25
    • US13807369
    • 2011-06-28
    • Katsutoshi NishidaToshiyuki Tamura
    • Katsutoshi NishidaToshiyuki Tamura
    • H04W40/36
    • H04W40/36H04M7/123H04W36/0022
    • A mobile communication method according to the invention comprises the steps of: causing MSC server/CS-MGW to transmit a path switching signal and activate a timer; causing UE#2 to switch a transmission destination of a voice communication data signal addressed to UE#1 from S/P-GW to the MSC server/CS-MGW; causing the MSC server/CS-MGW transmits a path restoration instruction signal if not detecting that handover of the UE#1 from E-UTRAN to UTRAN/GERAN is completed before the timer expires; and causing the UE#2 switches a transmission destination of the voice communication data signal addressed to the UE#1 from the MSC server/CS-MGW to the S/P-GW in response to the path restoration instruction signal.
    • 根据本发明的移动通信方法包括以下步骤:使MSC服务器/ CS-MGW发送路径切换信号并激活定时器; 使UE#2将寻址到UE#1的语音通信数据信号的发送目的地从S / P-GW切换到MSC服务器/ CS-MGW; 如果在定时器期满之前未检测到UE#1从E-UTRAN到UTRAN / GERAN的切换已完成,则MSC服务器/ CS-MGW发送路径恢复指令信号; 并使UE#2响应于路径恢复指令信号,将从MSC服务器/ CS-MGW寻址的UE#1的语音通信数据信号的发送目的地切换到S / P-GW。