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    • 2. 发明申请
    • Data transfer system, approach notification system and data transfer method
    • 数据传输系统,方法通知系统和数据传输方法
    • US20080153496A1
    • 2008-06-26
    • US11976969
    • 2007-10-30
    • Yohji FukuzawaKousuke SakamotoHidekazu MakinoSyuhei OhsakoTatsuhiko Takata
    • Yohji FukuzawaKousuke SakamotoHidekazu MakinoSyuhei OhsakoTatsuhiko Takata
    • H04Q7/20H04M1/00
    • H04W88/181H04W4/18H04W36/02H04W36/28
    • A data transfer system includes a data conversion storage server (3) that generates data (MD1) having a size smaller than a size of data (MD0) received from a delivery server (5) by performing a specific process on the data (MD0). A base station control unit (2) is provided with a data transferring portion that transfers one of the data (MD0 and MD1) selectively to a mobile phone terminal (1), and an approaching mobile communication equipment sensing portion that senses a mobile phone terminal (1) that is receiving the data (MD0) and is approaching an HSDPA supporting wireless base station (4). Then, the data transferring portion stops sending the data (MD0) to the mobile phone terminal (1) sensed by the approaching mobile communication equipment sensing portion, and instead it starts transferring data (MD2) related to a part of the first data to be transferred.
    • 数据传送系统包括数据转换存储服务器(3),该数据转换存储服务器(3)通过对数据进行特定处理,生成尺寸小于从传送服务器(5)接收的数据大小(MD 0)的数据(MD1) MD 0)。 基站控制单元(2)设置有数据传送部分,其将数据(MD 0和MD 1)中的一个选择性地传送到移动电话终端(1),以及接近的移动通信设备感测部分,其感测移动 正在接收数据(MD 0)并正在接近支持HSDPA的无线基站(4)的电话终端(1)。 然后,数据传送部分停止向接近的移动通信设备感测部分感测到的移动电话终端(1)发送数据(MD 0),而是开始传送与第一数据的一部分有关的数据(MD2) 被转移。
    • 4. 发明授权
    • Terminal regulation management device
    • 终端监管管理装置
    • US07881203B2
    • 2011-02-01
    • US11892098
    • 2007-08-20
    • Syuhei OhsakoYohji FukuzawaTsutomu MiyagakiTatsuhiko TakataKousuke SakamotoNoriaki Taniguchi
    • Syuhei OhsakoYohji FukuzawaTsutomu MiyagakiTatsuhiko TakataKousuke SakamotoNoriaki Taniguchi
    • G01R31/08G06F11/00G08C15/00H04J1/16H04J3/14H04L1/00H04L12/26H04Q7/00H04L12/28H04L12/56
    • H04W48/06H04W8/18
    • A terminal regulation management device capable of flexibly managing terminals in times of unexpected incident, to ensure communications of users whose daily life zone overlaps with the site of the incident and of users whose daily life zone is outside the site. A priority information memory stores, with respect to each base station, priority information indicating priority levels as to subscribers' incoming/outgoing calls and including communication counts that the subscribers have communicated using their radio terminals. A communication information receiver receives communication information on the terminal communications from a radio network controller for controlling the base stations. A priority decision unit updates the communication counts stored in the memory, based on the received communication information, and determines the priority order of the priority information in accordance with the updated communication counts. A priority information transmitter transmits the priority information stored in the priority information memory to the base stations.
    • 一种能够在意外事件发生时灵活管理终端的终端管理管理装置,确保日常生活区域与事件现场重叠的用户和日常生活区域在场外的用户的通信。 优先级信息存储器存储关于每个基站的优先级信息,该优先级信息指示用户的呼入/呼出呼叫的优先级,并且包括用户使用其无线电终端通信的通信计数。 通信信息接收器从用于控制基站的无线电网络控制器接收关于终端通信的通信信息。 优先级决定单元根据接收到的通信信息更新存储在存储器中的通信计数,并且根据更新的通信计数确定优先级信息的优先顺序。 优先信息发送器将存储在优先级信息存储器中的优先级信息发送到基站。
    • 5. 发明授权
    • Cell management method and apparatus
    • 细胞管理方法和装置
    • US07873063B2
    • 2011-01-18
    • US11822198
    • 2007-07-03
    • Tatsuhiko TakataYohji FukuzawaTsutomu MiyagakiSyuhei OhsakoKousuke SakamotoNoriaki Taniguchi
    • Tatsuhiko TakataYohji FukuzawaTsutomu MiyagakiSyuhei OhsakoKousuke SakamotoNoriaki Taniguchi
    • H04L12/28H04L12/56
    • H04W16/04H04W16/24H04W16/32
    • In a cell management method and apparatus which can prevent a call loss generated in association with an increase of cell usage rate independent of a protection frequency bandwidth, cell usage rates of operating cells (at frequency Fo) are acquired. Narrower nonoperating cells (at frequency Fo) of the operating cell in which the cell usage rate indicates a high-load state are rendered an addition candidate and the operating cell is rendered a deletion candidate. A broader nonoperating cell (at frequency Fo) of the operating cell in which the cell usage rate indicates a low-load state is rendered an addition candidate, and the operating cell and other narrower operating cells belonging to the nonoperating cell are rendered deletion candidate. From among the nonoperating cells that are the addition candidate and the operating cells that are the deletion candidates, a nonoperating cell(s) to be switched over to an operating cell(s) and an operating cell(s) to be switched over to a nonoperating cell(s) is determined.
    • 在能够防止与保护频带宽度无关地增加小区使用率的情况下产生的呼叫损失的小区管理方法和装置中,获取操作小区(频率为F0)的小区使用率。 将小区使用率指示高负载状态的操作小区的更窄的非操作小区(在频率为Fo)变为添加候选,并且将操作小区作为删除候选。 将小区使用率指示为低负载状态的操作小区的更广泛的非操作小区(频率为Fo)变成添加候选,并且属于非操作小区的操作小区和其他较窄的操作小区被删除候选。 从作为添加候选的非操作单元和作为删除候选的操作单元之中,将要切换到操作单元的非操作单元和要切换到的操作单元 确定非操作细胞。
    • 6. 发明申请
    • Cell management method and apparatus
    • 细胞管理方法和装置
    • US20080004034A1
    • 2008-01-03
    • US11822198
    • 2007-07-03
    • Tatsuhiko TakataYohji FukuzawaTsutomu MiyagakiSyuhei OhsakoKousuke SakamotoNoriaki Taniguchi
    • Tatsuhiko TakataYohji FukuzawaTsutomu MiyagakiSyuhei OhsakoKousuke SakamotoNoriaki Taniguchi
    • H04Q7/20
    • H04W16/04H04W16/24H04W16/32
    • In a cell management method and apparatus which can prevent a call loss generated in association with an increase of cell usage rate independent of a protection frequency bandwidth, cell usage rates of operating cells (at frequency Fo) are acquired. Narrower nonoperating cells (at frequency Fo) of the operating cell in which the cell usage rate indicates a high-load state are rendered an addition candidate and the operating cell is rendered a deletion candidate. A broader nonoperating cell (at frequency Fo) of the operating cell in which the cell usage rate indicates a low-load state is rendered an addition candidate, and the operating cell and other narrower operating cells belonging to the nonoperating cell are rendered deletion candidate. From among the nonoperating cells that are the addition candidate and the operating cells that are the deletion candidates, a nonoperating cell(s) to be switched over to an operating cell(s) and an operating cell(s) to be switched over to a nonoperating cell(s) is determined.
    • 在能够防止与保护频带宽度无关地增加小区使用率的情况下产生的呼叫损失的小区管理方法和装置中,获取操作小区(频率为F0)的小区使用率。 将小区使用率指示高负载状态的操作小区的更窄的非操作小区(在频率为Fo)变为添加候选,并且将操作小区作为删除候选。 将小区使用率指示为低负载状态的操作小区的更广泛的非操作小区(频率为Fo)变为添加候选,并且属于非操作小区的操作小区和其他较窄的操作小区被删除候选。 从作为添加候选的非操作单元和作为删除候选的操作单元之中,将要切换到操作单元的非操作单元和要切换到的操作单元 确定非操作细胞。
    • 9. 发明申请
    • Communication Control Device And Communication Control Method
    • 通讯控制装置及通讯控制方法
    • US20110014937A1
    • 2011-01-20
    • US12891297
    • 2010-09-27
    • Tatsuhiko TAKATAYohji FUKUZAWAAkihiro SATOUTomonari KAGIMOTO
    • Tatsuhiko TAKATAYohji FUKUZAWAAkihiro SATOUTomonari KAGIMOTO
    • H04B7/00
    • H04W36/0055
    • A communication control system includes a wireless base station A and a wireless base station B that control wireless communication of a mobile communication terminal and an EPC that performs path control and data transmission/reception control between the wireless base station A and the wireless base station B by wire communication. Then, when the wireless base station B receives a handover request requesting for switching the wireless path from the mobile communication terminal, the wireless base station B switches the wireless path to a wireless path through the wireless base station B, and after a predetermined time elapses from when the wireless path is switched, the wireless base station B transmits a request for switching a wire path through the wireless base station A that performs data transmission/reception control for the mobile communication terminal to a wire path through the wireless base station B to the EPC.
    • 通信控制系统包括控制移动通信终端的无线通信的无线基站A和无线基站B以及在无线基站A与无线基站B之间执行路径控制和数据发送/接收控制的EPC 通过有线通信。 然后,当无线基站B从移动通信终端接收到请求切换无线路径的切换请求时,无线基站B通过无线基站B将无线路径切换到无线路径,经过预定时间 从无线路径切换时,无线基站B向通过无线基站B的有线路径发送通过对移动通信终端执行数据发送/接收控制的无线基站A切换有线路径的请求, EPC。