会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Communication system
    • 通讯系统
    • US06421536B1
    • 2002-07-16
    • US09287684
    • 1999-04-07
    • Hiroshi UranakaNoritoshi OgasawaraKenji TakagiHidenori Ishii
    • Hiroshi UranakaNoritoshi OgasawaraKenji TakagiHidenori Ishii
    • H04Q720
    • H04M3/54H04M1/737H04M3/42323H04M2207/206
    • A communication system includes an exchange, one or a plurality of telephones connected to the exchange via a telephone circuit network, and one or a plurality of computers connected to the exchange at least via the telephone circuit network. Among those telephones and computers, a first telephone is correlated with a first computer. The first telephone sends the first computer a first call reception state report indicating a call reception state of the first telephone via a first route. When receiving the first call reception state report, the first computer sends the exchange a prescribed telephone circuit control instruction for a call directed to the first telephone. When receiving the prescribed telephone circuit control instruction, the exchange performs a telephone circuit control for the call directed to the first telephone according to the prescribed telephone circuit control instruction.
    • 通信系统包括通过电话电路网络连接到交换机的交换机,一个或多个电话以及至少经由电话电路网络连接到交换机的一个或多个计算机。 在这些电话和计算机中,第一电话与第一台计算机相关联。 第一电话经由第一路由向第一计算机发送指示第一电话的呼叫接收状态的第一呼叫接收状态报告。 当接收到第一呼叫接收状态报告时,第一计算机向交换机发送用于针对第一电话的呼叫的规定的电话电路控制指令。 当接收到规定的电话电路控制指令时,交换机根据规定的电话电路控制指令执行针对第一电话的呼叫的电话电路控制。
    • 2. 发明授权
    • Handoff method comprising network control apparatus that receives data packets from both the core network and the other network control apparatus wherein said received data packets will be transformed into wireless data
    • 切换方法包括从核心网络和另一个网络控制装置接收数据分组的网络控制装置,其中所述接收的数据分组将被转换成无线数据
    • US07751820B2
    • 2010-07-06
    • US11628046
    • 2005-03-17
    • Hidenori IshiiKenji Takagi
    • Hidenori IshiiKenji Takagi
    • H04W36/00
    • H04W36/10H04W92/14H04W92/22
    • There are a wireless access network comprising a radio network gateway apparatus (101), radio access network control apparatus (102a), (102b) and a base stations (103a), (103b) and a terminal (104) accommodated in the wireless access network and when the terminal (104) enters into a new cell B, a packet data is transmitted from the source radio access network control apparatus (102a) to the target radio access network control apparatus (102b). Further, when the terminal (104) switches the radio access network control apparatus (102) with which the terminal (104) communicates, the target radio access network control apparatus (102b) switches a transmission line of a data to be transmitted to the terminal (104) from a wireless data to a packet data in the source radio access network control apparatus (102a), and from the source packet data to a target packet data in a synchronized manner at each timing. This reduces traffic which occurs when switching a radio access network control apparatus to be communicated while the terminal moves between cells and prevent packet interruption in a wireless access network providing packet transmission service.
    • 存在无线接入网络,包括无线网络网关装置(101),无线接入网络控制装置(102a),(102b)以及基站(103a),(103b)和容纳在无线接入中的终端 网络,并且当终端(104)进入新小区B时,从源无线接入网络控制装置(102a)向目标无线接入网络控制装置(102b)发送分组数据。 此外,当终端(104)切换与终端(104)通信的无线接入网络控制装置(102)时,目标无线接入网络控制装置(102b)将要发送的数据的传输线切换到终端 (104)从无线数据到源无线接入网络控制装置(102a)中的分组数据,并且在每个定时以同步的方式从源分组数据到目标分组数据。 这减少了当终端在小区之间移动时切换要通信的无线接入网络控制装置发生的业务,并且防止在提供分组传输服务的无线接入网络中的分组中断。
    • 3. 发明申请
    • Wireless Network Control System, Wireless Network Control Apparatus, and Base Station
    • 无线网络控制系统,无线网络控制装置和基站
    • US20080045220A1
    • 2008-02-21
    • US10582793
    • 2005-03-17
    • Hidenori IshiiKenji Takagi
    • Hidenori IshiiKenji Takagi
    • H04Q7/20
    • H04W36/18H04B7/022H04W92/20
    • A corresponding table between a number of a cell and a main base station (102) accommodating the cell is prepared in a node (wireless network control apparatus (101) or main base station (102)) within a radio access network. When a terminal (104) is moved and enters an overlapped area of cells (a) and (b) from an original cell (a), in the case that a main base station (102a) to which the terminal (104) was connected in the cell (a) can accommodate the cell (b) that the terminal (104) has entered, the sub base station (103b) is connected to the main base station (102a), and site diversity is performed in the main base station (102a). Thus, when site diversity is performed between main base stations in a radio access network using a base station in which a baseband processing section is separated from a radio transmission/reception section, traffic flowing between the wireless network control apparatus and the base station is reduced.
    • 在无线电接入网络内的节点(无线网络控制装置(101)或主基站(102))中准备了容纳小区的小区数目和主基站(102)之间的对应表。 当终端(104)从原始小区(a)移动并进入小区(a)和(b)的重叠区域时,在终端(104)所在的主基站(102a)为 连接在小区(a)中的小区(a)可以容纳终端(104)进入的小区(b),子基站(103b)连接到主基站(102a),并且在 主基站(102a)。 因此,当使用基带处理部分与无线电发送/接收部分离的基站在无线电接入网络中的主基站之间进行站点分集时,在无线网络控制装置和基站之间流动的业务减少 。
    • 4. 发明申请
    • Resource relocation method, base station, and radio network control device
    • 资源重定位方法,基站和无线网络控制装置
    • US20060285523A1
    • 2006-12-21
    • US10556379
    • 2004-05-12
    • Hidenori IshiiToshiaki NagasawaKenji TakagiGo Nakano
    • Hidenori IshiiToshiaki NagasawaKenji TakagiGo Nakano
    • H04B7/216
    • H04W16/10H04W28/08
    • Based on traffic that includes a plurality of types of calls and varies with time, resources are located efficiently in a base transceiver station that has a plurality of cards that perform baseband signal processing, and prevention of the occurrence of call loss is contrived. There are provided signal processing cards that perform baseband signal processing and so forth, a radio resource monitoring section that monitors the state of signal processing cards, a radio resource control section that performs signal processing card resource allocation and shifting, and a traffic recording section that records the traffic generated in different time periods; and call loss when accommodating a most frequently generated call in each time period can be prevented by, as far as possible, determining a threshold value for the number of vacant resources from the call that is to be accommodated, activating relocation processing when the number of vacant resources in the base transceiver station becomes lower than the threshold value, and varying the threshold value based on the number of required resources of the most frequently generated calls in each time period.
    • 基于包括多种类型的呼叫并随时间变化的流量,资源有效地位于具有执行基带信号处理的多个卡的基站收发台中,并且防止发生呼叫丢失。 提供执行基带信号处理等的信号处理卡,监视信号处理卡的状态的无线电资源监视部分,执行信号处理卡资源分配和移位的无线电资源控制部分,以及业务记录部分, 记录在不同时间段内生成的流量; 并且在每个时间段内容纳最频繁生成的呼叫时的呼叫损失可以通过尽可能地确定来自待容纳的呼叫的空闲资源的数量的阈值来确定,当数量为 基站中的空闲资源变得低于阈值,并且基于每个时间段中最频繁生成的呼叫的所需资源的数量来改变阈值。
    • 6. 发明申请
    • Base transceiver station and resource rearrangement method
    • 基站收发台和资源重排法
    • US20050107123A1
    • 2005-05-19
    • US10967230
    • 2004-10-19
    • Hidenori IshiiKenji TakagiGo Nakano
    • Hidenori IshiiKenji TakagiGo Nakano
    • H04W16/02H04J13/00H04L29/06H04L29/08H04M1/00H04W24/00H04W24/02
    • H04W24/02
    • A base transceiver station enabling increases in the number of calls that can be accommodated at the same time. In the apparatus, each of signal processing cards 103-1 to 103-M has a predetermined number of resources to perform baseband processing on a call. Group creating section 108 compares the number of required resources of a call with a predetermined number, and sorts the call to a group corresponding to a result of the comparison. Resource control section 104 allocates a call to connect to either of signal processing cards 103-1 to 103-M. Further, resource control section 104 reallocates the call to another signal processing card of signal processing cards 103-1 to 103-M, according to the group to which the call, allocated to either of signal processing cards 103-1 to 103-M, is sorted.
    • 基站收发台能够同时增加可以容纳的呼叫数量。 在该装置中,信号处理卡103-1至103-M中的每一个具有预定数量的资源,以对呼叫进行基带处理。 组创建部分108将呼叫的所需资源的数量与预定数量进行比较,并且将呼叫对应于与比较结果相对应的组进行排序。 资源控制部分104分配呼叫以连接到信号处理卡103-1至103-M中的任一个。 此外,资源控制部104根据分配给信号处理卡103-1〜103-M中的任一个的呼叫的组,将呼叫重新分配给信号处理卡103-1〜103-M的其他信号处理卡, 被排序。
    • 8. 发明授权
    • Wireless communication system that performs diversity combining of radio signals from mobile terminal received through plurality of relay stations
    • 无线通信系统,其通过多个中继站接收来自移动终端的无线电信号的分集组合
    • US07664458B2
    • 2010-02-16
    • US10582793
    • 2005-03-17
    • Hidenori IshiiKenji Takagi
    • Hidenori IshiiKenji Takagi
    • H04B3/36H04B7/185H04B7/14
    • H04W36/18H04B7/022H04W92/20
    • A table identifying a correspondence between a cell and a main base station accommodating the cell is prepared in a node (wireless network control apparatus or main base station) within a radio access network. When a terminal is moved and enters an overlapped area of cells (a) and (b) from an original cell (a), where a main base station (to which the terminal was connected in the cell (a) can accommodate the cell (b) that the terminal has entered, the sub base station is connected to the main base station, and site diversity is performed in the main base station. When site diversity is performed between main base stations in a radio access network using a base station in which a baseband processing section is separated from a radio transmission/reception section, traffic flowing between the wireless network control apparatus and the base station is reduced.
    • 在无线接入网络内的节点(无线网络控制装置或主基站)中准备识别小区和容纳小区的主基站之间的对应关系的表。 当终端被移动并且从原始小区(a)进入小区(a)和(b)的重叠区域时,其中主基站(小区(a)中的终端连接到主基站)可以容纳小区 b)终端已经进入,子基站连接到主基站,并且在主基站中进行站点分集,当使用基站的无线接入网中的主基站之间进行站点分集时 基带处理部与无线发送接收部分离,能够减少在无线网络控制装置与基站之间流动的业务。
    • 9. 发明申请
    • Radio Base Station Device, Radio Control System, and Operation Control Method
    • 无线基站装置,无线电控制系统和操作控制方法
    • US20070258360A1
    • 2007-11-08
    • US11629288
    • 2005-03-18
    • Satoshi SengaHidenori IshiiKenji Takagi
    • Satoshi SengaHidenori IshiiKenji Takagi
    • H04J3/14H04Q7/00
    • H04W24/00H04W24/04H04W92/12
    • A radio base station device (3) comprises: a call processing control unit for transferring a signaling control signal, and transmitting a failure detection packet to a plurality of transmission paths (5) connected to a radio network controller so as to detect failure of each of the transmission paths (5); a baseband signal processing unit for transferring a user data control signal; a channel management table storing a currently set up channel and a transmission path used by the channel, as being associated with each other; and a channel management control unit for, in response to detection of failure of a transmission path (5) by the call processing control unit, receiving information indicating a state of each of the transmission paths from the call processing control unit, changing a currently set up channel to a transmission path (5) having no failure detected, and notifying the call processing control unit and the baseband signal processing unit of an address related to the transmission path (5) to which the currently set up channel is changed. Consequently, upon failure of an IP transmission path, the IP transmission path can be changed without interruption of voice and disconnection of a call at the time of failure.
    • 无线基站装置(3)包括:呼叫处理控制单元,用于传送信令控制信号,并将故障检测分组发送到连接到无线电网络控制器的多个传输路径(5),以便检测每个 的传输路径(5); 用于传送用户数据控制信号的基带信号处理单元; 存储当前建立的信道和由信道使用的传输路径的信道管理表彼此相关联; 以及信道管理控制单元,用于响应于由呼叫处理控制单元检测到传输路径(5)的故障,从呼叫处理控制单元接收指示每个传输路径的状态的信息,改变当前设置 向没有检测到故障的传输路径(5)发送上行信道,并且向呼叫处理控制单元和基带信号处理单元通知与当前建立的信道所改变的传输路径(5)有关的地址。 因此,在IP传输路径故障的情况下,IP传输路径可以在不中断语音和故障时断开呼叫的情况下进行改变。