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    • 1. 发明申请
    • Advanced WLAN access point and a message processing method for the same
    • 高级WLAN接入点和消息处理方法相同
    • US20060215620A1
    • 2006-09-28
    • US11086341
    • 2005-03-23
    • Jui-Long OuHsiao-Shun JanChing-Fu TengMaujy Peng
    • Jui-Long OuHsiao-Shun JanChing-Fu TengMaujy Peng
    • H04J3/00
    • H04W88/08
    • An advanced WLAN access point and a message processing method for the same is disclosed. The access point includes a time division multiplex (TDM) processing unit employed to process a TDM message from a broadband network. Moreover, a data processing unit used to process the data message is introduced, and a field-programmable gate array (FPGA) is used to transform a high-speed message into a standard data packet from the TDM processing unit and the data processing unit as well. Then the standard data packet is transmitted to a WLAN module. During the transmission procedure, the received message is transformed into a standard data packet through the advanced WLAN access point. Thereafter, the message is divided into a data message and a TDM message by the FPGA, and is outputted via their corresponding devices. The access point disclosed in the present invention monitors and configures the parameters thereof.
    • 公开了一种先进的WLAN接入点及其消息处理方法。 接入点包括用于处理来自宽带网络的TDM消息的时分复用(TDM)处理单元。 此外,引入了用于处理数据消息的数据处理单元,并且使用现场可编程门阵列(FPGA)将来自TDM处理单元和数据处理单元的高速消息转换为标准数据分组,作为 好。 然后将标准数据包发送到WLAN模块。 在传输过程中,接收的消息通过高级WLAN接入点转换成标准数据包。 此后,该消息被FPGA分为数据消息和TDM消息,并通过其相应的设备输出。 本发明公开的接入点监视和配置其参数。
    • 2. 发明申请
    • Wireless network module
    • 无线网络模块
    • US20050143127A1
    • 2005-06-30
    • US10999925
    • 2004-12-01
    • Jui-Long Ou
    • Jui-Long Ou
    • H04L12/28H04L12/56H04W4/00H04W36/00H04B7/00H04B1/38H04M1/00H04Q7/20
    • H04W88/02H04W4/00
    • A wireless network module is provided to enable at least one electronic device to access wireless services. In an embodiment, a control unit is connected with a first interface connecting to the electronic device, a second interface selectively connecting to another electronic device having a second communication unit the, and a first communication unit providing the ability of first communication, thereby the electronic device connects to the network by the first communication unit, and when the first communication unit cannot be executed the electronic device connects to the network via the second communication unit of another electronic device. Further, the electronic device connected with the second interface also can access wireless services via the first communication unit.
    • 提供无线网络模块以使至少一个电子设备能够访问无线服务。 在一个实施例中,控制单元与连接到电子设备的第一接口连接,第二接口选择性地连接到具有第二通信单元的另一电子设备,以及提供第一通信能力的第一通信单元,从而电子 设备通过第一通信单元连接到网络,并且当第一通信单元不能被执行时,电子设备经由另一电子设备的第二通信单元连接到网络。 此外,与第二接口连接的电子设备也可以经由第一通信单元访问无线服务。
    • 3. 发明授权
    • Mobile user registration overflow control for portable communications
network
    • 便携式通信网络的移动用户注册溢出控制
    • US6078811A
    • 2000-06-20
    • US905595
    • 1997-08-04
    • Yi-Bing LinChen-Fang TsaiJui-Long OuChun-Shiow Chen
    • Yi-Bing LinChen-Fang TsaiJui-Long OuChun-Shiow Chen
    • H04W8/04H04W8/06H04W8/12H04Q7/00
    • H04W8/06H04W8/04H04W8/12
    • A mobile communication system is disclosed including one or more home location registers, one or more visitor location registers and one or more mobile terminal equipments. Each mobile terminal equipment is served by a single home location register. Each registration area or geographical area of mobile communication service is covered or served by a visitor location register. "Overflow" mobile terminals, i.e., more mobile terminals than user records that can be maintained at the visitor location registers, are permitted to register at the visitor location registers. To that end, each home location register maintains an indication, e.g., a bit, for each mobile terminal it manages indicating whether or not the mobile terminal is an overflow mobile termninal. When a mobile terminal is registered at the visitor location register and no user records are available, the visitor location record nevertheless registers the mobile terminal. One mobile terminal is selected as an overflow terminal and the user record for that terminal is deleted or is not generated. The home location register for the overflow mobile terminal then sets the overflow indicator for the mobile terminal to indicate that it is is the overflow terminal. Overflow mobile terminals are easily canceled--no user record is stored for such mobile terminals at the visitor location register. Calls can be originated by overflow mobile terminals by first forcing them to re-register. To terminate calls to overflow mobile terminals, the visitor location register must allocate a user record to the overflow terminal, including possibly selecting another mobile terminal as an overflow mobile terminal, thereby making a user record available.
    • 公开了包括一个或多个归属位置寄存器,一个或多个访问者位置寄存器和一个或多个移动终端设备的移动通信系统。 每个移动终端设备由单个归属位置寄存器服务。 移动通信服务的每个注册区域或地理区域由访问者位置寄存器覆盖或服务。 允许在访问者位置寄存器处注册“移动”移动终端,即比可以在访问者位置寄存器处保持的用户记录更多的移动终端。 为此,每个归属位置寄存器为其管理的每个移动终端维护一个指示,例如一位,指示移动终端是否是溢出的移动终端。 当移动终端在访问者位置寄存器处被注册并且没有用户记录可用时,访客位置记录仍然登记移动终端。 选择一个移动终端作为溢出终端,并且该终端的用户记录被删除或不被生成。 溢出移动终端的归属位置寄存器然后设置移动终端的溢出指示符,以指示它是溢出终端。 溢出移动终端容易被取消 - 在访问者位置寄存器中没有为这样的移动终端存储用户记录。 呼叫可以由移动终端溢出发起,首先强制他们重新注册。 为了终止对溢出移动终端的呼叫,访问者位置寄存器必须向溢出终端分配用户记录,包括可能选择另一个移动终端作为溢出移动终端,从而使得用户记录可用。