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    • 2. 发明授权
    • Sending user plane traffic in a mobile communications network
    • 在移动通信网络中发送用户平面流量
    • US09271216B2
    • 2016-02-23
    • US14111111
    • 2012-04-12
    • Erik FrimanHans ErikssonJari VikbergLars Westberg
    • Erik FrimanHans ErikssonJari VikbergLars Westberg
    • H04W76/02H04W40/02H04L29/06H04W12/02H04L29/08
    • H04W40/02H04L63/306H04L67/2842H04W12/02H04W76/11H04W76/12
    • A method and apparatus for sending user plane traffic via a node located between a base station and a Serving Gateway in a mobile telecommunications network. The base station receives a message containing tunneling protocol information identifying the Serving Gateway. It sends a second message towards the node, the second message including tunneling protocol information identifying the base station and the Serving Gateway. The base station receives a third message from the node, the third message including tunneling protocol information for the base station to use towards the node, and tunneling protocol information for the Serving Gateway to use towards the node. A fourth message is sent, which includes tunneling protocol information for the Serving Gateway to use towards the node. User plane traffic can then be sent between the base station and the Serving Gateway via the node.
    • 一种用于经由位于移动电信网络中的基站和服务网关之间的节点发送用户平面业务的方法和装置。 基站接收包含识别服务网关的隧道协议信息的消息。 它向节点发送第二消息,第二消息包括标识基站和服务网关的隧道协议信息。 基站从节点接收第三消息,第三消息包括基站用于该节点的隧道协议信息,以及用于服务网关对该节点使用的隧道协议信息。 发送第四个消息,其中包括为服务网关向节点使用的隧道协议信息。 然后可以经由节点在基站和服务网关之间发送用户平面业务。
    • 7. 发明申请
    • NETWORK SHARING IN AN EVOLVED PACKET CORE NETWORK
    • 网络共享在演示的分组核心网络
    • US20130176975A1
    • 2013-07-11
    • US13805702
    • 2010-07-02
    • Zoltán Richárd TurányiHans ErikssonTomas Goldbeck-Löwe
    • Zoltán Richárd TurányiHans ErikssonTomas Goldbeck-Löwe
    • H04W72/08
    • H04W72/087H04W28/16
    • One aspect pertains to a method of enabling an Evolved Packet Core (EPC) network to implement predetermined Quality of Service (QoS) resource policies applied to subscriber/service groups operating via the network. The method comprises receiving a request for QoS resources to be provided to a bearer for traffic of a user of a subscriber/service group from which the request originated. A Resource Class (RC) parameter is assigned to the request. The RC parameter identifies a resource partition and the originating subscriber/service group, A Gx-Request that includes the RC parameter is forwarded to the EPC network to invoke application of the requested QoS resources so as to establish a bearer in accordance with the predetermined policies identifiable from the RC. Other aspects pertain to EPC network nodes configured accordingly.
    • 一个方面涉及一种使演进分组核心(EPC)网络能够实现应用于经由网络操作的用户/服务组的预定的服务质量(QoS)资源策略的方法。 所述方法包括接收针对要发起所述请求的用户/服务组的用户的业务的承载的QoS资源的请求。 资源类(RC)参数被分配给请求。 RC参数标识资源分区和起始订户/服务组,包括RC参数的A Gx请求被转发到EPC网络以调用所请求的QoS资源的应用,以便根据预定策略建立承载 从RC可以识别。 其他方面涉及相应配置的EPC网络节点。
    • 9. 发明授权
    • Vehicle loading arrangement
    • 车辆装载安排
    • US06299395B1
    • 2001-10-09
    • US09380565
    • 1999-09-03
    • Hans Eriksson
    • Hans Eriksson
    • B60P712
    • B62D33/0215
    • A mounting arrangement for mounting a loading bunk (3) to a frame beam (2) of a vehicle, wherein the loading bunk includes a horizontal beam (4) and wherein the mounting plate (13) can be moved longitudinally on the frame beam (2) and locked thereto. The mounting plate (13) includes locking means (18) for securing the beam (4) in the transverse direction. The locking means (18) includes shape-conforming latching means (19) for coacting engagement with engagement devices (12) disposed on the beam (4).
    • 一种用于将装载床(3)安装到车辆的框架梁(2)的安装装置,其中所述装载舱包括水平梁(4),并且其中所述安装板(13)可以在所述框架梁 2)并锁定。 安装板(13)包括用于在横向上固定梁(4)的锁定装置(18)。 锁定装置(18)包括形状一致的锁定装置(19),用于与布置在梁(4)上的接合装置(12)共同接合。
    • 10. 发明授权
    • Arrangement in a subscriber line interface circuit
    • 用户线接口电路中的布置
    • US06263076B1
    • 2001-07-17
    • US08961018
    • 1997-10-30
    • Hans Eriksson
    • Hans Eriksson
    • H04M100
    • H04M3/305H04M1/76H04M3/005
    • A control processor is connected to a subscriber line interface circuit to control the operating mode of the line interface circuit and monitor, via a detector output terminal of the line interface circuit, the status of the line connected to the line interface circuit. The control processor is adapted to control the line interface circuit to ensure, at a first point of time, that its detector output terminal is in a first signal state and, at that first point of time, to initiate a measurement of the line voltage. The line interface circuit is adapted, at a second point of time, to bring the detector output terminal to a second signal state after a time interval whose length in a predetermined manner is proportional to the measured line voltage, and the control processor is adapted to convert the time interval during which the detector output terminal of the line interface circuit is in the first signal state to a voltage value corresponding to the line voltage.
    • 控制处理器连接到用户线路接口电路以控制线路接口电路的操作模式,并且经由线路接口电路的检测器输出端子监视连接到线路接口电路的线路的状态。 控制处理器适于控制线路接口电路,以在第一时间点确保其检测器输出端处于第一信号状态,并且在该第一时间点,以启动线路电压的测量。 线路接口电路在第二时间点被适配为使得检测器输出端子在预定方式的长度与所测量的线路电压成比例的时间间隔之后处于第二信号状态,并且控制处理器适于 将线路接口电路的检测器输出端子处于第一信号状态的时间间隔转换为对应于线路电压的电压值。