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    • 1. 发明申请
    • COUNTER-BASED LIMITATION OF SUBSCRIBER CHARGING INACCURACY
    • 订购人收费不确定性的基于计数器的限制
    • US20140179264A1
    • 2014-06-26
    • US13723041
    • 2012-12-20
    • CELLCO PARTNERSHIP D/B/A VERIZON WIRELESS
    • James MATHISON
    • H04W4/26
    • H04M15/60H04M15/70H04M15/73H04M15/82H04M2215/14H04M2215/146H04M2215/22H04W4/24
    • Disclosed techniques limit or reduce the amount of data for which a subscriber may be charged that may not actually be received at the subscriber's mobile device. A counter may be started when a node has data to be delivered to a mobile device. The node may send the data through a radio access network for delivery to the mobile device and record an amount of the data sent for the mobile device through the radio access network for data usage billing purposes while running the counter, until the counter reaches a predetermined value. When the counter reaches the predetermined value, if no traffic channel has been set up with the mobile device, the node will stop recording the amount of the data sent for the mobile device through the radio access network for data usage billing purposes.
    • 公开的技术限制或减少订户可能在订户的移动设备处实际上不能被接收的数据的数量。 当节点具有要传送到移动设备的数据时,可以启动计数器。 节点可以通过无线电接入网络发送数据,以便传送到移动设备,并且在运行计数器时通过无线电接入网络记录为移动设备发送的数据量以供数据使用计费的目的,直到计数器达到预定的 值。 当计数器达到预定值时,如果没有与移动设备建立业务信道,则节点将通过无线电接入网络停止记录为移动设备发送的数据量以用于数据使用计费目的。
    • 2. 发明授权
    • Charging control providing correction of charging control information
    • 充电控制提供充电控制信息的校正
    • US08688551B2
    • 2014-04-01
    • US13126498
    • 2008-11-03
    • Thomas BellingMirko Schramm
    • Thomas BellingMirko Schramm
    • G07F19/00H04M15/00
    • H04L12/14G06Q30/04H04L12/1485H04M15/00H04M15/64H04M15/66H04M15/73H04M15/81H04M2215/0112H04M2215/14H04M2215/7072H04W4/24
    • There is proposed a charging control in which a policy and charging control function provides first (preliminary) charging control information, such as PCC rules, when the communication connection is set up or modified. Then, service information can be retrieved leading to an updated set of charging control information. The policy and charging control function provides then the updated charging control information for enforcement, wherein the charging system is informed about both the preliminary nature of the first charging control information and the validity of the second charging control information for a time before the update, i.e. before the transmission of the second charging control information. The charging system can use this updated charging control information and knows that it has to replace the former charging control information, so that the charging procedure can be corrected accordingly. Thus, charging of a service miming on the communication connection on the basis of correct charging control information is possible over the complete time the service is running.
    • 提出了一种计费控制,其中策略和计费控制功能在建立或修改通信连接时提供诸如PCC规则的第一(初步)计费控制信息。 然后,可以检索服务信息,导致一组更新的计费控制信息。 策略和计费控制功能提供用于执行的更新的计费控制信息,其中在更新之前一段时间通知计费系统关于第一计费控制信息的初步性质和第二计费控制信息的有效性,即 在发送第二充电控制信息之前。 充电系统可以使用该更新的充电控制信息,并且知道它必须替换以前的充电控制信息,从而可以相应地校正充电过程。 因此,在服务运行的整个时间内,可以基于正确的计费控制信息在通信连接上模拟服务的计费。
    • 7. 发明申请
    • METHOD AND SYSTEM FOR CHARGING CONTROL
    • 充电控制方法与系统
    • US20110207432A1
    • 2011-08-25
    • US13099742
    • 2011-05-03
    • Yajuan WU
    • Yajuan WU
    • H04W4/24
    • H04L12/14H04L12/1403H04L12/1485H04M15/00H04M15/43H04M15/62H04M15/67H04M17/00H04M2215/14H04M2215/204H04M2215/48H04W4/24
    • The present invention provides a method for charging control in a Flow Based Charging (FBC) system, which includes the steps of: a Charging Rule Function (CRF) receives a charging rule request message from a Traffic Plane Function (TPF), the CRF sends a charging rule to the TPF. The charging rule includes an indication on whether to perform charging for a service data flow, and if the indication indicates to perform no charging, the service data flow is filtered but no charging information is generated. By applying this invention, operation in the TPF is optimized such that the TPF only needs to perform necessary charging instead of performing charging operation for the service data flow which does not need to be charged. As a result, the load of the TPF is reduced, so is the load of network devices, and system efficiency is improved.
    • 本发明提供了一种基于流量计费(FBC)系统的计费控制方法,其中包括以下步骤:计费规则功能(CRF)从流量平面功能(TPF)接收计费规则请求消息,CRF发送 向TPF收费的规则。 充电规则包括关于是否对服务数据流进行充电的指示,并且如果指示指示不执行充电,则对服务数据流进行过滤,但是不产生计费信息。 通过应用本发明,TPF中的操作被优化,使得TPF仅需要执行必要的充电,而不是为不需要充电的服务数据流执行充电操作。 结果,TPF的负载减少,网络设备的负载也降低,系统效率得到提高。
    • 10. 发明申请
    • Recovery of Lost Revenue in Prepaid Calls
    • 预付电话中收入损失的恢复
    • US20090081988A1
    • 2009-03-26
    • US11861339
    • 2007-09-26
    • Mustafa Anwar Kazmi
    • Mustafa Anwar Kazmi
    • H04M11/00
    • H04M15/00H04M15/58H04M15/70H04M15/73H04M17/00H04M2215/0188H04M2215/14H04M2215/143H04M2215/146H04M2215/70H04M2215/7072
    • A method and system for processing a prepaid call in a mobile telecommunications network wherein charges can be recovered for the call after the SCP and Prepaid Platform lose contact with the MSC or GMSC handling the call. A Trigger Detection Point known as “O-Disconnect” or “T-Disconnect” can be armed in a prepaid subscriber's HLR and can be triggered when the MSC/GMSC loses contact with the SCP. The MSC/GMSC can record the time that the TDP was triggered in memory. The MSC/GMSC can then monitor for call disconnect and record the disconnection time in memory. When the call is disconnected the MSC/GMSC can renew contact with the SCP. MSC/GMSC can identify the call using a unique call identifier and advise the SCP of the times at which contact was lost and the call was disconnected. The SCP can use this information to calculate a charge for the portion of the call that occurred after contact with the MSC/GMSC was lost so that the entire call can be charged in near real-time.
    • 一种用于在移动电信网络中处理预付费呼叫的方法和系统,其中在SCP和预付费平台与处理呼叫的MSC或GMSC失去联系之后可以为呼叫恢复费用。 称为“O-Disconnect”或“T-Disconnect”的触发检测点可以布防在预付费用户的HLR中,并且可以在MSC / GMSC与SCP断开联系时触发。 MSC / GMSC可以记录在内存中触发TDP的时间。 MSC / GMSC可以监视呼叫断开连接,并记录内存中的断开连接时间。 当呼叫断开时,MSC / GMSC可以更新与SCP的联系。 MSC / GMSC可以使用唯一的呼叫标识识别呼叫,并向SCP通知联络人丢失的时间,呼叫已断开。 SCP可以使用该信息来计算与MSC / GMSC联系之后发生的呼叫部分的费用,使得整个呼叫可以接近实时收费。