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    • 92. 发明申请
    • SESSION-BASED TELECOMMUNICATIONS
    • 基于会话的电信
    • US20110202661A1
    • 2011-08-18
    • US12988300
    • 2009-04-15
    • Sait Sener
    • Sait Sener
    • G06F15/16
    • H04L67/142H04L51/04H04L51/066H04L51/38H04L67/14H04L69/08H04W4/14H04W4/18H04W80/04H04W80/10H04W92/02
    • A method for establishing bi-directional and session-based communication between IMS and GSM subscribers with the purpose of sending text information by using the SIP protocol and USSD services. The method defines an IP-USSD gateway that converts messages between the SIP and USSD protocols before relaying them. The communication session can be initiated by either party; the GSM subscriber or the IMS subscriber. A message, which an SIP client has sent, is thereby converted into a USSD message and conveyed to the GSM subscriber. Thus, the GSM subscriber can read the USSD message sent to the mobile phone, and in addition can see the name and surname of the sender and write an answer. Similarly, the SIP subscriber can read the message received and write an answer.
    • 一种用于在IMS和GSM用户之间建立双向和基于会话的通信的方法,其目的是通过使用SIP协议和USSD服务发送文本信息。 该方法定义了一个IP-USSD网关,它在转发SIP和USSD协议之间转换消息。 通信会话可以由任一方发起; GSM用户或IMS用户。 因此,SIP客户端发送的消息被转换成USSD消息并传送给GSM用户。 因此,GSM用户可以读取发送到手机的USSD消息,另外可以看到发送者的姓名和姓名,并写出答案。 类似地,SIP用户可以读取接收的消息并写入答案。
    • 94. 发明申请
    • SEARCHING DATA
    • 搜索数据
    • US20110131419A1
    • 2011-06-02
    • US11914675
    • 2006-05-09
    • Mark DowdsPaul DaveyIan Maxwell
    • Mark DowdsPaul DaveyIan Maxwell
    • G06F17/30G06F12/14
    • G06F17/30867
    • A device or “dongle” (32) is provided for coupling to a Windows-based PC (23). The dongle (32) includes a subscriber identity module (SIM) (15), such as the type used in GSM or UMTS cellular or mobile telecommunications networks. A search engine (40) is accessed by the PC (23) by means of a client application (38) on the PC. The search engine (40) generates a list of search results in response to search criteria in a known manner. Further, the search engine is able to return search results relating to data for which there is restricted access (for example, encrypted data). Such data is identified with a tag which may, for example indicated which users or entities are able to access that data. A user's dongle (32) authenticates that user with the network (3) using a authentication arrangement similar to that employed for authenticating users of a GSM or UMTS mobile telecommunications network. The authenticated identity of the user is communicated to the search engine. The search engine then includes in the search results tagged data items for which the tag indicates that the authenticated user has permission to view. Tagged data items that the authenticated user does not have permission to view are not returned in the search results. Therefore, the user not entitled to view data is not distracted by search results corresponding to data that the user is unable to access. The network (3) may include a key store (51) which stores keys that allow encrypted data items identified by the search engine (40) to be decrypted.
    • 提供设备或“加密狗”(32)用于耦合到基于Windows的PC(23)。 加密狗(32)包括用户识别模块(SIM)(15),诸如在GSM或UMTS蜂窝或移动电信网络中使用的类型。 PC(23)通过PC上的客户端应用程序(38)访问搜索引擎(40)。 搜索引擎(40)以已知的方式响应于搜索标准生成搜索结果的列表。 此外,搜索引擎能够返回与限制访问的数据相关的搜索结果(例如,加密数据)。 这样的数据用可以例如指示哪些用户或实体能够访问该数据的标签来标识。 用户的加密狗(32)使用与用于认证GSM或UMTS移动电信网络的用户所用的认证布置类似的认证布置来认证具有网络(3)的用户。 用户的认证身份被传送到搜索引擎。 搜索引擎然后在搜索结果中包括标记的数据项,标签指示经过认证的用户具有查看权限。 经过身份验证的用户无权访问的标签数据项不会在搜索结果中返回。 因此,用户无权查看数据不会被与用户无法访问的数据相对应的搜索结果分散注意力。 网络(3)可以包括密钥存储器(51),其存储允许由搜索引擎(40)识别的加密数据项被解密的密钥。
    • 97. 发明申请
    • METHOD OF COMMUNICATION BETWEEN A SOURCE MOBILE SET WITHOUT NETWORK COVERAGE AND A TARGET SET
    • 没有网络覆盖和目标集的源移动设备之间的通信方法
    • US20100317342A1
    • 2010-12-16
    • US12521548
    • 2007-12-28
    • Francisco Javier Rubio AndresLucia Garate MutiloaFrancisco Jose Marin Garcia
    • Francisco Javier Rubio AndresLucia Garate MutiloaFrancisco Jose Marin Garcia
    • H04W48/16
    • H04W76/10H04W88/04
    • The invention relates to a communication procedure between a source mobile equipment (10) which at a given time has no mobile network coverage (40), and a target equipment (30), which comprises:establishing said communication between source mobile equipment and target equipment in stages via one or more intermediary equipments (20, 20′), for which purpose:a retransmitter or non-retransmitter profile is assigned to each one of said one or more intermediary equipments (20, 20′);the source equipment initiates a search of intermediary equipments for sending a message (100)—i.d. target, i.d. source and content—to the target equipment; if said search process does not result in a first intermediary, the source equipment initiates the search process again;the intermediary equipment/equipments receive the message and if none of them is the target (30), that/those having retransmitter profile initiate a search process for one or more second intermediary equipments for sending said message (100),until said message is received by the target equipment (30).
    • 本发明涉及在给定时间没有移动网络覆盖(40)的源移动设备(10)和目标设备(30)之间的通信过程,其包括:建立源移动设备和目标设备之间的所述通信 通过一个或多个中间设备(20,20')进行分级,为此目的:向所述一个或多个中间设备(20,20')中的每一个分配重传器或非重传器简档; 源设备启动对发送消息的中间设备的搜索(100)-i.d。 目标,i.d. 来源和内容 - 到目标设备; 如果所述搜索过程不导致第一中介,则源设备再次启动搜索过程; 所述中间设备/设备接收到所述消息,并且如果没有所述消息是所述消息(30),则所述具有所述转发器简档的所述消息被发送到所述消息(100)的一个或多个第二中介设备的搜索处理,直到所述消息被接收 由目标设备(30)。
    • 98. 发明申请
    • DETECTING INTERFERENCE IN A WIRELESS COMMUNICATION SYSTEM
    • 检测无线通信系统中的干扰
    • US20100279624A1
    • 2010-11-04
    • US12698050
    • 2010-02-01
    • Guillermo Esteve AsensioFrancisco Javier Rubio AndresJuan Jose Murillo FuentesPablo Martinez Olmos
    • Guillermo Esteve AsensioFrancisco Javier Rubio AndresJuan Jose Murillo FuentesPablo Martinez Olmos
    • H04B17/00
    • H04B17/345H04B17/26H04B17/318
    • Method to determine the existence of interferences in a wireless communication link based on comparing the power received at both links of radio channel and the propagation losses calculated from both power and quality measurements, comprising: (i) gathering values RXLEV_UL and RXLEV_DL; (ii) using said values to estimate the receiver power level in the base station; (iii) statistical analysis of the two different estimations obtained (PRXLEV ULi, and {tilde over (F)}{tilde over (FULi)}) for every connection i in the radio link; (iv) comparing the estimations (PRXLEV ULi and {tilde over (F)}{tilde over (FULi)}) of the uplink received signals strength with the quality parameters RXQUAL_UL and RXQUAL_DL; (v) computing the behaviour of the computed values psi and Rsnri, (vi) analyzing the results to detect: (a) steady-state abnormalities; (b) unbalanced interferences; (c) malfunctioning of the power control; and (d) inadequate radio planning.
    • 基于将无线电信道的两个链路上接收的功率与从功率和质量测量两者计算的传播损耗进行比较来确定无线通信链路中干扰的存在的方法,包括:(i)收集值RXLEV_UL和RXLEV_DL; (ii)使用所述值来估计基站中的接收机功率电平; (iii)对于无线电链路中的每个连接i,获得的两个不同估计(PRXLEV ULi和{tilde over(F)} {波形(FULi)})的统计分析; (iv)将上行链路接收信号强度的估计(PRXLEV ULi和(F)} {tilde over(FULi)})与质量参数RXQUAL_UL和RXQUAL_DL进行比较; (v)计算计算值psi和Rsnri的行为,(vi)分析结果以检测:(a)稳态异常; (b)不平衡的干扰; (c)电源控制故障; (d)无线电规划不足。