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    • 72. 发明申请
    • IMPLICIT SIGNALING FOR LINK ADAPTATION
    • 用于链接适应的隐含信号
    • WO2007053072A1
    • 2007-05-10
    • PCT/SE2005/001673
    • 2005-11-07
    • TELEFONAKTIEBOLAGET LM ERICSSON (PUBL)LARSSON, Peter
    • LARSSON, Peter
    • H04L1/00H04L12/28
    • H04W28/22H04L1/0002H04L1/0003H04L1/0009H04L1/0015H04L1/0032H04L1/16H04W74/08
    • Briefly, the invention concerns the issue of supporting link adaptation in a wireless network, and basically involves implicit signaling for link adaptation based on transfer of transmit duration information. More particularly, a designated originating node sends (Sl) a first message, including an indication of a current transmit duration for transfer of a predetermined amount of information, to at least a designated receiving node. The current transmit duration corresponds to a currently assumed data link rate. The designated receiving node selects (S2) a desired data link rate for subsequent communication from the originating node, and then determines (S3) an updated transmit duration according to the selected data link rate. The receiving node sends (S4) a second message, including an indication of the updated transmit duration, to at least the designated originating node, and the originating node then determines (S5) an updated data link rate in response to the updated transmit duration. In particular, the transmit duration information may preferably be transferred in the existing duration field in the frames of contention-based network protocols with support for virtual carrier sensing.
    • 简而言之,本发明涉及在无线网络中支持链路自适应的问题,并且基本上涉及基于传输持续时间信息的传输的用于链路自适应的隐式信令。 更具体地,指定的始发节点向至少指定的接收节点发送(S1)包括用于传送预定量的信息的当前发送持续时间的指示的第一消息。 当前发送持续时间对应于当前假设的数据链路速率。 指定的接收节点从始发节点选择(S2)用于后续通信的期望数据链路速率,然后根据所选择的数据链路速率确定(S3)更新的发射持续时间。 接收节点向至少指定的发起节点发送(S4)包括更新的发射持续时间的指示的第二消息,然后始发节点响应于更新的发射持续时间来确定(S5)更新的数据链路速率。 特别地,发射持续时间信息优选地可以在支持虚拟载波侦听的基于竞争的网络协议的帧中的现有持续时间字段中传送。
    • 73. 发明申请
    • END-TO-END CONSIDERATE LINK CONTROL AND ROUTING IN A MULTIHOP NETWORK
    • 端到端考虑多个网络中的链路控制和路由
    • WO2007004935A1
    • 2007-01-11
    • PCT/SE2005/001090
    • 2005-07-01
    • TELEFONAKTIEBOLAGET LM ERICSSON (PUBL)LARSSON, PeterZHANG, Zhang
    • LARSSON, PeterZHANG, Zhang
    • H04L12/56H04L12/28
    • H04L45/00H04L45/123H04L45/124H04W28/18H04W40/08H04W40/12H04W40/16H04W52/267H04W52/46Y02D70/142Y02D70/22Y02D70/324Y02D70/34
    • By introducing a novel parameter common to all links along the entire multihop route it is possible to more flexibly allocate, for each of a number of the links, a set of three interdependent link transmit parameters representative of a) link transmit energy, b) link transmit time or link transmit bandwidth or link code word consumption, and c) link transmit power. Basically, the common parameter is determined based on a given end-to-end (ETE) transmit parameter constraint for the entire multihop route (S 1). The idea is then to assign or allocate, for each considered link, the three interdependent link transmit parameters based on the common parameter and local link characteristics (S2). In this way, all three link transmit parameters may (and generally will) be different between at least two links on the route when the links have different link characteristics, assuming that each link transmit parameter is also dependent on the local link characteristics. Preferably, the common parameter is determined in the process of optimizing a given objective ETE function.
    • 通过引入沿着整个多跳路线的所有链路共同的新颖参数,对于多个链路中的每一个,可以更灵活地分配一组三个相互依赖的链路传输参数,其代表a)链路传输能量,b)链路 传输时间或链路传输带宽或链路码字消耗,以及c)链路传输功率。 基本上,基于针对整个多跳路由(S 1)的给定端到端(ETE)发射参数约束来确定公共参数。 该思想是为每个考虑的链路分配或分配基于公共参数和本地链路特性的三个相互依赖的链路传输参数(S2)。 以这种方式,假设每个链路传输参数也取决于本地链路特性,则当链路具有不同的链路特性时,所有三个链路传输参数可能(并且通常将)在路由上的至少两个链路之间是不同的。 优选地,在优化给定的目标ETE功能的过程中确定公共参数。
    • 78. 发明申请
    • MULTI-ACCESS CALL SETUP
    • 多功能呼叫设置
    • WO2004091246A1
    • 2004-10-21
    • PCT/SE2003/000594
    • 2003-04-11
    • TELEFONAKTIEBOLAGET LM ERICSSON (publ)LUNDSJÖ, JohanESPINEIRA, RamonBERGSTRÖM, JoakimLARSSON, Peter
    • LUNDSJÖ, JohanESPINEIRA, RamonBERGSTRÖM, JoakimLARSSON, Peter
    • H04Q7/38
    • H04W68/12H04W48/20H04W76/10H04W88/06
    • In a multi-access communication system (1), a terminal (30) is kept reachable through a first access network (10), which is most resource efficient one of the available access networks for keeping the terminal reachable. The terminal scans passively for the existence of usable base stations (24) for other access networks (20) of the system 81) and reports data associated with such existences to the first access network (10). When a request for a call to the temrinal (30) is received, a paging is performed in the first access network (10). The paging message comprises information about preferred access network, based on the reported data of the existence of usable base stations or access points (24) of other access networks (20). The terminal (30) connects to the preferred access network and performs a call set-up directly in the preferred access network.
    • 在多址通信系统(1)中,终端(30)通过第一接入网(10)保持可达,第一接入网(10)是用于保持终端可达的可用接入网之一资源最有效的一个。 该终端被动地扫描用于系统81的其他接入网络(20)的可用基站(24)的存在,并将与这种存在相关联的数据报告给第一接入网络(10)。 当接收到对Temrinal(30)的呼叫的请求时,在第一接入网络(10)中执行寻呼。 基于报告的可用基站或其他接入网络(20)的接入点(24)的存在的数据,寻呼消息包括关于优选接入网络的信息。 终端(30)连接到优选接入网络,并直接在优选的接入网中进行呼叫建立。
    • 80. 发明申请
    • DEVICE AND METHOD FOR CUTTING, PERFORATING OR FOLDING A THIN BENDABLE MATERIAL
    • 用于切割,执行或折叠薄的可弯曲材料的装置和方法
    • WO2012008899A1
    • 2012-01-19
    • PCT/SE2011/050766
    • 2011-06-17
    • BUSINESS FORMS EQUIPMENT ABLARSSON, PeterLARSSON, Tomas
    • LARSSON, PeterLARSSON, Tomas
    • B26D5/20B26D1/62B26D7/18B26F1/20
    • B26D1/626B26D3/08B26D5/20B26D7/1854B26F1/20
    • The invention relates to a cutting device (1) and a method for repeatedly lateral cutting off an advancing material track (10) comprising a first rotating drum (2) comprising at least one knife (4) and a second rotating drum (3) comprising at least one knife (5), which at least one knife (4) of said first rotating drum (2) cooperates with at least one anvil or with at least one opposite knife arranged on said second rotating drum (3) in such a way that said at least one knife (4) on said first rotating drum (2) cuts off the material track (10) against said at least one anvil or at least one opposite knife of said second rotating drum (3) and that said at least one knife (5) on said second rotating drum (3) cooperates with at least one anvil or with at least one opposite knife arranged on said first rotating drum (2) in such a way that said at least one knife (5) on said second rotating drum (3) cuts off the material track (10) against said at least one anvil or at least one opposite knife of said first rotating drum (2), whereby said advancing material track (10) may be cut off at least twice on every turn.
    • 本发明涉及一种切割装置(1)和用于重复地横向切割前进材料轨道(10)的方法,该方法包括包括至少一个刀(4)和第二旋转鼓(3)的第一旋转滚筒(2),所述第一旋转滚筒包括 至少一个刀(5),其中所述第一旋转鼓(2)的至少一个刀(4)与至少一个砧配合,或者以这样的方式配置在所述第二旋转鼓(3)上的至少一个相对的刀 所述第一旋转滚筒(2)上的至少一个刀(4)将所述材料轨道(10)切断所述至少一个砧座或所述第二旋转滚筒(3)的至少一个相对刀,并且至少所述至少一个刀 所述第二旋转鼓(3)上的一个刀(5)与至少一个砧座或与至少一个相对的刀配合在所述第一旋转鼓(2)上,使得所述至少一个刀(5) 第二旋转滚筒(3)将材料轨道(10)切断所述至少一个砧座或至少一个相对的砧座(10) 所述第一旋转滚筒(2)的内部,其中所述前进材料轨道(10)可以在每一匝上至少切断两次。