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    • 2. 发明申请
    • TRANSMITTING SERVICE ADVERTISEMENTS
    • 发送服务广告
    • WO2013079998A1
    • 2013-06-06
    • PCT/IB2011/055440
    • 2011-12-02
    • NOKIA CORPORATIONKAINULAINEN, AnttiRANKI, VilleBELLONI, FabioKALLIOLA, Kimmo
    • KAINULAINEN, AnttiRANKI, VilleBELLONI, FabioKALLIOLA, Kimmo
    • H04W4/20H04W76/00H04W88/08G01S1/04G01S5/02H04W64/00H04W52/02H01Q3/24
    • H04W52/0229G01S3/38G01S5/08G01S5/12H04W4/20H04W48/10H04W52/0206H04W64/00H04W76/28H04W88/08Y02D70/142Y02D70/144Y02D70/162Y02D70/164
    • Apparatus (30) comprises a battery power supply, a radio-frequency transceiver, a multi-element antenna, and processor and memory. Software causes the apparatus (30): when in an idle mode, to broadcast positioning service advertisements and to refrain from broadcasting positioning packets, when in a positioning mode to broadcast positioning packets from each of the elements of the antenna (32A-C) such as to allow a mobile device (10) to determine a bearing to the mobile device (10) from the apparatus (30), and to transition from the idle mode to the positioning mode in response to receiving either a) a wake-up command or b) a positioning packet, from another apparatus including a multi-element antenna. The apparatus (30) may comprise a Bluetooth Low Energy transceiver; and software that causes the apparatus (30): to transmit advertisements for positioning services on a first channel; and to broadcast positioning packets on a second channel such as to allow a mobile device (10) to determine a bearing to the mobile device (10) from the apparatus (30), wherein the first and second channel are on different frequencies.
    • 装置(30)包括电池电源,射频收发器,多元件天线以及处理器和存储器。 软件使得装置(30):当处于空闲模式时,为了广播定位服务广告并且不排斥广播定位分组,当以定位模式从天线(32A-C)的每个元素广播定位分组时, 为了允许移动设备(10)从设备(30)确定对移动设备(10)的方位,以及响应于接收到a)唤醒命令,从空闲模式转换到定位模式 或b)来自包括多元天线的另一设备的定位分组。 所述设备(30)可以包括蓝牙低能量收发器; 以及导致所述设备(30):在第一信道上发送用于定位服务的广告的软件; 并且在第二信道上广播定位分组,以允许移动设备(10)从所述设备(30)确定对所述移动设备(10)的方位,其中所述第一和第二信道在不同的频率上。
    • 5. 发明申请
    • DETERMINING LOCATION AND ORIENTATION OF DIRECTIONAL TRANCEIVERS
    • 确定方向跟踪者的位置和方向
    • WO2013179090A1
    • 2013-12-05
    • PCT/IB2012/052714
    • 2012-05-30
    • NOKIA CORPORATIONRANKI, VilleKAINULAINEN, AnttiKALLIOLA, KimmoBELLONI, Fabio
    • RANKI, VilleKAINULAINEN, AnttiKALLIOLA, KimmoBELLONI, Fabio
    • G01S1/02G01S5/02G01S5/00G01S5/04H04W64/00H01Q21/00
    • G01S5/04G01S5/0242G01S5/0252G01S5/0263G01S5/0284
    • A method comprises using a first directional transceiver (14A) to determine a first angle (α 1 ) between a first vector (V 1 ) from the first directional transceiver to a second directional transceiver (14B) and a second vector (V 2 ) from the first directional transceiver to a third directional transceiver (14C), using the second directional transceiver to determine a second angle (α 2 ) between a third vector (V 3 ) from the second directional transceiver to the first directional transceiver and a fourth vector (V 4 ) from the second directional transceiver to the third directional transceiver, calculating a location, relative to a local coordinate system, of the third directional transceiver using the first and second angles and locations in the local coordinate system of the first and second directional transceivers, the local coordinate system being defined relative to the locations of the first, second, and third directional transceivers, and calculating an orientation relative to the local coordinate system of the first directional transceiver using directions of the first and second vectors relative to the first directional transceiver and the locations in the local coordinate system of the first, second and third directional transceivers.
    • 一种方法包括使用第一定向收发器(14A)来确定从第一定向收发器到第二定向收发器(14B)的第一向量(V1)和来自第一定向收发器(14B)的第二向量(V2)之间的第一角度(α1) 收发器到第三定向收发器(14C),使用第二定向收发器来确定从第二定向收发器到第一定向收发器的第三向量(V3)和来自第二定向收发器的第四矢量(V4)之间的第二角度(α2) 定向收发器到第三定向收发器,使用第一和第二定向收发器的局部坐标系中的第一和第二角度和位置来计算第三定向收发器相对于局部坐标系的位置,局部坐标系为 相对于第一,第二和第三定向收发器的位置定义,并且计算相对于t的取向 他使用相对于第一定向收发器的第一和第二向量的方向的第一定向收发器的局部坐标系以及第一,第二和第三定向收发器的局部坐标系中的位置。
    • 10. 发明申请
    • TRANSMITTING POSITIONING INFORMATION VIA WIRELESS COMMUNICATION
    • 通过无线通信发送定位信息
    • WO2012136881A1
    • 2012-10-11
    • PCT/FI2012/050254
    • 2012-03-19
    • NOKIA CORPORATIONKAINULAINEN, AnttiSALOKANNEL, JuhaHONKANEN, MauriREUNAMÄKI, Jukka
    • KAINULAINEN, AnttiSALOKANNEL, JuhaHONKANEN, MauriREUNAMÄKI, Jukka
    • H04W64/00G01S3/14H04W8/00
    • H04W64/00H04W4/023H04W4/025H04W8/005H04W76/14
    • A system for providing positioning information within a wireless communication signal. An example process may start by positioning resources being activated in an apparatus (800). Activation of the positioning resources may occur automatically, in response to user interaction, etc. The apparatus may then engage in a discovery process via wireless communication in order to identify other apparatuses within communication range that are enabled to transmit positioning information (802). Upon discovering another apparatus, the apparatus may interact with the other apparatus in order to determine a location for the other apparatus (810, 820). For example, the apparatus may transmit one or more messages comprising a request for positioning information from the other apparatus (810, 822), and may in turn receive one or more messages from the other apparatus comprising positioning information (812). The apparatus may then utilize the positioning information to determine its position (e.g., relative to the other apparatus) (814).
    • 一种用于在无线通信信号内提供定位信息的系统。 示例性过程可以通过定位在设备(800)中被激活的资源来开始。 定位资源的激活可以响应于用户交互等而自动发生。然后,设备可以经由无线通信参与发现过程,以便识别能够发送定位信息的通信范围内的其他设备(802)。 在发现另一装置时,该装置可以与另一装置进行交互,以便确定另一装置的位置(810,820)。 例如,设备可以发送一个或多个包括来自另一设备(810,822)的定位信息请求的消息,并且还可以从包括定位信息的其他设备(812)接收一个或多个消息。 然后,装置可以利用定位信息来确定其位置(例如,相对于另一装置)(814)。