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    • 4. 发明申请
    • GROUPING WIRELESS LIGHTING NODES ACCORDING TO A BUILDING ROOM LAYOUT
    • 根据建筑室布置分组无线灯
    • WO2006095316A1
    • 2006-09-14
    • PCT/IB2006/050720
    • 2006-03-08
    • KONINKLIJKE PHILIPS ELECTRONICS N.V.PITCHERS, Stephen, M.SIMONS, Paul, R.
    • PITCHERS, Stephen, M.SIMONS, Paul, R.
    • H05B37/02H04L12/24
    • H04L41/0893G01S5/0289H04L41/12H04L41/22H05B37/02H05B37/0272
    • A method for determining the relative locations of plural wirelessly controllable building service device nodes and switching control nodes within a building. At least some of the plural building service device nodes are located in different rooms of the building and should be allocated to switching control nodes on a room-specific basis. Wireless communication is established between the nodes to determine relative spatial positions of selected nodes using received signal strength indication (RSSI) values indicative of a distance of separation between two communicating nodes. The building service device nodes are then grouped into two or more groups, a first group corresponding to service device nodes in one of said different rooms and a second group corresponding to service device nodes in another of said different rooms, based on spatial distribution of service device nodes as indicated by the RSSI values, which are strongly affected by walls separating the rooms. The service device nodes of each group are then allocated to at least one associated switching control node.
    • 一种用于确定建筑物内的多个无线可控建筑物服务设备节点和交换控制节点的相对位置的方法。 多个建筑物服务设备节点中的至少一些位于建筑物的不同房间中,并且应该按照房间特定的基础分配给交换控制节点。 在节点之间建立无线通信,以使用指示两个通信节点之间的距离距离的接收信号强度指示(RSSI)值来确定所选节点的相对空间位置。 然后,基于服务的空间分布将建筑物服务设备节点分组为两个或更多个组,对应于所述不同房间之一中的服务设备节点的第一组和对应于另一个不同房间中的服务设备节点的第二组 设备节点,如RSSI值所示,这些都受到隔离房间的墙壁的强烈影响。 然后将每个组的服务设备节点分配给至少一个关联的交换控制节点。
    • 5. 发明申请
    • OBJECT POSITIONING SYSTEM, OBJECT POSITIONING APPARATUS AND OBJECT POSITIONING METHOD
    • 对象定位系统,对象定位装置和对象定位方法
    • WO2004057369A1
    • 2004-07-08
    • PCT/IB2003/005834
    • 2003-12-09
    • KONINKLIJKE PHILIPS ELECTRONICS N.V.DAVIE, Alan, J.SIMONS, Paul, R.
    • DAVIE, Alan, J.SIMONS, Paul, R.
    • G01S13/87
    • G01S13/878
    • An object positioning system (100) for tracking the location of an object (142) comprises a base station (120) including a computer (124) coupled to at least a first receiver (122). The object (142) is fitted with a tag (140) having a limited signal transmission range, which is typically too weak to be directly received by the first receiver (122). A user (180) wears a portable transceiver (160), which activates the base station (120) by means of an object-related signal when within reception range of the signal transmitted by the tag (140). The computer (124) determines the location of the portable transceiver (160) worn by the user (180), and associates this position with the position of the object (142). As soon as the user (180) moves outside the signal transmission range of the tag (140), the object-related signal is terminated and the last known position of the portable transceiver (160) is used as the new location of the object (142).
    • 用于跟踪对象(142)的位置的对象定位系统(100)包括基站(120),其包括耦合到至少第一接收机(122)的计算机(124)。 对象(142)装配有具有有限信号传输范围的标签(140),该标签通常太弱而不能被第一接收器(122)直接接收。 用户(180)佩戴便携式收发器(160),当在由标签(140)发送的信号的接收范围内时,便携式收发器(160)借助于对象相关信号来激活基站(120)。 计算机(124)确定用户(180)佩戴的便携式收发器(160)的位置,并将该位置与对象(142)的位置相关联。 一旦用户(180)移动到标签(140)的信号传输范围之外,则终止对象相关信号,并且将便携式收发器(160)的最后已知位置用作对象的新位置( 142)。
    • 6. 发明申请
    • LOCATION TRACKING OF PORTABLE DEVICES IN A WIRELESS NETWORK
    • 便携式设备在无线网络中的位置跟踪
    • WO2004054304A1
    • 2004-06-24
    • PCT/IB2003/005347
    • 2003-11-21
    • KONINKLIJKE PHILIPS ELECTRONICS N.V.SIMONS, Paul, R.GOUGH, Paul, A.PENNA, David, E.
    • SIMONS, Paul, R.GOUGH, Paul, A.PENNA, David, E.
    • H04Q7/38
    • H04W64/00H04L67/04H04L67/18H04W8/26H04W84/18
    • A method and system for anonymously and opportunistically tracking the location of a portable device in a wireless infrastructure is described. The system comprises an installed infrastructure (12) in for example a shopping mall, the infrastructure having short range radio stations (14a,14b) primarily installed as wireless information access points. Standard communication between a users device (10a) and a station (14a) is according to a short range radio protocol such as ZigBee in which devices are assigned unique identifiers. In an exchange, the identifier is correlated with location, time and date data and uploaded via a backchannel connection (16) to a database (20) which a user may connect with at a later time. The user, knowing his objects identifier, can therefore access the data to determine where his object last interacted with a station.
    • 描述了一种在无线基础设施中匿名和机会地跟踪便携式设备的位置的方法和系统。 该系统包括例如购物中心内的安装的基础设施(12),具有主要安装为无线信息接入点的短距离无线电站(14a,14b)的基础设施。 用户设备(10a)和站(14a)之间的标准通信是根据诸如ZigBee的短距离无线电协议,其中设备被分配唯一的标识符。 在交换中,标识符与位置,时间和日期数据相关,并且经由后向通道连接(16)上传到数据库(20),用户可以在稍后时间连接。 因此,知道他的对象标识符的用户可以访问数据,以确定他的对象最后与站点的互动。
    • 9. 发明申请
    • METHOD AND APPARATUS FOR MATCHING COLOURS
    • 用于匹配颜色的方法和装置
    • WO2004018984A1
    • 2004-03-04
    • PCT/IB2003/003479
    • 2003-08-06
    • KONINKLIJKE PHILIPS ELECTRONICS N.V.SIMONS, Paul, R.McPHERSON, Duncan, F.
    • SIMONS, Paul, R.McPHERSON, Duncan, F.
    • G01J3/46
    • G01J3/46G01J3/0272G01J3/463
    • A portable colour sampling device (10) facilitates comparison of a colour sampled from an object using an optical sensor (11) with a database (30,42,43,44) of stored colours. The database (30,42,43,44) of stored colours includes a merchandise database of articles for sale, and an indication of the location of those articles, including an indication of some or all of retailer identity, store location, in-store location, article description or product ID, class of article and the like. A user points the colour sampling device at an article to be sampled, and a colour definition data file is generated for transmission to a database of articles. The database returns to the sampling device a list of merchandise that matches the sampled colour or colours and any other matching criteria such as class of article, product code, and geographic proximity.
    • 便携式彩色采样装置(10)有助于将使用光学传感器(11)从对象采样的颜色与存储颜色的数据库(30,42,43,44)进行比较。 存储的颜色的数据库(30,42,43,44)包括用于销售的物品的商品数据库,以及这些商品的位置的指示,包括零售商身份的某些或全部的指示,商店位置,店内 位置,文章描述或产品ID,文章类别等。 用户将颜色采样设备指向要采样的物品,并且生成颜色定义数据文件以传送到物品的数据库。 数据库返回采样设备列出与采样的颜色或颜色匹配的商品列表,以及任何其他匹配标准,如文章类别,产品代码和地理接近度。