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    • 8. 发明申请
    • LOCALIZATION FOR LOW COST SENSOR NETWORK
    • 低成本传感器网络的本地化
    • WO2007044292A1
    • 2007-04-19
    • PCT/US2006/038377
    • 2006-10-03
    • HONEYWELL INTERNATIONAL INC.KORE, Vinayak, S.MAHASENAN, Arun, V.GONIA, Patrick, S.
    • KORE, Vinayak, S.MAHASENAN, Arun, V.GONIA, Patrick, S.
    • G01S1/66
    • G01S1/66G01S5/0226G01S5/0289G01S5/12G01S5/14
    • Wireless devices, systems and approaches or methods having the capability of determining the location of a given wireless device. An example system includes a wireless device that generates at least one pulse as a part of an output signal, and the at least one pulse is captured by anchor devices and used, in a time of arrival approach, to determine the location of the example device. The at least one pulse may be generated during a designated portion of an otherwise normally modulated message. Another example system includes an anchor node that generates a directional output signal, the direction output signal including data indicating its direction, and the directions of output signals from plural anchor nodes when pointed at a wireless device are used to determine the location of the wireless device. Combinations of the pulse and directional antenna systems, devices used within each of these systems, and approaches associated with these systems are also included.
    • 具有确定给定无线设备的位置的能力的无线设备,系统和方法或方法。 示例性系统包括无线设备,其生成作为输出信号的一部分的至少一个脉冲,并且至少一个脉冲由锚定设备捕获并且在到达时间方法中被使用以确定示例设备的位置 。 可以在另外正常调制的消息的指定部分期间产生至少一个脉冲。 另一示例性系统包括产生方向输出信号的锚节点,方向输出信号包括指示其方向的数据,以及当指向无线设备时来自多个锚节点的输出信号的方向用于确定无线设备的位置 。 脉冲和定向天线系统的组合,在这些系统中的每一个内使用的装置以及与这些系统相关联的方法也包括在内。
    • 9. 发明申请
    • ROTATION BASED 3D POSITION LOCATION SYSTEM
    • 基于旋转的3D位置定位系统
    • WO2015155576A1
    • 2015-10-15
    • PCT/IB2014/060679
    • 2014-04-12
    • FARDAN, AbdulhameedDAYYAN, Hussain
    • FARDAN, AbdulhameedDAYYAN, Hussain
    • G01S1/56G01S1/66G01S5/08
    • G01S1/56G01S1/66G01S5/08
    • 3D positioning system that based on objects that are rotate in the transmitter. The invention refers to a positioning system which is defined as a mechanism for determining the location of an object in space. The new mechanism differs from the current GPS mechanism for locating devices as it not using the clock as the main part of locating an object and it need less number of transmitters (satellites as an example) for building up the position location system. The 3D positioning system is based on mulitple rotating transmitter antennas. The transmission device can be installed in a satellite. Only one satellite is enough to locate latitude, longitude, and altitude of an object. The satellite can be in geostationary orbit or non geostationary orbit. Three satellites equipped with the new invented positioning system are enough to cover the earth planet. The transmission device can be installed in the airport so any airplane equipped with a receiver can locate its self from the runway. The transmission device can be installed inside any building such as commercial malls and any one carrying the receiver can identify the location inside the building. The transmission device can be installed in an airplane, ship or any vehicles and can be used for other object to identify their locations. The transmissions device can be used like Wi-Fi hotspot. Any receiver can scan the area for any potential existing transmission and get the location parameters.
    • 基于在发射机中旋转的物体的3D定位系统。 本发明涉及一种定位系统,其被定义为用于确定物体在空间中的位置的机构。 新机制与目前定位设备的GPS机制不同,因为它不使用时钟作为定位物体的主要部分,并且需要较少数量的发射机(卫星作为示例)来建立位置定位系统。 3D定位系统基于多个旋转发射机天线。 传输设备可以安装在卫星中。 只有一颗卫星足以定位物体的纬度,经度和高度。 卫星可以在地球静止轨道或非对地静止轨道上。 配有新发明的定位系统的三颗卫星足以覆盖地球行星。 传输设备可以安装在机场,所以配备接收机的任何飞机都可以从跑道上找到自己的位置。 传输设备可以安装在任何商业建筑物内,任何携带接收机的建筑物都可以识别建筑物内的位置。 传动装置可安装在飞机,船舶或任何车辆上,并可用于其他物体以识别其位置。 传输设备可以像Wi-Fi热点一样使用。 任何接收器都可以扫描该区域以获取任何潜在的现有传输并获取位置参数。