发明名称 Body-worn phased-array antenna
摘要 Several (in some cases many dozen) small antennae are integrated into or over a full body suit or clothing. These antennae preferably include an intra-suit or clothing wired connection to one or more small Ultra-Wide-Band (UWB) radios, e.g., in the 3-10 GHz range. In some cases, each antenna connection includes a variable delay, e.g., a few nanoseconds with picoseconds-scale resolution on the delays, thus allowing for the body-suit ensemble to act as a directional phased-array. One claim recites a radio wearable by a human comprising: a phased-array antenna including a plurality of antennae, the array being configured for wearing over or on a human body, the plurality of antennae provided for spatially positioning in multiple different regions over or on the human body; an RF radio; and a controller configured for: i) determining relative spatial position information for antennae within the phased-array antenna; and ii) using at least the relative spatial position information, controlling the radio to produce a directional UWB beam through the phased-array antenna. Another claim includes an antenna having a plurality of metamaterial elements. Of course, other claims and combinations are provided as well.
申请公布号 US9564682(B2) 申请公布日期 2017.02.07
申请号 US201313939465 申请日期 2013.07.11
申请人 Digimarc Corporation 发明人 Rhoads Geoffrey B.;Brunk Hugh L.
分类号 H01Q3/22;H01Q3/26;H01Q1/27;H01Q3/34 主分类号 H01Q3/22
代理机构 Digimarc Corporation 代理人 Digimarc Corporation
主权项 1. A radio wearable by a human comprising: a phased-array antenna including a plurality of antennae, the phased-array antenna configured for wearing over or on a human body, the plurality of antennae provided for spatially positioning in multiple different regions over or on the human body; a radio-frequency (RF) radio; and a controller configured for: i) determining relative spatial position information for antennae within the phased-array antenna; and ii) using at least the relative spatial position information, controlling the RF radio to produce a directional ultra-wide band (UWB) beam through the phased-array antenna.
地址 Beaverton OR US