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    • 7. 发明授权
    • Smart garment system, method and apparatus involved for integrating electronic devices into garments
    • 智能服装系统,将电子设备集成到服装中所涉及的方法和设备
    • US06563424B1
    • 2003-05-13
    • US09861766
    • 2001-05-22
    • Juha Kaario
    • Juha Kaario
    • G08B1314
    • G06F1/163A41D1/005
    • The invention involves a smart garment system that includes a passive communications system within the garment. The passive communications system provides the garment with circuitry for coupling multiple locations in the garment where electronic devices may be attached. Snap button connectors having first and second portions are provided. Each location includes a second portion of a snap button connector. Information transmitting/receiving units are connected to a first portion of the snap button connector. A second portion of the snap button connector at each location is simultaneously secured to fabric of the garment and coupled to the passive communication system for delivery of information from a transmitting/receiving unit at different locations via mating first and second portions of the snap button connector. The passive communications system includes a controller that senses when a pair of information transmitting/receiving units is simultaneously coupled via snap button connectors at different locations to the passive communications system.
    • 本发明涉及一种智能服装系统,其包括衣服内的被动通信系统。 无源通信系统为服装提供用于联接电子设备可以附接在衣服中的多个位置的电路​​。 提供具有第一和第二部分的按钮连接器。 每个位置包括按钮连接器的第二部分。 信息发送/接收单元连接到按钮连接器的第一部分。 每个位置处的按钮连接器的第二部分同时固定到衣服的织物上并且耦合到无源通信系统,用于经由匹配的按钮连接器的第一和第二部分经由匹配的不同位置处的发送/接收单元传送信息 。 无源通信系统包括一个控制器,用于检测一对信息发射/接收单元何时通过不同位置处的按钮连接器同时耦合到无源通信系统。
    • 8. 发明申请
    • Positioning of a Portable Electronic Device
    • 便携式电子设备的定位
    • US20090316529A1
    • 2009-12-24
    • US11919940
    • 2005-05-12
    • Pertti HuuskonenJuha KaarioJanne Kokkala
    • Pertti HuuskonenJuha KaarioJanne Kokkala
    • G01S3/80
    • G01S5/26G01S5/30
    • An acoustical positioning system for positioning a portable electronic device including a loudspeaker system including three or more loudspeakers and a control unit operable according to a first time reference wherein the control unit controls the transmission of a series of audio beacons from the loudspeakers, wherein a first beacon is transmitted at a first time of the first time reference from a first speaker, a second beacon is transmitted at a second time of the first time reference from a second speaker, and a third beacon is transmitted at a third time of the first time reference from a third speaker; at least one portable electronic device operable according to a second time reference and including a synchronizer for synchronising the second time reference to the first time reference; a microphone for receiving the transmitted series of audio beacons; a detector for detecting the time according to the second time reference at which an audio beacon is received and for identifying the origin of the received audio beacon, wherein the first beacon is received at a fourth time according to the second time reference, the second beacon is received at a fifth time according to the second time reference, and the third beacon is received at a sixth time according to the second time reference; and a unit for determining a position of the portable device using relative positions of the first, second and third speakers and the difference between the first time and the fourth time, between the second time and the fifth time, and between the third time and the sixth time.
    • 一种用于定位便携式电子设备的声学定位系统,其包括包括三个或更多个扬声器的扬声器系统和根据第一时间参考可操作的控制单元,其中控制单元控制来自扬声器的一系列音频信标的传输,其中第一 信标在第一时间基准的第一时间从第一扬声器发送,第二信标在第一时间基准的第二时间从第二扬声器发送,并且在第一时间的第三时间发送第三信标 第三位发言者提及; 至少一个便携式电子设备,其可根据第二时间参考可操作并且包括用于使所述第二时间参考与所述第一时间参考同步的同步器; 麦克风,用于接收传输的一系列音频信标; 检测器,用于根据接收到音频信标的第二时间基准检测时间,并用于识别所接收的音频信标的原点,其中根据第二时间参考在第四时间接收第一信标,第二信标 根据第二时间参考在第五时间接收第三信标,并且根据第二时间基准在第六时间接收第三信标; 以及用于使用第一,第二和第三扬声器的相对位置以及第一时间和第四时间之间,第二时间和第五时间之间以及在第三时间和第五时间之间以及第三时间和第三时间之间的差异来确定便携式设备的位置的单元 第六次。