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    • 4. 发明授权
    • Channel selection method, and wireless station and wireless terminal employing it
    • 信道选择方法,以及采用无线终端和无线终端
    • US07263366B2
    • 2007-08-28
    • US10911472
    • 2004-08-05
    • Akira Miyashita
    • Akira Miyashita
    • H04Q7/20
    • H04W36/06
    • At the time of a normal operation, a second channel change message 30b is transmitted from the AP to each terminal before a time T0 until a channel change that is included in a first channel change message 30a elapses, thereby all terminals that received this message 30b, and the AP stop changing the channel. At the time of interference occurrence, setting a time until a channel change to be filed in a third channel change message 30d to a time equal to or less than a lapse time until the channel change at the time point of transmitting this message 30d to transmit it to each terminal from the AP allows the terminal that failed to receive the message at the time of the interference occurrence to make a channel change without causing a connection to the AP to be disconnected.
    • 在正常操作时,在时间T 0之前从AP向每个终端发送第二信道改变消息30b,直到经过第一信道改变消息30a中包括的信道改变,从而所有接收的终端 该消息30b,AP停止改变频道。 在发生干扰的时刻,将通道改变的时间设定为在第三通道改变消息30d中被提交到等于或小于经过时间的时间,直到在发送该消息30d的时间点的信道改变 从AP发送到每个终端允许在干扰发生时不能接收消息的终端进行信道改变而不引起与AP的连接断开。
    • 10. 发明授权
    • Compound layered type of sensing device for multiple measurement
    • 用于多重测量的复合分层式感测装置
    • US06805782B2
    • 2004-10-19
    • US09820819
    • 2001-03-30
    • Akio TanakaToshitaka SaitoAkira MiyashitaKeigo Mizutani
    • Akio TanakaToshitaka SaitoAkira MiyashitaKeigo Mizutani
    • G01N27407
    • G01N27/419
    • In order to raise accuracy of measurement, a compound layered type of sensing device is provided. The device comprises a plurality of solid electrolyte plates and first to third electrochemical cells. Each cell has a single pair of electrodes disposed on the solid electrolyte plates. A concentration of a gas specified from a gas to be measured pre-processed based on oxygen pumping by the first electrochemical cell is detected by the second electrochemical cell. A difference in electromotive force between the gas to be measured and a reference gas is detected by the third electrochemical cell. The single pair of electrodes of the third electrochemical cell is disposed on the same surface of one of the solid electrolyte plates, and both of the first and third electrochemical cells are located with different ones of the solid electrolyte plates.
    • 为了提高测量精度,提供了一种复合分层型感测装置。 该装置包括多个固体电解质板和第一至第三电化学电池。 每个电池具有设置在固体电解质板上的单对电极。 通过第二电化学电池检测由基于第一电化学电池的氧气泵送预先处理的待测气体指定的气体浓度。 通过第三电化学电池检测被测气体与参考气体之间的电动势差。 第三电化学电池的单对电极设置在固体电解质板之一的相同表面上,并且第一和第三电化学电池都位于不同的固体电解质板中。