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    • 4. 发明申请
    • Wireless audio data transmitting and receiving apparatus using human body
    • 使用人体的无线音频数据收发装置
    • US20070159371A1
    • 2007-07-12
    • US11637727
    • 2006-12-13
    • Seong-Jun SongSeung Jin LeeHoi-Jun Yoo
    • Seong-Jun SongSeung Jin LeeHoi-Jun Yoo
    • H03M1/12
    • H04B13/005
    • Wireless audio data transmitting and receiving apparatus using human body is disclosed. An audio signal outputted from a portable audio player is converted by the digital audio interface technology without a wire or an antenna, is transferred through human body using only a single signal electrode at high speed, and the audio signal transferred through the human body is received to listen through an earphone. Thus, the inconvenient wire is removed to improve the convenience to use and the antenna which has a difficulty due to the size and the installation is not required. Moreover, since additional encoding and decoding for the reduction of the transfer rate are not required so that the high speed transfer is enabled and the power consumption can be reduced, components and/or a battery can be reduced in size and can be minimized.
    • 公开了使用人体的无线音频数据发送和接收装置。 从便携式音频播放器输出的音频信号通过无线或天线的数字音频接口技术进行转换,仅通过人体仅使用单个信号电极高速传输,并且接收通过人体传送的音频信号 通过耳机听。 因此,除去不方便的线以提高使用的便利性,并且不需要由于尺寸和安装而难以进行的天线。 此外,由于不需要用于降低传送速率的附加编码和解码,使得能够实现高速传输并且可以降低功耗,可以减小部件和/或电池的尺寸并且可以最小化。
    • 9. 发明授权
    • Apparatus for receiving analog baseband signal
    • 用于接收模拟基带信号的装置
    • US08660510B2
    • 2014-02-25
    • US13696751
    • 2010-05-07
    • Seong-Jun SongSang-Yun HwangChul-Jin KimJong-Rim LeeHyun-Kuk ChoiSeok-Yong Lee
    • Seong-Jun SongSang-Yun HwangChul-Jin KimJong-Rim LeeHyun-Kuk ChoiSeok-Yong Lee
    • H04B1/06H04B1/16
    • H04B1/0014H04B13/005H04L27/0002
    • Provided is a receiving apparatus for processing an analog baseband signal in an information terminal that communicates using a dielectric. The receiving apparatus includes an electrode for receiving an electric-field signal; a first gain adjuster for gain adjustment by amplifying the received signal; a channel selection filter for selecting a signal corresponding to a receive channel bandwidth from the gain-adjusted signal; a second gain adjuster for gain adjustment by amplifying the selected signal; a comparator for converting a signal output from the second gain adjuster into a digital signal; an oversampler for oversampling the digital signal at a frequency fClock higher than a receive channel frequency fSignal; a demodulator for demodulating the oversampled signal; and a clock generator for providing necessary a clock signal to the oversampler and the demodulator.
    • 提供一种用于在使用电介质进行通信的信息终端中处理模拟基带信号的接收装置。 接收装置包括用于接收电场信号的电极; 用于通过放大接收信号来增益调整的第一增益调节器; 频道选择滤波器,用于从增益调整信号中选择与接收信道带宽对应的信号; 第二增益调节器,用于通过放大所选择的信号进行增益调整; 比较器,用于将从第二增益调节器输出的信号转换为数字信号; 过采样器,其以比接收信道频率fSignal高的频率fClock过采样数字信号; 解调器,用于解调过采样信号; 以及用于向过采样器和解调器提供必要的时钟信号的时钟发生器。
    • 10. 发明授权
    • Apparatus for receiving wide-band pulse signal in communication channel using human body
    • 用于在人体通信通道中接收宽带脉冲信号的装置
    • US07650113B2
    • 2010-01-19
    • US11714110
    • 2007-03-06
    • Seong-Jun SongHoi-Jun Yoo
    • Seong-Jun SongHoi-Jun Yoo
    • H04B1/00
    • H03K5/003H04B13/005H04L25/0266H04L25/0292H04L25/061
    • Disclosed herein is an apparatus for receiving a wide-band pulse signal in a communication channel using a human body. When a weak wide-band pulse signal, which is output from a communication channel using a human body as a data transmission medium, is restored to a digital signal, it is possible to accomplish low power consumption and high data transmission rate using a wide-band symmetrical triggering technology using 50-Ω impedance matching, wide-band amplification and symmetrical threshold voltages. In addition, since only a single signal electrode is used, it is possible to provide an apparatus having usability, wearability and miniaturization. In addition, it is possible to remove necessities of an external reference voltage to reduce area consumption and to simply adjust a feedback resistor to easily adjust the reception sensitivity according to a communication distance.
    • 这里公开了一种用于在使用人体的通信信道中接收宽带脉冲信号的装置。 当从使用人体的通信信道作为数据传输介质输出的弱宽带脉冲信号被恢复为数字信号时,可以使用宽幅脉冲信号实现低功耗和高数据传输速率, 带对称触发技术,使用50Ω阻抗匹配,宽带放大和对称阈值电压。 此外,由于仅使用单个信号电极,所以可以提供具有可用性,耐磨性和小型化的装置。 此外,可以消除外部参考电压的需要以减少面积消耗,并且简单地调整反馈电阻器以根据通信距离容易地调整接收灵敏度。