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    • 3. 发明申请
    • DIGITAL BROADCASTING TRANSMISSION AND RECEPTION DEVICES AND METHODS THEREOF
    • 数字广播传输和接收设备及其方法
    • US20090052549A1
    • 2009-02-26
    • US12262060
    • 2008-10-30
    • Joon-soo KIMEui-jun ParkYong-deok ChangHae-joo Jeong
    • Joon-soo KIMEui-jun ParkYong-deok ChangHae-joo Jeong
    • H04N7/26
    • H03M13/256H03M13/2936H03M13/356H03M13/6538H04L1/006H04L1/0065H04L1/007H04L1/0071H04N21/2383H04N21/4382
    • Digital broadcasting transmission and reception devices and methods thereof are provided. The digital broadcasting transmission device includes a randomizer which randomizes a dual transport stream including a normal stream and a robust stream, a supplementary reference signal inserter which inserts a certain supplementary reference signal into a stuffing region included in the randomized dual transport stream, a Reed-Solomon (RS) encoder which adds a parity into a parity region included in the dual transport stream, a robust processor which configures a new dual transport stream by convolution-encoding the robust stream among the dual transport stream, an interleaver which interleaves the configured dual transport stream, a trellis encoder which trellis-encode the interleaved dual transport stream, and a modulator which transmits the trellis-encoded dual transport stream. Accordingly, a sub-channel can be provided in which the robust data and the supplementary reference signal will be transmitted.
    • 提供了数字广播发送和接收设备及其方法。 数字广播发送装置包括随机化随机化的包括正常流和鲁棒流的双传输流,附加参考信号插入器,其将特定补充参考信号插入到包括在随机双重传输流中的填充区域中,Reed- Solomon(RS)编码器,其将奇偶校验添加到包括在双传输流中的奇偶校验区域;鲁棒处理器,其通过对双传输流中的鲁棒流进行卷积编码来配置新的双传输流;交织器, 传输流,对编码交织双传输流进行网格编码的网格编码器,以及传输网格编码双传输流的调制器。 因此,可以提供其中将发送鲁棒数据和辅助参考信号的子信道。
    • 6. 发明申请
    • METHOD OF CONTROLLING AN MRI SYSTEM AND AN APPARATUS THEREFOR
    • 控制MRI系统及其设备的方法
    • US20130069644A1
    • 2013-03-21
    • US13474909
    • 2012-05-18
    • Hyug-rae CHOJoon-soo KIMJu-hyung LEEYoung-cheol KWON
    • Hyug-rae CHOJoon-soo KIMJu-hyung LEEYoung-cheol KWON
    • G01R33/48
    • G01R33/36G01R33/3621G01R33/3657G01R33/3692
    • A magnetic resonance imaging (MRI) system includes a radio frequency (RF) coil which receives timing information about a pulse sequence and stores the timing information in a memory of the RF coil. Then, when an RF excitation signal is transmitted, the RF coil performs decoupling. When a magnetic resonance (MR) echo signal is generated, the RF coil receives the MR echo signal and transmits the MR echo signal to a central controlling apparatus through a wireless channel. When a transmission error arises, the RF coil retransmits corresponding data in an idle time when the RF excitation signal is not transmitted or the MR echo signal is not generated. Thus, the RF coil is prevented from being damaged by the RF excitation signal and prevents the quality of an MR image from deteriorating compared to a synchronization-type communication method.
    • 磁共振成像(MRI)系统包括射频(RF)线圈,其接收关于脉冲序列的定时信息,并将定时信息存储在RF线圈的存储器中。 然后,当发射RF激励信号时,RF线圈进行解耦。 当产生磁共振(MR)回波信号时,RF线圈接收MR回波信号,并通过无线信道将MR回波信号发送到中央控制装置。 当发生传输错误时,RF线圈在没有发送RF激励信号或没有产生MR回波信号的空闲时间内重新发送对应的数据。 因此,与同步型通信方法相比,防止RF线圈被RF激励信号损坏,并且防止MR图像的质量恶化。