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    • 3. 发明公开
    • VERFAHREN UND VORRICHTUNG ZUM AUFBEREITEN EINES RADIO-DATEN-SIGNALS FÜR EINEN RUNDFUNKEMPFÄNGER
    • VERFAHREN UND VORRICHTUNG ZUM AUFBEREITEN EINES RADIO-DATEN-SIGNALSFÜREINENRUNDFUNKEMPFÄNGER
    • EP3123642A1
    • 2017-02-01
    • EP15705220.0
    • 2015-02-02
    • Robert Bosch GmbH
    • NYENHUIS, Detlev
    • H04H40/18H04L25/00
    • H04B7/0632H04H40/18H04H2201/13H04L27/2273H04L43/16
    • The method (490) comprises a step of reading in (492) the radio data signal (128) and a radio data clock signal (132), a step of integrating (494) a signal that is dependent on the radio data signal (128) and/or the radio data clock signal (132) in order to determine an integral value profile (504), a step of decoding (496) a radio data signal information item from the integral value profile (504) using the radio data clock signal (132) and/or a phase of the radio data signal (128), a step of ascertaining (498) a radio data signal quality information item (138), which represents a credibility of the decoded radio data signal information item, using the radio data signal (128) and/or the phase of the radio data signal (128), and a step of providing (500) the radio data signal information item (136) and the radio data signal quality information item (138) in order to provide a conditioned radio data signal (142).
    • 一种方法包括读取无线电数据信号和无线电数据时钟信号的步骤,对作为无线电数据信号和/或无线电数据时钟信号的函数的信号进行积分的步骤,以确定积分值曲线 使用无线电数据时钟信号和/或无线电数据信号的相位位置从积分值曲线解码无线电数据信号信息的步骤,确定表示解码无线电的可信度的无线电数据信号质量信息的步骤 使用无线电数据信号和/或无线电数据信号的相位位置的数据信号信息,以及提供无线电数据信号信息和无线电数据信号质量信息以提供经调节的无线电数据信号的步骤。
    • 10. 发明公开
    • A RECEIVER
    • 接收器
    • EP2837116A1
    • 2015-02-18
    • EP13717828.1
    • 2013-04-10
    • Frontier Silicon Limited
    • TANG-RICHARDSON, MelEMERSON, Christopher Michael
    • H04H40/18
    • H04H20/22
    • A broadcast receiver, and associated detection method, has a (single) tuner 11 that can be tuned away from a first frequency, from which a first broadcast signal is being received, to a second frequency to detect alternative broadcast signals (i.e., scan alternative frequencies, AF) and tuned back to the first frequency to continue receiving the first broadcast signal without interrupting the received service. This the fact that, in systems such as OFDM (e.g., DAB) systems, not all broadcast data packets (31, Figure 3) within a received frame are required to be decoded in order to receive a desired broadcast service, is utilised. The tuner is tuned away, demodulating and decoding a packet from a first received frame, detects or discovers alternative services (second broadcast signal at second frequency) and is quickly tuned back to the original frequency to continue receiving the first broadcast service from a second received frame - without any perceivable break (to the user) in the reception of the first broadcast; the first and second frames may be consecutive frames in the broadcast signal. A quality metric of the second (alternative) broadcast signal may be determined.