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    • 1. 发明申请
    • Radio Frequency Identification Reader/Writer and a Method for Implementing Antenna Switching
    • 射频识别读写器和实现天线切换的方法
    • US20100321166A1
    • 2010-12-23
    • US12528115
    • 2008-08-01
    • Dieter HorstMattias LampeHui LiDan YuYong YuanLiang Zhang
    • Dieter HorstMattias LampeHui LiDan YuYong YuanLiang Zhang
    • H04Q5/22
    • G06K7/10346G06K7/0008H01Q1/2216H01Q3/24
    • An RFID reader/writer including a reader/writer body, antennas and an antenna switching unit is provided. The reader/writer body distributes to each of its own ports a length of sustained time for transmitting a signal. One end of the antenna switching unit is connected to one port of the reader/writer body, while the other end is connected to two antennas. The antenna switching unit acquires a length of sustained time for the signal transmission distributed to the port by the reader/writer body, configures the time-length for the signal transmission and the sequence thereof of the two antennas according to the length of sustained time for the signal transmission, obtains a configuration result for signal transmission, and performs a switching control on the signal transmission of the two antennas according to the signal transmission configuration result. Further, an implementation method for the antenna switching of the RFID reader/writer is described.
    • 提供了包括读写器本体,天线和天线切换单元的RFID读写器。 读/写器主体向每个自身端口分配用于发送信号的持续时间长度。 天线切换单元的一端连接到读写器主体的一个端口,而另一端连接到两个天线。 天线切换单元获取由读写器主体分配给端口的信号传输的持续时间长度,根据持续时间的长度来配置信号传输的时间长度及其两个天线的序列 信号传输,获得用于信号传输的配置结果,并且根据信号传输配置结果对两个天线的信号传输执行切换控制。 此外,描述了用于RFID读取器/写入器的天线切换的实现方法。
    • 5. 发明申请
    • Method, Apparatus and System for Verifying Data
    • 用于验证数据的方法,装置和系统
    • US20130234837A1
    • 2013-09-12
    • US13876843
    • 2011-09-30
    • Hui LiDan YuYong YuanLiang Zhang
    • Hui LiDan YuYong YuanLiang Zhang
    • G06K7/10
    • G06K7/10009G06K19/0723
    • A method for data verification may include: receiving by a radio frequency identification (RFID) tag a write command including data to be written; writing by said RFID tag said data to be written into a local storage; reading by said RFID tag data from said local storage; and carrying out by said RFID tag a data verification according to said data read out. Further, a data verification apparatus may include a receiving module for receiving a write command including data to be written; a writing module for writing said data to be written into a first storage module configured for storing said data to be written; a reading module for reading data from said first storage module; and a verifying module for carrying out verification according to the data read out by said reading module. Such method and apparatus may reduce the time of data verification by an RFID tag.
    • 用于数据验证的方法可以包括:通过射频识别(RFID)标签接收包括要写入的数据的写入命令; 由所述RFID标签写入要写入本地存储器的数据; 从所述本地存储器读取所述RFID标签数据; 并且由所述RFID标签执行根据读出的所述数据的数据验证。 此外,数据验证装置可以包括用于接收包括要写入的数据的写入命令的接收模块; 写入模块,用于将要写入的数据写入被配置为存储要写入的数据的第一存储模块; 读取模块,用于从所述第一存储模块读取数据; 以及用于根据由所述读取模块读出的数据执行验证的验证模块。 这样的方法和装置可以减少RFID标签的数据验证时间。
    • 7. 发明申请
    • Communication Method for a Radio System and Apparatus and System for Implementing the Method
    • 无线电系统的通信方法及其实现方法的装置和系统
    • US20110037570A1
    • 2011-02-17
    • US12864477
    • 2009-01-21
    • Dieter HorstMatthias LampeDan YuYong YuanJie Zhang
    • Dieter HorstMatthias LampeDan YuYong YuanJie Zhang
    • H04B7/02H04Q5/22H04W84/12
    • H04B7/02H04B5/00
    • An apparatus, system and communication method, which is particularly suited for a radio frequency identification system (RFID), wherein a reflection-transmission apparatus is disposed in a radio system and, during a communication process, the reflection and transmission features of reflection-transmission apparatus presented at the radio frequency are changed to introduce a multi-path signal component which changes with time. Consequently, during the communication process, a receiving apparatus receives and combines the multi-path signal component of communication signals and the radio system performs communication by utilizing time diversity effects. The apparatus, system and method provide effective and continued reduction of communication blind spots in the RFID system, thereby improving the overall success rate for the RFID system to read tags and accomplishing a better balance with the overall reading time.
    • 一种特别适用于射频识别系统(RFID)的装置,系统和通信方法,其中反射传输装置设置在无线电系统中,并且在通信过程期间,反射传输的反射和传输特征 在射频时呈现的装置被改变以引入随时间变化的多径信号分量。 因此,在通信处理期间,接收装置接收并组合通信信号的多路径信号分量,无线系统利用时间分集效应进行通信。 该装置,系统和方法提供RFID系统中的通信盲点的有效且持续的减少,从而提高RFID系统读取标签的总体成功率,并在整体读取时间内实现更好的平衡。
    • 9. 发明申请
    • Movement Detection Method and Reader/Writers in a Radio Frequency Identification System
    • 无线电频率识别系统中的移动检测方法和读写器
    • US20120119882A1
    • 2012-05-17
    • US13386297
    • 2010-07-13
    • Dieter HorstDan YuYong Yuan
    • Dieter HorstDan YuYong Yuan
    • G06K7/01
    • G06K7/0008G06K7/10079G06K7/10356G06K7/10435
    • A method in a Radio Frequency Identification (RFID) system including at least one reader/writer and a group of tags each attached to a workpiece. The method includes reading a plurality of tags from the group of tags, capturing received signal strength indication envelopes of tags, and storing the received signal strength indication envelope one tag as a template. A correlation match is performed for the received signal strength indication envelope of the tags and the template to obtain a time interval between the received signal strength indication envelope of each of the tags and the template when the correlation is at a maximum value. Using the present invention, the at least one reader/writer can report each tag that is directly in front of an antenna, even if multiple tags exist in the complicated industrial environment, ensuring First Come First-Read (FCFR) and improving the reliability of an ultra high frequency RFID system.
    • 一种射频识别(RFID)系统中的方法,包括至少一个读取器/写入器和一组标签,每个标签附接到工件。 该方法包括从标签组中读取多个标签,捕获标签的接收信号强度指示包络,以及将接收到的信号强度指示包围一个标签作为模板。 对标签和模板的接收信号强度指示包络执行相关匹配,以获得每个标签的接收信号强度指示包络和当相关值处于最大值时的模板之间的时间间隔。 使用本发明,即使在复杂的工业环境中存在多个标签,至少一个读取器/写入器可以报告直接在天线前面的每个标签,确保先进先出(FCFR)和提高可靠性 超高频RFID系统。