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    • 2. 发明授权
    • Audio broadcast in cordless digital system
    • 无线数字系统中的音频广播
    • US07113492B2
    • 2006-09-26
    • US09779014
    • 2001-02-07
    • Gerhard SiemensUwe SydonJuergen KockmannOlaf DickerHolger Steinbach
    • Gerhard SiemensUwe SydonJuergen KockmannOlaf DickerHolger Steinbach
    • H04L5/14H04J3/00
    • H04M1/663H04M1/6505H04M1/658H04M1/72502H04M1/72513
    • Providing an audio broadcast for a TDMA system. During a single time slot, an audio message is broadcast from a base art and received at a number of portable arts. An audio broadcast command is generated by designating the single time slot and then transmitted to the plurality of portable parts. An additional portable part transmits a broadcast origination signal and the audio message to the base part which transmits the audio broadcast command to the portable parts. by assigning a time slot other than the designated time slot to a portable part, the portable part does not broadcast audio messages during the designated time slot. More than three receiving time slots and more than three sending time slots are divided out for the base art that includes the designated time slot. The audio broadcast command is transmitted during at least two of the more than three sending time slots.
    • 为TDMA系统提供音频广播。 在单个时隙期间,基本技术广播音频消息并以多种便携式技术接收。 通过指定单个时隙然后发送到多个便携式部件来生成音频广播命令。 附加的便携式部件将广播发起信号和音频消息发送到将音频广播命令发送到便携式部件的基本部分。 通过将指定时隙以外的时隙分配给便携式部件,便携式部件在指定时隙期间不广播音频消息。 对于包括指定时隙的基础技术,将三个以上的接收时隙和三个以上的发送时隙划分。 在多于三个发送时隙中的至少两个中发送音频广播命令。
    • 3. 发明授权
    • Methods and apparatus for combined wireless data and voice communications
    • 组合无线数据和语音通信的方法和装置
    • US06928303B2
    • 2005-08-09
    • US09777271
    • 2001-02-05
    • Uwe SydonHolger Steinbach
    • Uwe SydonHolger Steinbach
    • H04L12/28H04L12/56H04M1/725H04B1/38
    • H04W88/08H04M1/72502
    • Methods and apparatus for combined wireless telephony and data communication of the present invention include providing a Home RF transceiver and a WDCT transceiver in a common enclosure and synchronizing the operation of the Home RF transceiver to specific time slots in the WDCT TDM frame. More particularly, the Home RF transceiver is prevented from transmitting whenever the WDCT transceiver is receiving and is prevented from receiving whenever the WDCT transceiver is transmitting. This effectively prevents the Home RF transceiver from interfering with the WDCT transceiver and vice versa. According to a presently preferred embodiment, synchronization is keyed to the repeating WDCT TDM frame but is dynamically adjustable based on the actual use of bandwidth by the WDCT devices. Thus, when there is no telephony traffic, the Home RF transceiver has full bandwidth. For each WDCT telephone call in progress, no more than 1/12 of the Home RF transceiver bandwidth is sacrificed. The methods and apparatus of the invention allow the reuse of key components from existing standards to provide a combined voice and data base station. The invention also takes advantage of two proven technologies to achieve its goals.
    • 本发明的用于组合无线电话和数据通信的方法和装置包括在公共机箱中提供家用RF收发器和WDCT收发器,并将家庭RF收发器的操作同步到WDCT TDM帧中的特定时隙。 更具体地,每当WDCT收发器正在接收时,家庭RF收发器被阻止发送,并且每当WDCT收发器正在发送时被阻止接收。 这有效地防止家庭RF收发器干扰WDCT收发器,反之亦然。 根据当前优选的实施例,同步被关键到重复的WDCT TDM帧,但是可以基于WDCT设备的带宽的实际使用而动态地调节。 因此,当没有电话业务时,家庭RF收发器具有完全带宽。 对于正在进行的每个WDCT电话呼叫,不得超过1/12的家庭RF收发器带宽。 本发明的方法和装置允许从现有标准重新使用关键组件来提供组合的语音和数据基站。 本发明还利用两种成熟的技术实现其目标。