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    • 1. 发明专利
    • Voice communication system and mobile station
    • 语音通信系统和移动站
    • JP2005244751A
    • 2005-09-08
    • JP2004053744
    • 2004-02-27
    • Kyocera Corp京セラ株式会社
    • KASHIWASE SUSUMU
    • H04L12/951H04J1/02H04L12/811H04M11/00H04W28/06H04W76/02H04W80/10H04Q7/38H04L12/56
    • H04M11/064G10L19/167H04L65/103H04L65/607
    • PROBLEM TO BE SOLVED: To improve packet delay and break-off of telephone conversation in voice communication of mobile packet communication in which communication speeds of forward direction and backward direction are extremely different. SOLUTION: The voice communication system is composed including a mobile communication network comprising a plurality of mobile telephone terminals (MS1, MS2), an IP network 50 which is composed by connecting with the mobile communication network, and IP telephone sets 40 connected with the IP network. When VoIP communication is performed between any of the mobile telephone terminals and the IP telephone set 40, during a period data communication speed for backward direction is low in a case that data communication speed of backward direction is variable, mobile telephone terminals (MS1, MS2) which are a transmission side, thin out packets of the voice coded data, and transmit, and the IP telephone set 40 which is a receiving side, interpolates the thinned-out packets by packet information either front or rear, and reproduces. COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:提高前向和后向通信速度极差的移动分组通信语音通信中的电话会话的分组延迟和中断。 解决方案:语音通信系统包括包括多个移动电话终端(MS1,MS2)的移动通信网络,与移动通信网络连接的IP网络50以及连接的IP电话机40 与IP网络。 当在任何移动电话终端和IP电话机40之间执行VoIP通信时,在反向数据通信速度可变的情况下,在反向方向的数据通信速度低的情况下,移动电话终端(MS1,MS2 ),将语音编码数据的分组缩小并发送,作为接收侧的IP电话机40通过前后的分组信息来插补稀疏分组,并进行再现。 版权所有(C)2005,JPO&NCIPI
    • 2. 发明专利
    • Communicating method, transmitting method and apparatus, receiving method and apparatus
    • 通信方法,发送方法和装置,接收方法和装置
    • JP2005295196A
    • 2005-10-20
    • JP2004107311
    • 2004-03-31
    • Kenwood Corp株式会社ケンウッド
    • MASHIMA TAICHI
    • H04J3/17H04M11/00H04M11/06H04Q7/38
    • H04M11/064H04M2203/2044
    • PROBLEM TO BE SOLVED: To facilitate following entry in a group call.
      SOLUTION: In a transmission side portable telephone terminal 11, voice data to be transmitted are sequentially inputted. Whether or not the inputted audio data is silent, is discriminated. The voice data discriminated that the shown voice is silent, is replaced with a group number. The group number that is replaced with the voice data that the shown voice is with a sound is radio transmitted. In a reception side portable telephone terminal 11, a radio transmitted signal is received. The voice data of the received signal and the group number are distinguished. The voice data are regenerated. The silence of the group number is regenerated. Further, a processing based on the group number is performed.
      COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:为了便于在群组通话中进入。 解决方案:在发送侧便携式电话终端11中,依次输入要发送的语音数据。 所输入的音频数据是否静音。 语音数据区分出所示语音无声,被替换为组号。 被显示的声音具有声音的语音数据替换的组号被无线电发送。 在接收侧便携式电话终端11中,接收无线发送信号。 区分接收信号的语音数据和组号。 语音数据被重新生成。 组号的沉默被重新生成。 此外,执行基于组号的处理。 版权所有(C)2006,JPO&NCIPI
    • 3. 发明专利
    • Transmission system for widening voice band and shortening time
    • 用于增强语音带和短信时间的传输系统
    • JPS5753132A
    • 1982-03-30
    • JP12809780
    • 1980-09-16
    • Nippon Telegr & Teleph Corp
    • AZEYANAGI KATSUYOSHIYAMAMOTO SATORU
    • H04B1/66H04J3/17H04J99/00H04M11/06
    • H04M11/064
    • PURPOSE:To transmit other signals in an idle time due to time compression of a voice waveform and to transmit plural signals simultaneously in real time without degradation of the quality of voice. CONSTITUTION:The voice output of a four-wire telephone set 21 is supplied to a voice time compressing circuit 31 and is made into a signal of 4k or less Hz by an LPF32 to obtain a voice signal 11. A sampling circuit 33, an encoding circuit 34, a buffer memory 35, a decoding circuit 36, and an LPF37 are used in order for the voice signal 11 to obtain a voice transmission signal 16. Meanwhile, output data 12 from a data terminal 22 is stored temporarily in a buffer memory 39 in a data transmitting circuit 38, and phase information and data 12 are obtained as the output of the buffer memory 39 and have the band limited up to 8k or less Hz by a low- pass filter 41 and are synthesized with the voice transmission signal 16 to obtain a transmission waveform from the terminal, and the transmission waveform is transmitted to a transmission line 24 of subscriber's lines through a hybrid circuit 42.
    • 目的:由于语音波形的时间压缩,在空闲时间内传输其他信号,并实时同时发送多个信号,而不会降低语音质量。 构成:四线电话机21的语音输出被提供给语音时间压缩电路31,并由LPF32形成4k以下的信号,以获得语音信号11.采样电路33,编码 使用电路34,缓冲存储器35,解码电路36和LPF37,以便语音信号11获得语音传输信号16.同时,来自数据终端22的输出数据12暂时存储在缓冲存储器 39,并且获得相位信息和数据12作为缓冲存储器39的输出,并且通过低通滤波器41将频带限制为高达8k或更小的Hz,并且与语音发送信号 16,以从终端获得发送波形,并且通过混合电路42将发送波形发送到用户线路的传输线24。
    • 6. 发明专利
    • Signal system for digital interface
    • 数字接口信号系统
    • JPS5776956A
    • 1982-05-14
    • JP15247980
    • 1980-10-29
    • Mitsubishi Electric Corp
    • TANAKA KUNIMAROOZAKI MINORU
    • G11B20/10H04B14/04H04L29/06H04M11/06
    • H04M11/064
    • PURPOSE:To increase the freedom of device design, by providing a pause period in which no digital transmission is made in each sample, in a digital interface format of series system between digital-audio devices. CONSTITUTION:Interfacing of digital signals is made by using a PCM signal between various digital audio devices. In this case, each output signal has the same sampling frequency, in which information is present from the head of each sample to the N-th bit and no meaning is given from the N+1th bit to the beginning of the next sample. Further, the period from the N+1th bit to the beginning of the next samples is not always the same as the output signal of each device and each output signal has an uniform repetitive period in sample unit.
    • 目的:为了增加设备设计的自由度,通过提供数字音频设备之间的串联系统的数字接口格式,在每个采样中不提供数字传输的暂停时段。 构成:通过在各种数字音频设备之间使用PCM信号来进行数字信号的接口。 在这种情况下,每个输出信号具有相同的采样频率,其中信息从每个样本的头部到第N个比特存在,并且从第N + 1个比特到下一个样本的开始没有意义。 此外,从第N + 1位到下一个采样的开始的周期并不总是与每个器件的输出信号相同,并且每个输出信号在采样单元中具有均匀的重复周期。
    • 9. 发明专利
    • Audio packet communicating device
    • 音频分组通信设备
    • JPS59216343A
    • 1984-12-06
    • JP9170883
    • 1983-05-23
    • Mitsubishi Electric Corp
    • KOMATSU YOUJI
    • H04M11/00H04J3/17H04M11/06H04Q11/04H04J6/02
    • H04M11/064
    • PURPOSE:To avoid the collision of speech between audio terminal equipments by transmitting preferentially a packet, which reports the input of voice, when voice is inputted in the audio terminal equipment. CONSTITUTION:A packet assembling device 60 which reads out contents of a terminal line receiving memory 5 and assembles them into a packet is provided with a voice start packet generating means, which transmits a voice start reporting packet preferentially to the other voice data when voice data is changed from the silent state to the voiced state, and a voice end packet generating means which transmits a voice end reporting packet when voice data is changed from the voiced state to the silent state. A flip flop 14 which is set and reset by the output of a packet decomposing device 11 outputs a voice generating signal (a) till reception of the voice end reporting packet after receiving the voice start reporting packet from a terminal storing device of the other party. A relaying device 3 is provided with a voice start packet relaying means which relays the voice start reporting packet preferentially to the other voice packets.
    • 目的:为了避免在音频终端设备中输入声音时,优先发送报告语音输入的分组来避免音频终端设备之间的语音冲突。 构成:读出终端线路接收存储器5的内容并将它们组装成分组的分组组装装置60具有语音开始分组生成装置,当语音数据发送语音开始分组生成装置时,优先发送语音开始报告分组到其他语音数据 从静音状态改变到浊音状态,以及语音结束包产生装置,当语音数据从浊音状态改变为无声状态时,发送语音结束报告包。 由分组分解装置11的输出设置和复位的触发器14在从另一方的终端存储装置接收到语音开始报告分组之后输出语音生成信号(a),直到接收到语音结束报告分组 。 中继装置3设置有语音起始分组中继装置,其将语音开始报告分组优先地中继到其他语音分组。
    • 10. 发明专利
    • Composite transmitter for sound and no-sound information
    • 用于声音和无声信息的复合发射机
    • JPS594261A
    • 1984-01-11
    • JP11080282
    • 1982-06-29
    • Toshiba Corp
    • KUMA KATSUHIKOKAWASAKI TADAMICHI
    • H04J3/17H04M11/06
    • H04M11/064
    • PURPOSE:To prevent the transmitting efficiency of a no-sound information from being deteriorated even if a no-sound block does not take place for a long time, by inserting forcedly the no-sound information to a prescribed sound block when sound blocks are consecutive for a prescribed or over. CONSTITUTION:A sound continuing time detecting circuit 5 outputs a no-sound information inserting request (c) to an information mixing control circuit 6 when the presence of a sound of a sound/no-sound discriminating result (b) is consecutive for a prescribed time T or over. The circuit 6 generates a switching signal (e) with the discriminating result (b), the inserting request (c) and a no- sound information transmitting request (d) and supplies it to a clock control circuit 7 and an information mixing circuit 8. The circuit 7 generates a sound information transmitting clock (g) and a no-sound information transmitting clock (h) from a basic transmitting clock (i) with the switching signal (e) and outputs a block synchronizing signal. The information mixing circuit 8 mixes the sound information from a blocking circuit 4 and the no-sound information from a terminal 9 with the switching signal (e) for transmitting the result.
    • 目的:为了防止无声音信息的发送效率即使长时间不发生无声音块,通过在声音块连续时将无声信息强制插入规定的声音块 规定或超过 构成:声音持续时间检测电路5当声音/无声识别结果(b)的声音的存在连续达规定时,向信息混合控制电路6输出无声信息插入请求(c) 时间T或以上。 电路6产生具有鉴别结果(b),插入请​​求(c)和无声信息发送请求(d)的切换信号(e),并将其提供给时钟控制电路7和信息混合电路8 电路7利用切换信号(e)从基本发送时钟(i)生成声音信息发送时钟(g)和无声信息发送时钟(h),并输出块同步信号。 信息混合电路8将来自分块电路4的声音信息和来自终端9的无声信息与用于发送结果的切换信号(e)进行混合。