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    • 21. 发明申请
    • Data output method, data output apparatus and communication system
    • 数据输出方式,数据输出装置和通讯系统
    • US20060193416A1
    • 2006-08-31
    • US11191299
    • 2005-07-28
    • Kenichi HorioTakashi OhnoSatoshi Okuyama
    • Kenichi HorioTakashi OhnoSatoshi Okuyama
    • H04L7/00
    • H04J3/0632H04L47/6255H04L49/90H04L65/80
    • A data output apparatus accumulates received sound data in an accumulating unit (jitter buffer), and reproduces sound based on the accumulated sound data. Then, for a predetermined period of time from the time point at which reception of data starts, the data output apparatus restricts or prohibits discarding of data based on an upper accumulation limit amount as a basis for discarding the accumulated data. Moreover, prior to starting reception of sound data after a transfer of a transmission right, dummy data such as soundless data is accumulated in the accumulating unit. Further, the set values of the upper accumulation limit amount, etc. optimized in the previous communication are stored, and the settings stored in association with a transmitting source apparatus are set as the upper accumulation limit amount, etc. after the transfer of the transmission right.
    • 数据输出装置将接收的声音数据累积在累加单元(抖动缓冲器)中,并且基于累积的声音数据再现声音。 然后,在从数据开始接收的时刻开始的预定时间段内,数据输出装置根据上限积累限制量来限制或禁止丢弃数据,作为丢弃累积数据的基础。 此外,在发送权利的转移之后开始接收声音数据之前,诸如无声数据的伪数据被累积在累积单元中。 此外,存储在先前通信中优化的上累积限制量等的设定值,并且在传输传输之后将与发送源设备相关联存储的设置设置为上累积限制量等 对。
    • 22. 发明授权
    • Communication method, communication system, and connection apparatus
    • 通信方法,通信系统和连接装置
    • US07630329B2
    • 2009-12-08
    • US11394102
    • 2006-03-31
    • Kenichi HorioTakashi OhnoSatoshi Okuyama
    • Kenichi HorioTakashi OhnoSatoshi Okuyama
    • H04L12/16
    • H04M3/56H04M2207/18
    • A connection apparatus is employed which is connected to a repeating apparatus for providing the PoC for first communication apparatuses having a PoC function. Call connection is established between the connection apparatus and second communication apparatus not having the PoC function. In the connection apparatus, recorded is apparatus information for identifying each second communication apparatus. The connection apparatus has the function of acting as a proxy of the second communication apparatus identified by the apparatus information. This function consists of the function of performing half duplex communication with the repeating apparatus; the function of transmitting output data received from the second communication apparatus, to the repeating apparatus when the second communication apparatus has acquired transmission right; and the function of transmitting received output data to the second communication apparatus when the output data is received from the repeating apparatus.
    • 连接装置被连接到用于为具有PoC功能的第一通信装置提供PoC的中继装置。 在连接装置和不具有PoC功能的第二通信装置之间建立呼叫连接。 在连接装置中,记录的是用于识别每个第二通信装置的装置信息。 连接装置具有作为由装置信息识别的第二通信装置的代理的功能。 该功能包括与中继装置进行半双工通信的功能; 当第二通信装置获得发送权时,将从第二通信装置接收的输出数据发送到中继装置的功能; 以及当从中继装置接收到输出数据时,将接收到的输出数据发送到第二通信装置的功能。
    • 28. 发明申请
    • Data input terminal, method, and computer readable storage medium storing program thereof
    • 数据输入终端,方法和计算机可读存储介质存储程序
    • US20090077194A1
    • 2009-03-19
    • US12232388
    • 2008-09-16
    • Takashi OhnoSatoshi OkuyamaKenichi Horio
    • Takashi OhnoSatoshi OkuyamaKenichi Horio
    • G06F15/167G06F15/173
    • H04L1/00H04L67/1095H04L67/14H04L67/145H04L69/28
    • The input unit stores data input by the user in the data storage. The status determiner determines reception status of the screen data to be one of three statuses of “abnormal”, “normal”, and “recovery” from “abnormal” to “normal” on the basis of frame losses. In a case of the “abnormal” status, a transmission controller does not read the input data stored in the data storage. In a case of the “normal” status, the transmission controller reads the input data stored in the data storage, transmits the input data via the transmitter, and deletes the input data stored in the data storage. In a case of the “recovery” status, the transmission confirmer instructs the output unit to output the input data stored in the data storage to ask the user whether to transmit the input data to the server.
    • 输入单元将用户输入的数据存储在数据存储器中。 状态确定器基于帧丢失,将屏幕数据的接收状态确定为“异常”,“正常”和“恢复”从“异常”到“正常”的三种状态之一。 在“异常”状态的情况下,传输控制器不读存储在数据存储器中的输入数据。 在“正常”状态的情况下,传输控制器读取存储在数据存储器中的输入数据,经由发送器发送输入数据,并删除存储在数据存储器中的输入数据。 在“恢复”状态的情况下,发送确认器指示输出单元输出存储在数据存储器中的输入数据,以询问用户是否将输入数据发送到服务器。
    • 29. 发明申请
    • Communication method, communication system, and connection apparatus
    • 通信方法,通信系统和连接装置
    • US20070160192A1
    • 2007-07-12
    • US11394102
    • 2006-03-31
    • Kenichi HorioTakashi OhnoSatoshi Okuyama
    • Kenichi HorioTakashi OhnoSatoshi Okuyama
    • H04M7/00H04M1/00H04M3/00
    • H04M3/56H04M2207/18
    • A connection apparatus is employed which is connected to a repeating apparatus for providing the PoC for first communication apparatuses having a PoC function. Call connection is established between the connection apparatus and second communication apparatus not having the PoC function. In the connection apparatus, recorded is apparatus information for identifying each second communication apparatus. The connection apparatus has the function of acting as a proxy of the second communication apparatus identified by the apparatus information. This function consists of the function of performing half duplex communication with the repeating apparatus; the function of transmitting output data received from the second communication apparatus, to the repeating apparatus when the second communication apparatus has acquired transmission right; and the function of transmitting received output data to the second communication apparatus when the output data is received from the repeating apparatus.
    • 连接装置被连接到用于为具有PoC功能的第一通信装置提供PoC的中继装置。 在连接装置和不具有PoC功能的第二通信装置之间建立呼叫连接。 在连接装置中,记录的是用于识别每个第二通信装置的装置信息。 连接装置具有作为由装置信息识别的第二通信装置的代理的功能。 该功能包括与中继装置进行半双工通信的功能; 当第二通信装置获得发送权时,将从第二通信装置接收的输出数据发送到中继装置的功能; 以及当从中继装置接收到输出数据时,将接收到的输出数据发送到第二通信装置的功能。
    • 30. 发明授权
    • Presence system and method for presence management
    • 存在管理系统和方法
    • US07677436B2
    • 2010-03-16
    • US11070295
    • 2005-03-03
    • Takashi OhnoJun Kakuta
    • Takashi OhnoJun Kakuta
    • G06F17/00
    • G07C9/00111G07C9/00103G07C11/00H04L67/18H04L67/24
    • A presence server stores a presence that is identified by presence IDs “a1” and “a2”, as the presence of a user “A”. User “A” can pass a card that they hold through a card reader at a timing of their choosing. The card reader reads in data from the card and transmits a renewal request to the presence server. The renewal request includes a renewer ID, an object ID, category information and the presence. When the presence server receives the renewal request, it specifies the presence ID “a1” of user “A” to be the presence that is to be renewed, based on the category information, and moreover, rewrites the presence of the presence ID “a1” to a presence “meeting room A” that is included in the renewal request. Thus, the card reader can renew the presence designated by the “category information”. As for the presence that is renewed, it is notified to a watcher of the presence “a1” from the presence server.
    • 存在服务器存储由存在ID“a1”和“a2”标识的存在作为用户“A”的存在。 用户“A”可以在他们选择的时间通过他们持有的卡通过读卡器。 读卡器从卡读取数据并向存在服务器发送更新请求。 续订请求包括更新ID,对象ID,类别信息和存在。 当存在服务器接收到更新请求时,基于类别信息,将用户“A”的存在ID“a1”指定为要更新的存在,此外,重写存在ID“a1” “到更新请求中包含的存在”会议室A“。 因此,读卡器可以更新由“类别信息”指定的存在。 对于更新的存在,从存在服务器通知给存在“a1”的观察者。