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    • 31. 发明授权
    • Transmitter
    • 发射机
    • US08281356B2
    • 2012-10-02
    • US11666613
    • 2005-10-31
    • Michihiro OhnoMasafumi TakahashiKatsuo Doi
    • Michihiro OhnoMasafumi TakahashiKatsuo Doi
    • H04N7/173
    • H04L1/0019H04L1/0002H04L1/0009H04L47/10Y02D50/10
    • A source device 10 transmits streaming data. In a packet receiver 22 of a sync device 20, statistical data acquirer 23 calculates statistical data such as one-way delay time, packet loss ratio, reception rate and the like from the received streaming data and transmits it to the source device. The statistical information received by source device 20 is extracted by a packet receiver 15 and input to a channel band estimator 16. The channel band estimator 16 gives encoder 11 instructions to provide optimal encoding based on the transmission delay. Upon this, the transmission delay is calculated by assuming the minimum value of the communication delay from the start of transmission as zero. Control is performed by determining the delay time and packet loss ratio in data transmission and considering, based on these, the channel quality and bandwidth margin, so as to provide the optimal transmission bit rate or encoding rate.
    • 源装置10发送流数据。 在同步装置20的分组接收机22中,统计数据获取部23从接收到的流数据中计算单向延迟时间,分组丢失率,接收速率等统计数据,并将其发送到源设备。 由源设备20接收的统计信息由分组接收器15提取并输入到信道频带估计器16.信道频带估计器16给编码器11指令提供基于传输延迟的最佳编码。 这样,通过将从发送开始的通信延迟的最小值设为零来计算传输延迟。 通过确定数据传输中的延迟时间和丢包率来进行控制,并且基于这些,考虑信道质量和带宽裕度,从而提供最佳传输比特率或编码率。
    • 34. 发明授权
    • Transmission method and device
    • 传输方式和装置
    • US06980616B1
    • 2005-12-27
    • US09889155
    • 2000-01-17
    • Daisuke NakanoTakashi NishimuraYuji IchikawaMasafumi TakahashiKazuyuki SumiToru Ueda
    • Daisuke NakanoTakashi NishimuraYuji IchikawaMasafumi TakahashiKazuyuki SumiToru Ueda
    • H04B7/212H04L1/00H04L7/02H04L7/04H04L7/06
    • H04L7/0066H04J3/0685H04L1/0025H04L7/04
    • A transmission method uses multiple kinds of control codes to be exchanged on a serial transmission path between a sender side and a receiver side, and each of the multiple kinds of control codes has bits smaller in number than a predetermined fixed length. The transmission method includes the steps of inspecting the received bit string in groups of bits of the number of the control code, and thereby determining whether one of the multiple kinds of control codes is present in the serial signal received on the serial transmission path or not, selecting the control code to be sent based on a result of the determination in the determining step, sending, onto the serial transmission path, a bit string containing at least the control code to be sent based on the result of the determination in the determining step, and receiving the data code by inspecting the received bit string in groups of bits of the fixed length in response to the detection of the control code indicating the start of transmission of the data from the opposite side in the determining step.
    • 传输方法使用多种控制码在发送机侧和接收机侧之间的串行传输路径上进行交换,并且多种控制码中的每一种的数目比预定的固定长度小。 发送方法包括以下步骤:以控制码数目的比特组检查接收到的比特串,从而确定在串行传输路径上接收的串行信号中是否存在多种控制码中的一种控制码 基于所述确定步骤中的确定结果来选择要发送的控制代码,基于所述确定中的确定结果,将至少包含要发送的控制代码的比特串发送到所述串行传输路径上 响应于在确定步骤中检测到指示来自相反侧的数据的传输的控制码的检测,通过检查固定长度的比特组的接收的比特串来接收数据代码。
    • 35. 发明授权
    • Fuel vapor treatment device
    • 燃油蒸汽处理装置
    • US5641344A
    • 1997-06-24
    • US566717
    • 1995-12-04
    • Masafumi TakahashiYuji ChinoHiroyuki Yoshida
    • Masafumi TakahashiYuji ChinoHiroyuki Yoshida
    • B01D53/04F02M25/08
    • B01D53/0415F02M25/0854B01D2253/102B01D2257/702B01D2258/01B01D2259/40086B01D2259/4516B01D2259/4566F02M2025/0863
    • A fuel vapor treatment device or canister for a vehicle evaporative emission control system has a casing filled with a fuel vapor absorbent material in its chamber. A relay pipe projects outwardly from one end the casing and communicates with the chamber. A liquid-fuel separator having a cavity is sealingly mounted to the one end of the casing so that the relay pipe extends into the cavity. Inlet and outlet pipes, which communicate with the cavity and fuel vapor, are formed in the separator. A fuel vapor outflow passage is formed inside the separator and communicates with the outlet pipe. The suction pipe has a reduced size section with an orifice. A liquid-fuel suction pipe, which communicates with the outflow passage through the orifice, extends perpendicularly downwardly from the outflow passage. The suction pipe extends from the orifice to the area where the liquid-fuel collects.
    • 用于车辆蒸发排放控制系统的燃料蒸汽处理装置或罐具有在其室中填充有燃料蒸气吸收材料的壳体。 继电器管从一端向外突出并与腔连通。 具有空腔的液体 - 燃料分离器密封地安装到壳体的一端,使得继电器管延伸到空腔中。 在分离器中形成与空腔和燃料蒸气连通的入口管和出口管。 燃料蒸汽流出通道形成在分离器内并与出口管连通。 抽吸管具有减小的具有孔口的尺寸部分。 通过孔口与流出通道连通的液体 - 燃料吸入管从流出通道垂直向下延伸。 吸入管从孔口延伸到液体 - 燃料收集的区域。
    • 36. 发明授权
    • High speed dividing apparatus
    • 高速分割装置
    • US5097435A
    • 1992-03-17
    • US455236
    • 1989-12-22
    • Masafumi Takahashi
    • Masafumi Takahashi
    • G06F7/52G06F7/535
    • G06F7/535G06F2207/5353G06F7/4991
    • An operation apparatus and method receive a dividend and a divisor as the input values of a divide operation processing, repeat a subtractive operation when the dividend and divisor are determined as being equal in sign to each other, and progress the repetition of an additive operation when the dividend and divisor are determined as being different in sign from each other. When the most significant bit of a quotient is calculated as having a negative number upon the sign equality of the dividend and divisor and when the most significant bit of the quotient is calculated as having a negative number upon the sign inequality of the dividend and divisor, an overflow is repeated at a time the other quotient bit conincides with the most significant bit of the quotient to detect it during a portion of the operation process.
    • 操作装置和方法接收除数和除数作为除法运算处理的输入值,当除数和除数被确定为彼此相等时,重复减法运算,并且当加法操作的重复进行时, 股息和除数被确定为彼此不同。 当商的最重要位被计算为在股息和除数的符号平等时具有负数,并且当商的最高有效位被计算为在股息和除数的符号不等式上具有负数时, 在另一个商位与商的最高有效位相符的时刻重复溢出,以在操作过程的一部分期间检测它。
    • 37. 发明授权
    • Brazing method
    • 钎焊法
    • US07401726B2
    • 2008-07-22
    • US10965077
    • 2004-10-14
    • Hiroki TaruiMasafumi TakahashiTsuguharu ShimpoKoji OnouchiHiroshi Ogawa
    • Hiroki TaruiMasafumi TakahashiTsuguharu ShimpoKoji OnouchiHiroshi Ogawa
    • B23K31/00
    • B23K1/0012B23K1/19
    • For integrally bonding a first member and a second member made of copper or a copper alloy by brazing, a paste brazing material composed essentially of copper (Cu), tin (Sn), nickel (Ni) and phosphorus (P) is beforehand applied to at least one of the first and second members. A base material is exposed at the whole or a part of a contact portion between the first and second members. Thereafter, the first and second members are assembled at a predetermined position, and heated at a temperature in a range of 600° C.-800° C. within a reducing atmosphere furnace. By the brazing method, an oxide film on the surface of the base material can be sufficiently removed, so that the paste brazing material can smoothly flow on the surface at the contact portion.
    • 为了通过钎焊将第一构件和由铜或铜合金制成的第二构件一体地接合,预先将基本上由铜(Cu),锡(Sn),镍(Ni)和磷(P)组成的糊料钎焊材料施加到 第一和第二成员中的至少一个。 基材在第一和第二构件之间的接触部分的全部或一部分处露出。 此后,将第一和第二构件组装在预定位置,并在还原气氛炉内在600℃-800℃的温度范围内加热。 通过钎焊方法,可以充分地除去基材表面上的氧化膜,使得糊料钎焊材料能够在接触部分的表面上顺利地流动。