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    • 51. 发明授权
    • Digital signal transmitting apparatus
    • 数字信号发送装置
    • US08218682B2
    • 2012-07-10
    • US11719666
    • 2005-11-17
    • Takashi IwaiDaisuke Yamada
    • Takashi IwaiDaisuke Yamada
    • H03C3/00H03K7/06H04L27/12
    • H04L27/36H03M13/6306H04L1/0068H04L1/0071H04L1/1819
    • A digital signal transmitting apparatus that prevents occurrences of highness and lowness in error tolerance due to bit positions without raising the redundancy and without retransmittal. In the digital signal transmitting apparatus, a bit interchanging part (103) uses rate match information (105) to interchange bit positions such that a bit inserted by a rate match part (102) is placed at the bit position of a low error tolerance in a single symbol to be multilevel modulated. Moreover, the bit interchanging part (103) also uses the rate match information (105) to interchange bit positions such that another encoded bit, in which the bit punctured by the rate match part (102) is the same as the bit prior to encoding thereof, is placed at a bit position of a high error tolerance in a single symbol to be multilevel modulated.
    • 一种数字信号发送装置,其防止由于比特位置导致的错误容忍的高度和低的发生,而不增加冗余并且不重传。 在数字信号发送装置中,比特交换部(103)使用速率匹配信息(105)来交换比特位置,使得由比特匹配部(102)插入的比特位于低误差容限的比特位置 单一符号是多级调制的。 此外,比特交换部分(103)还使用速率匹配信息(105)来交换比特位置,使得由比特匹配部分(102)打孔的比特与编码前的比特相同的另一编码比特 被放置在单个符号中的高误差容限的位位置以进行多电平调制。
    • 53. 发明授权
    • Anisotropic conductive connector and inspection equipment of circuit device
    • 电路设备各向异性导电连接器和检测设备
    • US07922497B2
    • 2011-04-12
    • US12089608
    • 2006-09-28
    • Daisuke YamadaKiyoshi KimuraFujio Hara
    • Daisuke YamadaKiyoshi KimuraFujio Hara
    • H01R12/00
    • H01R12/714G01R1/0735G01R3/00H01R12/7076H01R12/7082H01R13/2414
    • An anisotropically conductive connector device and an inspection apparatus for circuit devices including the anisotropically conductive connector device. The anisotropically conductive connector device includes an elastic anisotropically conductive film, including plural conductive path-forming parts each extending in a thickness-wise direction of the film and arranged mutually insulated by an insulating part, a sheet-like connector including an insulating sheet, including a plurality of through-holes each extending in a thickness-wise direction, and plural electrode structures arranged in the respective through-holes in the insulating sheet to protrude from both surfaces of the insulating sheet. The electrode structures are positioned on respective conductive path-forming parts, the insulating sheet is integrally fixed to the insulating part, and the electrode structures include electrode parts that are movable in the thickness-wise direction of the sheet.
    • 各向异性导电连接器装置和包括各向异性导电连接器装置的电路装置的检查装置。 各向异性导电连接器装置包括:弹性各向异性导电膜,包括多个导电路径形成部件,每个导电路径形成部件沿薄膜的厚度方向延伸并且由绝缘部分相互绝缘,包括绝缘片的片状连接器, 多个沿厚度方向延伸的通孔,以及布置在绝缘片中的各个通孔中的多个电极结构,以从绝缘片的两个表面突出。 电极结构位于相应的导电路径形成部分上,绝缘片一体地固定在绝缘部分上,电极结构包括可在片材的厚度方向上移动的电极部分。
    • 54. 发明授权
    • Electrochemical analysis method using boron-doped electroconductive diamond electrode
    • 使用硼掺杂导电金刚石电极的电化学分析方法
    • US07883617B2
    • 2011-02-08
    • US12529130
    • 2008-01-30
    • Yasuaki EinagaDaisuke Yamada
    • Yasuaki EinagaDaisuke Yamada
    • G01N27/48G01N27/30
    • G01N27/423G01N27/308G01N33/1813
    • This invention provides an electrochemical analysis method for accurately detecting a harmful substance such as arsenic contained in a solution. In the electrochemical analysis method, a working electrode and a counter electrode are disposed in an object electrolytic solution. A negative potential is applied to the working electrode to electrodeposit the electrolyte onto the surface of the working electrode and thus to form an electrodeposit. Next, the potential of the working electrode is sweeped in a positive potential direction to allow the electrodeposit to elute into the solution and, at the same time, to detect a current change upon a potential change and thus to analyze an object substance dissolved as an electrolyte in the object electrolytic solution. A boron-doped electroconductive diamond electrode or an electrode with gold deposited on its surface is used as the working electrode.
    • 本发明提供一种用于精确检测溶液中所含的砷等有害物质的电化学分析方法。 在电化学分析方法中,将工作电极和对电极配置在目标电解液中。 对工作电极施加负电位,将电解质电沉积在工作电极的表面上,从而形成电沉积物。 接下来,将工作电极的电位沿正电位方向扫描,使电沉积物洗脱到溶液中,同时检测电位变化时的电流变化,从而分析作为 电解液在物体电解液中。 硼掺杂的导电金刚石电极或其表面上沉积有金的电极被用作工作电极。
    • 55. 发明申请
    • TWO-STROKE INTERNAL COMBUSTION ENGINE
    • 两冲程内燃机
    • US20110017183A1
    • 2011-01-27
    • US12842682
    • 2010-07-23
    • Naoki KogaShirou YamaguchiKen ShiraiDaisuke Yamada
    • Naoki KogaShirou YamaguchiKen ShiraiDaisuke Yamada
    • F02B25/14
    • F02B25/14F02B33/04F02B33/44F02B2075/025
    • There is provided a reverse scavenged two-stroke internal combustion engine that is capable of effectively suppressing the short-circuiting of fresh charge (unburnt air-fuel mixture), while at the same time being capable of further improving scavenging efficiency, combustion efficiency, etc. The horizontal sectional shape of at least one pair of scavenging passages (31, 31 and 32, 32) is closer to a triangle than a parallelogram along substantially the entire lengths of the at least one pair of scavenging passages, where a cylinder outer circumferential side of the horizontal sectional shape is narrowest and a cylinder bore wall surface (10a) side of the horizontal sectional shape is wide. Further, horizontal scavenging angles (α, β), which are angles of intersection formed between lines (Ea, Ea and Eb, Eb) extended towards an intake port (33) from guide wall surfaces (31c, 31c and 32c, 32c) that define the scavenging passages (31, 31 and 32, 32), are acute.
    • 提供了能够有效地抑制新鲜空气(未燃烧空气 - 燃料混合物)短路的反向扫气二冲程内燃机,同时能够进一步提高清除效率,燃烧效率等。 至少一对扫气通道(31,31,32,32)的水平截面形状比沿着至少一对扫气通道的整个长度的平行四边形更靠近三角形,其中气缸外圆周 水平剖面形状的一侧最窄,水平剖面形状的气缸孔壁面(10a)侧宽。 此外,作为从引导壁面(31c,31c,32c,32c)向进气口(33)延伸的线(Ea,Ea,Eb,Eb)之间的交点角度的水平扫掠角(α,bgr) 定义扫气通道(31,31,32,32)是尖锐的。
    • 56. 发明申请
    • WIRELESS COMMUNICATION DEVICE, WIRELESS COMMUNICATION SYSTEM, AND WIRELESS COMMUNICATION METHOD
    • 无线通信设备,无线通信系统和无线通信方法
    • US20100290414A1
    • 2010-11-18
    • US12780778
    • 2010-05-14
    • Daisuke Yamada
    • Daisuke Yamada
    • H04W72/04
    • H04W16/14H04K3/226H04K3/822H04K2203/18H04W36/06H04W84/12
    • When radar/radio signals are detected by one of two access points establishing communication in a WDS mode, the one access point notifies the other access point of a change of a communication channel to a newly allocated channel and actually changes the communication channel to the newly allocated channel. The other access point notified of the newly allocated channel performs a passive scan at the notified newly allocated channel to detect a beacon broadcasted by the one access point. In response to detection of the beacon, the other access point resets the communication channel to the notified newly allocated channel. The two access points can accordingly reestablish communication in the WDS mode within a short time period. This arrangement allows for a quick channel change in response to detection of radar/radio signals, such as a weather radar, during communication of a 5 GHz frequency band in the WDS mode.
    • 当通过在WDS模式建立通信的两个接入点之一检测到雷达/无线电信号时,一个接入点将通信信道的改变通知另一个接入点到新分配的信道,并且实际上将通信信道改变为新 分配频道 通知新分配的频道的另一接入点在通知的新分配的频道上执行被动扫描,以检测由该接入点广播的信标。 响应于信标的检测,其他接入点将通信信道复位到所通知的新分配的信道。 因此,两个接入点可以在短时间内重新建立WDS模式的通信。 这种布置允许在WDS模式中的5GHz频带通信期间响应于雷达/无线电信号(例如天气雷达)的检测而进行快速的信道改变。
    • 59. 发明授权
    • Stabilizer control apparatus
    • 稳定器控制装置
    • US07501786B2
    • 2009-03-10
    • US10587717
    • 2005-02-10
    • Yoshiyuki YasuiYuuki OhtaDaisuke Yamada
    • Yoshiyuki YasuiYuuki OhtaDaisuke Yamada
    • H02P23/00
    • B60G17/0162B60G17/018B60G21/0555B60G2202/135B60G2202/42B60G2400/051B60G2400/0523B60G2400/104B60G2400/106B60G2400/208B60G2400/41B60G2500/20B60G2800/0122B60G2800/9122
    • In a stabilizer control apparatus for transmitting a power through a speed reducing mechanism, a rolling motion of a vehicle body is restrained smoothly and rapidly, without being affected by transmitting efficiency of the speed reducing mechanism. As for a stabilizer (SBf) including a pair of stabilizer bars (SBfr, SBfl) disposed between a right wheel and a left wheel, and a stabilizer actuator (FT) driven by an electric motor disposed between them, the electric motor M is controlled in response to a turning state of a vehicle, to control a torsional rigidity of the stabilizer. Furthermore, the apparatus comprises relative position detection means for detecting the relative position of the pair of stabilizer bars (for example, obtained from a relationship between a rotational angle of the electric motor and a reducing speed ratio), and it is so constituted that the electric motor is controlled in response to the detected result.
    • 在通过减速机构传递动力的稳定器控制装置中,不会受到减速机构的传递效率的影响,能够平稳,快速地抑制车体的滚动运动。 对于包括设置在右轮和左轮之间的一对稳定杆(SBfr,SBfl)和由配置在它们之间的电动机驱动的稳定器致动器(FT)的稳定器(SBf),控制电动机M 响应于车辆的转动状态,以控制稳定器的扭转刚度。 此外,该装置包括用于检测一对稳定杆的相对位置的相对位置检测装置(例如,从电动机的旋转角度与减速比之间的关系获得),并且它被构造成使得 响应于检测结果控制电动机。