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    • 81. 发明授权
    • Intra prediction system of video encoder and video decoder
    • 视频编码器和视频解码器的帧内预测系统
    • US08199818B2
    • 2012-06-12
    • US12054756
    • 2008-03-25
    • Tomonobu YoshinoSei NaitoAtsushi Koike
    • Tomonobu YoshinoSei NaitoAtsushi Koike
    • H04B1/66
    • H04N19/136H04N19/11H04N19/176H04N19/61
    • There is provided an intra prediction system having high prediction performance and satisfactory encoding efficiency in a pattern image in which pixel value is periodically changed and a pattern image in which pixel value has a constant change tendency like gradation effect. A frequency component extraction unit allows a pixel value of an encoded MB to be made one-dimensional for one-dimensional orthogonal conversion. A frequency component-considering prediction value calculation unit receives, as inputs, a pixel value of an encoded adjacent MB and an alternating current frequency component output to create an orthogonal conversion coefficient. The orthogonal conversion coefficient then is subjected inverted orthogonal conversion (IDCT) to generate a prediction value p(i). A prediction direction determination unit selects and outputs a prediction value p′(i) in a prediction direction having the highest encoding efficiency among a conventional prediction value calculation unit and a prediction value calculation unit according to the present invention.
    • 提供一种在像素值周期性变化的图案图像中具有高预测性能和令人满意的编码效率的帧内预测系统以及其中像素值具有恒定变化趋势的图案图像,如灰度效果。 频率分量提取单元允许将编码的MB的像素值制成一维用于一维正交变换。 频率分量考虑预测值计算单元接收编码的相邻MB的像素值和输出的交流频率分量作为输入,以产生正交变换系数。 然后对正交变换系数进行反向正交变换(IDCT),生成预测值p(i)。 预测方向确定单元根据本发明在常规预测值计算单元和预测值计算单元中选择并输出具有最高编码效率的预测方向的预测值p'(i)。
    • 82. 发明授权
    • Throttle upstream pressure estimating apparatus and cylinder charged air quantity calculating apparatus for internal combustion engine
    • 用于内燃机的节气门上游压力估计装置和汽缸充气量计算装置
    • US07905135B2
    • 2011-03-15
    • US12659053
    • 2010-02-24
    • Tomoaki NakanoAtsushi Koike
    • Tomoaki NakanoAtsushi Koike
    • G01M15/09
    • G01M15/09
    • In a non-critical pressure region where a pressure ratio [Pm/Pthrup(i−1)] of an intake air pressure Pm (throttle downstream pressure) detected by an intake air pressure sensor to a previous throttle upstream pressure Pthrup(i−1) is greater than a predetermined value B, the previous throttle upstream pressure Pthrup(i−1) is substituted for one of two terms of the throttle upstream pressures Pthrup(i) included in an intake system model so that present throttle upstream pressure Pthrup(i) is calculated. In a critical pressure region where the pressure ratio is less than or equal to the predetermined value B, a physical value f(Pm/Pthrup(i)) using a pressure ratio [Pm/Pthrup(i)] of the intake air pressure Pm to a present throttle upstream pressure Pthrup(i) as a parameter is regarded as a steady value fc so that the present throttle upstream pressure Pthrup(i) is calculated.
    • 在进气压力传感器检测到的进气压力Pm(节气门下游压力)的压力比[Pm / Pthrup(i-1)]与前一节气门上游压力Pthrup(i-1)的非临界压力区域 )大于预定值B时,先前的节气门上游压力Pthrup(i-1)被替换为进气系统模型中包括的节气门上游压力Pthrup(i)的两项中的任一项,使得当前油门上游压力Pthrup i)计算。 在压力比小于或等于预定值B的临界压力区域中,使用进气压力Pm的压力比[Pm / Pthrup(i)]的物理值f(Pm / Pthrup(i)) 将作为参数的当前节气门上游压力Pthrup(i)视为稳定值fc,从而计算当前节气门上游压力Pthrup(i)。
    • 83. 发明授权
    • Mobile communication terminal and communication control method
    • 移动通信终端和通信控制方法
    • US07747276B2
    • 2010-06-29
    • US11365250
    • 2006-03-01
    • Atsushi KoikeKatsuya Miyata
    • Atsushi KoikeKatsuya Miyata
    • H04M1/00
    • H04W48/18
    • When the user of the mobile communication terminal produces the originating operation while in the idle state with the wireless system C, the control section acquires the input of the user of the mobile communication terminal via the key input section (step 302) and acquires, through the present position acquisition section, area identification data of an area L where it is placed in the idle state (step 304). The control section makes a reference to the table of connection scores held in the storage section and acquires a connection score p for the system A corresponding to the area L (step 306). Next, the control section judges the start of origination to the system A by using the connection score p (step 308).
    • 当移动通信终端的用户在无线系统C处于空闲状态时产生始发操作时,控制部经由键输入部取得移动通信终端的用户的输入(步骤302),通过 当前位置获取部分,其处于空闲状态的区域L的区域识别数据(步骤304)。 控制部分参考保存在存储部分中的连接分数表,并获取与区域L对应的系统A的连接分数p(步骤306)。 接下来,控制部通过使用连接得分p来判断开始到系统A(步骤308)。
    • 84. 发明申请
    • METHOD FOR GENERATING FREE VIEWPOINT VIDEO IMAGE IN THREE-DIMENSIONAL MOVEMENT AND RECORDING MEDIUM
    • 用于在三维运动和记录介质中生成免费视点视频图像的方法
    • US20100026788A1
    • 2010-02-04
    • US12488827
    • 2009-06-22
    • Akio IshikawaShigeyuki SakazawaAtsushi Koike
    • Akio IshikawaShigeyuki SakazawaAtsushi Koike
    • H04N13/02
    • H04N5/247G06T15/20H04N13/111
    • The present invention provides a method for generating free viewpoint video image in three-dimensional movement capable of synthesizing the free viewpoint video image from a viewpoint which looks down on an object from above. This method includes a process of taking multi-viewpoint video images using a plurality of cameras located on an identical plane and a camera not located on the identical plane, a process of generating video image at a viewpoint having the same azimuth as a desired viewpoint and located on the plane from the multi-viewpoint video images of the cameras on the plane, and a process of generating video image at the desired viewpoint from video image of the camera not located on the plane and video image at the viewpoint having the same azimuth as the desired viewpoint and located on the plane.
    • 本发明提供了一种用于在能够从俯视物体的观点合成自由视点视频图像的三维运动中产生自由视点视频图像的方法。 该方法包括使用位于相同平面上的多个摄像机和不位于同一平面上的摄像机拍摄多视点视频图像的过程,在具有与期望视点相同的方位角的视点处产生视频图像的处理,以及 从平面上的摄像机的多视点视频图像位于平面上,以及从不位于平面上的摄像机的视频图像产生在期望视点处的视频图像的处理,并且具有相同方位角的视点 作为所需的视点并位于飞机上。
    • 85. 发明申请
    • SEAT BACK STRUCTURE OF VEHICLE SEAT
    • 车辆座椅的座椅结构
    • US20100013275A1
    • 2010-01-21
    • US12173306
    • 2008-07-15
    • Masaaki YokotaAtsushi Koike
    • Masaaki YokotaAtsushi Koike
    • B60N2/427
    • B60N2/888B60N2/838
    • In a seat back with movable headrest, a pressure receiving element is movably provided, which includes pressure receiving regions for receiving loads applied from lumber and dorsal parts of seat occupant The pressure receiving element is movably connected with a crank member which is movably provided between two lateral frame members of seat back frame. Further, that pressure receiving element is connected with a support shaft extended between a par of rotating links rotatably arranged on the respective afore-said two lateral frame members. A biasing element is provided to normally bias the headrest to a home position.
    • 在具有可移动头枕的座椅靠背中,可移动地设置压力接收元件,其包括用于接收从座椅乘员的木材和背部施加的负载的受压区域。压力接收元件可动地连接到曲柄构件,该曲柄构件可移动地设置在两个 座椅靠背框架的侧框架构件。 此外,该受压元件与在可旋转地布置在相应的前述两个侧框架构件上的一对旋转连杆之间延伸的支撑轴连接。 提供偏置元件以将头枕正常地偏置到原位。
    • 87. 发明授权
    • Transmitted picture quality monitoring apparatus
    • 传输图像质量监测仪器
    • US07551198B2
    • 2009-06-23
    • US11059543
    • 2005-02-17
    • Ryoichi KawadaOsamu SugimotoAtsushi Koike
    • Ryoichi KawadaOsamu SugimotoAtsushi Koike
    • H04N17/00
    • H04N7/01H04N17/004
    • A picture of 625/50 format is converted to a picture of 525/60 format by a format converter provided halfway of the transmission link (1). By thinning scanning lines from the 625/50 format with a scanning line thinning means (2) on an input side of the transmission link (1) and then thinning fields from the format of 525/60 with a field (frame) thinning means (4) on an output side, the formats are matched with each other. After that, a picture quality characteristic amount is extracted by picture quality characteristic amount extracting portions (3), (5) and transmitted to a central monitoring room (6). A comparing means (7) of the central monitoring room (6) compares received picture quality characteristic amount so as to monitor a transmitted picture quality on a transmission link.
    • 通过传输链路(1)中途的格式转换器将625/50格式的图像转换为525/60格式的图像。 通过在传输链路(1)的输入侧上用扫描线稀疏装置(2)从625/50格式中稀疏扫描线,然后用场(帧)稀疏装置(525/60)的格式, 4)在输出侧,格式相互匹配。 之后,通过图像质量特征量提取部(3),(5)提取图像质量特征量,并将其发送到中央监视室(6)。 中央监控室(6)的比较装置(7)比较接收的图像质量特征量,以便监视传输链路上传输的图像质量。