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    • 82. 发明授权
    • Information-processing apparatus, information-processing methods, recording mediums, and programs
    • 信息处理装置,信息处理方法,记录介质和程序
    • US08291326B2
    • 2012-10-16
    • US13105526
    • 2011-05-11
    • Yusuke SakaiNaoki SaitoMikio Kamada
    • Yusuke SakaiNaoki SaitoMikio Kamada
    • G06F3/00G06F15/16
    • H04L12/1813H04N7/147H04N7/148
    • An information-processing apparatus including a reproducer for synchronously reproducing content data common to another information-processing apparatus, a user information input for inputting first user condition information including a voice and image of a user, a user information receiver for receiving second user condition information including a voice and image of an other user from the other information-processing apparatus, a synthesizer for synthesizing a voice and image of the content data synchronously reproduced by the reproducer with the voice and image of the second user condition information received by the user-information receiver; an information analysis unit for analyzing at least either the first user condition information input or the second user condition information; and a parameter-setting unit for setting a control parameter used for controlling a process on the basis of an analysis result produced by the information analysis unit.
    • 一种信息处理设备,包括用于同步再现另一信息处理设备共用的内容数据的再现器,用于输入包括用户的语音和图像的第一用户状态信息的用户信息输入,用于接收第二用户状态信息的用户信息接收器 包括来自其他信息处理装置的其他用户的语音和图像,合成器,用于将由再现器同步再现的内容数据的语音和图像与由用户的第二用户条件信息的语音和图像合成, 信息接收机 信息分析单元,用于分析第一用户状态信息输入或第二用户状况信息中的至少一个; 以及参数设定单元,用于基于由信息分析单元生成的分析结果来设定用于控制处理的控制参数。
    • 83. 发明申请
    • IMAGE PROCESSING APPARATUS
    • 图像处理设备
    • US20120043715A1
    • 2012-02-23
    • US13214620
    • 2011-08-22
    • Masahiro KAWANOTakashi MATSUDANaoki SAITOKenji OHTA
    • Masahiro KAWANOTakashi MATSUDANaoki SAITOKenji OHTA
    • B65H31/04
    • B65H31/04G03G15/5016G03G2215/00004
    • An image processing apparatus according to the present invention has: an apparatus main body whose external appearance is configured from an upper casing, a lower casing, and a link casing that vertically links the upper casing and the lower casing and that has a paper discharge opening for discharging paper on one side face; a paper discharge portion that is formed as a space between the upper casing and the lower casing and that is to store paper discharged from the paper discharge opening; and an operation panel portion that is disposed in a vertically tiltable manner on a front face of the upper casing. When viewing the apparatus main body from the front side, an open space that allows paper discharged to the paper discharge portion to be viewed is provided between the operation panel portion and the link casing.
    • 根据本发明的图像处理装置具有:外观由上壳体,下壳体和连杆壳体构成的装置主体,上壳体,下壳体和连接壳体垂直连接上壳体和下壳体,并具有排纸口 用于在一个侧面上排纸; 纸排出部,其形成为上壳体和下壳体之间的空间,并且存储从排纸口排出的纸张; 以及在上壳体的前表面上以可垂直倾斜的方式设置的操作面板部。 当从前侧观察装置主体时,在操作面板部分和连接壳体之间设置允许纸张排出部分排出的纸张的可视空间。
    • 84. 发明授权
    • Heating resistor type air flow rate measuring device utilizing an auxiliary passage
    • 利用辅助通道的加热电阻式空气流量测量装置
    • US07963161B2
    • 2011-06-21
    • US12261862
    • 2008-10-30
    • Takeshi MorinoYuki OkamotoNaoki SaitoHiroshi HirayamaTakahiro Miki
    • Takeshi MorinoYuki OkamotoNaoki SaitoHiroshi HirayamaTakahiro Miki
    • G01F1/68
    • G01F1/6842G01F5/00
    • An object of the present invention is to provide a structure which prevents a particulate contaminant and a liquid contaminant on which centrifugal separation hardly works, from arriving at a sensor element part. In order to attain the above described object, in a heat resistor type air flow rate measuring device which includes an auxiliary passage taking in a part of a fluid flowing in a main passage, and a plate-shaped sensor element installed in the aforesaid auxiliary passage and for detecting a flow rate of the fluid, and is a heat resistor type flow rate measuring device having an auxiliary passage formed along a curved line at 90° or more in an auxiliary passage portion at an upstream side from the plate-shaped sensor element, the aforesaid auxiliary passage is formed along a curved line at 90° or more on a phantom plane orthogonal to a sensor formation surface of the plate-shaped sensor element and parallel with a flow, and a sensor formation surface side and a rear side of the plate-shaped sensor element have gaps from an auxiliary passage wall surface.
    • 本发明的目的是提供一种防止离心分离几乎不起作用的颗粒污染物和液体污染物到达传感器元件部分的结构。 为了达到上述目的,在一种热电阻式空气流量测量装置中,该热阻电阻式空气流量测量装置包括一个辅助通路,该辅助通道占据了在主通道中流动的一部分流体,以及一个安装在上述辅助通道中的板状传感器元件 并且用于检测流体的流量,并且是一种热电阻式流量测量装置,其具有在板形传感器元件的上游侧的辅助通道部分中沿着曲线在90°或更大的曲线形成的辅助通道 上述辅助通道在垂直于板状传感器元件的传感器形成表面的幻影平面上以90°或更大的曲线形成,并且与流动平行,并且传感器形成表面侧和后侧 板状传感器元件具有从辅助通道壁表面的间隙。
    • 86. 发明授权
    • Information-processing apparatus, information-processing methods, recording mediums, and programs
    • 信息处理装置,信息处理方法,记录介质和程序
    • US07673015B2
    • 2010-03-02
    • US11188837
    • 2005-07-26
    • Yusuke SakaiMikio KamadaNaoki Saito
    • Yusuke SakaiMikio KamadaNaoki Saito
    • G06F15/16
    • H04N7/147H04L65/607H04M3/42068H04M3/4211H04M3/436H04M2201/38H04M2201/50
    • An information-processing apparatus operated by a user to carry out communications through a network transmits user-disclosure information to an other information-processing apparatus. The user-disclosure information includes a number of other users utilizing the information-processing apparatus. The apparatus also receives user-disclosure information for the other apparatus and controls a process to display the other user-disclosure information. The apparatus produces a determination result indicating that a requested connection to the other information-processing apparatus is authorized or not authorized by the other information-processing apparatus based on a response received from the other information-processing apparatus. The response is based on the transmitted user-disclosure information. The apparatus is also configured to transmit image and voice data to the other information-processing apparatus and receive image and voice data from the other information-processing apparatus in case the determination result indicates that a connection with the other information-processing apparatus is authorized by the other information-processing apparatus.
    • 用户通过网络进行通信的信息处理设备将用户公开信息发送给其他信息处理设备。 用户公开信息包括利用信息处理设备的多个其他用户。 该装置还接收另一装置的用户公开信息,并控制显示其他用户公开信息的处理。 该装置产生一个确定结果,该确定结果指示基于从其他信息处理装置接收到的响应,对另一个信息处理装置的请求连接被授权或不被其他信息处理装置授权。 响应是基于所传送的用户信息。 该装置还被配置为:在确定结果指示与其他信息处理装置的连接被授权的情况下,将另一信息处理装置的图像和语音数据传送到另一信息处理装置,并从其他信息处理装置接收图像和语音数据 其他信息处理装置。
    • 87. 发明申请
    • HEATING RESISTOR TYPE AIR FLOW RATE MEASURING DEVICE
    • 加热电阻式空气流量测量装置
    • US20090173151A1
    • 2009-07-09
    • US12261862
    • 2008-10-30
    • Takeshi MorinoYuki OkamotoNaoki SaitoHiroshi HirayamaTakahiro Miki
    • Takeshi MorinoYuki OkamotoNaoki SaitoHiroshi HirayamaTakahiro Miki
    • G01F1/68
    • G01F1/6842G01F5/00
    • An object of the present invention is to provide a structure which prevents a particulate contaminant and a liquid contaminant on which centrifugal separation hardly works, from arriving at a sensor element part. In order to attain the above described object, in a heat resistor type air flow rate measuring device which includes an auxiliary passage taking in a part of a fluid flowing in a main passage, and a plate-shaped sensor element installed in the aforesaid auxiliary passage and for detecting a flow rate of the fluid, and is a heat resistor type flow rate measuring device having an auxiliary passage formed along a curved line at 90° or more in an auxiliary passage portion at an upstream side from the plate-shaped sensor element, the aforesaid auxiliary passage is formed along a curved line at 90° or more on a phantom plane orthogonal to a sensor formation surface of the plate-shaped sensor element and parallel with a flow, and a sensor formation surface side and a rear side of the plate-shaped sensor element have gaps from an auxiliary passage wall surface.
    • 本发明的目的是提供一种防止离心分离几乎不起作用的颗粒污染物和液体污染物到达传感器元件部分的结构。 为了达到上述目的,在一种热电阻式空气流量测量装置中,该热阻电阻式空气流量测量装置包括一个辅助通路,该辅助通道占据了在主通道中流动的一部分流体,以及一个安装在上述辅助通道中的板状传感器元件 并且用于检测流体的流量,并且是一种热电阻式流量测量装置,其具有在板形传感器元件的上游侧的辅助通道部分中沿着曲线在90°或更大的曲线形成的辅助通道 上述辅助通道在垂直于板状传感器元件的传感器形成表面的幻影平面上以90°或更大的曲线形成,并且与流动平行,并且传感器形成表面侧和后侧 板状传感器元件具有从辅助通道壁表面的间隙。
    • 88. 发明授权
    • Equipment for measuring gas flow rate
    • 气体流量测量设备
    • US07467546B2
    • 2008-12-23
    • US11336936
    • 2006-01-23
    • Shinya IgarashiHiroshi KikawaYasuhiro AsanoNaoki Saito
    • Shinya IgarashiHiroshi KikawaYasuhiro AsanoNaoki Saito
    • G01F1/68
    • G01F1/6842
    • In a flow sensor, detecting elements are provided at a sub-passage. A sub-passage wall contains a hole to drain accumulated liquid. A protrusion arranged close to the hole on an external surface generates dynamic pressure on the opening in response to external flow. Alternatively, a protrusion upstream from the hole on the inner wall surface produces a separation flow area for separating the flow from the internal surface near the hole, whereby pressure in the separation area is reduced and almost the same pressure differences on the internal and external surfaces openings result. This reduces leakage from the hole and changes in the distribution flow in the sub-passage between cases where the hole is blocked and not blocked, thus minimizing flow measurement errors. Structure may be provided close to the external surface hole opening to prevent a liquid film or drop from being formed on the opening by surface tension.
    • 在流量传感器中,检测元件设置在子通道处。 子通道壁包含一个排出积聚液体的孔。 靠近外表面上的孔布置的突起响应于外部流动而在开口上产生动态压力。 或者,在内壁表面上的孔的上游突出产生分离流动区域,用于从孔附近的内表面分离流动,从而分离区域中的压力降低,并且在内表面和外表面上几乎相同的压力差 开场结果。 这样可以减少孔中的泄漏,并且在孔被阻塞并且不被堵塞的情况下,子通道中的分配流量的变化,从而最小化流量测量误差。 结构可以设置在靠近外表面孔开口处,以防止通过表面张力在开口处形成液体膜或液滴。
    • 89. 发明申请
    • Data Compression-Decompression Method, Program, and Electronic Device
    • 数据压缩 - 压缩方法,程序和电子设备
    • US20080260276A1
    • 2008-10-23
    • US11667848
    • 2005-11-17
    • Katsu YamataniNaoki Saito
    • Katsu YamataniNaoki Saito
    • G06K9/36
    • H04N19/60
    • An electronic device includes: a PHLCT circuit (15), which includes an input signal DCT coefficient computation module configured to compute DCT coefficients of an input signal of a subject block region in a plurality of block regions and block regions adjacent to the subject block region, respectively, an offset function DCT coefficient computation module configured to compute DCT coefficients of a gradient offset function, which offsets the gradient of the input signal at a block boundary between each subject block region and its adjacent block regions from the DCT coefficients of the input signal, and a residual computation module configured to compute a residual of the DCT coefficients of the input signal and the DCT coefficients of the gradient offset function; a quantization circuit configured to quantize the residual to obtain compressed data; and an entropy coding circuit (17) configured to encode the compressed data.
    • 电子设备包括:PHLCT电路(15),其包括输入信号DCT系数计算模块,该输入信号DCT系数计算模块被配置为计算多个块区域中的对象块区域的输入信号的DCT系数和与该对象块区域相邻的块区域 偏移函数DCT系数计算模块,被配置为计算梯度偏移函数的DCT系数,其偏移来自输入的DCT系数的每个对象块区域及其相邻块区域之间的块边界处的输入信号的梯度 信号和残差计算模块,被配置为计算输入信号的DCT系数的残差和梯度偏移函数的DCT系数; 量化电路,被配置为量化残差以获得压缩数据; 以及被配置为对压缩数据进行编码的熵编码电路(17)。