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    • 11. 发明申请
    • Communication Device and Transmission Calibration Weight Calculation Method
    • 通信设备和传输校准权重计算方法
    • US20090296849A1
    • 2009-12-03
    • US12298291
    • 2007-04-25
    • Takanori Tanaka
    • Takanori Tanaka
    • H01Q3/00H04L27/00
    • H01Q3/267H01Q1/246H01Q3/2617H04L25/0206H04L25/022H04L25/0228H04W28/18H04W48/08
    • A communication device according to the present invention includes a controller 10 configured to send a PN code (A) to a transmission and reception unit 20-1 and send a PN code (B) to a transmission and reception unit 20-n (n≠1), a transmission system characteristic data acquiring unit 40 configured to acquire reference transmission system characteristic data indicating the characteristic of the PN code (A) sent to the transmission and reception unit 20-1 and acquire transmission system characteristic data indicating the characteristic of the PN code (B) sent to the transmission and reception unit 20-n (n≠1), a transmission characteristic difference data calculator 41 configured to acquire a transmission characteristic difference data indicating a difference in transmission characteristic between the transmission and reception unit 20-1 and the transmission and reception unit 20-n (n≠1) on the basis of the reference transmission system characteristic data and the transmission system characteristic data, and a transmission calibration weight calculator 44 configured to calculate transmission calibration weight on the basis of the transmission characteristic difference data.
    • 根据本发明的通信设备包括:控制器10,被配置为向发送和接收单元20-1发送PN码(A),并向发送和接收单元20-n(n1)发送PN码(B) 传输系统特征数据获取单元40,其被配置为获取指示发送到发送和接收单元20-1的PN码(A)的特性的参考传输系统特性数据,并获取指示PN码的特性的传输系统特性数据 (B)发送到发送和接收单元20-n(n1),发送特性差数据计算器41被配置为获取指示发送和接收单元20-1与发送和接收单元20-1之间的发送特性差异的发送特性差异数据 和接收单元20-n(n1),基于参考传输系统特性数据和传输系统特征 被配置为基于传输特性差数据计算传输校准权重的传输校准权重计算器44。
    • 13. 发明授权
    • Noise reduction circuit for charge coupled imaging device
    • 电荷耦合成像装置降噪电路
    • US06950137B1
    • 2005-09-27
    • US09525179
    • 2000-03-14
    • Takanori Tanaka
    • Takanori Tanaka
    • H04N3/14H04N5/335H04N5/357H04N5/363H04N5/372H04N5/378
    • H04N5/378H04N5/3575
    • An integrated noise reduction circuit for a charge coupled imaging device having a floating diffusion type amplifier which converts signal electric charges obtained by photoelectric conversion into a voltage signal. The noise reduction circuit has a biasing circuit which is coupled to an input terminal for receiving an output signal of the charge coupled imaging device via a coupling capacitor and which supplies a predetermined bias potential to the first input terminal, a clamping circuit which clamps each of reset potential output portions of a signal that is supplied from the biasing circuit via a clamping capacitor and that has the predetermined bias potential applied by the biasing circuit to a predetermined reference potential, and a sample and hold circuit which samples and holds signal potential output portions of a signal outputted from the clamping circuit by using sampling pulses.
    • 一种用于电荷耦合成像装置的集成降噪电路,具有将通过光电转换获得的信号电荷转换为电压信号的浮动扩散型放大器。 噪声降低电路具有偏置电路,其耦合到输入端子,用于经由耦合电容器接收电荷耦合成像装置的输出信号,并且向第一输入端子提供预定的偏置电位;钳位电路, 将由偏置电路经由钳位电容器提供的信号的电位输出部分复位,并将具有由偏置电路施加的预定偏置电位设定为预定参考电位;采样保持电路,其对信号电位输出部分 通过采样脉冲从钳位电路输出的信号。
    • 14. 发明授权
    • Water-tube boiler
    • 水管锅炉
    • US06318305B1
    • 2001-11-20
    • US09560871
    • 2000-04-28
    • Noboru TakuboTakanori Tanaka
    • Noboru TakuboTakanori Tanaka
    • F22B1500
    • F24H1/403F22B21/065
    • The invention provides a water-tube boiler which allows further NOx reduction and CO reduction with a simple construction of the boiler body and the burner itself. The water-tube boiler includes a first water tube array made up of a plurality of first water tubes arranged into an annular shape, a combustion chamber defined inside the first water tube array, a first opening defined at part of the first water tube array, a cooling water tube array made up of a plurality of cooling water tubes arranged into an annular shape in a zone within the combustion chamber where burning-reaction ongoing gas is present, gaps provided between adjacent cooling water tubes so as to permit the burning-reaction ongoing gas to flow through, and a burning-reaction continuing zone, where burning reaction is continuously effected, provided between the cooling water tube array and the first water tube array, whereby the burning-reaction ongoing gas generally uniformly contacts the individual cooling water tubes.
    • 本发明提供了一种水管锅炉,其通过锅炉本体和燃烧器本身的简单结构允许进一步的NOx还原和CO还原。 水管式锅炉包括由排列成环状的多个第一水管构成的第一水管阵列,限定在第一水管阵列内的燃烧室,在第一水管阵列的一部分上限定的第一开口, 在燃烧室内存在燃烧反应持续气体的区域内形成环状的多个冷却水管构成的冷却水管阵列,设置在相邻的冷却水管之间的间隙,以允许燃烧反应 以及在冷却水管阵列和第一水管阵列之间设置连续进行燃烧反应的燃烧反应连续区,由此燃烧反应进行中的气体通常均匀地接触各个冷却水管 。
    • 15. 发明授权
    • Radio wave measuring apparatus for digital communication system
    • 数字通信系统无线电波测量仪
    • US5825817A
    • 1998-10-20
    • US504736
    • 1995-07-19
    • Takanori TanakaYasuhiko ShimuraHirokazu Yanagawa
    • Takanori TanakaYasuhiko ShimuraHirokazu Yanagawa
    • H04L1/20H04J3/00
    • H04L1/20
    • In one aspect of this invention, a receiver sequentially demodulates sequentially received burst signals into original digital data signals. A data extraction unit extracts base station information from the digital data signals sequentially demodulated by the receiver. A level detector detects the signal levels of received signals containing the burst signals sequentially received by the receiver. A control unit causes a display unit to display the signal levels detected by the level detector in accordance with elapse of the reception time, and display the base station information extracted by the data extraction unit. In another aspect of this invention, a determination unit quantitatively determines errors of the burst signals from the digital data signals sequentially demodulated by the receiver, and outputs the determination results concerning the validity of the digital data contained in the burst signals. The data processing unit causes the display unit to display the measurement levels and the determination results concerning the validity of the data for designated base stations.
    • 在本发明的一个方面,接收机顺序地将顺序地接收的脉冲信号解调成原始的数字数据信号。 数据提取单元从由接收机顺序解调的数字数据信号中提取基站信息。 电平检测器检测包含由接收机顺序接收的突发信号的接收信号的信号电平。 控制单元使显示单元根据接收时间的经过显示由电平检测器检测到的信号电平,并显示由数据提取单元提取的基站信息。 在本发明的另一方面,确定单元定量地确定由接收机顺序解调的数字数据信号中的突发信号的误差,并且输出关于包含在突发信号中的数字数据的有效性的确定结果。 数据处理单元使显示单元显示关于指定基站的数据的有效性的测量水平和确定结果。
    • 16. 发明授权
    • Method for driving two-dimensional CCD imaging device
    • 驱动二维CCD成像装置的方法
    • US5382978A
    • 1995-01-17
    • US92070
    • 1993-07-16
    • Takanori Tanaka
    • Takanori Tanaka
    • H01L27/148H04N5/335H04N5/341H04N5/355H04N5/357H04N5/369H04N5/3722H04N5/378H04N3/14
    • H04N3/1531
    • A method for driving a CCD solid state imaging device of a frame-interline type is disclosed. The CCD imaging device comprises a semiconductor substrate, an image section including a number of pixels arranged two-dimensionally and each having a radiation sensor, transfer gate and a first vertical CCD, a storage section, a horizontal CCD shift register, and an output section. The semiconductor substrate having a protruding portion as a drain member is biased at a low level for accumulating signal charges during an effective picture interval and at a higher level for draining all of the signal charges during a frame shift transfer period. The amplitude of the driving signals for driving gate electrodes of the vertical CCD shift registers can be large without reading out noise-forming charges so that the transfer efficiency can be improved in a CCD imaging device.
    • 公开了一种用于驱动帧间间隔型CCD固态成像装置的方法。 CCD成像装置包括半导体基板,包括二维布置的多个像素的图像部分,每个具有辐射传感器,传输门和第一垂直CCD,存储部分,水平CCD移位寄存器和输出部分 。 具有作为漏极部件的突出部分的半导体衬底被偏置在低电平,用于在有效画面间隔期间累积信号电荷,并且在帧移位传送期间用于排出所有信号电荷的较高电平。 垂直CCD移位寄存器的驱动栅电极的驱动信号的幅度可以大,而不会消除噪声形成电荷,从而可以提高CCD成像器件的传输效率。
    • 17. 发明授权
    • Color imaging apparatus
    • 彩色成像装置
    • US4700219A
    • 1987-10-13
    • US720870
    • 1985-04-08
    • Takanori TanakaTakashi Kitagawa
    • Takanori TanakaTakashi Kitagawa
    • H04N9/68H04N9/07H04N9/73
    • H04N9/735
    • A color imaging apparatus which produces a luminance signal and a plurality of chrominance signals in order to generate a composite color video signal which is capable of compensating a color reproduction characteristic in response to a variation of the color temperature of the incident light. A signal representative of the color temperature of the light is used to control the gain of the color difference signals and/or control the phase difference between a plurality of color subcarriers on which the chrominance signals are modulated. The color temperature signal can be produced from a white-balancing circuit or by a separate color temperature detector.
    • 一种彩色成像装置,其产生亮度信号和多个色度信号,以便产生能够响应于入射光的色温变化而补偿色彩再现特性的复合彩色视频信号。 代表光的色温的信号用于控制色差信号的增益和/或控制色度信号被调制的多个彩色副载波之间的相位差。 色温信号可以由白平衡电路或单独的色温检测器产生。
    • 18. 发明授权
    • Automatic iris control for solid-stage imaging apparatus
    • 固体摄像装置的自动光圈控制
    • US4327378A
    • 1982-04-27
    • US156163
    • 1980-06-03
    • Takanori TanakaMasanobu Morishita
    • Takanori TanakaMasanobu Morishita
    • G03B7/10H04N5/238H04N5/335H04N5/353H04N5/359H04N5/369H04N5/3722H04N5/3728H04N5/374H04N5/376H04N5/378H04N5/26
    • H04N5/238
    • An iris controls the amount of light transmitted through television camera lens to an integrated semiconductor matrix of light responsive elements. A characteristic of the matrix is that photo-charges may overflow the light responsive elements if the light falling on the matrix becomes too bright. The normal iris control responds to a loss of picture contrast caused by the overflow of charges and attempts to increase contrast by increasing the amount of light passing through the lens. The invention compares the output from the light responsive elements with a reference signal representing black areas in the picture. When the comparison exceeds a given difference, a special iris control overrides the normal iris control in order to reduce the amount of light passing through the lens. The reference signal may be taken from one or more of the light responsive elements which are shielded from light passing through the lens. Or, the reference signal may be taken during periods between picture frames when the video signal does not record any light.
    • 光阑控制通过电视摄像机镜头传输到光响应元件的集成半导体矩阵的光量。 矩阵的特征在于,如果落在矩阵上的光变得太亮,则光电荷可能溢出光响应元件。 正常的光圈控制响应于电荷溢出引起的图像对比度的损失,并尝试通过增加透过透镜的光量来增加对比度。 本发明将来自光响应元件的输出与表示图像中的黑色区域的参考信号进行比较。 当比较超过给定的差异时,特殊的虹膜控制将覆盖正常的光圈控制,以减少通过透镜的光量。 参考信号可以取自被透过透镜的光屏蔽的一个或多个光响应元件。 或者,当视频信号不记录任何光时,可以在图片帧之间的周期期间拍摄参考信号。
    • 19. 发明授权
    • Color solid state image pick-up apparatus
    • 彩色固态摄像装置
    • US4281339A
    • 1981-07-28
    • US44399
    • 1979-05-31
    • Masanobu MorishitaTakanori Tanaka
    • Masanobu MorishitaTakanori Tanaka
    • H01L27/148H04N9/04H04N9/09
    • H04N9/045
    • A color solid state image pick-up apparatus comprises an optical system which separates incident light into a brightness light component and a plurality of color light components, a first solid state image pick-up device having photoelectric converting units disposed at a position of a light image of the brightness light component and a group of second solid state image pick-up devices with their photoelectric converting units disposed at positions respectively corresponding to positions of light images of the color light components.Each one of the second solid state image pick-up devices includes charge transfer electrodes and a charge detection element. There are provided first drive circuit which drives the first solid state image pick-up device for sequentially detecting signal charges corresponding to respective photoelectric converting units of the first solid state image pick-up device, and a second drive circuit which drives the second solid state image pick-up devices so as to synthesize signal charges which are sequentially transferred through portions beneath at least two charge transfer electrodes of at least one second solid state image device to enter into the charge detection elements thus producing a color signal.
    • 彩色固态图像拾取装置包括将入射光分离为亮度光分量和多个彩色光分量的光学系统,具有设置在光的位置的光电转换单元的第一固态图像拾取装置 亮度光分量的图像和一组第二固态图像拾取装置,其光电转换单元设置在分别对应于彩色光分量的光图像的位置的位置处。 第二固体摄像装置中的每一个包括电荷转移电极和电荷检测元件。 提供了第一驱动电路,其驱动第一固态图像拾取装置,用于顺序地检测与第一固态图像拾取装置的各个光电转换单元相对应的信号电荷;以及第二驱动电路,其驱动第二固态 图像拾取装置,以合成通过至少一个第二固态图像装置的至少两个电荷转移电极下方的部分顺序转印的信号电荷,从而进入电荷检测元件,从而产生彩色信号。
    • 20. 发明授权
    • Radio base station and control method for the same
    • 无线基站和控制方法相同
    • US09197388B2
    • 2015-11-24
    • US13699544
    • 2011-05-25
    • Takanori Tanaka
    • Takanori Tanaka
    • H04W72/04H04W88/08H04W76/00H04L5/00H04J11/00H04B1/7073
    • H04L5/0053H04B1/70735H04J11/00H04W72/0413
    • A radio base station eNB which periodically receives uplink control information including CQI through PUCCH, comprising: a storage unit 130 which stores a plurality of combinations of cqi-pmi-ConfigIndex (ICQI/PMI) for determining transmission timing of the uplink control information and cqi-PUCCH-ResourceIndex (n(2)PUCCH) for determining an orthogonal sequence used for transmitting the uplink control information; and a parameter assignment unit 121 which assigns one of the combinations of cqi-pmi-ConfigIndex (ICQI/PMI) and cqi-PUCCH-ResourceIndex (n(2)PUCCH) which are stored by the storage unit, to a radio terminal UE connected to the radio base station. The storage unit 130 stores the combinations while combining cqi-pmi-ConfigIndex (ICQI/PMI) which possibly cause overlap of the transmission timing of the uplink control information respectively with different cqi-PUCCH-ResourceIndex (n(2)PUCCH).
    • 一种无线基站eNB,其通过PUCCH周期性地接收包括CQI的上行链路控制信息,包括:存储单元130,其存储用于确定上行链路控制信息的发送定时的cqi-pmi-ConfigIndex(ICQI / PMI)和cqi -PUCCH-ResourceIndex(n(2)PUCCH),用于确定用于发送上行链路控制信息的正交序列; 以及参数分配单元121,其向存储单元存储的cqi-pmi-ConfigIndex(ICQI / PMI)和cqi-PUCCH-ResourceIndex(n(2)PUCCH)的组合之一分配给连接的无线终端UE 到无线电基站。 存储单元130在组合可能导致上行链路控制信息的发送定时与不同的cqi-PUCCH-ResourceIndex(n(2)PUCCH)重叠的cqi-pmi-ConfigIndex(ICQI / PMI)的同时存储组合。