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    • 1. 发明授权
    • Portable terminal apparatus for multimedia communication
    • 便携式终端设备,用于多媒体通信
    • US5949484A
    • 1999-09-07
    • US913161
    • 1997-09-08
    • Yuichiro NakayaYukio FujiiMinoru NagataMasanori Maruyama
    • Yuichiro NakayaYukio FujiiMinoru NagataMasanori Maruyama
    • H04N7/14H04N7/56H04N19/00H04N19/102H04N19/105H04N19/107H04N19/12H04N19/132H04N19/134H04N19/196H04N19/46H04N19/50H04N19/503H04N19/61H04N19/625H04N19/70H04N21/442H04N7/12H04M11/00
    • H04N7/56H04N19/162H04N19/164H04N19/176H04N19/61H04N7/142H04N19/107H04N2007/145
    • The electric power consumption by a terminal used for communication of multimedia information is controlled by changing the quality of transmitted information. The terminal is provided with input (101, 102, 106 and 107) through which such information as images and sounds is inputted, channel control sections (123 and 124) which output the input information to channels and receive information from the channels, output (103, 104, 108, 109 and 105) which output the information received from the channels in the form of images, sounds, etc., a codec (110) which is provided between the input and output and the control sections, encodes the input information in one of multiple encoding modes in which electric power is differently consumed, and decodes the information inputted from the channels, and a control section (133) which controls the selection of the encoding mode. This terminal can continue information communication for a required period of time at minimum power consumption at the sacrifice of the quality of transmitted information. Therefore, either the power consumption or quality of information can be adequately selected according to the transmission.
    • PCT No.PCT / JP95 / 00376 Sec。 371日期:1997年9月8日 102(e)1997年9月8日PCT PCT 1995年3月8日PCT公布。 WO96 / 27987 PCT公开号 日期1996年9月12日通过改变发送信息的质量来控制用于多媒体信息通信的终端的电力消耗。 终端设置有输入图像和声音等信息的输入(101,102,106和107),将输入信息输出到信道并从信道接收信息的信道控制部分(123和124),输出( 103,104,108,109和105),其以图像,声音等的形式输出从信道接收的信息,提供在输入和输出与控制部分之间的编解码器(110),对输入 以不同的方式消耗电力的多种编码模式之一的信息,以及对从该信道输入的信息进行解码;以及控制部,控制编码模式的选择。 该终端可以在牺牲所发送的信息的质量的情况下,以最小功耗持续所需时间段的信息通信。 因此,可以根据传输来适当地选择功耗或信息质量。
    • 2. 发明授权
    • Portable terminal apparatus for multimedia communication
    • 便携式终端设备,用于多媒体通信
    • US6028631A
    • 2000-02-22
    • US307764
    • 1999-05-10
    • Yuichiro NakayaYukio FujiiMinoru NagataMasanori Maruyama
    • Yuichiro NakayaYukio FujiiMinoru NagataMasanori Maruyama
    • H04N7/14H04N7/26H04N7/46H04N7/50H04N7/12H04M11/00
    • H04N7/14H04N19/42H04N19/51H04N19/59H04N19/61H04N2007/145
    • The electric power consumption by a terminal used for communication of multimedia information is controlled by changing the quality of transmitted information. The terminal is provided with input means (101, 102, 106 and 107) through which such information as images and sounds is inputted, channel control sections (123 and 124) which output the input information to channels and receive information from the channels, output means (103, 104, 108, 109 and 105) which output the information received from the channels in the form of images, sounds, etc., a codec means (110) which is provided between the input and output means and the control sections, encodes the input information in one of multiple encoding modes in which electric power is differently consumed, and decodes the information inputted from the channels, and a control section (133) which controls the selection of the encoding mode. This terminal can continue information communication for a required period of time at minimum power consumption at the sacrifice of the quality of transmitted information. Therefore, either the power consumption or quality of information can be adequately selected according to the transmission.
    • 用于多媒体信息通信的终端的电力消耗通过改变发送信息的质量来控制。 终端设置有输入图像和声音等信息的输入装置(101,102,106和107),将输入信息输出到信道并从信道接收信息的信道控制部分(123和124),输出 输出以图像,声音等形式从信道接收的信息的装置(103,104,108,109和105),设置在输入和输出装置与控制部分之间的编解码装置(110) 以不同消耗电力的多个编码模式之一对输入信息进行编码,并对从信道输入的信息进行解码,以及控制编码模式选择的控制部(133)。 该终端可以在牺牲所发送的信息的质量的情况下,以最小功耗持续所需时间段的信息通信。 因此,可以根据传输来适当地选择功耗或信息质量。
    • 3. 发明授权
    • Cathode-ray tube with electrostatic deflection
    • 具有静电偏转的阴极射线管
    • US4792721A
    • 1988-12-20
    • US39275
    • 1987-04-17
    • Kentaro OkuMasanori MaruyamaMasakazu FukushimaShinichi Kato
    • Kentaro OkuMasanori MaruyamaMasakazu FukushimaShinichi Kato
    • H01J29/74H01J29/62H01J29/70
    • H01J29/74
    • A cathode-ray tube comprises an electron beam generating section provided at one end of the tube, a target provided at the other end of the tube, and a group of electrodes provided on an inner wall of the tube for focusing and deflecting an electron beam. The electrode group includes first and second electrodes between the one and other ends of the tube in the mentioned order. The first electrode has a lead electrode portion for supplying an electric potential to the second electrode. The lead electrode portion extends along the tube axis with a zigzag form in which an angle .angle.MZN of a convave apex M and a convex apex N adjacent thereto spanning in a circumferential direction centering the tube axis Z is not smaller than 115.degree. or a spiral form which rotates centering the tube axis at a rotation angle not smaller than 420.degree..
    • 阴极射线管包括设置在管的一端的电子束产生部分,设置在管的另一端的靶和设置在管的内壁上的一组电极,用于聚焦和偏转电子束 。 电极组包括按照所述顺序在管的一端和另一端之间的第一和第二电极。 第一电极具有用于向第二电极提供电位的引线电极部分。 引线电极部分以管状轴线的方式延伸,其中,在Z轴的Z轴方向上,与其轴线Z对齐的圆周方向上的交错顶点M的角度角MZN与其相邻的凸顶点N不小于115°, 使管轴以不小于420°的旋转角定心旋转的形式。
    • 5. 发明授权
    • Frame skip encoding apparatus for moving images
    • 用于移动图像的帧跳过编码装置
    • US5253054A
    • 1993-10-12
    • US752095
    • 1991-08-29
    • Hiroshi FujiwaraHiroo UwabuMasanori MaruyamaEiji Kakii
    • Hiroshi FujiwaraHiroo UwabuMasanori MaruyamaEiji Kakii
    • G06T9/00H04N11/04H04N19/126H04N19/132H04N19/15H04N19/172H04N19/176H04N19/196H04N19/423H04N19/46H04N19/503H04N19/51H04N19/60H04N19/61H04N19/625H04N19/70H04N19/82H04N19/85H04N19/91H04N7/12
    • H04N19/587H04N19/126H04N19/132H04N19/172H04N19/60H04N19/61H04N19/124H04N19/146H04N19/152
    • In a moving image encoding apparatus, an image signal is converted into a digital image signal by an A/D converter and is stored in frame memory 110. In addition, a movement vector detector 300 detects a movement of the output of the frame memory 110. In an orthogonal transformer 130, a difference signal between a present frame image which is stored in the frame memory 110 and a previous frame image which is stored in a variable delay frame memory 210 is supplied, in which the difference signal is converted by orthogonal transformation. The orthogonally transformed transformation signal is quantized into a linear or nonlinear discrete level on the basis of a step width of quantization from a step size controller 600 in a quantizer 140. Then, the quantized data is encoded into a variable length code in a variable length encoder 150. A movement vector detector 300 detects movement of the image by pattern matching processing between the present frame and the previous frame. A movement vector/encoding mode judger 310 generates the movement vector 3 and the encoding mode 4. The variable length code is transmitted to the transmission circuit after adding a movement vector 3 and encoding mode 4. In these operations, a frame rate controller 700 controls the processing rate of each frame image in the entire apparatus. Frame rate controller 700 calculates a total frame skip number S.sub.T which corresponds to the total number of frames that are not transmitted after a frame has been transmitted. The total frame skip number S.sub.T is calculated by selecting a smaller sum of an externally set signal S.sub.min, signal S.sub.M which is calculated from the degree of movement compensation and S.sub.S which is calculated from the degree of quantization, and an externally set signal S.sub.max.
    • 在运动图像编码装置中,图像信号由A / D转换器转换为数字图像信号,并被存储在帧存储器110中。此外,运动矢量检测器300检测帧存储器110的输出的移动 在正交变换器130中,提供存储在帧存储器110中的当前帧图像与存储在可变延迟帧存储器210中的先前帧图像之间的差分信号,其中差分信号通过正交变换 转型。 基于来自量化器140中的步长控制器600的量化的步长,将正交变换的变换信号量化为线性或非线性离散电平。然后,量化数据被编码为可变长度的可变长度码 移动矢量检测器300通过当前帧和前一帧之间的模式匹配处理来检测图像的移动。 移动向量/编码模式判断器310生成移动向量3和编码模式4.在添加了移动向量3和编码模式4之后,将可变长度码发送到发送电路。在这些操作中,帧速率控制器700控制 整个设备中每个帧图像的处理速率。 帧速率控制器700计算与发送帧之后未发送的帧的总数相对应的总帧跳过数ST。 通过从外部设定信号Smin,由从量化度计算出的运动补偿量SS和从外部设定信号Smax计算的信号SM中选择较小的和来计算总帧跳过数ST。
    • 6. 发明授权
    • Electron gun for television camera tube
    • 电子枪电视摄像机管
    • US4540916A
    • 1985-09-10
    • US437335
    • 1982-10-28
    • Masanori MaruyamaMasakazu FukushimaShinichi KatoChihaya Ogusu
    • Masanori MaruyamaMasakazu FukushimaShinichi KatoChihaya Ogusu
    • H01J29/48H01J29/46H01J29/56
    • H01J29/488
    • An electron gun for a television camera tube comprises a cathode for emission of electrons, a first grid disposed subsequently to the cathode and having a first aperture supplied with a positive voltage relative to the cathode, a second grid disposed subsequently to the first grid and having a second aperture supplied with a higher positive voltage than that supplied to the first grid, and an intermediate grid interposed between the first and second grids and having a hole. The intermediate grid forms a divergent electron lens near the first aperture between the first and second grids. An electron beam having passed through the first aperture is once diverged by the divergent electron lens to form a crossover at an axial position of the gun which is remote from the first grid and at which the potential on the beam axis is high, whereby broadening of the width of the velocity distribution of extracted electrons can be suppressed to a minimum and the amount of beam current passing through the second aperture can be increased.
    • 一种用于电视摄像机管的电子枪包括用于发射电子的阴极,设置在阴极附近并具有相对于阴极提供正电压的第一孔径的第一栅极,以及随后设置在第一栅极上的第二栅极, 提供具有比提供给第一格栅的正电压高的正电压的第二孔,以及插入在第一栅极和第二栅极之间并具有孔的中间栅格。 中间栅格在第一和第二栅极之间的第一孔附近形成发散电子透镜。 已经通过第一孔的电子束一旦被发散的电子透镜分开,在枪的轴向位置处形成一个与第一格栅远离的轴的交叉点,并且在该轴处的波束轴上的电位高,从而使 提取的电子的速度分布的宽度可以被抑制到最小,并且可以增加通过第二孔径的束流的量。
    • 7. 发明授权
    • Motion vector detecting apparatus for video telephone/teleconference
systems
    • 用于视频电话/电话会议系统的运动矢量检测装置
    • US5142361A
    • 1992-08-25
    • US717894
    • 1991-06-19
    • Masashi TayamaHiroshi FujiwaraMasanori Maruyama
    • Masashi TayamaHiroshi FujiwaraMasanori Maruyama
    • H04N19/50G06T7/20G06T9/00G06T13/00G06T13/80H03M7/36H04N7/14H04N7/15H04N11/04H04N19/423H04N19/436H04N19/503H04N19/51
    • G06F12/0862G06F12/0875G06F12/0897G06T7/2026
    • A motion vector detecting apparatus for detecting motion vectors based on a current frame data and the preceding frame data. In the motion vector detecting apparatus, first and second memories are provided in order to store the current frame data and the preceding frame data. Additionally, a number of first cache memories, a number of second cache memories, a control circuit, and a motion vector calculation circuit are provided. The control circuit selects the input cache memories into which pixel data are to be written, and the output cache memories, from which pixel data are to be read out, from the first and second cache memories, so that the input cache memories and the output cache memories have no redundant cache memory. Pixel data corresponding to the detection image blocks stored in the first memory and pixel data corresponding to the search image blocks stored in the second memory are sequentially written in the selected input cache memories of the first and second cache memories. Simultaneously, the pixel data corresponding to the detection image blocks and the search image blocks are sequentially read out from the selected output cache memories, and are sequentially supplied to the motion vector calculation circuit.
    • 一种用于基于当前帧数据和前一帧数据检测运动矢量的运动矢量检测装置。 在运动矢量检测装置中,为了存储当前帧数据和前一帧数据,提供第一和第二存储器。 此外,提供了多个第一高速缓存存储器,多个第二高速缓冲存储器,控制电路和运动矢量计算电路。 控制电路从第一和第二高速缓冲存储器中选择要写入像素数据的输入高速缓存存储器和从其读出像素数据的输出高速缓冲存储器,以使得输入高速缓冲存储器和输出 缓存存储器没有冗余高速缓存。 对应于存储在第一存储器中的检测图像块的像素数据和与存储在第二存储器中的搜索图像块相对应的像素数据被顺序地写入到第一和第二高速缓冲存储器的所选择的输入高速缓冲存储器中。 同时,从所选择的输出高速缓冲存储器顺序地读出与检测图像块和搜索图像块相对应的像素数据,并且被依次提供给运动矢量计算电路。
    • 8. 发明授权
    • Television camera tube device
    • 电视摄像管设备
    • US4682077A
    • 1987-07-21
    • US755014
    • 1985-07-15
    • Masanori MaruyamaMasamichi MoriyaShinichi KatoMasakazu FukushimaYasuhiko NonakaChihaya Ogusu
    • Masanori MaruyamaMasamichi MoriyaShinichi KatoMasakazu FukushimaYasuhiko NonakaChihaya Ogusu
    • H01J29/46H01J29/48H01J29/52H04N5/228
    • H01J29/488
    • A camera tube device for use in a television camera comprises an electron gun including a cathode electrode for emission of an electron beam, and first and second grid electrodes respectively having apertures for controlling the diameter of the electron beam. The aperture of the second grid electrode is sufficiently smaller than the aperture of the first grid electrode. The first grid electrode is applied with a positive voltage relative to the cathode electrode and the second grid electrode is applied with a positive voltage relative to the cathode electrode which is higher than that applied to the first grid electrode. The positive voltage applied to the first grid electrode has such a value that forms the electron beam having passed through the aperture of the first grid electrode into a laminar flow beam. As the level of brightness of the object increases, the positive voltage applied to the first grid electrode is decreased to increase the amount of electron beam passing through the aperture of the second grid electrode.
    • 用于电视摄像机的相机管装置包括电子枪,其包括用于发射电子束的阴极,以及分别具有用于控制电子束直径的孔的第一和第二栅电极。 第二栅电极的孔径比第一栅电极的孔径小得多。 第一栅电极相对于阴极被施加正电压,并且第二栅极施加相对于阴极的正电压,其高于施加到第一栅电极的正电压。 施加到第一栅电极的正电压具有这样的值,其形成已经通过第一栅电极的孔的电子束成层流束。 当物体的亮度水平增加时,施加到第一栅极的正电压减小,以增加通过第二栅电极的孔径的电子束的量。