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    • 81. 发明授权
    • Data processing apparatus, data processing method, and program
    • 数据处理装置,数据处理方法和程序
    • US07062068B2
    • 2006-06-13
    • US10258890
    • 2002-03-07
    • Jun HiraiTakashi Kohashi
    • Jun HiraiTakashi Kohashi
    • G06K9/00
    • G06T1/005G11B20/00086G11B20/00884G11B20/00913H04N5/775H04N5/913H04N9/7921H04N2005/91321H04N2005/91335H04N2005/9135H04N2005/91364
    • A copy control technique using digital watermark information, which makes it possible to prevent a content from being erroneously subjected to a copy control process according to wrong copy control information at a content-to-content transition. Copy control information in the form of digital watermark information (WM) is embedded in a content to control copying of the content in accordance with the embedded copy control information. A content-to-content transition is detected by detecting a change in a content state, such as a change in image luminance, or a change in copy control information associated with a content, or is detected on the basis of a flag, a descriptor, or channel switching. In response to detection of a content-to-content transition, a reset signal is output to a WM analyzer to reset current copy control information into a “undefined” state, so that copy control is performed in a mode such as a copy-free mode assigned to the “undefined” state.
    • 使用数字水印信息的复制控制技术,其可以防止在内容到内容转换时根据错误的复制控制信息错误地对内容进行复制控制处理。 将数字水印信息(WM)形式的复制控制信息嵌入在内容中,以根据嵌入的复制控制信息控制内容的复制。 通过检测内容状态的变化(例如图像亮度的变化)或与内容相关联的复制控制信息的改变来检测内容到内容的转变,或者根据标志,描述符 ,或频道切换。 响应于内容到内容转换的检测,将复位信号输出到WM分析器以将当前复制控制信息重置为“未定义”状态,使得以诸如无副本的方式执行复制控制 模式分配给“未定义”状态。
    • 82. 发明申请
    • Solid-state image sensor
    • 固态图像传感器
    • US20060076587A1
    • 2006-04-13
    • US11137414
    • 2005-05-26
    • Jun HiraiTooru Yamada
    • Jun HiraiTooru Yamada
    • H01L31/0328
    • H01L27/14806
    • A p+-type region 5 on a surface of a photodiode unit is formed over a region from a surface of the photodiode unit through a surface of a signal charge read-out unit 9 until reaching the charge transfer unit. Also, the following structure is adapted: the structure in which a boundary between the p+-type region 5 and the p++-type region 4 is not on a same plane with a boundary of an n-type impurity region which forms the photodiode unit on a side of the signal charge read-out unit. Further, a p+-type region 12 is formed between the p+-type region 5 and the p++-type region 4 on the surface of the photodiode unit. The p+-type region 12 has an impurity concentration between the impurity concentrations of the p+-type region 5 and the p++-type region 4.
    • 在光电二极管单元的表面上的区域上形成由信号电荷读出单元9的表面直到达到电荷转移的区域上的p + 单元。 另外,适用以下结构:其中p + + + / - 型区域5和p ++ ++区域4之间的边界不是相同的结构 平面,其在信号电荷读出单元的一侧上形成光电二极管单元的n型杂质区域的边界。 此外,在p + + / - 型区域5和p +++区域4之间形成ap + 光电二极管单元的表面。 p + + +型区域12具有在p + + / - 型区域5的杂质浓度和p + 类型区域4。
    • 84. 发明授权
    • Lever-type frictional resistance force variable system
    • 杠杆式摩擦阻力可变系统
    • US5915676A
    • 1999-06-29
    • US796817
    • 1997-02-06
    • Hisanori AbiruHideaki HaradaJun HiraiKenji ImadaSouhei Tateyama
    • Hisanori AbiruHideaki HaradaJun HiraiKenji ImadaSouhei Tateyama
    • E04H9/02F16F7/06F16F7/08F16F15/02
    • E04H9/02F16F7/082E04H9/028
    • The present invention provides a lever-type frictional resistance force variable system comprising an arm whose upper end is rotatably supported by an upper beam; a supporting member which is fixed to a lower beam to rotatably support the intermediate portion of the arm; a braking device having frictional resistance plates connected to the lower end side of the arm, frictional pads provided between the frictional resistance plates, a pressing pad, and a screw rod; a turning lever connected to the screw rod; a ball screw threadedly engaging with the turning lever; a servomotor for rotating the ball screw; a displacement sensor for detecting a displacement of a frame; and a control unit for determining a braking force to be generated by the braking device based on the detected value of the displacement sensor and outputting a control signal according to the determined braking force.
    • 本发明提供了一种杠杆式摩擦阻力可变系统,其包括臂,其上端由上梁可旋转地支撑; 支撑构件,其固定到下梁以可旋转地支撑臂的中间部分; 具有连接到臂的下端侧的摩擦阻力板的制动装置,设置在摩擦阻力板之间的摩擦垫,压垫和螺杆; 连接到螺杆的转向杆; 与转动杆螺纹接合的滚珠丝杠; 用于旋转滚珠丝杠的伺服电机; 用于检测框架的位移的位移传感器; 以及控制单元,用于基于所述位移传感器的检测值来确定由所述制动装置产生的制动力,并根据所确定的制动力输出控制信号。
    • 85. 发明授权
    • Audio signal amplifier circuit
    • 音频信号放大电路
    • US5300892A
    • 1994-04-05
    • US942717
    • 1992-09-09
    • Jun Hirai
    • Jun Hirai
    • H03F1/00H03G3/10H03G3/34H03F1/26
    • H03G3/34H03G3/348
    • As a switch circuit SW1 is incorporated in an integrated circuit, the number of IC terminals is proportionately reducible. On receiving a mute input signal Min, a mute circuit 13 generates a mute control signal M1 and subsequently a mute control signal M2 later than M1. On receiving the mute control signal M1, the switch circuit SW1 grounds the signal line of an audio output signal A, whereas on receiving the mute control signal M2, a switch circuit SW2 cuts the signal line of an audio input signal I later. A muting function can thus be fulfilled stably.
    • 由于开关电路SW1被集成在集成电路中,所以IC端子的数量可以按比例缩小。 在静音输入信号Min处,静音电路13产生静音控制信号M1,随后产生一个比M1短的静音控制信号M2。 在接收到静音控制信号M1时,开关电路SW1将音频输出信号A的信号线接地,而在接收到静音控制信号M2时,开关电路SW2稍后切断音频输入信号I的信号线。 因此可以稳定地实现静音功能。
    • 87. 发明授权
    • Video signal recording and/or reproducing apparatus
    • 视频信号记录和/或再现装置
    • US4165518A
    • 1979-08-21
    • US770315
    • 1977-02-18
    • Jun Hirai
    • Jun Hirai
    • G11B20/02H04N5/92H04N9/84H04N5/76G11B5/04H04L7/00
    • H04N9/84H04N5/92
    • In apparatus for recording and/or reproducing video signals in successive parallel tracks on a record medium, and in which at least a portion of the video signals, for example, the luminance component of color video signals, is recorded as a frequency modulation on a carrier, the carrier of the frequency modulated portion of the video signals, as recorded in tracks that are next adjacent to each other, has different first and second carrier frequencies, respectively, which are in frequency interleaving relation to each other for minimizing cross-talk when reproducing the signals thus recorded. The shifting of the carrier frequency for the frequency modulated luminance component is conveniently achieved by selectively applying different first and second bias voltages to the luminance component as supplied to a frequency modulator, with the difference between such bias voltages being effective in the modulator to establish the desired difference between the carrier frequencies. On reproducing, the frequency modulated luminance component is demodulated, and changes in level of the demodulated luminance component corresponding to the different carrier frequencies with which the frequency modulated luminance component was recorded in next adjacent tracks, respectively, are eliminated, for example, by selectively applying suitably different bias voltages to the demodulated luminance component.
    • 在用于在记录介质上的连续平行轨道中记录和/或再现视频信号的装置中,并且其中视频信号的至少一部分(例如,彩色视频信号的亮度分量)被记录为频率调制 记录在彼此相邻的轨道中的视频信号的频率调制部分的载波分别具有不同的第一和第二载波频率,它们彼此处于频率交织关系中,以使串扰最小化 当再现这样记录的信号时。 频率调制亮度分量的载波频率偏移通过选择性地将不同的第一和第二偏置电压施加到提供给频率调制器的亮度分量来方便地实现,其中这种偏置电压之间的差异在调制器中有效,以建立 载波频率之间的期望差异。 在再现时,对频率调制亮度分量进行解调,并且分别对与在下一个相邻轨道中记录频率调制亮度分量的不同载波频率相对应的解调亮度分量的电平的变化消除,例如,通过选择性地 对解调的亮度分量施加适当的不同偏置电压。
    • 88. 发明授权
    • Color recorder having means for reducing luminance crosstalk in
displayed image
    • 色彩记录器具有用于降低显示图像中的亮度串扰的装置
    • US4134126A
    • 1979-01-09
    • US815014
    • 1977-07-12
    • Jun Hirai
    • Jun Hirai
    • G11B20/02G11B5/027G11B20/06H04N5/923H04N9/84H04N5/78H04N5/79
    • H04N9/84H04N5/923
    • A method of and apparatus for recording a video signal in successive parallel tracks on a record medium, and for reproducing the recorded signal. The video signal, which may be the luminance component of a composite color television signal, frequency modulates a carrier to produce a frequency modulated video signal. The phase of the frequency modulated video signal is selectively shifted in selected line intervals and is recorded in parallel tracks such that the phase difference between frequency modulated video signals in at least some adjacently recorded line intervals of successive tracks is an odd multiple of .pi.. In one embodiment, the difference between the phase of alternate line intervals which are recorded in one track and the phase of alternate line intervals which are recorded in the next adjacent track is equal to an odd multiple of .pi.. In accordance with another embodiment, the difference between the phases of successive line intervals which are recorded in the same track is equal to an odd multiple of .pi.. The phase shift is attained by inserting a pulse signal into selected line intervals of the video signal in advance of the frequency modulation. During reproducing, the successive tracks are scanned and the frequency modulated signals recorded therein are reproduced together with a crosstalk component which is picked up by the transducer from an adjacent track, the crosstalk components being out of phase with each other. The reproduced frequency modulated signal is demodulated so as to recover the original video signal and the inserted pulse signal, the latter being eliminated from the recovered video signal.
    • 一种用于在记录介质上的连续并行轨道中记录视频信号并用于再现记录信号的方法和装置。 可以是复合彩色电视信号的亮度分量的视频信号对载波进行频率调制,以产生调频视频信号。 频率调制视频信号的相位在选定的行间隔中有选择地移位,并记录在并行轨道中,使得连续轨道的至少一些相邻记录的行间隔中的调频视频信号之间的相位差为pi的奇数倍。 在一个实施例中,记录在一个轨道中的交替行间隔的相位与记录在下一相邻轨道中的交替行间隔的相位之间的差等于pi的奇数倍。 根据另一个实施例,记录在同一轨道中的连续行间隔的相位之间的差等于pi的奇数倍。 通过在频率调制之前将脉冲信号插入视频信号的选定的行间隔来实现相移。 在再现期间,扫描连续的轨迹,并且记录在其中的调频信号与由相邻轨道的换能器拾取的串扰分量一起再现,串扰分量彼此不同相。 对再现的频率调制信号进行解调,以恢复原始视频信号和插入的脉冲信号,后者从恢复的视频信号中消除。
    • 90. 发明申请
    • IMAGE PROCESSING APPARATUS AND METHOD, AND PROGRAM
    • 图像处理设备和方法,程序
    • US20120182400A1
    • 2012-07-19
    • US13132287
    • 2010-10-01
    • Noriyuki YamashitaJun Hirai
    • Noriyuki YamashitaJun Hirai
    • H04N13/02
    • G03B35/02G06T3/4038H04N5/23238H04N13/128H04N13/139H04N13/221H04N13/30
    • The present invention relates to an image processing apparatus and method, and a program capable of displaying a stereoscopic image having a more appropriate parallax.An image capture apparatus 11 captures a plurality of photographic images P(1) to P(N) in a state of being turned around a center of turn C11. In response to an instruction for displaying an image in which a specific region in an area to be captured is displayed, the image capture apparatus 11 selects two photographic images between which parallax having a predetermined magnitude occurs in a subject in the specific region from among photographic images in which the specific region is displayed, and crops regions in which the subject in the specific region is displayed from these photographic images to produce right-eye and left-eye sub-images. These sub-images have an appropriate parallax and therefore are displayed simultaneously using a lenticular method or the like. Thus, a stereoscopic image with depth can be displayed. The present invention can be applied to a camera.
    • 本发明涉及图像处理装置和方法以及能够显示具有更合适视差的立体图像的程序。 图像拍摄装置11以转动中心C11的状态拍摄多张摄影图像P(1)〜P(N)。 响应于显示其中要被捕获的区域中的特定区域被显示的图像的指令,图像捕获装置11选择两个摄影图像,在摄影中特定区域中的被摄体中出现具有预定幅度的视差 显示特定区域的图像,以及在这些摄影图像中显示特定区域中的被摄体的作物区域,以产生右眼和左眼子图像。 这些子图像具有适当的视差,因此使用透镜法等同时显示。 因此,可以显示具有深度的立体图像。 本发明可应用于照相机。