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    • 101. 发明授权
    • Method and apparatus for detecting a point of change in a moving image
    • 用于检测运动图像中的变化点的方法和装置
    • US06256419B1
    • 2001-07-03
    • US09626115
    • 2000-07-26
    • Akio NagasakaTakafumi MiyatakeKazuaki TanakaTakehiro FujitaShigeki Nagaya
    • Akio NagasakaTakafumi MiyatakeKazuaki TanakaTakehiro FujitaShigeki Nagaya
    • G06K936
    • G06F17/30787G06F17/30802G06F17/30852G06T7/246G11B27/034G11B27/28G11B27/34
    • A system for detecting a point of change between video shots from a video having a plurality of succeeding frames. The system includes video playback apparatus for playing a video chronologically one frame at a time, and a display for displaying the video. The a processing device for calculating a feature quantity of video image data for each frame, determining a first correlation coefficient between a feature quantity of a current frame and a feature quantity calculated from an immediately preceding frame and determining a second correlation coefficient between the feature quantity of the current frame and a feature quantity of at least two frames preceding the current frame, and indicating on the display a point of change between video shots when the first correlation coefficient and the second correlation coefficient are out of predetermined allowable ranges. The correlation coefficients of each frame is stored and can be used by the processing device to dynamically change a reference used for detecting a point of change between video shots. The change in the reference is performed based on the stored correlation coefficients or feature quantities of past frames.
    • 一种用于检测来自具有多个后续帧的视频的视频镜头之间的变化点的系统。 该系统包括用于每次按时间顺序播放视频的视频播放设备和用于显示视频的显示器。 一种处理装置,用于计算每帧的视频图像数据的特征量,确定当前帧的特征量与从前一帧计算的特征量之间的第一相关系数,并确定特征量之间的第二相关系数 和当前帧之前的至少两帧的特征量,并且当第一相关系数和第二相关系数超出预定的允许范围时,在显示器上指示视频镜头之间的变化点。 每个帧的相关系数被存储,并且可以由处理设备使用以动态地改变用于检测视频镜头之间的变化点的参考。 基于存储的相关系数或过去帧的特征量来执行参考的改变。
    • 104. 发明申请
    • Personal Indentification Device
    • 个人识别装置
    • US20080075330A1
    • 2008-03-27
    • US11663293
    • 2004-10-04
    • Takafumi MatsumuraAkio NagasakaTakafumi Miyatake
    • Takafumi MatsumuraAkio NagasakaTakafumi Miyatake
    • G06K9/00
    • A61B5/1172G06K9/00G06K9/0004G06K2009/0006G06K2009/00932G07C9/00158G07C9/00563G07C2009/00095
    • The present invention provides a thin personal identification device that produces a high-quality image. The personal identification device includes an infrared light source 30; a transmission light quantity control element array 40, which includes a plurality of light transmission control elements for exercising control to transmit or block light that is radiated from the infrared light source 30 to a living body; and a light receiving element array 50H, which includes a plurality of light receiving elements for receiving light that is radiated from the living body. The infrared light source 30, transmission light quantity control element array 40, and light receiving element array 50H are positioned on the same side of the living body. A microcomputer 20 controls the transmission light quantity control element array 40 to combine a first image, which is obtained from the living body when one region of the living body is radiated with light transmitted from the infrared light source 30, with a second image, which is obtained when another region of the living body is radiated, and identifies a person in accordance with the combined image.
    • 本发明提供一种产生高质量图像的薄的个人识别装置。 个人识别装置包括红外光源30; 发送光量控制元件阵列40,其包括多个光传输控制元件,用于进行控制以将从红外光源30辐射的光发射或遮挡到生物体; 以及受光元件阵列50H,其包括用于接收从生物体辐射的光的多个光接收元件。 红外线光源30,透射光量控制元件阵列40和受光元件阵列50H位于生物体的同一侧。 微型计算机20控制发送光量控制元件阵列40,将从生物体的一个区域照射的活体与从红外光源30透射的光一起获得的第一图像与第二图像组合, 在生物体的另一区域被辐射时获得,并且根据组合图像识别人。