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    • 1. 发明申请
    • 3D LCD USING SPECTRUM METHOD AND 3D IMAGE DISPLAY APPARATUS USING THE SAME
    • 使用光谱方法的3D LCD和使用其的3D图像显示装置
    • US20110267438A1
    • 2011-11-03
    • US13143262
    • 2009-06-18
    • Jeong-Hyu YangJin-Gyeong KimSeung-Jong Choi
    • Jeong-Hyu YangJin-Gyeong KimSeung-Jong Choi
    • H04N13/04G02F1/13357
    • H04N13/398H04N13/334H04N13/341H04N13/356H04N2005/2255
    • The present invention provides a 3D LCD using a spectrum method. The 3D LCD which forms and displays a 3D image using light sources comprises: a 1st light source that forms an image for a left eye; a 2nd light source that forms an image for a right eye; and a control unit that is connected to the 1st and 2nd light sources and drives the light sources in turn, wherein the RGB spectrum bands of each light source overlap to a degree that does not cause interference between the RGB spectrum bands. Preferably, the 1st and 2nd light sources include an LED. More preferably, the 1st and 2nd light sources are installed on a light source unit for a back light unit. Selectively, the 1st and 2nd light sources comprise at least one light source body respectively. Therefore, the invention can: produce a 3D image of which brightness and definition are more improved than a 3D LCD using a polarization method; display the 3D image at a cheaper cost than a 3D LCD using a time-sequential method; and improve user satisfaction by increasing user convenience. In addition, the invention is able to simplify the fabrication processes of the 3D LCD and reduce fabrication costs as the 3D image can be produced through the spectrum method by using little-changed conventional LCD production processes.
    • 本发明提供一种使用光谱方法的3D LCD。 使用光源形成和显示3D图像的3D LCD包括:形成左眼图像的第一光源; 形成右眼图像的第二光源; 以及连接到第一和第二光源并依次驱动光源的控制单元,其中每个光源的RGB光谱带重叠到不引起RGB光谱带之间的干扰的程度。 优选地,第一和第二光源包括LED。 更优选地,第一和第二光源安装在用于背光单元的光源单元上。 选择性地,第一和第二光源分别包括至少一个光源体。 因此,本发明可以:产生比使用偏振方法的3D LCD更亮度和清晰度的3D图像; 使用时间顺序方法以比3D LCD更便宜的成本显示3D图像; 并通过增加用户便利性来提高用户满意度。 此外,本发明能够简化3D LCD的制造工艺,并且通过使用少量改变的常规LCD制造工艺可以通过光谱方法产生3D图像,从而降低制造成本。
    • 5. 发明申请
    • APPARATUS FOR PROCESSING IMAGES AND METHOD THEREOF
    • 用于处理图像的装置及其方法
    • US20100194998A1
    • 2010-08-05
    • US12651730
    • 2010-01-04
    • Kun-Sik LEEYoon-Jung KIMHae-Jin BAEGyu-Seung KIMSang-Chul KIMSang-Kil PARKJae-Kyung LEEJin-Gyeong KIMTae-Il CHUNG
    • Kun-Sik LEEYoon-Jung KIMHae-Jin BAEGyu-Seung KIMSang-Chul KIMSang-Kil PARKJae-Kyung LEEJin-Gyeong KIMTae-Il CHUNG
    • H04N7/12H04N5/455G06F3/048
    • H04N21/440263H04N5/445H04N21/4263H04N21/4755H04N21/482
    • An apparatus for processing images includes a de-multiplexer, a first decoder, a thumbnail generator and an encoder. The de-multiplexer receives a data stream, the de-multiplexer de-multiplexing a video signal and a channel information from the data stream. A first decoder decodes the video signal to provide a decoded video signal including at least one of Predicted frame, (P-frame), Intra frame (I-frame) or Bi-directional frame (B-frame). The thumbnail generator is coupled to the first decoder, and the thumbnail generator generates at least one of a still picture thumbnail or a moving picture thumbnail based on the decoded video signal. The still picture thumbnail and the moving picture thumbnail have at least one of a smaller resolution or a smaller data size than the decoded video signal. The encoder is coupled to the thumbnail generator and the de-multiplexer. The encoder encodes one of still picture thumbnail and the moving picture thumbnail with the channel information to provide a thumbnail data stream, which is used for providing the thumbnails of moving picture and/or still picture on a display.
    • 用于处理图像的装置包括解复用器,第一解码器,缩略图生成器和编码器。 解复用器接收数据流,解复用器从数据流解复用视频信号和信道信息。 第一解码器解码视频信号以提供包括预测帧,(P帧),帧内(I帧)或双向帧(B帧)中的至少一个的解码视频信号。 缩略图生成器耦合到第一解码器,并且缩略图生成器基于解码的视频信号生成静止图像缩略图或运动图像缩略图中的至少一个。 静止图像缩略图和运动图像缩略图具有比解码的视频信号更小的分辨率或更小的数据大小中的至少一个。 编码器耦合到缩略图生成器和去多路复用器。 编码器利用频道信息对静止图像缩略图和运动图像缩略图中的一个进行编码以提供缩略图数据流,其用于在显示器上提供运动图像和/或静止图像的缩略图。
    • 7. 发明授权
    • Device and method for generating a stable system clock in HDTV
    • 用于在HDTV中生成稳定系统时钟的装置和方法
    • US6028641A
    • 2000-02-22
    • US862963
    • 1997-06-03
    • Jin-Gyeong Kim
    • Jin-Gyeong Kim
    • H04N7/015H04N5/44H04N5/46H04N5/12
    • H04N5/46H04N21/4305H04N5/4401
    • Device and method for generating a clock in an HDTV receiver is disclosed, the device including a clock generating part for generating a plurality of clock signals and selecting one clock signal from the clock signals in agreement to a frame rate of a presently received video signal having a reference clock signal in response to a provided clock selecting signal, and a controlling part for providing the clock selecting signal at a time when phases of the selected one clock signal of just prior video signal and the reference clock signal of the presently received video signal are in agreement to each other, whereby a stable supply of display clock signal is made possible even when a video format of a received video signal is changed.
    • 公开了一种用于在HDTV接收机中产生时钟的装置和方法,该装置包括用于产生多个时钟信号的时钟产生部分,并根据当前接收到的视频信号的帧速率从时钟信号中选择一个时钟信号, 响应于所提供的时钟选择信号的参考时钟信号;以及控制部分,用于在刚刚在先视频信号的所选择的一个时钟信号和当前接收到的视频信号的参考时钟信号的相位之间提供时钟选择信号 彼此一致,从而即使当接收的视频信号的视频格式改变时也可以稳定地提供显示时钟信号。
    • 10. 发明授权
    • HDTV system having picture-in-picture function
    • 具有画中画功能的HDTV系统
    • US5657092A
    • 1997-08-12
    • US555713
    • 1995-11-14
    • Jin-Gyeong Kim
    • Jin-Gyeong Kim
    • H04N7/32H04N5/44H04N5/45
    • H04N5/45H04N5/4401
    • A HDTV system having a PIP function for implementing a PIP image by reconstructing an intraframe image with low resolution, includes a first tuner & channel decoder for receiving a video signal for a PIP via an antenna, a first depacketizer for receiving a signal generated in the first tuning & channel decoder and separating and outputting the same, a second tuning & channel decoder for receiving a video signal for a main screen via an antenna, a second depacketizer for receiving a signal generated in the second tuner & channel decoder and separating and outputting the same, a PIP decoder for receiving the video bit stream of the first depacketizer to reconstruct only the intraframe into a PIP image, a main video decoder for receiving the video bit stream of the second depacketizer and outputting a main image, a multiplexer for multiplexing the outputs of the PIP decoder and the main image decoder, and a VDP portion for receiving the output of the multiplexer and converting the luminance and chrominance signal into R, G and B signals to then be displayed. Therefore, the circuit is simplified owing to the adoption of fewer memories than a main video decoder and the cost is reduced.
    • 具有用于通过重建低分辨率的帧内图像来实现PIP图像的PIP功能的HDTV系统包括:第一调谐器和信道解码器,用于经由天线接收用于PIP的视频信号;第一解包器,用于接收在第 第一调谐和信道解码器,并且分离和输出第二调谐和信道解码器,用于经由天线接收主屏幕的视频信号的第二调谐和信道解码器,用于接收在第二调谐器和信道解码器中生成的信号并分离和输出的第二解包器 相同的PIP解码器,用于接收第一解包器的视频比特流,以仅将帧内重建成PIP图像;主视频解码器,用于接收第二解包器的视频比特流并输出主图像;复用器,用于复用 PIP解码器和主图像解码器的输出,以及用于接收多路复用器的输出并转换发光元件的VDP部分 ce和色度信号转换成R,G和B信号,然后显示。 因此,由于采用比主视频解码器更少的存储器并且降低了成本,因此电路被简化。