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    • 1. 发明授权
    • Apparatus for converting video signal
    • 用于转换视频信号的装置
    • US06226040B1
    • 2001-05-01
    • US09059683
    • 1998-04-14
    • Chung-Song KuoYung-Che ChangKun-Chou ChenHsien-Wen Cheng
    • Chung-Song KuoYung-Che ChangKun-Chou ChenHsien-Wen Cheng
    • H04N701
    • G09G5/006G06F3/1423H04N5/10H04N7/0105
    • Apparatus for generating at least a selected area in a picture is disclosed herein. The picture and the selected area are displayed on a video display means, and the user can optionally adjust the position and size of the selected area. The apparatus including the following devices. A first converting device that is used to generate a digital signal and a pointer defining signal according to a computer video signal. The picture is transferred from the computer video signal, and the selected area is defined in the pointer defining signal. A first adapting device that is utilized to adapt the format of the computer video signal to suit a digital display format corresponding to the pointer defining signal. A storage device determines said display timing of all the pixels of the picture. A pointer generating device generates a plurality of edge of the selected area according to the pointer defining signal. The pointer generates device defines the color and brightness of all the pixels of the picture and the selected area, and the plurality of edge of the selected area can be moved dynamically according to the pointer defining signal. A second converting device converts the output signal of the pointer generating device to an analog form corresponding to the pointer defining signal. A second adapting device adapts the converted output signal of the pointer generating device to suit an analog display format, the signal processed by the video display device being of the analog display format.
    • 本文公开了用于在图片中生成至少一个选定区域的装置。 图像和所选区域显示在视频显示装置上,并且用户可以可选地调整所选区域的位置和大小。 该装置包括以下装置。 一种用于根据计算机视频信号产生数字信号和指针定义信号的第一转换装置。 图像从计算机视频信号传送,并且所选区域被定义在指针定义信号中。 一种第一适配装置,用于使计算机视频信号的格式适应于与指针定义信号对应的数字显示格式。 存储装置确定图像的所有像素的所述显示定时。 指针生成装置根据指针定义信号生成选择区域的多个边缘。 指针生成装置定义图像和所选区域的所有像素的颜色和亮度,并且可以根据指针定义信号动态地移动所选区域的多个边缘。 第二转换装置将指针产生装置的输出信号转换为对应于指针定义信号的模拟形式。 第二适配装置使指示器生成装置的转换输出信号适应模拟显示格式,由视频显示装置处理的信号是模拟显示格式。
    • 3. 发明授权
    • Probe card assembly and test probes therein
    • 探针卡组件和测试探针
    • US07786744B2
    • 2010-08-31
    • US12338037
    • 2008-12-18
    • Cheng-Chin NiKun-Chou Chen
    • Cheng-Chin NiKun-Chou Chen
    • G01R31/02
    • G01R1/06761G01R1/0675G01R1/07342
    • Discloses are a probe card assembly and test probes used therein. The probe card assembly includes a main body, a probe base disposed in a central portion of the main body and a plurality of test probes connected between the probe base and the main body. Each of the test probes has a tip extending from the probe base for contacting a wafer under test. The test probes include at least one power probe, at least one signal probe and a plurality of ground probes. Each of the test probes has a middle section interposed between the main body and the probe base. Each of the test probes except the ground probes has a naked middle section coated with an insulating film but not sheltered by an insulating sleeve.
    • 公开了在其中使用的探针卡组件和测试探针。 探针卡组件包括主体,设置在主体的中心部分的探针基座和连接在探针基座与主体之间的多个测试探针。 每个测试探针具有从探针基部延伸的尖端,用于接触待测晶片。 测试探针包括至少一个功率探测器,至少一个信号探针和多个接地探针。 每个测试探针具有介于主体和探针基座之间的中间部分。 除了接地探针之外的每个测试探针具有涂覆有绝缘膜但不被绝缘套管遮蔽的裸露的中间部分。
    • 4. 发明授权
    • Color interpolation processor and the color interpolation calculation method thereof
    • 彩色插值处理器及其颜色插值计算方法
    • US06904166B2
    • 2005-06-07
    • US09988255
    • 2001-11-19
    • Shih-Chang HsiaPo-Shien TsaiKun-Chou ChenYing-Jieh HuangHong-Hung Hsu
    • Shih-Chang HsiaPo-Shien TsaiKun-Chou ChenYing-Jieh HuangHong-Hung Hsu
    • H04N9/04G06K9/00
    • H04N9/045
    • A color interpolation processor and the color interpolation calculation method thereof are disclosed. More particularly, they relates to a color interpolation processor and the color interpolation calculation method thereof that are implemented in a real-time image process system using charge couple devices (CCD) for sampling. The color interpolation calculation method of the present invention is to perform a computation of color interpolation by utilizing the edge directions weighting and local gain approach according to the luminance density determined by the green (G) component. Therefore, the quality of interpolation is improved. Meanwhile, because the computation technique of the present invention is not complicated, the cost is lower when the color interpolation calculation method of the present invention is implemented in image signal process system. Thus, the production cost is decreased tremendously.
    • 公开了彩色插值处理器及其颜色插值计算方法。 更具体地说,它们涉及一种在使用电荷耦合器件(CCD)进行采样的实时图像处理系统中实现的彩色插值处理器及其颜色插值计算方法。 本发明的颜色插值计算方法是根据由绿色(G)分量确定的亮度密度,利用边缘方向加权和局部增益方法来执行颜色插值的计算。 因此,插值的质量得到提高。 同时,由于本发明的计算技术不复杂,当在图像信号处理系统中实现本发明的颜色插值计算方法时,成本较低。 因此,生产成本大幅下降。
    • 6. 发明授权
    • Probe card
    • 探针卡
    • US07804315B2
    • 2010-09-28
    • US12453257
    • 2009-05-05
    • Cheng-Chin NiKun Chou Chen
    • Cheng-Chin NiKun Chou Chen
    • G01R31/02
    • G01R1/07342G01R1/06772
    • A probe card is disclosed, which has a conductive layer additionally provided on an insulating seat of a probe stand and the conductive layer is electrically connected to a ground circuit on the probe card via a conductive pin being fed through the insulating seat. A conductive wire is wound surrounding the intermediate segment of the probe, one end of the conductive wire is electrically connected to the ground circuit of the circuit board, and the other end of the conductive wire is electrically connected to the conductive layer of the probe stand. Thus, due to that an additional ground portion of the conductive layer is provided on the conductive wire wound surrounding the probe, a loop inductance of the probe in the insulating seat can be reduced such that accuracy of test data of the probe can be enhanced.
    • 公开了一种探针卡,其具有另外设置在探针支架的绝缘座上的导电层,并且导电层经由穿过绝缘座的导电针电连接到探针卡上的接地电路。 缠绕在探针的中间部分的导线,导电线的一端电连接到电路板的接地电路,导电线的另一端电连接到探头支架的导电层 。 因此,由于在围绕探针的导电线上设置有导电层的附加接地部分,所以可以减小绝缘座中的探针的环路电感,从而能够提高探针测试数据的精度。
    • 7. 发明申请
    • Probe Card
    • 探头卡
    • US20100182028A1
    • 2010-07-22
    • US12453257
    • 2009-05-05
    • Cheng-Chin NiKun Chou Chen
    • Cheng-Chin NiKun Chou Chen
    • G01R1/067
    • G01R1/07342G01R1/06772
    • A probe card is disclosed, which has a conductive layer additionally provided on an insulating seat of a probe stand and the conductive layer is electrically connected to a ground circuit on the probe card via a conductive pin being fed through the insulating seat. A conductive wire is wound surrounding the intermediate segment of the probe, one end of the conductive wire is electrically connected to the ground circuit of the circuit board, and the other end of the conductive wire is electrically connected to the conductive layer of the probe stand. Thus, due to that an additional ground portion of the conductive layer is provided on the conductive wire wound surrounding the probe, a loop inductance of the probe in the insulating seat can be reduced such that accuracy of test data of the probe can be enhanced.
    • 公开了一种探针卡,其具有另外设置在探针支架的绝缘座上的导电层,并且导电层经由穿过绝缘座的导电针电连接到探针卡上的接地电路。 缠绕在探针的中间部分的导线,导电线的一端电连接到电路板的接地电路,导电线的另一端电连接到探头支架的导电层 。 因此,由于在围绕探针的导电线上设置有导电层的附加接地部分,所以可以减小绝缘座中的探针的环路电感,从而能够提高探针测试数据的精度。
    • 8. 发明申请
    • PROBE CARD ASSEMBLY AND TEST PROBES THEREIN
    • 探针卡组件和测试探头
    • US20100109689A1
    • 2010-05-06
    • US12338037
    • 2008-12-18
    • Cheng-Chin NiKun-Chou Chen
    • Cheng-Chin NiKun-Chou Chen
    • G01R1/073
    • G01R1/06761G01R1/0675G01R1/07342
    • Discloses are a probe card assembly and test probes used therein. The probe card assembly includes a main body, a probe base disposed in a central portion of the main body and a plurality of test probes connected between the probe base and the main body. Each of the test probes has a tip extending from the probe base for contacting a wafer under test. The test probes include at least one power probe, at least one signal probe and a plurality of ground probes. Each of the test probes has a middle section interposed between the main body and the probe base. Each of the test probes except the ground probes has a naked middle section coated with an insulating film but not sheltered by an insulating sleeve.
    • 公开了在其中使用的探针卡组件和测试探针。 探针卡组件包括主体,设置在主体的中心部分的探针基座和连接在探针基座与主体之间的多个测试探针。 每个测试探针具有从探针基部延伸的尖端,用于接触待测晶片。 测试探针包括至少一个功率探测器,至少一个信号探针和多个接地探针。 每个测试探针具有介于主体和探针基座之间的中间部分。 除了接地探针之外的每个测试探针具有涂覆有绝缘膜但不被绝缘套管遮蔽的裸露的中间部分。
    • 10. 发明申请
    • Method and apparatus for equipping personal digital product with functions of recording and displaying of the digital video/audio multi-media
    • 用于装备个人数字产品的方法和装置,具有记录和显示数字视频/音频多媒体的功能
    • US20050025462A1
    • 2005-02-03
    • US10629564
    • 2003-07-30
    • Hao-Chieh ChangHung-Heng HsuYi-Chu WangKun-Chou ChenJui-Hsiang Yang
    • Hao-Chieh ChangHung-Heng HsuYi-Chu WangKun-Chou ChenJui-Hsiang Yang
    • H04N5/92H04N5/85H04N9/804H04N9/806H04N5/91
    • H04N9/8042H04N5/85H04N9/8063
    • The invention provides a method for equipping personal digital product with functions of recording and displaying the digital video/audio multi-media, comprising: providing a modulated interlacing video signal and an analog audio signal for de-modulation and de-interlacing of the interlacing video signal; at the same time processing digital transformation of the analog audio signal for digitalizing the analog audio signal to obtain a digital audio signal; then compressing the de-interlaced video signal and the digital audio signal to obtain a compressed de-interlaced video signal and a compressed digital audio signal; putting the compressed de-interlaced video signal and the compressed digital audio signal under synchronous process to obtain a synchronized compressed video signal and compressed audio signal; finally, outputting the synchronized compressed video signal and compressed audio signal to a processing unit of digital apparatus for selecting from recording or displaying the digital video/audio multi-media of synchronized compressed video signal and compressed audio signal.
    • 本发明提供了一种用于装备个人数字产品以记录和显示数字视频/音频多媒体的功能的方法,包括:提供调制的隔行扫描视频信号和模拟音频信号,用于隔行扫描视频的去调制和去隔行扫描 信号; 同时处理用于数字化模拟音频信号的模拟音频信号的数字变换以获得数字音频信号; 然后压缩去隔行视频信号和数字音频信号,以获得压缩的去隔行视频信号和压缩数字音频信号; 将压缩的去隔行视频信号和压缩的数字音频信号置于同步过程中,以获得同步的压缩视频信号和压缩音频信号; 最后,将同步的压缩视频信号和压缩音频信号输出到数字装置的处理单元,用于从记录或显示同步压缩视频信号的数字视频/音频多媒体和压缩音频信号进行选择。