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    • 4. 发明申请
    • Two stage interpolation apparatus and method for up-scaling an image on display device
    • 用于在显示装置上对图像进行放大的两级插值装置和方法
    • US20070025644A1
    • 2007-02-01
    • US11191762
    • 2005-07-28
    • Ghy-Bin WangMing-Sung HuangInn Liu
    • Ghy-Bin WangMing-Sung HuangInn Liu
    • G06K9/32
    • G06T3/4007
    • A graphics display adapter has a row interpolator circuit connected to receive the source pixel data synchronized at a first clock rate and to interpolate groups of pixels of row at a second clock rate. A row interpolated storage device receives and retains interpolated source pixel data of each row at the second clock rate. A column interpolator circuit extracts the interpolated source pixel data at a third clock rate. The column interpolator circuit then interpolates groupings of the interpolated source pixel data at the third clock rate and transmits the destination graphic pixel data for display. The second clock rate maybe equal to the first clock rate or the faster of the first and third clock rates.
    • 图形显示适配器具有连接用于接收以第一时钟速率同步的源像素数据并以第二时钟速率内插行的像素组的行内插器电路。 行内插存储装置以第二时钟速率接收并保持每行的内插源像素数据。 列插值器电路以第三时钟速率提取内插源像素数据。 然后,列插值器电路以第三时钟速率内插内插源像素数据的分组,并发送用于显示的目的地图形像素数据。 第二个时钟速率可能等于第一个时钟速率或第一个和第三个时钟速率的速度。
    • 5. 发明授权
    • Parallel port for connecting multiple devices and the method for
controlling the same
    • 用于连接多个设备的并行端口及其控制方法
    • US6141704A
    • 2000-10-31
    • US70679
    • 1998-04-30
    • Ming-Sung Huang
    • Ming-Sung Huang
    • G06F13/42G06F13/14
    • G06F13/4269
    • A method of controlling a parallel port for connecting multiple devices is disclosed. The method controls the connection between a computer and one of the peripheral devices by way of using the different on-line codes corresponding to the peripheral devices respectively. Further, a common off-line code is set and shared by all peripheral devices. When the off-line code is sent out, all peripheral devices are disconnected from the computer, and the control status of the previous on-line device is backed up for the use of recovering the previous on-line state. Furthermore, a parallel port for connecting multiple devices is also proposed to incorporate with the controlling method such that the computer can switch the on-line state between an on-line peripheral device and the other peripheral standby devices.
    • 公开了一种控制用于连接多个设备的并行端口的方法。 该方法通过分别使用与外围设备相对应的不同的在线代码来控制计算机与外围设备之一的连接。 此外,常规的离线代码由所有外围设备设置和共享。 当离线代码发出时,所有外围设备与计算机断开连接,并且备份先前在线设备的控制状态,以便恢复先前的在线状态。 此外,还提出了用于连接多个设备的并行端口,以与控制方法结合,使得计算机可以在在线外围设备和其他外围备用设备之间切换在线状态。
    • 8. 发明授权
    • Scanning system with retractable image capturing device
    • 具有可伸缩图像捕获装置的扫描系统
    • US06226106B1
    • 2001-05-01
    • US09090869
    • 1998-06-05
    • Ming-Sung Huang
    • Ming-Sung Huang
    • H04N104
    • H04N1/0057H04N1/00519H04N1/12
    • The scanning system with a retractable scanning portion in the present invention includes a frame and an image capturing device. The frame provides a space for receiving parts of the scanning system. The image capturing device is retractably mounted within the frame. The scanning system can further includes means for guiding a document into the image capturing device. Means for retracting the image capturing device from the frame can also be added. The document guiding means can be a foldable paper guide which is attached with the image capturing device and can be received into the frame with the image capturing device. In addition, the foldable paper guide has a pair of sildable guiding keys which are mounted on the foldable paper guide and slidably in parallel with a document front. The scanning system can be mounted to a computer, a keyboard, a monitor, or a printer by the frame.
    • 在本发明中具有伸缩扫描部分的扫描系统包括框架和图像捕获装置。 该框架为接收扫描系统的部分提供了一个空间。 图像捕获装置可缩回地安装在框架内。 扫描系统还可以包括用于将文档引导到​​图像捕获装置中的装置。 也可以添加用于从框架缩回图像捕获装置的装置。 文件引导装置可以是与图像捕获装置一起安装并且可以与图像捕获装置一起被接收到框架中的可折叠导纸装置。 此外,可折叠纸引导件具有一对安装在可折叠导纸件上的可滑动的引导键,并且可滑动地与文档前部平行。 扫描系统可以通过框架安装到计算机,键盘,监视器或打印机。