Abstract: The present invention provides a ground flooring device, system and method which includes connectable slats or panels having connection means which allow a series of slats to be quickly assembled, rolled up for storage or transport, and unrolled for deployment. The connection means can comprise specially adapted hinge members provided on the edges of the panels for flexible, yet secure attachment. The slats can be secured in a series, and a series of slats can be secured in multiple rows to create a solid, manipulable floor readily deployable on ground areas of virtually any shape.

Abstract: The present invention provides a ground flooring device, system and method which includes connectable slats or panels having connection means which allow a series of slats to be quickly assembled, rolled up for storage or transport, and unrolled for deployment. The connection means can comprise specially adapted hinge members provided on the edges of the panels for flexible, yet secure attachment. The slats can be secured in a series, and a series of slats can be secured in multiple rows to create a solid, manipulable floor readily deployable on ground areas of virtually any shape.

Abstract: Apparatus for feeding sheets of media to a media processor may include a take-away roller for engaging a first sheet of media. It may further include a first sensor for detecting a movement of the first sheet of media past the take-away roller. The apparatus may include a feed roller and a second sensor for detecting a movement of the first sheet of media past the feed roller. The apparatus may further include a second motor for driving the feed roller. Also, the apparatus may include an ejection roller, a third sensor for detecting the movement of the first sheet of media past the ejection roller, and a third motor for driving the ejection roller.

Abstract: A method of feeding a sheet of media to a media processor is provided. The method may include picking up the sheet of media from a stack of sheets. The method may further include curling the picked-up sheet of media to separate the picked-up sheet of media from other sheets of media in the stack of sheets. In addition, the method may include feeding the curled sheet of media to the media processor.

Abstract: A first signal and a second signal are obtained using a first and second image sensors, respectively. The first signal and the second signal are converted from analog to digital form. The first signal and the second signal are then averaged to improve the signal to noise ratio of the resulting signal. The first signal may be obtained using a channel corresponding to a first channel. The second signal may be obtained using a channel corresponding to a second channel. Further, a third signal may also be obtained using a channel corresponding to a third channel. Then, the first, second, and third signals may be averaged to generate an averaged signal.

Abstract: Apparatus for feeding sheets of media to a media processor may include a take-away roller for engaging a first sheet of media. It may further include a first sensor for detecting a movement of the first sheet of media past the take-away roller. The apparatus may include a feed roller and a second sensor for detecting a movement of the first sheet of media past the feed roller. The apparatus may further include a second motor for driving the feed roller. Also, the apparatus may include an ejection roller, a third sensor for detecting the movement of the first sheet of media past the ejection roller, and a third motor for driving the ejection roller.

Abstract: A scanner apparatus using multiple CCD arrays for scanning an image line by line to produce data representative of the image can correct for misalignment of the arrays in the X-axis (scanning) direction and/or Y-axis (feed) direction using a combination of hardware, software, and firmware. To correct for alignment errors there is provided a transparent plate in the optical path that can be rotated about a linear axis parallel to the surface of the CCD array to displace the image.

Abstract: A scanner apparatus using multiple CCD arrays for scanning an image line by line to produce data representative of the image can correct for misalignment of the arrays in the X-axis (scanning) direction and/or Y-axis (feed) direction using a combination of hardware, software, and firmware. To correct for alignment errors in the X-axis direction, the field of view of each of the arrays must overlap. A start pixel is determined for each array based on the degrees of overlap so that a composite scan line of data can be formed from the video image data from each of the arrays. The scan lines are continuously stored in a buffer memory which operates as a ring FIFO buffer. Alignment errors in the Y-axis direction are corrected by software in the host computer which reads separate portions of the scan lines from the buffer memory corresponding to each of the arrays using on read pointers that are set according to the alignment error.