Abstract: A transmission mechanism of an image scanner with adjustable resolution is disclosed.

Abstract: A transmission mechanism of an image scanner with adjustable resolution is disclosed.

Abstract: A transmission mechanism of an image scanner with adjustable resolution is disclosed.

Abstract: A carriage structure for use with an image scanner is disclosed. The carriage structure includes a first reflective mirror set for reflecting light from a scanned object, a lens disposed downstream of the first reflective mirror set in an optical path direction for refracting the light reflected by the first reflective mirror set, a second reflective mirror set disposed downstream of the lens in the optical path direction for further reflecting the light refracted by the lens, and a photoelectric conversion device disposed downstream of the second reflective mirror set in the optical path direction for receiving and converting the light from the second reflective mirror set into electric level signals.

Abstract: The image processing apparatus includes a scanner portion and a reader portion. The scanner portion is used for converting an image data of a scanned object into a digital data to be processed by a first computer. The reader portion is detachably installed in a receptacle of the scanner portion for receiving a storage medium with stored data therein, wherein the reader portion has a first connector and a second connector thereon. When the reader portion is installed in the receptacle to be electrically connected with the scanner portion, the data are transferred to the first computer via the scanner portion. When the reader portion is detached from the receptacle and has the second connector thereof electrically connected with a second computer, the data are transferred to the second computer.

Abstract: A transmission mechanism of an image scanner with adjustable resolution is disclosed.

Abstract: An image processing apparatus is provided. The image processing apparatus includes a scanner portion and a reader portion. The scanner portion is used for converting an image data of a scanned object into a digital data to be processed by a first computer. The reader portion is detachably installed in a receptacle of the scanner portion for receiving a storage medium with stored data therein, wherein the reader portion has a first connector and a second connector thereon. When the reader portion is installed in the receptacle to be electrically connected with the scanner portion, the data are transferred to the first computer via the scanner portion. When the reader portion is detached from the receptacle and has the second connector thereof electrically connected with a second computer, the data are transferred to the second computer.

Abstract: The present invention provides a housing comprising a rectangular transparent planar board for placing documents to be scanned and a rectangular case for placing a scanning module. The housing comprises a plurality of clasps for fixing the transparent planar board within a flatbed scanner and comprises front, rear, left and right ends. The case comprises four upright sides and a rectangular opening installed above the four upright sides for mounting the transparent planar board. The opening comprises front, rear, left and right sides. The left and right sides of the opening each comprises an L-shaped groove for mounting the left and right ends of the transparent planar board, respectively. The front and rear sides of the opening each comprises a clasp for mounting the front and rear ends of the transparent planar board.