Abstract: A computer casing for a computer includes a housing, and a side cover. The side cover has a plurality of locking hooks, at least one first straight side and at least one second straight side. The housing has at least one first side rail having a straight side and a plurality of locking slots and at least one second side rail having at least one alignment line. Thus, when the first straight side of the side cover aligns with the straight side of the first side rail of the housing and the second straight side of the side cover aligns with the alignment line of the second side rail of the housing, each of the locking hooks of the side cover is inserted into the respective locking slot of the first side rail.

Abstract: A transcoder system for adaptively reducing frame rate is provided, which can change audio-visual stream of a GOP (group of picture). Each picture in the GOP consists of a plurality of macroblocks. The transcoder system includes a switching device, a variable length decoder, a motion vector compensation device, a memory and an encoder/decoder. The motion vector compensation device can compute output motion vectors respectively for the macroblocks in accordance with input picture types, so video data of I-, P- and B-pictures without complete reduced frame-rate transcoding in the prior art can be avoided. Therefore, video transcoding for pictures can be performed completely and quickly to thus reduce required transcoding computation and further increase transcoding speed.

Abstract: A video conversion method for frame rate reduction. Video data comprising at least one I-frame and a plurality of B- and P-frames is provided. The B- and P-frames are converted to P-frames using a first image processing method, thereby leaving the I-frame and a plurality of P-frames. A frame rate reduction operation is implemented based on the converted frames using a second image processing method.

Abstract: A transcoder system for adaptively reducing frame rate is provided, which can change audio-visual stream of a GOP (group of picture). Each picture in the GOP consists of a plurality of macroblocks. The transcoder system includes a switching device, a variable length decoder, a motion vector compensation device, a memory and an encoder/decoder. The motion vector compensation device can compute output motion vectors respectively for the macroblocks in accordance with input picture types, so video data of I-, P- and B-pictures without complete reduced frame-rate transcoding in the prior art can be avoided. Therefore, video transcoding for pictures can be performed completely and quickly to thus reduce required transcoding computation and further increase transcoding speed.

Abstract: A method and apparatus for digital image data storage management, utilizing software. The apparatus includes a data input unit, a storage medium with previously stored image data, and a data processing unit. When a newly obtained image file's size exceeds available space on the storage medium, the resolution of one or more of the existing images data is reduced to create additional available space. Finally, the newly obtained image file is stored on the storage medium.

Abstract: This specification discloses an anti-EMI device used in electronic products. The device contains a U-shape component and a spring component. The U-shape component is embedded inside the housing of an electronic product for fixing and connecting the anti-EMI device to the electronic product. The spring component is used to shield the EMI from the electronic product. The spring component is connected to the bottom surface of the U-shape component, extending along both sidewalls toward the opening of the U-shape component and protruding out of the electronic product housing.

Abstract: This specification discloses an anti-EMI device used in electronic products. The device contains a U-shape component and a spring component. The U-shape component is embedded inside the housing of an electronic product for fixing and connecting the anti-EMI device to the electronic product. The spring component is used to shield the EMI from the electronic product. The spring component is connected to the bottom surface of the U-shape component, extending along both sidewalls toward the opening of the U-shape component and protruding out of the electronic product housing.