Abstract: The present invention is directed towards an apparatus and method for disinfecting biological samples, including semen and the like, and for removing a biological sample pellet from surrounding media while reducing the risk of recontamination of the pellet with said media. An insert receptacle includes a receiving cylinder having a drain in a floor which allows the fluids to decant slowly down the side of a tube. The insert receptacle further includes an aspiration channel which allows an aspiration device, such as a modified micro-pipette, to be utilized for extracting a sample pellet from the bottom of the tube. Utilizing the novel apparatus, a method for reducing pathogens in a biological sample includes decanting the biological sample through the receiving cylinder and into a tube where it passes through a multi-layer gradient including an enzyme suitable for removal of at least one pathogen from the biological sample.

Abstract: Embodiments of the invention generally provide a method and apparatus for data center analysis and planning. One embodiment of a method for planning future investment in a data center comprising a plurality of data center resources includes estimating a baseline value for future capacity requirements of the data center, based on historical data center resource consumption data, generating one or more adjusted values for the future capacity requirements, by altering one or more assumptions in the historical data center resource consumption data, providing one or more plans by which at least one of the baseline values and the one or more adjusted values can be met and projecting the costs associated with the one or more plans.

Abstract: An imaging system comprises a base unit having a platen. The imaging system also comprises a lid coupled to the base unit and adapted to be disposed over the platen. The lid comprises a door openable relative to the lid to enable access to the platen therethrough.

Abstract: A digital camera dock includes multiple controls and connections for multiple external devices. Actuating a control initiates interaction with a corresponding external device connection. A method of using a camera docking station is also described.

Abstract: The present invention is directed towards an apparatus and method for disinfecting biological samples, including semen and the like, and for removing a biological sample pellet from surrounding media while reducing the risk of recontamination of the pellet with said media. An insert receptacle includes a receiving cylinder having a drain in a floor which allows the fluids to decant slowly down the side of a tube. The insert receptacle further includes an aspiration channel which allows an aspiration device, such as a modified micro-pipette, to be utilized for extracting a sample pellet from the bottom of the tube. Utilizing the novel apparatus, a method for reducing pathogens in a biological sample includes decanting the biological sample through the receiving cylinder and into a tube where it passes through a multi-layer gradient including an enzyme suitable for removal of at least one pathogen from the biological sample.

Abstract: An access door is described for a housing for tape drive apparatus of the type including a take-up reel, a hub for a supply reel, and a fan for moving air within the housing. The access door is hinged to the housing and is pivotable between open and closed positions. The access door includes an interior face which forms a ramp for guiding the supply reel into the housing and onto the hub. The door also includes an inlet port for receiving air from the fan, at least one exit port, and a passageway for communicating air between the inlet port and the exit port. Air leaving the exit port in the door is directed around the periphery of the supply reel.

Abstract: An extruded sheet or the like of cold-drawable polymer such as polypropylene is embossed as a molten sheet by a circumferentially multi-grooved roller and stretched in the direction of the embossed grooves to split into filaments along the grooves.

Abstract: Interconnected fibres banded by cross-sectional orientation and morphology differences, in an array which can be bundled up to separate the fibres at least partially. A thermoplastic sheet emboding areas of different degrees of fibrillation is cold drawn to initiate longitudinally extending cracks in the areas of lower resistance to fibrillation such that the cracks terminate at the areas of higher resistance to fibrillation. The sheet is then further drawn at a higher temperature to open the cracks and to cause the cracks to propagate through the areas of higher resistance to fibrillation. Both drawing steps are performed without lateral extension.