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COMPACT DISKS COMPUTER MEMORIES SMOKE

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LIFE IS A TEAM SPORT HMS Motorsports LLC
ZTE ZTE Corporation
Technical Examples
  1. In a disk stand device and a disk storage device for use in compact disks, mini disks and floppy disks, an array of grooves (2) are provided on an upper surface of a pedestal (1) at predetermined intervals (L). When one end of a disk (3) is inserted into the groove (2) upon accommodating the disks (3), a plurality of disks (3) are positioned to overlap with the predetermined intervals (L) therebetween. A title labelled on the disk (3) can be visually recognized through the intervals (L) of the neighboring disks (3). Upon reusing the disk (3), the disk (3) can be taken out of the groove (2) quicky to improve an efficiency at offices in which electronic computers are employed.
  2. Circuits, methods, and apparatus that provide integrated circuits having memories with multiple sizes. The memories may be dedicated embedded memories, or they may be distributed memories formed using memories or lookup tables in logic elements or other appropriate circuits. Configuration bits not needed by logic elements used for distributed memories can be used for data storage as well. These various memories may be combined or otherwise linked or chained together in different combinations to form larger memories of varying sizes.
  3. Various apparatus and methods are provided for handling and transporting pairs of gap merge disks. A transfer member is provided in one embodiment which engages the outer perimeter of a pair of disks at three locations. The transfer member is configured to induce an angled tilt to the respective disks such that the bottom perimeter edges of the disks are spaced apart and the top perimeter edges of the disks are in contact. A mandrel is also provided which is configured to engage a pair of disks oriented in this fashion at the center aperture for purposes of transferring the pair of disks from the transport device to a second location for processing or transfer to another processing device.
  4. A computer system comprising: a plurality of memories each containing one or more locations; and a first threadlet for causing a first program to run in the computer system when at least one first memory location of the plurality of memory locations is local to the threadlet. Also provided is a method allowing such a threadlet to move itself to memories that include some specified second memory location.
  5. A method for calibrating a smoke detector includes adjusting the sensitivity of the smoke detector to get a consistent predetermined response over the expected operating range. The sensitivity is generally consistent for all detectors and an independent offset value is determined for each detector. This offset value basically corresponds to the signal from the detector in a clean atmosphere. The sensitivity of the smoke detector is determined by measuring the response at different levels of obscuration and then appropriately adjusting the output of the light source of the detector. This process is repeated until the desired sensitivity is achieved. Thereafter, the offset value is measured or calibrated and stored in the smoke detector for use in setting alarm values.

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