Abstract: A file cabinet providing access to files from substantially all sides, and having one or more rotatable tiers, each tier containing a plurality of file containers. Each tier includes a central carrousel support having a plurality of radially extending arms. Mounted to the outer terminus of each arm is a file support assembly, each configured to rotate about a vertical axis between a retracted position and an extended position. Each file support assembly is adapted to suspend a file container thereon to provide detachable storage. The detachable file containers each include a box having an upper frame which suspends the container from the file support assemblies. A top may provided to close each container in a secure manner to protect the container's contents.

Abstract: A file cabinet providing access to files from substantially all sides, and having one or more rotatable tiers, each tier containing a plurality of file containers. Each tier includes a central carrousel support having a plurality of radially extending arms. Mounted to the outer terminus of each arm is a file support assembly, each configured to rotate about a vertical axis between a retracted position and an extended position. Each file support assembly is adapted to suspend a file container thereon to provide detachable storage. The detachable file containers each include a box having an upper frame which suspends the container from the file support assemblies. A top may provided to close each container in a secure manner to protect the container's contents.

Abstract: A file cabinet providing access to files from substantially all sides, and having one or more rotatable tiers, each tier containing a plurality of file containers. Each tier includes a central carrousel support having a plurality of radially extending arms. Mounted to the outer terminus of each arm is a file support assembly, each configured to rotate about a vertical axis between a retracted position and an extended position. Each file support assembly is adapted to suspend a file container thereon to provide detachable storage. The detachable file containers each include a box having an upper frame which suspends the container from the file support assemblies. A top may provided to close each container in a secure manner to protect the container's contents.

Abstract: A file cabinet providing access to files from substantially all sides, and having one or more rotatable tiers, each tier containing a plurality of file containers. Each tier includes a central support wherein at least one radial support arm is rotatably mounted thereto to rotate about the central support. Mounted to the terminus of each radial support arm is a file support, each configured to rotate about a vertical axis between a retracted position toward the interior of the tier, and an extended position. Each file support is adapted to receive a file container suspended thereon to provide detachable storage. Tiers may be added by attaching additional central supports in tandem.

Abstract: A file cabinet providing access to files from substantially all sides, and having one or more rotatable tiers, each tier containing a plurality of file containers. Each tier includes a central carrousel support having a plurality of radially extending arms. Mounted to the outer terminus of each arm is a file support assembly, each configured to rotate about a vertical axis between a retracted position and an extended position. Each file support assembly is adapted to suspend a file container thereon to provide detachable storage. The detachable file containers each include a box having an upper frame which suspends the container from the file support assemblies. A top may provided to close each container in a secure manner to protect the container's contents.

Abstract: Pressure sensors are placed at axial locations in the isolator of a scramjet or ramjet. An engine fuel control produces calculated pressure values for the those locations from a stored function. As the engine operates, the pressure signals from the pressure sensors are compared with those pressure values for each sensor location and the stored function is adjusted so that the curve of the calculated pressures closely matches the measured pressures within stored upper and lower pressure limits for each pressure sensor location. From the adjusted function. the shock system is located. Fuel flow is controlled to maintain the shock system at a desired location in the isolator. Faulty pressure sensors are detected from a signal that manifests the difference between calculated and actual pressure at each pressure sensor.