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TECHNICAL DATA PACKAGES

Brand Owner (click to sort)
.AIR Morgan, Roland
717 BOEING MANAGEMENT COMPANY
BOEING Boeing Company, The
BOEING Boeing Company, The
BOEING BOEING MANAGEMENT COMPANY
WORLDLINER BOEING MANAGEMENT COMPANY
Technical Examples
  1. The invention provides for tracking and day-to-day management of technical requirements, costs and environmental details of existing computer data centers, and the creation of scenarios for determining the optimum acquisition, expansion and reconfiguration strategies of the data centers as well as the forecasting of technical requirements, costs and environmental requirements of existing and proposed configurations of the data centers. A knowledge base comprises technical and financial specifications of various storage devices and other computer hardware as provided. A modeling tool allows for the creation of various "What-If" scenarios of possible data center configurations for long term projections of the technical and financial requirements of existing, modified or proposed data center configurations. The cost of individual devices, systems or data center locations, as well as the cost of proposed new equipment including software are tracked. Also provided is the ability to present technical, financial and other information of a data center of various levels, such as at the configuration, location, system and individual device levels, as well as the ability to prepare custom reports, tables and charts of the information.
  2. An electronic data processing (EDP)-based method and configurator are for creating a plant concept from a number of plant components. A desired specification of a technical plant is recorded using specification data. Then, from a stored supply of plant component types, those plant component types which are required for satisfying the desired specification of the technical plant are selected on the basis of the specification data using a classification device. The selected plant component types are linked up to form a plant configuration, using the classification device, in such a way that in principle the plant configuration at least substantially satisfies the desired specification of the technical plant. Finally, from the plant configuration, a plant concept is created using a selection device, the plant component types being replaced by plant components. The result is that the plant concept describes an actually feasible technical plant.
  3. An optical data receiver for the distribution and demodulation of compressed TDM data packages comprises, optical distributor means to which the data packages are applied for selective distribution to a plurality of AWG optical demultiplexer/detector arrays, so that each demultiplexer/detector array provides in respect of each data package fed thereto from the optical distributor, a data word the bits of which are presented in parallel.
  4. A product display system includes a support, at least one illumination source positioned substantially above the support and operable to illuminate the support, and a plurality of product packages positioned on the support. The packages may have at least one tab extending generally downwardly from the front wall or opposite side walls. The tab angles or tilts the package relative to the support such that the package is tilted toward the illumination source. The packages are tilted such that the front walls of the tilted packages face at least partially toward the illumination source to provide enhanced illumination of the front walls of the tilted packages. The plurality of packages may be arranged in rows on a shelf, with the rows of packages being nested together.
  5. The preferred method for implementing the invention includes presetting IP filters and storing a web page on a first server coupled to a wide area network, whereby the web page including data mining code. The web page would then be uploaded to a visitor computer responsive to a request over the wide area network from the visitor computer, whereby the visitor computer would have a designated IP address. The data mining code would then be operated on the visitor computer to obtain technical data. A subsequent step would be receiving at a second server the technical data and the IP address of the visitor computer and generating a log file incorporating the technical data and IP address. The IP filters would be applied to the IP address stored in the log file and a database file would then be generated from the log file responsive to the IP filters.

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