Abstract: A system and method for identifying parts on a vehicle and maintaining the parts within a system is disclosed. The system and method include submitting a vehicle identification number (VIN) to determine demand for parts associated with the vehicle identified by the VIN, generating a product delivery record (PDR) for at least one of the parts, entering the PDR of the at least one of the parts into a tracking system, determining the ultimate destination for the vehicle identified by the VIN, on a condition that the vehicle is destined to be dismantled, creating at least one dismantle report associated with either the vehicle or the parts, printing tags associated with the parts being dismantled from the vehicle, the tags providing at least one of routing or destination information for the part, and locating the parts based on the tag based on the routing or destination information.

Abstract: In a method of determining an operating margin to a given operating limit in a nuclear reactor, operational plant data from an on-line nuclear reactor plant is accessed, and reactor operation is simulated off-line using the operational plant data to generate predicted dependent variable data representative of the given operating limit. The predicted dependent variable data is normalized for evaluation with normalized historical dependent variable data from stored operating cycles of plants having a similar plant configuration to the on-line plant. A time-dependent average bias and a time-dependent uncertainty value for the predicted dependent variable data are determined using the normalized historical dependent variable data, and a risk-tolerance level for the on-line plant is obtained.

Abstract: In a method for parametering a field device of process automation technology, parametering data are exchanged by means of an on-site operating means VB of a second field device F2 via a fieldbus FB with a first field device F1 to be parametered.

Abstract: An anti-condensation control system for devices driven by or utilizing decompressing air is provided. The system includes a supply of compressed air connected to a compressed air-utilizing device. A source of heated fluid is provided and is connected to a heat exchanger that transfers heat from the heated fluid to the compressed air. The compressed air is heated in the heat exchanger sufficiently that upon decompression the temperature of the device is not lowered to the ambient dew point. The system is particularly applicable to devices utilizing compressed air for the spraying of liquid materials.

Abstract: Methods and media are provided for quantifying viewer awareness of advertising images in a video source is provided. According to one embodiment, a media source is segmented into a set of frames, which are annotated with attributes based on the images that appear within each frame. The attribute data is analyzed to determine detections that meet provided criteria. The detections are indexed based on the attributes, which are then supplemented with additional attributes to create one or more valuation factors. The valuation factors can be used to derive a discount factor that can be applied against a benchmark, such as the 30-second spot rate, to determine a value associated with the video source.

Abstract: Methods and media are provided for objectively valuing advertising content (or the potential viewer impact thereof) that occur during the course of an event or other presentation (such as TV sitcom). In one embodiment the method includes receiving a source of media, indexing a set of sponsorship images within the media to provide a set of indices, and providing valuation factors by aggregating the indices so that valuation factors can be derived that indicate a viewer's potential awareness of the advertising content or images therein. The valuation factors can be used in connection with a benchmark, such as the 30-second spot rate or time, to determine a value associated with the media source, including a monetary value.

Abstract: A method, arrangement and computer program is described for generating a database of selectable fresh fuel bundle designs usable in one or more nuclear reactors. In an example, an initial population of candidate fresh fuel bundle designs may be generated and a set of rod-type changes to make to a given candidate in the initial population may be established. A given candidate fresh fuel bundle may be modified by making at least one rod-type change from the set therein. A core loaded with the modified bundle design may be simulated to generate bundle performance outputs. The bundle performance outputs may be ranked based on a plurality of user-input limits. The modified candidate fresh fuel bundle design may be stored, if the bundle performance outputs meet, or are within an accepted margin to, the user-input limits, so as to generate the database.

Abstract: A plastic dust cover for upright freestanding metal shelving units. The dust cover comprises integral top panel, side panels and rear panel together with vertically zippered front panels which are preferably transparent. A Velcro closure system is provided for securing the top of the front panel. Magnets are sewn into the bottom edges of the front panels to cause them to adhere to the bottom front of the shelving unit.

Abstract: A plastic dust cover for upright freestanding metal shelving units. The dust cover comprises integral top panel, side panels and rear panel together with vertically zippered front panels which are preferably transparent. A Velcro closure system is provided for securing the top of the front panel. Magnets are sewn into the bottom edges of the front panels to cause them to adhere to the bottom front of the shelving unit.

Abstract: A hose assembly suited for delivering viscous material to a dispenser nozzle at a controlled viscosity and temperature. The hose assembly includes a jacketed hose including an outer hose positioned around an inner hose carrying the mastic and defining an annular passage between the inner hose and the outer hose, and a hose cover assembly adapted to be releasably wrapped around a further remote hose carrying the mastic. The cover assembly includes an elongated strip of flexible material including generally parallel opposite longitudinal edges; a plurality of tubes embedded in the strip and running longitudinally through the strip; and coacting interengagable quick release means (such as a zipper) on the opposite longitudinal edges of the strip to enable the strip to be wrapped around the hose and secured in position around the hose by releasable interengagement of the quick release means.

Abstract: A temperature control system for an adhesive application system in which adhesive is delivered from a pump to a nozzle for application in bead form to a part. The control system includes a hose assembly extending from the pump to the nozzle and including an inner hose for carrying the adhesive and an outer hose defining an annular space between the outer hose and the inner hose for passage of water in a direction opposite to the direction of flow of the adhesive; a water conditioner selectively heating and cooling the water; and a controller receiving a reference signal representing a desired temperature of the adhesive at the nozzle and an actual adhesive temperature signal provided by a temperature sensor sensing the temperature of the adhesive being delivered to the nozzle and operative to compare the signals and generate appropriate signals for control of the water conditioner in a sense to maintain the desired water temperature and thereby the desired adhesive temperature.