Abstract: A locomotive air dyer air discharge conduit is configured to disperse a portion of the discharge air radially through one or more air dispersion openings in the side of the discharge conduit, thereby reducing the output velocity of the discharge air.

Abstract: A locomotive air dyer air discharge conduit is configured to disperse a portion of the discharge air radially through one or more air dispersion openings in the side of the discharge conduit, thereby reducing the output velocity of the discharge air.

Abstract: This invention relates to novel polymorphisms of the NAT-2 gene which can be involved in drug metabolism and various disorders.

Abstract: An apparatus and system for decoding colliding data transmissions utilizing an at will transmission protocol is disclosed. An apparatus for decoding an analog signal includes an input terminal, a data bus, a first decoder connected to the input terminal and data bus, configured to receive an analog signal, decode the signal into a first message and output the message to the data bus, a second decoder connected to the input terminal and data bus and configured to receive an analog signal, determine whether the analog signal includes a second message, decode the signal into a second message and out put the message to the data bus. A microprocessor operatively connected to the first and second decoders directs the second decoder to search for a colliding second transmission immediately after the first decoder has begun to decode a first transmission. If colliding second signal captures the receiver as the first transmission is decoded, the second decoder decodes and outputs the second message intact.

Abstract: A process and an apparatus for recovering and treating hazardous and non-hazardous components from process streams generated from a continuous system for selectively separating organic and inorganic constituents from contaminated material. The contaminated material is heated to a first temperature sufficient to volatilize water and lower boiling point constituents contained in the material, thereby producing a dried solid material and a first gas containing water vapor and volatilized lower boiling point constituents. The contaminated material is heated in a dryer, which includes an indirect heated hot oil screw dryer having a screw for conveying the material. The first gas is separated from the dried solid material. The lower boiling point constituents are recovered from the first gas.

Abstract: A process and apparatus for recovering and treating hazardous and non-hazardous components from process streams generated from a continuous system for selectively separating organic and inorganic constituents from contaminated material. The contaminated material is heated in a dryer to a first temperature sufficient to volatilize water and lower boiling point constituents contained in the material, thereby producing a dried solid material and a first gas containing water vapor and volatilized lower boiling point constituents. The first gas is separated from the dried solid material. The lower boiling point constituents are recovered from the first gas. The dried solid material is heated in a desorber to a second temperature sufficient to volatilize higher boiling point constituents contained in the dried material, thereby producing a substantially decontaminated solid material and a second gas containing volatilized higher boiling point constituents.

Abstract: A diversity reception system for use in narrow-band radio frequency communication systems includes a plurality of receivers that each generate a detected signal from a received radio frequency signal. The diversity reception system switches between receivers to output a high quality audio signal. The system selects a receiver having the highest quality reception at any given time by using a detected signal having the highest relative signal-to-noise ratio when the detected signals have less than a preselected threshold signal-to-noise ratio and a detected signal having the highest relative signal strength when one or more of the receivers is generating a detected signal having a signal-to-noise ratio at or above the preselected threshold signal-to-noise ratio.

Abstract: Durations of activities in forming a system (the "current system") are estimated, using data including i) durations of first activities and scores for a number of previously formed systems (the "past systems"), ii) scores for the current system, and iii) a model defining a relationship between duration of the first activities and such scores. A factor for the model is computed in response to the first activities and scores for the past systems. An expected duration for first activities of the current system is computed in response to the computed factor and the scores for the current system. The scores for such systems are generated by defining and scoring subsystems for the system and combining the scores of the subsystems.