Abstract: Methods and compositions for enhancing weight gain and/or feed efficiency in fish and shellfish are disclosed. The methods include administering an agent, such as an antibody, which reduces the bioavailability in fish or shellfish of a prostaglandin or leukotriene lipid precursor. The methods also include administering an antibody which enhances weight gain by at least 10%, improves feeding efficiency by at least 5%, or both. Fish and shellfish food comprising antibodies as described herein are also disclosed.

Abstract: A method to avoid discarding a worn non-adjusting clutch cover by converting the worn non-adjusting clutch cover to an adjusting clutch cover for re-use. First, the convex portion of the non-adjusting cover is adapted to receive an adjusting ring having the embodiments of the adjusting rings known in the art. The convex portion is cleaned by taking about 0.20-0.030 of one inch depth from an inner surface of the convex portion. A threaded wall is defined in the inner surface such that the adjusting ring having an externally threaded surface can be threadably coupled to the internally threaded surface of the inner surface of the convex portion. An adjuster aperture is drilled through the cover to receive a ring adjuster that engages the adjusting ring for positional adjustment.

Abstract: An electrical component, such as, for example, a radio, an audio component, a battery charger or a radio/charger, is provided. The electrical component includes a housing and an electrical circuit supported by the housing. In some aspects, the electrical component is an audio component and the electrical circuit is an audio circuit. In other aspects, the electrical component is a battery charger and the electrical circuit is a charging circuit. In yet other aspects, the electrical component may define a receptacle capable of selectively receiving batteries of different heights. In further aspects, the electrical component may support a battery inclined relative to a surface upon which the battery sits.

Abstract: A process for curing a natural or synthetic rubber compound under a plurality of curing conditions by: (1) obtaining time dependent data streams of dielectric or impedance values from a non-bridged impedance sensing circuit and a capacitor having the rubber compound being cured as a dialectric; (2) determining impedance related measurements from the obtained data streams; (3) determining a predictive curing equation by performing a multiple regression between: (a) reheometric data obtained from a plurality of different rubber compound samples cured in a rheometer at various environmental curing conditions, and (b) corresponding samples cured in a production mold at the same environmental conditions; (4) adjusting the curing equation to obtain cured parts having one or more desired properties; and (5) controlling the mass producing cured parts with a controller that uses the curing equation for predicting a cure time for each part, wherein the predictions are effective over variations in the rubber compound, a

Abstract: A process for curing a natural or synthetic rubber compound under a plurality of curing conditions by: (1) obtaining time dependent data streams of dielectric or impedance values from a non-bridged impedance sensing circuit and a capacitor having the rubber compound being cured as a dialectric; (2) determining impedance related measurements from the obtained data streams; (3) determining a predictive curing equation by performing a multiple regression between: (a) reheometric data obtained from a plurality of different rubber compound samples cured in a rheometer at various environmental curing conditions, and (b) corresponding samples cured in a production mold at the same environmental conditions; (4) adjusting the curing equation to obtain cured parts having one or more desired properties; and (5) controlling the mass producing cured parts with a controller that uses the curing equation for predicting a cure time for each part, wherein the predictions are effective over variations in the rubber compound, a

Abstract: A pattern implementation technique in which a pattern is defined as a software artifact that comprises a pattern signature representing one or more parameters of the pattern and a pattern implementation model representing one or more methods for expanding the pattern in a selected software context by assigning one or more arguments to the one or more parameters. The pattern implementation model can be based on one or more framework code sets, each of which supports the creation of plural patterns by providing a pattern implementation model for a particular software context. The framework code sets can be rendered extensible by a pattern author by virtue of providing methods whose code is adapted to be modified by a pattern author when defining a pattern. The pattern can be applied by creating an instance of the pattern in a software context and presenting a graphical representation of the pattern instance that can be manipulated by the pattern user in order to apply arguments to the pattern parameters.

Abstract: A process for curing a moldable compound under a plurality of curing conditions by: (1) obtaining time dependent data streams of dielectric or impedance values from a plurality of sensors distributed within a curing mold, wherein the moldable compound is a dialectric for each of the sensors; (2) determining impedance related measurements from the data streams for the plurality of sensors; (3) determining predictive and/or corrective curing actions for enhancing the curing process using the impedance related measurements for the plurality of sensors; and (4) controlling the mass production curing of parts to obtain cured parts having one or more desired properties.

Abstract: Object-oriented programming (OOP) design patterns are constructed at least partially by delegating their behaviors to preconstructed OOP patterns to implement the behaviors. A new OOP pattern having one or more behaviors is defined. Each of at least one of the behaviors is delegated to a preconstructed OOP pattern, the preconstructed OOP pattern therefore implementing the behavior. The new OOP pattern is thus constructed at least partially by delegating at least one of its behaviors to the preconstructed OOP patterns. Delegating a behavior to one of the preconstructed OOP patterns can be accomplished within a graphical user interface (GUI). Graphical representations of the new OOP pattern and of the preconstructed OOP patterns are displayed. Dragging the graphical representation of a selected preconstructed OOP pattern onto the graphical representation of the new OOP pattern causes a behavior of the new OOP pattern to be delegated to the selected preconstructed OOP pattern.

Abstract: The present invention provides a complete artificial intelligence system for the acquisition and analysis of nucleic acid array hybridization information. The system includes a central data processing facility and one or more user facilities, linked by encrypted connections. Each user facility may include an optical scanning system to collect hybridization signals from a nucleic acid array, an image processing system to convert the optical data into a set of hybridization parameters, a connection to a data network, and a user interface to display, manipulate, search, and analyze hybridization information. This system reads data from a nucleic acid microarray, analyzes test results, evaluates patient risk for various ailments, and recommends methods of treatment. The automated artificial intelligence system is a real time, dynamic decision making tool that can be used in conjunction with a clinical analysis system, and with the information obtained in a research and development environment.

Abstract: The present invention provides a complete artificial intelligence system for the acquisition and analysis of nucleic acid array hybridization information. The system is divided into at least one central data processing facility and one or more user facilities, linked by encrypted network connections or similar links. Each user facility may include an optical scanning system to collect hybridization signals from a nucleic acid array, an image processing system to convert the optical data into a set of hybridization parameters, a connection to a data network, and a user interface to display, manipulate, search, and analyze hybridization information. This system reads data from a gene chip or DNA microarray, or a proteomics chip, analyzes test results based on maintained parameters, evaluates patient risk for various ailments, recommends methods of treatment, presents information to medical and/or private individuals, and notifies test participants when new treatment becomes available.

Abstract: A battery-powered light including a body, a light source and a control circuit. The body includes a battery support portion and houses the light source. The battery support portion is operable to physically support a battery pack. The light source is electrically connectable to the battery pack and able to receive a discharge current from the battery pack. The light source also is operable to emit light. The control circuit is supported by the body and is operable to control the discharge current being supplied to the light source.

Abstract: A method of identifying target outputs, such as emissions levels, for a dynamic system, such as an engine. The engine is run at numerous combinations of input parameters, such as actual settings. At each combination of input parameters, the system is driven to a “quasi-steady” state, rather than waiting for it to reach a steady state. Response data collected at this quasi-steady state is used as the basis for identifying the target outputs and the associated inputs.

Abstract: A process for curing a moldable compound under a plurality of curing conditions by: (1) obtaining time dependent data streams of dielectric or impedance values from a plurality of sensors distributed within a curing mold, wherein the moldable compound is a dialectric for each of the sensors; (2) determining impedance related measurements from the data streams for the plurality of sensors; (3) determining predictive and/or corrective curing actions for enhancing the curing process using the impedance related measurements for the plurality of sensors; and (4) controlling the mass production curing of parts to obtain cured parts having one or more desired properties.

Abstract: A process for curing a natural or synthetic rubber compound under a plurality of curing conditions by: (1) obtaining time dependent data streams of dielectric or impedance values from a non-bridged impedance sensing circuit and a capacitor having the rubber compound being cured as a dialectric; (2) determining impedance related measurements from the obtained data streams; (3) determining a predictive curing equation by performing a multiple regression between: (a) reheometric data obtained from a plurality of different rubber compound samples cured in a rheometer at various environmental curing conditions, and (b) corresponding samples cured in a production mold at the same environmental conditions; (4) adjusting the curing equation to obtain cured parts having one or more desired properties; and (5) controlling the mass producing cured parts with a controller that uses the curing equation for predicting a cure time for each part, wherein the predictions are effective over variations in the rubber compound, a

Abstract: Assemblies and methods for automatically and electronically controlling and directing the input of solutions into solution receptacles are disclosed. An assembly may deliver an electronic, computer-generated signal having a specific address via hardwires or using wireless methods. One assembly includes a solution reservoir, a solution receptacle feeder and a computer to control the delivery of solution to a solution receptacle. The assembly may also include a number of transmitters, receivers, or transceivers for delivering the computer-generated signals. The assembly may also include any of variety of mechanisms for use in mobilizing the solution delivery assembly or the solution receptacles or both. Each of the solution receptacles for use of the assembly may have its own identifier.

Abstract: A process for curing a natural or synthetic rubber includes the measuring of curing conditions by dielectric or impedance means to produce a process curve (impedance property data versus time) followed by analyzing the process curve with a software algorithm which defines and statistically quantifies the correlation between the process curve and the desired part properties. The correlation relationship is applied in real time to end the curing process at the optimum time and to produce rubber parts of uniform quality and with reduced process cycle time.

Abstract: Assemblies and methods for automatically and electronically controlling and directing the input of solutions into solution receptacles are disclosed. An assembly may deliver an electronic, computer-generated signal having a specific address via hardwires or using wireless methods. One assembly includes a solution reservoir, a solution receptacle feeder and a computer to control the delivery of solution to a solution receptacle. The assembly may also include a number of transmitters, receivers, or transceivers for delivering the computer-generated signals. The assembly may also include any of variety of mechanisms for use in mobilizing the solution delivery assembly or the solution receptacles or both. Each of the solution receptacles for use of the assembly may have its own identifier.

Abstract: The present invention provides an apparatus and method for filtering electrical power to and from an electrical appliance to reduce or eliminate electromagnetic interference (EMI) and radio frequency interference (RFI). In one embodiment, an electrical outlet strip apparatus is provided for interconnection between an AC power source and an electrical appliance that provides transient voltage surge suppression for the appliance while substantially reducing or eliminating EMI from the AC power source from reaching the appliance. Additionally, the apparatus reduces or eliminates EMI produced by the appliance from propagating into the AC power system. The apparatus and method utilize a multistage EMI filter to filter the electrical power. In particular, the electrical power is filtered in a broadband range associated with digital subscriber line (DSL) systems to provide for improved DSL system performance.

Abstract: The present invention provides an apparatus and method for filtering electrical power to and from an electrical appliance to reduce or eliminate electromagnetic interference (EMI) and radio frequency interference (RFI). In one embodiment, an electrical outlet strip apparatus is provided for interconnection between an AC power source and an electrical appliance that provides transient voltage surge suppression for the appliance while substantially reducing or eliminating EMI from the AC power source from reaching the appliance. Additionally, the apparatus reduces or eliminates EMI produced by the appliance from propagating into the AC power system. The apparatus and method utilize a multistage EMI filter to filter the electrical power. In particular, the electrical power is filtered in a broadband range associated with digital subscriber line (DSL) systems to provide for improved DSL system performance.

Abstract: Assemblies and methods for automatically and electronically controlling and directing the input of solutions into solution receptacles are disclosed. An assembly may deliver an electronic, computer-generated signal having a specific address via hardwires or using wireless methods. One assembly includes a solution reservoir, a solution receptacle feeder and a computer to control the delivery of solution to a solution receptacle. The assembly may also include a number of transmitters, receivers, or transceivers for delivering the computer-generated signals. The assembly may also include any of variety of mechanisms for use in mobilizing the solution delivery assembly or the solution receptacles or both. Each of the solution receptacles for use of the assembly may have its own identifier.