Abstract: A grizzly screen member assembly with a replaceable tip end. The grizzly screen member assembly comprises an elongate base member and a replaceable tip member coupled removably coupled to the replaceable tip member. The elongate base member may be coupled to a panel and assembled into a grizzly feeder system or coupled to the grizzly feeder system itself.

Abstract: A grizzly screen member assembly with a replaceable tip end. The grizzly screen member assembly comprises an elongate base member and a replaceable tip member coupled removably coupled to the replaceable tip member. The elongate base member may be coupled to a panel and assembled into a grizzly feeder system or coupled to the grizzly feeder system itself.

Abstract: A grizzly screen member assembly with a replaceable tip end. The grizzly screen member assembly comprises an elongate base member and a replaceable tip member coupled removably coupled to the replaceable tip member. The elongate base member may be coupled to a panel and assembled into a grizzly feeder system or coupled to the grizzly feeder system itself.

Abstract: A grizzly screen member assembly with a replaceable tip end. The grizzly screen member assembly comprises an elongate base member and a replaceable tip member coupled removably coupled to the replaceable tip member. The elongate base member may be coupled to a panel and assembled into a grizzly feeder system or coupled to the grizzly feeder system itself.

Abstract: In an embodiment, a transmit controller capable of automatic configuration is provided. In another embodiment, an auxiliary user interface device for automatically configuring a transmit controller is provided. In another embodiment, an auxiliary user interface device for transmitting operational parameter settings is provided. In another embodiment, an auxiliary user interface device for receiving operational parameter settings is provided. In another embodiment, an auxiliary user interface device for updating an application program of a receiving device is provided.

Abstract: In an embodiment, a transmit controller capable of automatic configuration is provided. In another embodiment, an auxiliary user interface device for automatically configuring a transmit controller is provided. In another embodiment, an auxiliary user interface device for transmitting operational parameter settings is provided. In another embodiment, an auxiliary user interface device for receiving operational parameter settings is provided. In another embodiment, an auxiliary user interface device for updating an application program of a receiving device is provided.

Abstract: A service governance framework may provide a platform for development and hosting of virtual service offerings and generation of interfaces to operations thereof, dependent on configurable functional parameters and/or non-functional aspects associated therewith. Virtualization techniques may be applied at an endpoint level, binding level, message level, operation level, and/or service level at design time, and supported with corresponding changes at runtime. Users having various roles may access the framework to specify operations of services provided by computing service sources to include in a virtual service offering, specify configuration parameter values associated with them, and/or specify a contract of non-functional aspect clauses for the virtual service offering. The framework may produce the interface by modifying an interface provided by the computing service sources (e.g., a WSDL).

Abstract: A system and method are provided for low power electronic speed control for a model vehicle. A remote controlled model vehicle system may comprise a motor, a transmitter, a receiver, and an electronic speed control device. The electronic speed control device comprises a user interface and is at least configured to control a magnitude of average power applied to the motor in response to a user input. The electronic speed control device can operate under at least two profiles, wherein a desired profile is selected by the user. In one embodiment, under a first profile the electronic speed control device applies 100% magnitude of average power to the motor in response to maximum forward throttle, and under a second profile the electronic speed control device applies a percentage magnitude of average power lower than 100% and greater than 0% to the motor in response to maximum forward throttle.

Abstract: A service governance framework may provide a platform for development and hosting of virtual service offerings and generation of interfaces to operations thereof, dependent on configurable functional parameters and/or non-functional aspects associated therewith. Virtualization techniques may be applied at an endpoint level, binding level, message level, operation level, and/or service level at design time, and supported with corresponding changes at runtime. Users having various roles may access the framework to specify operations of services provided by computing service sources to include in a virtual service offering, specify configuration parameter values associated with them, and/or specify a contract of non-functional aspect clauses for the virtual service offering. The framework may produce the interface by modifying an interface provided by the computing service sources (e.g., a WSDL).

Abstract: A system and method are provided for low power electronic speed control for a model vehicle. A remote controlled model vehicle system may comprise a motor, a transmitter, a receiver, and an electronic speed control device. The electronic speed control device comprises a user interface and is at least configured to control a magnitude of average power applied to the motor in response to a user input. The electronic speed control device can operate under at least two profiles, wherein a desired profile is selected by the user. In one embodiment, under a first profile the electronic speed control device applies 100% magnitude of average power to the motor in response to maximum forward throttle, and under a second profile the electronic speed control device applies a percentage magnitude of average power lower than 100% and greater than 0% to the motor in response to maximum forward throttle.

Abstract: Coatings, which act as barrier layers to inhibit migration of alkali metal ions from a glass surface and/or act as color suppressing underlayers for overlying infra-red reflecting or electrically conducting layers, are deposited by pyrolysis of a gaseous mixture of a silane, an unsaturated hydrocarbon and an oxygen-containing gas other than carbon dioxide which does not react with the silane at room temperature on a hot glass surface at a temperature of 600.degree. C. to 750.degree. C.

Abstract: Coatings, which act as barrier layers to inhibit migration of alkali metal ions from a glass surface and/or act as color suppressing underlayers for overlying infra-red reflecting or electrically conducting layers, are deposited by pyrolysis of a gaseous mixture of a silane, an unsaturated hydrocarbon and carbon dioxide on a hot glass surface at a temperature of 600.degree. C. to 750.degree. C.