Abstract: A disposal system utilizing a direct injection of water for an amount of time to sufficiently sanitize a chamber of the disposal system. The disposal system includes a chamber coupled to a drain of a sink at a first end of the chamber, and to a drainpipe at a second end of the chamber. A cutting mechanism, such as a rotary cutting blade, is positioned within the chamber near a floor of the chamber. A fluid-injection unit, such as a flange attachment, coupled to the first end of the chamber and the drain of the sink, includes a plurality of nozzles for introducing a fluid in a variety of streams in different directions to reach substantially an entirety of the chamber. The flange attachment can also include a water line attachment for connecting to a water line, with an optional ozone generator upstream from the disposal system.

Abstract: One example pet wash station includes a handshower, a bath fixture, an adjustable grate configured to be adjusted to a plurality of heights with respect to the bath fixture, and a user input device configured to operate the handshower or the adjustable grate. One example utility wash station includes at least one side wall, a water supply coupled to the at least one side wall, a base having at least one drain opening, and a platform supported by the at least one side wall and configured to be operable in a washing position and a stowed position.

Abstract: Hybrid silicon devices are disclosed in which a silicon-based resonant structure is coated with a rare-earth-doped tellurium oxide layer that facilitates optical gain, thereby forming a silicon-based laser cavity. The silicon-based laser cavity supports at least one resonant mode that has a modal volume extending from the silicon resonant base structure into the rare-earth-doped tellurium oxide layer. The silicon-based laser cavity is optically coupled to a silicon waveguide to facilitate the delivery of pump laser energy to the silicon-based laser cavity, such that at least a portion of the pump laser energy propagating through the silicon waveguide is coupled to the silicon-based laser cavity for excitation of the rare earth dopant within the rare-earth-doped tellurium oxide layer. The silicon waveguide that is optically coupled to the silicon-based laser cavity also facilitates the external delivery of the laser energy generated within silicon-based laser cavity.

Abstract: A disposal system utilizing a direct injection of water for an amount of time to sufficiently sanitize a chamber of the disposal system. The disposal system includes a chamber coupled to a drain of a sink at a first end of the chamber, and to a drainpipe at a second end of the chamber. A cutting mechanism, such as a rotary cutting blade, is positioned within the chamber near a floor of the chamber. A fluid-injection unit, such as a flange attachment, coupled to the first end of the chamber and the drain of the sink, includes a plurality of nozzles for introducing a fluid in a variety of streams in different directions to reach substantially an entirety of the chamber. The flange attachment can also include a water line attachment for connecting to a water line, with an optional ozone generator upstream from the disposal system.

Abstract: Hybrid silicon devices are disclosed in which a silicon-based resonant structure is coated with a rare-earth-doped tellurium oxide layer that facilitates optical gain, thereby forming a silicon-based laser cavity. The silicon-based laser cavity supports at least one resonant mode that has a modal volume extending from the silicon resonant base structure into the rare-earth-doped tellurium oxide layer. The silicon-based laser cavity is optically coupled to a silicon waveguide to facilitate the delivery of pump laser energy to the silicon-based laser cavity, such that at least a portion of the pump laser energy propagating through the silicon waveguide is coupled to the silicon-based laser cavity for excitation of the rare earth dopant within the rare-earth-doped tellurium oxide layer. The silicon waveguide that is optically coupled to the silicon-based laser cavity also facilitates the external delivery of the laser energy generated within silicon-based laser cavity.

Abstract: An apparatus and method for an RFID operated gun lock is disclosed. The gun lock comprises a security assembly secured to the muzzle of a firearm and RFID communication for locking and unlocking the firearm. A safety round is also employed and a power sub-system is provided to operate the apparatus. A manual override feature is also disclosed.

Abstract: In various example embodiments, hybrid waveguide devices are disclosed based on a silicon nitride waveguide conformally coated with a tellurium oxide layer. A tellurium oxide layer is deposited over a silicon nitride waveguide such that the tellurium oxide layer forms a conformal layer that inherits the underlying shape of the silicon nitride waveguide, thereby forming a conformal raised region above the silicon nitride waveguide, while also forming planar regions that extend laterally from the silicon nitride waveguide. The present example hybrid waveguide structures enable the formation of a guided single mode that extends from the raised region of the tellurium oxide layer that resides above the silicon nitride waveguide into the silicon nitride waveguide, and the dimensions of the structure may be selected such that a majority of the optical mode is confined within the tellurium oxide layer, at least over a portion of the infrared region.

Abstract: This invention is an apparatus and method that efficiently matches goods and service providers with consumers. The invention does this by taking inventory information from a provider and matching the goods or services in the inventory with individuals based on the individual's current geographic location and an individual's profile. The invention generates targeted advertisements for receipt on mobile devices. If an individual is interested in the good or service, the invention allows the individual to make a purchase completing the transaction.

Abstract: A method for determining the energy consumption of a processor when executing a program is provided. The method initially selects the processor which will execute the program and then creates a model of energy used by said processor as a function of a plurality of instructions operable by said processor. The program whose energy consumption is to be determined is then executed using the energy model to determine the energy consumption of the program on the processor.