Abstract: Disclosed are systems and methods for a novel machine translation as a service (MTaS) framework that enables real-time machine translation to realize improved accuracy without degrading the speed in which a translator can operate. The disclosed translator technology can provide an improved, computationally efficient and accurate system that can improve how translations are provided, which can improve how translation-based processes are performed. The disclosed framework enables translation string gaps between translated releases to be identified, filled and/or corrected. Such automated and/or selected translation correction, modification and/or fine-tuning can be enabled via any type of translation model and/or model combination.

Abstract: A self-energizing, non-contacting sensing device for detecting movement of ferrous elements, methods of use and assemblies therewith. The device includes a permanent magnet, a pair of ferrous conductors, an inductor coil and a microprocessor. The ferrous conductors are attached to the permanent magnet with free ends of the ferrous conductors being spaced from one another to provide a gap. The gap provides an open circuit in the absence of the moving ferrous elements and a substantially closed circuit in the presence of the moving ferrous elements. When the circuit alters between open and closed states, in the absence and presence of the moving ferrous elements, respectively, an electromotive force imparted on the inductor coil generates an alternating current. The microprocessor is configured to detect the alternating current produced in the inductor coil, and thus, can assess whether the ferrous elements are moving in a normal or abnormal manner.

Abstract: A self-energizing, non-contacting sensing device for detecting movement of ferrous elements, methods of use and assemblies therewith. The device includes a permanent magnet, a pair of ferrous conductors, an inductor coil and a microprocessor. The ferrous conductors are attached to the permanent magnet with free ends of the ferrous conductors being spaced from one another to provide a gap. The gap provides an open circuit in the absence of the moving ferrous elements and a substantially closed circuit in the presence of the moving ferrous elements. When the circuit alters between open and closed states, in the absence and presence of the moving ferrous elements, respectively, an electromotive force imparted on the inductor coil generates an alternating current. The microprocessor is configured to detect the alternating current produced in the inductor coil, and thus, can assess whether the ferrous elements are moving in a normal or abnormal manner.

Abstract: A method of providing light includes generating white light from a plurality of white light sources, focusing the white light into beams of white light, transferring the beams of white light to a plurality of light guides to create guided beams, combining the guided beams in a main light guide to create a single combined guided beam, and emitting the single combined guided beam from the main light guide.

Abstract: A method of providing light includes generating white light from a plurality of white light sources, focusing the white light into beams of white light, transferring the beams of white light to a plurality of light guides to create guided beams, combining the guided beams in a main light guide to create a single combined guided beam, and emitting the single combined guided beam from the main light guide.