Abstract: A protective cover for a connector can having a top cover having a top cover connector end and a top cover cord end, a bottom cover pivotally connected to the top cover having a bottom cover connector end and a bottom cover cord end, a bias applying a force to cause the top cover cord end to abut the bottom cover cord end, and a connector void disposed on the bottom cover for receiving a connector adjacent a connector tray for supporting the connector. A cord with a connector can be inserted into the protective cover for a connector through the bottom cover. The cord can be inserted through the cord void and the connector can be inserted through the connector void. The protective cover can then be displaced slightly to allow the connector to rest on the connector tray.

Abstract: A protective cover for a connector can having a top cover having a top cover connector end and a top cover cord end, a bottom cover pivotally connected to the top cover having a bottom cover connector end and a bottom cover cord end, a bias applying a force to cause the top cover cord end to abut the bottom cover cord end, and a connector void disposed on the bottom cover for receiving a connector adjacent a connector tray for supporting the connector. A cord with a connector can be inserted into the protective cover for a connector through the bottom cover. The cord can be inserted through the cord void and the connector can be inserted through the connector void. The protective cover can then be displaced slightly to allow the connector to rest on the connector tray.

Abstract: This document describes a device that is monolithic and capable of emitting quantum light without using previous configurations known in the art that require certain elements which yield certain disadvantages, which may be solved by implementing the device of the invention described herein. In this way the use of a transmitter which controls the state of charge or the wavelength of quantum light emitters independently of current in the device is implemented and does function properly when quantum light emitters are embedded in photonic structures, like microcavities or photonic crystals (PC); this is achieved by stacking semiconductor layers with different composition and doping types. A quantum light emitter circuit, which is a quantum optical circuit comprising at least two of said devices, is also an as aspect of the invention disclosed herein.

Abstract: This document describes a device that is monolithic and capable of emitting quantum light without using previous configurations known in the art that require certain elements which yield certain disadvantages, which may be solved by implementing the device of the invention described herein. In this way the use of a transmitter which controls the state of charge or the wavelength of quantum light emitters independently of current in the device is implemented and does function properly when quantum light emitters are embedded in photonic structures, like microcavities or photonic crystals (PC); this is achieved by stacking semiconductor layers with different composition and doping types. A quantum light emitter circuit, which is a quantum optical circuit comprising at least two of said devices, is also an as aspect of the invention disclosed herein.

Abstract: Door trim for vehicles, applicable to assembled units consisting of at least a door and a trim (1) fitted on to it, according to which the trim (1) features a concave area (8) which forms a dry area that is accessible mainly from the visible side of the trim and in which are housed, at the very least, the most important parts of the motor both during the assembly phase and throughout its useful life.