ES180647U - Antideslumbrante device applicable to vehicles automóviles. (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Anti-glare device applicable to motor vehicles, characterized in that it comprises a carcass body in which there is a bevel and adaptation means in the outer-recesses of the headlights of the automobiles, while inside there is a plurality of interconnected slats by a couple of vertical axes that support them and fix them through conventional binding means that retain the assembly with freedom of rotary movement, said shafts being fixed to respective recovery springs which in turn are contained in housings made in the upper part of the casing in that the opposite lower ends are confronted separately to separate electromagnets, connected to the electrical network and housed in receiver boxes, located in the lower area of the housing body, while each slat receives at each end the end of a cylinder that slides in a transverse groove that the same present for this purpose and the opposite end of each pair of cylinders, is retained in housings provided on the sides of the box, t with, possibility of rotary movement, all of which involves a system of rotation translation combined with functional abatement of the train of lamas at the moment. In which electromagnets are activated that attract downwards the free ends of the vertical axes in a composite movement of descent and rotary sliding imparted by the dynamics of the device that translates into cutting the path of the light rays that start from the focus and it projects in a different direction from the one it had before being intercepted, in collaboration with the reflective nature of the lower faces of the respective slats that are opposed to the lower planes that lack such condition and because the interruption of current passage deactivates the electromagnets in whose momentum act the springs of recovery that pull, so to speak, of the vertical axes so that the set returns to recover its primitive position, in the same movement composed but in the opposite direction. (Machine-translation by Google Translate, not legally binding)