Articulated quadrilateral mobile support e.g. seat, for vehicle simulator, has brackets arranged on quadrilateral-shaped guide parts, and support plane rotated around normal axis and moving simulator in independent manner at certain degrees

The support has a mechanical actuator (A) mounted on control elements. Articulated quadrilateral components (1, 2) are stacked at ends of brackets. The brackets are arranged on quadrilateral-shaped vertical guide parts (3) that are vertically arranged with joint parts. An annulus part rotates a simulator around a normal axis, which is formed in a substrate, where turning of the support is controlled along lateral and longitudinal directions. A support plane is rotated around the normal axis and moves the simulator in an independent manner at certain degrees. The support has a mechanical actuator (A) mounted on control elements. Articulated quadrilateral components (1, 2) are stacked at ends of brackets. The brackets are arranged on quadrilateral-shaped vertical guide parts (3) that are vertically arranged with joint parts. An annulus part rotates a simulator around a normal axis, which is formed in a substrate, where turning of the support is controlled along lateral and longitudinal directions. A support plane is rotated around the normal axis and moves the simulator in an independent manner at certain degrees. Soporte móvil de cuadriláteros articulados para simuladores de vehículos. El soporte móvil consta de conjuntos de cuadriláteros articulados dispuestos de forma similar a la representada en los componentes (1) y (2), que se encuentran apilados y unidos respectivamente en sus extremos a soportes. Sobre el soporte inferior del conjunto de cuadriláteros (1) se pueden o no disponer elementos (3) tipo guía para dirigir el movimiento vertical del conjunto. Sobre el soporte superior del conjunto de cuadriláteros (2) se puede o no disponer una corona circular (4) para permitir el giro de cualquier conjunto de simulación entorno al eje normal a este soporte. Los movimientos son inducidos por actuadores (A) de diversas características según el componente (1), (2), (3) ó (4) que estén moviendo. Con esta arquitectura se pueden obtener, sobre el dispositivo de simulación que se monte en este conjunto, hasta 4 movimientos distintos o grados de libertad que pueden ser simultáneos o no.