FIELD: physics.
SUBSTANCE: proposed device relates to training devices. Device for reproducing omnidirectional pedestrian movement of a user, comprising a user workstation, made in the form of two-foot pads, movably mounted on guides, having the possibility of angular rotation in two directions around a common centre, according to the invention, in the disclosed device, each platform for legs is installed on its guides, which allow changing the angular turn relative to each other in two directions, around a common centre for them, on which they are installed with one of their end sides. Upper part of the foot platform comprises a mechanism for angular rotation in both directions. Upper part of the foot platform is made with possibility of angular rotation in the opposite direction relative to the angular rotation of the guides along which it moves. Device contains a detector unit, which includes devices that track the location of the feet on the upper part of the platform and the movement of the user’s feet, as well as devices monitoring the placement of the upper surface and the horizontal movement of the foot pads. Device comprises a unit of electric drives, which includes a control device and electromechanical components. Device comprises a device for smooth start and braking of the foot pads. At the same time in the device the upper surfaces of the platforms for legs can be made round, or oval, or rectangular, or rectangular with skewed corners. At the same time upper surfaces are equipped with mechanisms of lifting/lowering and changing angle of inclination. Guides for movement of platforms for legs can be linear or curved.
EFFECT: task to be solved by the claimed invention is to expand the functionality and improve the performance of the device, as well as increased convenience and safety of its use and increased realism of implementation of omnidirectional pedestrian movement with implementation of various variations of walking and running.
10 cl, 4 dwg
