| 摘要 |
A fastening system for driving simulators solves a technical problem of a budget-priced way of simulating the activities of vertical forces between a vehicle underbody and the road and simulation of the tilt of the vehicle. The challenge is solved in a way that the fastening system for driving simulation comprises a base (1), on which a rear bottom support plate (2) is fastened, the system is driven via shaft (5) that is arranged on an eccentric (13) connected with an arm (8) through a shaft (6). The arm (8) is fastened into an upper rear support plate (3) and the latter is connected with a platform (4), a gas spring (7) is also fastened to the platform (4). The angle between the arm (7) and the vertical in the bottommost position ranges from 25 0 to 35 ° and the angle between the gas spring (7) and the vertical ranges from 7 ° to 13 °. |
