Hybrid universal full support stand for monitoring the technical condition of wheeled vehicles

摘要

The device belongs to the field of mechanical engineering, namely to the automotive industry, and can be used to control the traction and dynamic properties of wheeled vehicles. The loading elements are the flywheel and the electrodynamic brake, which allows you to set both steady-state and non-steady-state diagnostics modes and measure the power and kinematic diagnostic parameters of the wheeled vehicle. The device uses compact high-precision non-contact sensors for measuring tractive forces, which makes it possible to investigate the traction properties of a wheeled vehicle by measuring the power parameters on each wheel individually. A device for monitoring traction and dynamic qualities of wheeled vehicles, including those with individual electric motors on each wheel, which includes two blocks of supporting and supporting rollers connected by couplings and chains to each other and connected through a gearbox with a flywheel and an eddy-current electrodynamic brake, and using a non-contact method for measuring tractive forces on each wheel, which differs from the prototype in that its device contains an eddy-current electrodynamic brake, which helps to expand the functionality of the device and allows you to set both steady-state and non-steady-state diagnostics and determine the power and kinematic diagnostic parameters of wheeled vehicles vehicle, while loading the wheeled vehicle as it accelerates in real road conditions. 1 ill.