Novel automobile ABS teaching experiment device

Abstract

The invention provides a novel automobile ABS teaching experiment device composed of four iron shafts (1), two brake drums (2), two brake discs (3), a friction plate (4), a friction disc (5), a bearing (6), a pressure spring (7), a spring pressing sheet (8), a mandrel (9), and a motor (10). The novel automobile ABS teaching experiment device is characterized in that the four iron shafts (1) are respectively connected with the two brake drums (2) and the two brake discs (3); the motor (10) is equipped with the friction disc (5), and the friction disc (5) is mechanically connected with the friction plate (4); the motor (10), the bearing (6) and the mandrel (9) are mechanically connected with the four iron shafts (1); the friction plate (4) and the bearing (6) are mechanically connected by the pressure spring (7) and the spring pressing sheet (8).

Description

technical field [0001] The invention relates to an automobile system teaching test bench, in particular to a novel automobile ABS braking system teaching experiment device. Background technique [0002] With the rapid development of my country's automobile industry and the large-scale construction of expressways, the densification of vehicles and the high speed of vehicles have put forward higher requirements for the braking system of vehicles. Research on vehicle safety performance reveals that about 10% of road traffic accidents are caused by vehicles deviating from the original track or flicking at the moment of braking. Therefore, it is necessary to explore various high-performance braking systems and perfect Braking performance is one of the important measures to promote the development of the automobile industry. [0003] The automotive ABS braking system was developed to meet this requirement. A high-quality ABS braking system can significantly improve the handling s...

AI Technical Summary

Problems solved by technology

In order to satisfy the research and teaching of the ABS braking system, the automobile ABS braking system experiment platform was produced. The ordinary ABS braking system experiment platform is connected by an iron shaft to 2 brake drums and 2 brake discs respectively, and is generated by the motor. The power source drives the brake drum and the brake disc to run. The disadvantage is that the motor will be overloaded when the ABS brake system produces a braking effect, resulting in power failure and tripping. Long-term overload operation will affect the life of the motor and cannot reflect ABS braking process and effect

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