Braking system applied to college student equation and working method thereof

Abstract

The invention discloses a braking system applied to a college student equation and a working method of the braking system. The braking system comprises an adjusting base and a braking module. The adjusting base is mounted on the frame; the brake module and the acceleration module are installed on the adjusting base side by side. The brake module comprises a brake pedal, a brake adjusting motor, a transmission flexible shaft, a threaded rod, a front brake oil cylinder U-shaped fork, a brake pedal, a rear brake oil cylinder U-shaped fork and a brake oil cylinder. The middle of the threaded rod is rotationally connected to the bottom end of the brake pedal. Nuts are screwed to the two ends of the threaded rod. And the outer sides of the two nuts, the front brake oil cylinder U-shaped fork and the rear brake oil cylinder U-shaped fork respectively form a revolute pair. And the front brake oil cylinder U-shaped fork and the rear brake oil cylinder U-shaped fork are respectively connected with pistons of the two brake oil cylinders. Through cooperation of the motor and the flexible shaft, the threaded rod serving as a lever is driven to rotate, the ratio of input oil pressure of front and rear wheel brakes is adjusted through rotation of the threaded rod, and flexible control over braking force of front and rear wheels is achieved.

Description

technical field [0001] The invention belongs to the field of braking systems of formula racing cars, and in particular relates to a braking system applied to formula racing cars of college students. Background technique [0002] Formula racing is a racing car built with a common formula (rule restrictions). The racing car must be manufactured in accordance with the procedures stipulated in the vehicle technical rules formulated and issued by the International Automobile Federation, including car body structure, length and width, etc. Formula Student racing car is a kind of Formula racing car. It is a simplified version of Formula One car designed by a team of college students. It is required that the car has a high level of acceleration, braking, and handling, and it is stable and durable enough. A series of test items can be completed in the test. The types of student formula racing cars include fuel formula racing cars, pure electric formula racing cars and driverless for...

AI Technical Summary

Problems solved by technology

[0003] At present, the braking system of domestic formula racing cars mainly focuses on the reliability of the braking system, but is lacking in the human-machine relationship, structural layout, and adaptability to different working conditions of the braking system.

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