Intelligent braking system

Abstract

The invention discloses an intelligent braking system comprising an accelerator pedal, a signal conversion and detection module, a brake control module and a signal restoration module, wherein the signal conversion and detection module, the brake control module and the signal restoration module are sequentially connected. The signal conversion and detection module comprises a detection chip, a signal identifier and a signal converter which are sequentially connected, and the accelerator pedal is connected with the detection chip. The brake control module comprises an oilway switch, a servo circuit and a servo, wherein the oilway switch and the servo circuit are respectively connected with the signal converter, and the servo and the servo circuit are connected. The intelligent braking system is simple in structure and exquisite and skillful in principle design, total identification speed of the system can be improved by combining various electronic modules of the prior art, and accuracy of the system is improved. Besides, with combination of various modules, mechanical loss caused by mechanical connecting devices and mechanical parts is omitted, and mounting is quite convenient.

Description

technical field [0001] The invention relates to the field of automobile manufacturing, in particular to an intelligent braking system. Background technique [0002] Smart brakes can be widely used in the automotive field, and can help novice drivers avoid accidents when driving a car. However, traditional smart brakes generally use many device components and complex mechanical connections, or through mechanical touch linkage Wait to judge whether it is necessary to use an emergency braking scheme to help the driver; the traditional smart brake instrument uses a mechanical device to judge whether to carry out emergency treatment, and cannot accurately judge the driving status of the vehicle, causing immeasurable losses to the driver ;In addition, the complex connection of mechanical devices needs to be installed in the car. Usually, the internal structure of the car needs to be changed to be installed on the vehicle. The installation is more complicated. During the driving an...

AI Technical Summary

Problems solved by technology

[0002] Smart brakes can be widely used in the automotive field, and can help novice drivers avoid accidents when driving a car. However, traditional smart brakes generally use many device components and complex mechanical connections, or through mechanical touch linkage Wait to judge whether it is necessary to use an emergency braking scheme to help the driver; the traditional smart brake instrument uses a mechanical device to judge whether to carry out emergency treatment, and cannot accurately judge the driving status of the vehicle, causing immeasurable losses to the driver ;In addition, the complex connection of mechanical devices needs to be installed in the car. Usually, the internal structure of the car needs to be changed to be installed on the vehicle. The installation is more complicated. During the driving and use of mechanical equipment, due to the mechanical connection collision, the mechanical parts will definitely be damaged. The loss of the traditional smart brake reduces the safety and the service life is correspondingly reduced

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