Intelligent control system and method for brake block combination on brake

Abstract

The invention discloses an intelligent control system and method for a brake block combination on a brake. The intelligent control system comprises a temperature detection module, a master controller, a length detection module, an alarming module, a pressure detection module and a display module. The pressure detection module detects the value P of pressure on a slider. The temperature detection module detects the value of temperature at the position, making contact with a brake block, of the lower end of a push rod A, the value of temperature at the position, making contact with the brake block, of the lower end of a push rod B, the value of temperature at the position, making contact with the brake block, of the lower end of a push rod C or the value of temperature at the position, making contact with the brake block, of the lower end of a push rod D. The length detection module detects the values of the gap distances between the portions, corresponding to different length detectors, of the upper end of the brake block and the lower end of the lower portion of a basic frame. The master controller controls the display module and the alarming module to execute relevant operation through internal comparison and calculation. By means of the intelligent control system and method, the temperature and the abrasion degree of the brake block can be monitored in real time in the driving process of a vehicle, and an alarm is given when detected data are abnormal; and a user can be effectively warned about the abnormal condition of the brake block, and the condition that braking loses efficiency is effectively avoided.

Description

technical field [0001] The invention relates to the field of intelligent control, in particular to an intelligent control system and method for a combination of brake pads on a brake. Background technique [0002] Generally, vehicle brakes are suitable for slowing down or stopping a running vehicle, and include drum brakes and disc brakes. Also, parking brakes for keeping a vehicle stopped during parking generally include a drum type parking brake integrally installed in a drum type brake and a disc type parking brake integrally installed in a disc type brake. Such a parking brake is connected to a parking cable for operating the parking brake, and the parking cable is connected to a parking lever directly manipulated by the driver or a cable adjustment unit operated by an electric motor unit so that the parking cable can be Operate manually or automatically. With the high speed and large size of automobiles, the requirements for brake performance are getting higher and hi...

AI Technical Summary

Problems solved by technology

[0003] When the brake pads cannot dissipate heat in time, the high temperature of the brake pads will greatly affect the performance and efficiency of the brake pads, and at the same time reduce the service life of the brake pads, make the braking effect worse, and eventually lead to brake failure. If the brake fails during the use of the vehicle, it is very dangerous; if the brake pad is worn during the braking process, it cannot contact the brake disc, or due to the partial wear of the brake pad, it will cause contact with the brake disc. Unstable contact, which eventually leads to poor braking effect or brake failure

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