Automatic overturning follow-up tool for pneumatic disc brake

Abstract

The invention discloses an automatic overturning follow-up tool for a pneumatic disc brake. The automatic overturning follow-up tool for the pneumatic disc brake comprises a tool overturning mechanism, wherein the tool overturning mechanism comprises a bracket fixing plate; the two ends of the bracket fixing plate are in running fit with a tool fixing supporting plate; the bracket fixing plate isconnected with an overturning power mechanism through an overturning transmission mechanism; a plurality of tightening bolt mechanisms fixedly assembled with a bracket are fixedly arranged on the bracket fixing plate; and a contour detection centering mechanism and a bracket pre-jacking mechanism are fixedly arranged on the bracket fixing plate as well. The tool overturning mechanism is fixedly assembled with the bracket and drives the brake to overturn together; and the bracket fixing plate is connected with the overturning transmission mechanism and the overturning power mechanism which areused for overturning, the tightening bolt mechanisms for fixedly assembling with the bracket with different types, the contour detection centering mechanism for detecting the contour and the center ofthe brake, and the bracket pre-jacking mechanism for achieving saving more efforts when the bracket is assembled. The automatic overturning follow-up tool for the pneumatic disc brake integrates themultiple functions, and greatly improves the assembly and production efficiency of the pneumatic disc brake.

Description

Technical field [0001] The invention relates to the technical field of brake production, in particular to an automatic turning and accompanying tooling for a pneumatic disc brake. Background technique [0002] Air disc brake is an important part of the brake actuator in the automobile brake system. In order to effectively ensure the reliability and consistency of the air disc brake product, the assembly tooling of the air disc brake assembly line must ensure the assembly process Reliability, consistency, and the assembly process must save time and effort, be efficient and lean, and be safe and environmentally friendly. [0003] The previous pneumatic disc brake assembly line caliper body and bracket assembly accompany tooling mechanism basically has two types: one structure is that the accompanying tooling is fixed to the caliper body, and the bracket is assembled with the caliper body, but it cannot be turned over. The caliper body is cast The precision requirements are high, and...

AI Technical Summary

Problems solved by technology

[0003] There are basically two types of accompanying tooling mechanisms for the assembly line of pneumatic disc brakes before the assembly of the caliper body and the bracket: one structure is that the tooling body and the caliper body are fixed, and the bracket and the caliper body are assembled, but they cannot be turned over. The casting of the caliper body The precision requirement is very high, and the positioning is not accurate enough; the other structure is that the accompanying tooling is fixed with the bracket, the bracket is assembled with the pliers, and the flip angle is limited by the latch structure, the latch is easy to wear, the bearing capacity is not large enough, and the latch mechanism is easy to deform

In addition, neither of the above two structures can realize fast type change according to different types of brakes and their brackets, which reduces the efficiency of assembly

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