Bogie overhauling system and method

Abstract

The invention discloses a bogie overhauling system and method. The bogie overhauling system comprises a bogie decomposing line, a swing bolster side frame overhauling line, a cross rod overhauling line, an adapter overhauling line, a brake beam overhauling line and a bogie completion assembly line which are arranged independently, wherein the bogie decomposing line is used for disassembling a bogie to obtain a swing bolster side frame assembly, a cross rod assembly, an adapter assembly and a brake beam assembly and transmitting all the assemblies to the corresponding overhauling lines through a manipulator; the bogie completion assembly line is used for assembling the overhauled swing bolster side frame assembly, cross rod assembly, adapter assembly and brake beam assembly to obtain an overhauled bogie; and the swing bolster side frame overhauling line, the cross rod overhauling line, the adapter overhauling line and the brake beam overhauling line are all automatic transmission flow lines. With the technical scheme provided by the invention, overhauling on the bogie can be realized and the overhauling efficiency and quality of the bogie can be effectively improved.

Description

technical field [0001] The invention relates to bogie overhaul technology, in particular to a bogie overhaul system and overhaul method. Background technique [0002] The bogie is a key component of a railway freight car. In order to ensure the safety of the railway freight car, the bogie needs to be overhauled, and the quality of the bogie overhaul directly affects the dynamic performance and running quality of the railway freight car. [0003] When the bogie is overhauled, it is necessary to disassemble the bogie and overhaul the disassembled parts. Among them, after the bogie is disassembled, it includes main components such as bolster side frames, cross bars, brake beams, and bearing saddles. The overhaul of the bogie is also mainly the overhaul of the above components. At present, the overhaul process of the bogie is as follows: first, the bogie is disassembled to obtain the bolster side frame assembly, cross bar assembly, brake beam assembly, bearing saddle assembly, ...

AI Technical Summary

Problems solved by technology

[0005] To sum up, when the existing bogie is overhauled, the overhaul stations are relatively scattered, and components need to be frequently hoisted and transferred by the crane when overhauling each station, and the overhaul process is chaotic, resulting in low overhaul efficiency of the bogie; moreover, each When the components are overhauled, because the stations are scattered, it is very easy to miss inspections due to the mistakes of the maintenance personnel, so that the quality of the overhaul cannot be effectively guaranteed

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