Air chamber seat positioning welding robot equipment

Abstract

The invention discloses air chamber seat positioning welding robot equipment. The air chamber seat positioning welding robot equipment comprises a transverse beam, a left sliding table assembly, a right sliding table assembly, a left axle rotating and positioning assembly and a right axle rotating and positioning assembly which are used for rotating and positioning an axle, a left brake bottom plate positioning assembly and a right brake bottom plate positioning assembly which are used for positioning a brake bottom plate, and a left air chamber seat positioning assembly and a right air chamber seat positioning assembly which are used for positioning an air chamber seat, wherein the left axle rotating and positioning assembly and the right axle rotating and positioning assembly are respectively and slidably arranged at the two ends of the transverse beam along the length direction of the transverse beam, the left sliding table assembly and the right sliding table assembly are slidably arranged on the transverse beam along the length direction of the transverse beam, the left brake bottom plate positioning assembly and the right brake bottom plate positioning assembly are respectively and slidably arranged on the left sliding table assembly and the right sliding table assembly along the length direction of the transverse beam, and the left air chamber seat positioning assembly and the right air chamber seat positioning assembly are respectively and slidably arranged on the left sliding table assembly and the right sliding table assembly along the width direction of the transverse beam. The air chamber seat positioning welding robot equipment has the advantages that the installation efficiency of the air chamber seat and the bearing seat of the axle are effectively improved, the labor intensity of workers is reduced and the subsequent welding process is facilitated very greatly.

Description

technical field [0001] The invention relates to a gas chamber seat positioning welding robot equipment. Background technique [0002] The automobile axle is one of the important parts on the automobile, which plays the role of supporting the load of the automobile and transmitting the load to the wheels. The existing automobile axles need to be welded with multiple parts such as the air chamber seat and the ball seat. Now each part is welded and positioned by a separate fixture, so that the axle needs to be positioned every time, and the workload is heavy. The efficiency is low, and the number of fixtures involved is large, which requires space for the production workshop, and there are many types of axles and irregular shapes. It is difficult to position during welding, and errors are prone to occur. If the processing error is too large, the entire vehicle will not be able to move. , so it is necessary to design a working fixture that is accurate in positioning, easy to op...

AI Technical Summary

Problems solved by technology

The existing automobile axles need to be welded with multiple parts such as the air chamber seat and the ball seat. Now each part is welded and positioned by a separate fixture, so that the axle needs to be positioned every time, and the workload is heavy. The efficiency is low, and the number of fixtures involved is large, which requires space for the production workshop, and there are many types of axles and irregular shapes. It is difficult to position during welding, and errors are prone to occur. If the processing error is too large, the entire vehicle will not be able to move. , so it is necessary to design a working fixture that is accurate in positioning, easy to operate, and capable of welding multiple parts at the same time

Images