Deburring device applied to automobile exhaust pipes

Abstract

The invention discloses a deburring device applied to automobile exhaust pipes. The deburring device comprises an installation frame, a motor, an output shaft, a driving gear, an inner gear, a rotary gear and a shaping cutter, wherein the motor is arranged on the installation frame, the output shaft is connected with the motor, the driving gear is arranged on the output shaft, the inner gear is fixed to the installation frame and shares the same axis with the driving gear, the rotary gear is meshed with outer teeth of the driving gear and inner teeth of the inner gear, and the shaping cutter is coaxially connected with the rotary gear, can shape pipe openings of the exhaust pipes and can perform deburring on outer walls and inner walls of the exhaust pipes at the same time. The deburring device disclosed by the invention can shape the pipe openings of the exhaust pipes and perform deburring on the outer walls and the inner walls of the exhaust pipes at the same time, so that the pipe openings are round and neat, used time is small, and deburring efficiency is high.

Description

technical field [0001] The invention relates to the field of automobile exhaust pipes, in particular to a deburring device for automobile exhaust pipes. Background technique [0002] With the development of industry, various automatic pipe cutting machines have emerged. During the cutting process, the pipe cutting machine has a downward force on the exhaust pipe, and heat will be released during the cutting process, causing the blade to burn at the nozzle during the downward pressure process. Minor radial deformation. For exhaust pipes with thinner pipe walls, the radial deformation is more serious. In the automotive industry, pipe-to-pipe connections often occur. Pipe-to-pipe connections usually insert a piece of pipe into the other end of the pipe. Welding is carried out again, and the radial deformation will cause difficulty in insertion. At the same time, welding is inconvenient and not firm during welding. In addition, after the automobile exhaust pipe is cut into stand...

AI Technical Summary

Problems solved by technology

[0002] With the development of industry, various automatic pipe cutting machines have emerged. During the cutting process, the pipe cutting machine has a downward force on the exhaust pipe, and heat will be released during the cutting process, causing the blade to burn at the nozzle during the downward pressure process. Minor radial deformation. For exhaust pipes with thinner pipe walls, the radial deformation is more serious. In the automotive industry, pipe-to-pipe connections often occur. Pipe-to-pipe connections usually insert a piece of pipe into the other end of the pipe. Welding is carried out again, and the radial deformation will cause difficulty in insertion. At the same time, welding is inconvenient and not firm during welding. In addition, after the automobile exhaust pipe is cut into standard parts by the pipe cutting machine, burrs will appear at the incision. Deburring of incisions

[0003] The traditional deburring method uses manual deburring, which is inefficient. The more advanced method is mechanical deburring. In the deburring process, two tools are usually used to deburr the inner wall and outer wall of the nozzle respectively. The radial deformation at the place will cause the phenomenon of excessive or incomplete removal

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