Intake pipe processing equipment for engine air intake system

Abstract

The invention discloses an intake pipe processing equipment for an engine air intake system. According to the invention, the batch processing of intake pipes can be effectively realized. The intake pipe is placed on a positioning and locking mechanism on a processing table, and can be automatically positioned by a positioning mechanism of the positioning and locking mechanism and locked by the locking mechanism, and a grinding processing mechanism is started to extend and grind the inner wall of the intake pipe; a grinding head assembly is arranged at the end of a flexible feeding rod of an axial feeding mechanism in a way that the angle of an universal ball hinge can be adjusted, so as to effectively enable the grinding head assembly and the flexible feeding rod to adapt to the arc of theintake pipe; the intake pipe processing equipment can adapt to the grinding of different inner wall diameters of different parts of the intake pipe, the grinding is thorough, and the versatility is high; at the same time, the pressing force of the grinding can be controlled by an ejector cylinder, which is simple and convenient; and by utilizing the design of an elastic positioning piece of the locking mechanism, the intake pipe can be positioned and locked under the pressing effect of a locking pressing seat.

Description

technical field [0001] The invention relates to the technical field of intake pipe processing, in particular to an intake pipe processing equipment for an engine intake system. Background technique [0002] At present, for the mass production of automobile intake pipes, casting and other methods are generally used to make shapes first, and then the outer surface of the intake pipe is polished or deburred by grinding, and then sprayed or sprayed. Protective layer and other processing . However, this processing method generally only performs subsequent processing on the outer surface of the intake pipe, while for the inner surface, because it is difficult to perform effective internal processing with ordinary tools, the inner wall of the intake pipe is generally ignored. However, one disadvantage of casting and other processing is that it is easy to produce burrs or holes, which are easy to damage the inner surface of the intake pipe in subsequent use, especially when the eng...

AI Technical Summary

Problems solved by technology

However, this processing method generally only performs subsequent processing on the outer surface of the intake pipe, and for the inner surface, because it is difficult to perform effective internal processing with ordinary tools, the inner wall of the intake pipe is generally ignored

However, one disadvantage of casting and other processing is that it is easy to produce burrs or holes, which are easy to damage the inner surface of the intake pipe in subsequent use, especially when the engine runs for a long time and the temperature is too high These holes, burrs, trachoma, etc. will greatly reduce the life of the car intake pipe and affect the performance of the generator

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