Automation device for online machining wheel chamfering

Abstract

The invention provides an automation device for online machining wheel chamfering, which includes a rack, an intelligent camera, a cross beam I and a cross beam II symmetrically arranged on the two sides of the entire device, a linear module system, and an industrial personal computer system, wherein the intelligent camera is mounted and fixed above the rack, is arranged on the front of the wheeland used for shooting and wheel type recognition to find out the position and amount of valve holes and bolt holes; a gear transmission mechanism drives at least one rotating shaft body through the cross beam I and the cross beam II for positioning and clamping the wheel; the linear module system consists of a linear guide rail, a linear module I and a linear module II; the linear module I is mounted on the linear guide rail and the linear module II, a sliding block is mounted on the linear module I, and a pneumatic drill is mounted on the sliding block; the industrial personal computer systemis in communication connection with the intelligent camera and the linear module system; the industrial personal computer system transfers the bolt hole position and amount information to the linearmodule system; the linear guide rail, the linear module I and the linear module II drive the pneumatic drill to move below the corresponding bolt hole to be chamfered.

Description

technical field [0001] The invention relates to the field of wheel chamfering processing, in particular to an automatic device for online processing of wheel chamfering. Background technique [0002] The machining of wheels is usually divided into three processes. The first and second steps are lathe turning, and the third step uses a machining center for drilling. For wheel types with a large number of bolt holes and decorative holes and a large amount of processing, the third step The hole will take a long time, prolonging the total beat of machining, reducing production efficiency and increasing processing cost. Based on this background, this patent considers that the three-sequence chamfering process is processed by special chamfering equipment, which saves the three-sequence drilling time and reduces the total processing time. This patent provides an automatic device for online processing of wheel chamfering. The device is placed in the production line as a supplementa...

AI Technical Summary

Problems solved by technology

[0002] The machining of wheels is usually divided into three processes. The first and second steps are lathe turning, and the third step uses a machining center for drilling. For wheel types with a large number of bolt holes and decorative holes and a relatively large amount of processing, the third step The hole will take a long time, which prolongs the total beat of machining, reduces production efficiency and increases processing cost

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