An online wheel hub forced scrapping drilling machine

Abstract

An online hub forced-scraping drilling machine comprises a raceway. An X-ray apparatus (21) is arranged in the front of the raceway, a feeding raceway (15), a hub pressing mechanism and a machine tool processing station raceway (16) are arranged in the middle of the raceway, a stopping mechanism (20) and a discharging raceway (18) are arranged at the rear of the raceway. A drill (19) is connected to one side of the machine tool processing station raceway (16). The online hub forced-scraping drilling machine is characterized in that hubs (4) passing through the raceway are scanned by the X-ray apparatus (21), the scanned data are fed back to the drill (19) to indicate the stopping mechanism (20) to lift or fall, the qualified hubs enter the discharging raceway (18) while the unqualified bus are drilled and marked by the drill (19). After rims of the scraped hubs are drilled, the drilled hubs are picked out by a manipulator or pusher and cannot transfer on the raceway anymore, so that the subsequent processing and checking are facilitated and production efficiency and the yield are improved.

Description

technical field [0001] The invention belongs to the field of vehicle hub machining. In particular, the unqualified wheel hub detected by the X-ray machine can be completely scrapped through this technology. An online wheel hub forced scrap drilling machine that facilitates the subsequent distinction of qualified and unqualified products. Background technique [0002] Aluminum alloy wheels are constantly recognized for their light weight, energy saving, good heat dissipation, aesthetics, corrosion resistance, and good processability. The use of aluminum alloy wheels has become the best choice to replace steel wheels, which has led to a sharp increase in the demand for aluminum alloy wheels for automobiles. . After casting the blank parts of the aluminum wheel hub, the products with defective appearance are directly scrapped and returned to the furnace during the casting stage. The products with qualified appearance need to be scanned by X-ray machine for flaw detection of t...

AI Technical Summary

Problems solved by technology

However, in some large-scale fully automated production enterprises, operators are not allowed in the production area of ​​the workshop, and manual selection cannot be performed. Qualified and unqualified products will all flow on the assembly line after passing through the X-ray machine. There is no way for the workstation to distinguish whether these wheels are qualified. Now most companies use qualified products and unqualified products to process together. After processing and forming, the performance of the wheels is re-tested.

The above situation not only wastes a lot of processing time, but also reduces the qualified rate

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