Full-automatic chamfering machine tool of automobile slide bearings

Abstract

The invention relates to the field of mechanical manufacturing, in particular to a full-automatic chamfering machine tool. The full-automatic chamfering machine tool of automobile slide bearings comprises a rotary plate, an elastic chuck, a feed mechanism, a position correcting mechanism, a power head and a discharge mechanism. The rotary plate is a quartered rotary disc and placed on a quartered cam divider. The elastic chuck is fixedly connected to the rotary plate and sleeved with the slide bearings. The feed mechanism, the position correcting mechanism, the power head and the discharge mechanism are sequentially arranged on the periphery of the rotary plate. The full-automatic chamfering machine tool is suitable for chamfering including automated sequencing, feeding, clamping, hole finding, chamfering, discharging and the like for the slide bearings, the slide bearings are orderly arrayed through the vibration plate, the disorderly slide bearings are arrayed in sequence one by one and neatly conveyed to machining positions, the slide bearings are clamped and positioned at the machining positions, the positions of small holes are found, and the slide bearings are discharged to be output as finished products after being chamfered.

Description

technical field [0001] The invention relates to the field of mechanical manufacturing, and more specifically relates to a fully automatic chamfering machine tool. Background technique [0002] Auto parts manufacturing is a labor-intensive industry. With the rapid growth of domestic labor costs, improving the level of equipment automation, reducing staff and increasing efficiency has become an important means for the auto parts manufacturing industry to cope with the rapid increase in labor costs. Automobile sliding bearings provide lubrication for automobile transmission shafts. Usually, an oil injection hole of Φ2mm is provided on the outer ring of the sliding bearing, and chamfer C1 is processed at the entrance of the oil injection hole. The processing technology of the chamfering of the oil injection hole is one of the key factors affecting the working performance and life of the bearing. At present, the chamfering of the oil injection hole in the enterprise is processed ...

AI Technical Summary

Problems solved by technology

The processing technology of the chamfering of the oil injection hole is one of the key factors affecting the working performance and life of the bearing. At present, the chamfering of the oil injection hole in the enterprise is processed by ordinary bench drilling equipment, which is completed by manual operation. However, due to the mass production of products, The labor intensity is high and the efficiency is low, which cannot meet the production needs of enterprises

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