Full-automatic bearing ring forging machining production line

Abstract

The invention discloses a full-automatic bearing ring forging machining production line. The full-automatic bearing ring forging machining production line comprises a heating furnace, a material pushing machine, a first forging machine, a material moving mechanism, a swirl pendulum material moving mechanism, a second forging machine and a discharging mechanism. The heating furnace is used for heating bearing rings to be forged. The material pushing machine is used for feeding the bearing rings which are blanked to a material receiving nozzle to a position connected with the material moving mechanism in a butting mode. The first forging machine is provided with a forging roughing station, a forming station, a punching station, a forging roughing mold, a forming mold and a punching mold. Thematerial moving mechanism includes four material-taking clamp assemblies, and the material moving mechanism can drive the four material-taking clamp assemblies to move synchronously and can transversely transfer the bearing rings located at the butting position of the material pushing machine and the material moving mechanism, the forging roughing station, the forming station and the punching station to the forging roughing station, the forming station, the punching station, and the butting position of the material moving mechanism and the swirl pendulum material moving mechanism. The swirl pendulum material moving mechanism is used for clamping and transferring the bearing rings which are punched to the second forging machine. The second forging machine is used for machining the bearingrings for secondary forming. The discharging mechanism is used for clamping and discharging the bearing rings which complete the secondary forming to a material receiving box or a next station.

Description

technical field [0001] The invention relates to the field of metal forging equipment, in particular to a fully automatic bearing ring forging processing production line. Background technique [0002] The bearing ring is an annular part of a radial rolling bearing with one or several raceways, which is used to assemble with the bearing to form a transmission assembly. In the prior art, forging is often used for forming bearing rings. However, the existing deficiencies in forming machines or forging production lines for forming bearing rings are: one, the existing bearing ring forging forming machines or forging production lines lack matching material transfer mechanisms, and the speed of transplanting and rotating materials Slow, so that the time from the heating process in the front section to the forging process in the back section is too long, so that the temperature of the bearing ring to be forged drops sharply, which affects the quality of the bearing ring in the forgi...

AI Technical Summary

Problems solved by technology

However, the existing deficiencies in forming machines or forging production lines for forming bearing rings are: one, the existing bearing ring forging forming machines or forging production lines lack matching material transfer mechanisms, and the speed of transplanting and rotating materials Slow, so that the time from the heating process in the front section to the forging process in the back section is too long, so that the temperature of the bearing ring to be forged drops sharply, which affects the quality of the bearing ring in the forging process of the back section; second, the existing bearing ring When processing and forming, it is processed step by step and using multiple processing machines, so multiple processing equipment with different functions are required for processing, so that the structure of the bearing ring forging forming production line is complicated, the floor area is large, and the equipment cost is high.

[0003] Therefore, under the situation that no better technical solution has been proposed to solve the above-mentioned problems in the related art, the market urgently needs a kind of fully automatic bearing ring processing line for solving the above-mentioned technical problems

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