Multi-station workbench of forging press for rod-shaped forging piece

Abstract

The invention discloses a multi-station workbench of a forging press for a rod-shaped forging piece. The multi-station workbench comprises a workbench body and a headstock, and a forging head is arranged at the position, above the workbench body, of the headstock; a rotating disc which is rotated intermittently is installed on the workbench body, and at least three forging moulds are arranged on the outer circle of the rotating disc in the circumferential direction at equal intervals; a rotating fluted disc is coaxially arranged at the bottom of the rotating disc, and driven by a driving motor, and the rotating angle of the rotating disc each time is 360 degrees per forging mould; after the rotating disc is rotated each time, one forging mould is located under the forging head; and an arc-shaped working gap required for rotation of a workpiece is reserved between the workbench body and the headstock. According to the designed multi-station workbench, the rotating disc with the multiple forging moulds is arranged on the multi-station workbench, and feeding, forging and discharging operation of the rod-shaped forging piece can be achieved simultaneously through intermittent rotation of the rotating disc; the whole operation is simple and continuous, and the forging efficiency of the rod-shaped forging piece can be greatly improved; and the labor cost is reduced.

Description

technical field [0001] The invention relates to a forging press for rod-shaped forging parts, in particular to a multi-station workbench of the forging press for rod-shaped forging parts. Background technique [0002] Rod-shaped forgings are widely used in machines, automobiles and other equipment. Its structure generally includes a rod-shaped body. This processing method not only consumes a lot of materials, but also cuts off the metal fibers on the surface of the rod-shaped body, which will seriously affect the overall strength and performance of the rod-shaped forging. [0003] In order to solve this problem, the existing processing method of rod-shaped forging parts is carried out by forging, that is, by local heating, and then using the die cavity to process the local convex part by forging. This processing method not only has no loss of consumables , and can maintain the continuity of metal fibers on the surface of the rod-shaped forging, and can effectively improve t...

AI Technical Summary

Problems solved by technology

[0004] But at present, the existing forging presses for rod-shaped forging parts are single-station semi-automatic structures. During processing, the preheated rod-shaped forging parts to be forged are placed in the forging die by manual use of pliers, and then the forging head is lowered to complete the forging operation. After that, the forging head is lifted up and reset, and the rod-shaped forging parts that have been forged are clamped out by manpower. During the entire operation process, feeding, forging and unloading must be carried out in sequence. The process is cumbersome and the work efficiency is low, and the labor intensity is relatively high.

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