Discharging equipment and discharging method of walking beam precision forging process

Abstract

The invention provides a discharging equipment and a discharging method of a walking beam precision forging process. A standing mechanism and a collecting mechanism are included; the standing mechanism is connected with a discharging opening of walking beam forging equipment; the standing mechanism comprises a plurality of plate conveyers; the transmission speed of all plate conveyers is synchronous; all plate conveyers form a forging finished product standing zone through slowly-running transmission faces; in the discharging process, forge pieces are transmitted to the transmission faces of the plate conveyers to be contained in a scattered manner, the surfaces of the forge pieces return to the original texture hardness due to temperature dropping, and internal stress of the high temperature forge pieces is eliminated through impact vibration in the falling process when the forge pieces fall to the input end of a next plate conveyer; and the collecting mechanism comprises a storage hopper, the tail end of the standing mechanism is located above the storage hopper and is provided with a metering device, when the number of the forge pieces output by the standing mechanism reaches the threshold value, the bottom of the storage hopper is opened, and therefore the forge pieces fall into an external transporting tool in batches. According to the discharging equipment and the discharging method, the cooling, stress removing and annealing effects on the medium and small forge pieces can be achieved in the walking beam forging equipment discharging process.

Description

technical field [0001] The invention relates to the field of forging machinery, in particular to a discharging device and a discharging method for a walking beam precision forging process. Background technique [0002] Walking beam forging equipment is a commonly used rapid precision forging equipment at present. The surface temperature of the forging is very high when it is discharged, and the surface hardness of the forging decreases due to high temperature. The surface of the workpiece affects the quality of the finished product, but the forging output speed of the walking beam forging equipment is fast. In mass production, if the forgings of the walking beam forging equipment are placed manually, it will waste manpower, and the static forgings are also easy to occupy How to rationally optimize the discharge process of walking beam forging equipment is a research direction for precious workshop space. Contents of the invention [0003] The invention provides a material...

AI Technical Summary

Problems solved by technology

[0002] Walking beam forging equipment is a commonly used rapid precision forging equipment at present. The surface temperature of the forging is very high when it is discharged, and the surface hardness of the forging decreases due to high temperature. The surface of the workpiece affects the quality of the finished product, but the forging output speed of the walking beam forging equipment is fast. In mass production, if the forgings of the walking beam forging equipment are placed manually, it will waste manpower, and the static forgings are also easy to occupy How to rationally optimize the discharge process of walking beam forging equipment is a research direction for precious workshop space

Images