Hot forging equipment having auxiliary mold loading and unloading function

Abstract

The invention discloses hot forging equipment having the auxiliary mold loading and unloading function. The hot forging equipment comprises a forging press body, a feeding area and a discharging area,wherein the feeding area and the discharging area are arranged at the two sides of the forging press body. A feeding mechanical arm is arranged in the feeding area, and a discharging mechanical arm is arranged in the discharging area. The forging press body is internally provided with a hot forging mold. The forging press body is provided with a first position sensor and a second position sensor.The first position sensor and the second position sensor are each connected with a corresponding extending-and-contracting assembly. The first position sensor is used for detecting the loading position of the hot forging mold. The second position sensor is used for detecting the position of a loading sliding block in the forging press body. The side, located in the discharging area, of the forging press body is provided with two conveying lines. The two conveying lines are symmetrically arranged and matched to form a conveying device. One end of the conveying device is linked with a mold unloading opening of the forging press body. A placement station is arranged in the feeding area and provided with a copper cushion block. The hot forging equipment can assist in dismounting of the mold,and production safety is improved.

Description

technical field [0001] The invention relates to the field of hot forging, in particular to a hot forging equipment with auxiliary mold loading and unloading. Background technique [0002] The forging process carried out above the metal recrystallization temperature is called hot forging. Hot forging is also called hot die forging. The deformed metal flows violently during forging, and the contact time between the forging and the mold is longer; the purpose of heating the metal before forging is to improve the plasticity of the metal, reduce the deformation resistance, make it easy to flow and form, and obtain a good forging structure. . Therefore, heating before forging has a direct impact on improving forging productivity, ensuring the quality of forgings and saving energy consumption. [0003] Different hot forging shapes need to be processed by different hot forging dies, and the entire hot forging die replacement is manual operation, so there are many operational risks...

AI Technical Summary

Problems solved by technology

[0003] Different hot forging shapes need to be processed by different hot forging dies, and the entire hot forging die replacement is manual operation, so there are many operational risks; mainly because the heat will be transferred to the metal after heating before forging The mold, because the copper pads need to be placed manually between the upper mold and the lower mold of the mold, there is a risk of scalding when the mold is placed at a high temperature, and when the hot forging equipment is disassembling the mold, and the upper mold is loaded by the hot forging equipment The slider is released by itself. When placed or not placed in place, there is a risk of falling and crushing the upper mold, which is not conducive to safe production

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