Heat insulating device of isothermal thermal forming forging press

Abstract

The invention relates to a heat insulating device of an isothermal thermal forming forging press, and the heat insulating device comprises a forging press main body and a slide block, and the heat insulating device is characterized by also comprising furnace doors, a furnace door support, a drive mechanism for driving each furnace door to move and a signaling mechanism for detecting a moving position of the slide block and the furnace doors, the furnace door support is fixedly connected with the forging press main body, the furnace doors are distributed on the periphery of the forgoing press main body and connected with the furnace door support through a hinge, one end of the drive mechanism is fixedly connected with the furnace door support, the other end is fixedly connected with the furnace door, and the signaling mechanism is respectively installed on the furnace door support and the forging press main body. The heat insulating device has the advantages that the temperature of a working area is adequately maintained in the forging process under the high-temperature state, so that the temperature loss is minimized, the energy can be greatly saved, the machining cost is reduced, and the production efficiency is improved.

Description

technical field [0001] The invention belongs to the technical field of forging presses, in particular to a thermal insulation device for isothermal thermoforming forging presses. Background technique [0002] With the development of the aerospace industry, there is a bottleneck in the manufacturing equipment capacity of aircraft titanium alloy tail section. For isothermal forming of aircraft titanium alloy components, research and development of plastic forming, efficient welding and cutting, clean heat treatment, and digital assembly of large titanium alloy thin-walled components complete sets Equipment and technology, it is particularly important to realize the precise manufacture of titanium alloy tail section and complete the production and application of typical parts. [0003] In the forging process of isothermal hot forming of aircraft titanium alloy components, the requirements for forging temperature are relatively strict. However, the working area of ​​traditional...

AI Technical Summary

Problems solved by technology

However, the working area of ​​traditional forging equipment is an open structure. Because this structure causes serious heat loss during the forging process, it is difficult for the forging temperature to reach an isothermal state; and the mold needs to be continuously heated to forge the next workpiece.

This not only wastes a lot of energy, affects work efficiency, but also increases the difficulty of forging, and the yield is very low. Equipment can no longer meet the status quo

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