Rapid forging device for titanium alloy ingot machining

Abstract

The invention discloses a rapid forging device for titanium alloy ingot machining. The rapid forging device comprises L-shaped blocks, bearing steel plates, square pipes, fixed plates, first gears, first motors, first push rods, a storage box, an electric control box, Z-shaped long plates, U-shaped side plates, second push rods, cylindrical grooves, L-shaped concave surface grooves, second motors,idler wheels, square frames, rotating shafts, T-shaped sliding blocks, T-shaped sliding grooves, circular steel plates, circular heat insulation plates, rectangular holes, second gears, bearing pedestals and through holes. The rapid forging device is compact in structure, continuous replacement of hammered forging planes is facilitated, the forging time is saved, titanium alloy ingots are conveniently and comprehensively forged, the inconvenience of clamping and moving with large transfer equipment is solved, the working space is saved, the titanium alloy ingots are clamped and lifted conveniently, and titanium alloy ingots with different sizes and specifications are clamped conveniently.

Description

technical field [0001] The invention relates to a rapid forging device, in particular to a rapid forging device for processing titanium alloy ingots, and belongs to the technical field of processing and application of titanium alloy ingots. Background technique [0002] Titanium alloy is an alloy composed of other elements based on titanium element. Titanium has two kinds of isotropic crystals. Titanium is an allotrope with a melting point of 1668°C and a close-packed hexagonal lattice structure when it is lower than 882°C. , known as α-titanium; above 882 ℃ body-centered cubic lattice structure, known as β-titanium, using the different characteristics of the above two structures of titanium, adding appropriate alloying elements to make its phase transition temperature and component content Titanium alloys with different structures are gradually changed. [0003] Some large-scale mechanical equipment with clamping and rotating functions clamp and transport titanium alloy in...

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Problems solved by technology

[0003] Some large-scale mechanical equipment with clamping and rotating functions clamp and transport titanium alloy ingots for forging, occupying a large working space, and it is difficult for ordinary people to operate, and the forging surface of titanium alloy ingots is discontinuous every time clamping and replacing, such as clamping and lifting first Putting it down again, the operation time needs to be shortened, and it is not convenient to easily turn over the side that cannot be forged. At the same time, the specifications and sizes of titanium alloy ingots are also different, which will also bring inconvenience to clamping, handling and turning.

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