A transporting and processing device for titanium alloy pads inside aviation equipment

Abstract

The invention discloses a transportation machining device for aeronautical equipment internal titanium alloy pad pieces. The transportation machining device for the aeronautical equipment internal titanium alloy pad pieces comprises a piece conveying box, a first conveying disc, a supporting table, a grinding conveying table, a clamping repair seat, a first pressing platform and a piece outlet table, the first conveying disc is arranged on one side of the piece conveying box, a separating frame with a hollow cuboid structure sleeves the upper part of the first conveying disc, and the grindingconveying table is arranged at one end of the first conveying disc. The transportation machining device for the aeronautical equipment internal titanium alloy pad pieces has the beneficial effects that a second motor drives a polishing piece to rotate to polish and trim the upper surfaces of the pad pieces, it is ensured that the pad pieces are trimmed more comprehensively and thoroughly, meanwhile, the pad pieces are matched to move to trim and machine the surfaces of the pad pieces, the high efficiency of the device work is ensured, and the occupied area of machining instruments on the device is smaller; and a plurality of piece penetrating frames separately and simultaneously polish and machine the side walls of the pad pieces, and the high efficiency of the device work is ensured.

Description

technical field [0001] The invention relates to a transportation processing device, in particular to a transportation processing device used for titanium alloy pads inside aviation equipment, and belongs to the application technical field of transportation processing devices. Background technique [0002] Titanium alloy pads are indispensable in the interior of aviation equipment. Titanium alloy pads are a very important connecting piece in the internal components of aviation equipment. There is a groove in the middle of the titanium alloy pad for clamping the internal components of aviation equipment. Or spacers are separated to ensure that the components of aviation equipment are connected more firmly. [0003] There are still many deficiencies in the existing transportation and processing devices for titanium alloy pads inside aviation equipment. The transportation is not stable enough, which leads to the inaccurate position of the pads being ground and trimmed, and the ...

AI Technical Summary

Problems solved by technology

[0004] The purpose of the present invention is to solve the problem that the existing transportation and processing devices for titanium alloy pads inside aviation equipment are not stable enough when transporting the pads, resulting in inaccurate positions for the pads to be polished and trimmed, and grinding and trimming The quality of the material is poor, and the overall length of the conveying and processing device in the workshop is too long, the device cannot make full use of the working space in the workshop, and the conveying and processing device cannot perform stamping work on the pad while transporting, and the device has a large impact on the pad. The quality of the stamping process of the parts is poor. After the pads are transported on the device, the surface of the pads is not smooth and flat, which seriously affects the assembly and use of the pads. A transportation method for titanium alloy pads inside aviation equipment is proposed. Transportation processing device

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