Aerial linker pulling-out tool

Abstract

The invention discloses an aerial linker pulling-out tool which comprises a pulling-out worktable. An equipment main supporting plate is perpendicularly arranged on the edge of one side of the pulling-out worktable. A main fixing bolt is formed at the position, close to the surface of the pulling-out worktable, of the equipment main supporting plate. A die main shell is arranged at the middle position of the pulling-out worktable. A conveniently-demounted positioning core is arranged in an inner cavity of the die main shell, and a positioning embedded block is embedded in the surface of the circumference of the top of the die main shell. A die clamping bolt is formed on the surface of the die main shell, and die supporting feet are arranged between the edge of the bottom face of the die main shell and the pulling-out worktable. Die rib plates are arranged at the positions, between the die supporting feet, of the bottom face of the die main shell. A die end cover is connected to the side, close to the conveniently-demounted positioning core, of the die main shell in a bolted manner. According to the aerial linker pulling-out tool, the novel structure is used, an electromagnetic effect is adopted, the pulling-out operation on a magnetic conduction linker in an aerial part is achieved, the positioning time is shortened, and meanwhile irreversible damage to the aerial part of a traditional clamping type pulling-out device is avoided.

Description

technical field [0001] The invention relates to the field of aviation equipment accessories, in particular to a tool for pulling out an aviation plug. Background technique [0002] In the field of aircraft manufacturing, due to the relatively precise cooperation between the internal parts of aviation equipment and the use of more parts to position each other, many aviation parts use a pin-type connection, but this kind of plug-in sometimes Serious jamming occurs, especially for through-hole aviation parts. The outer surface is more complicated, and there are many plug-ins all over the place, which is not conducive to inspection and maintenance. Therefore, there is a greater demand for the development of aviation plug-in extraction equipment. [0003] At present, the hair type is usually pulled out manually. Some aviation parts have complex surfaces and many curved surfaces. Manual pulling out may cause leakage. At the same time, the efficiency of manual pulling out is low, a...

AI Technical Summary

Problems solved by technology

[0002] In the field of aircraft manufacturing, due to the more precise cooperation between the internal parts of aviation equipment, and the positioning of more parts with each other, many aviation parts are connected by plugs, but sometimes this kind of plug-in Serious jamming occurs, especially for through-hole aviation parts, the outer surface is more complicated, and there are many plug-ins all over, which is not conducive to inspection and maintenance. Therefore, the development demand of aviation plug-in extraction equipment is greater

[0003] At present, manual extraction is usually used. Some aviation parts have complex surfaces and many curved surfaces. Manual extraction may cause missed extractions. At the same time, the efficiency of manual extraction is low, and the labor cost of extraction is low.

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