Aircraft engine fan blade cleaning system

Abstract

The utility model relates to an aircraft engine fan blade cleaning system. It includes a casing, a pulley track, a load-carrying electric rail car, a first air curtain machine, a second air curtain machine, a blower, a gas filter device, a No. 1 assembly line and a No. 2 assembly line. Effects of the invention: the steps of manual cleaning can be eliminated, the health of workers can be protected, and humanistic care can be embodied; cleaning efficiency can be improved, and economic benefits can be improved. Provides an efficient automatic cleaning method, simplifies the cleaning procedure, shortens the working time of the cleaning process, ultimately saves labor costs, improves work efficiency, and brings considerable economic benefits to the maintenance company. It can improve the working environment of the maintenance staff, improve the corresponding work efficiency, demonstrate the level of civil aviation technology, and have extensive social benefits. The development of this system will take a big step towards a more humanized and intelligent direction, and it will be a new attempt and exploration for future maintenance work and maintenance companies.

Description

technical field [0001] The invention belongs to the technical field of aviation equipment, in particular to an aircraft engine fan blade cleaning system Background technique [0002] Aircraft engine blades are an important part of aircraft engine engines, and have strict requirements on their fatigue resistance, high temperature resistance, and corrosion resistance. Since aircraft engine blades work at high temperatures for a long time, disulfide will remain on the pressure surface coating. A mixture of molybdenum and some other stains, which can increase the corrosion of aircraft engine blades and pose a safety hazard if not cleaned regularly. At present, there are few mature and effective automatic aircraft engine blade cleaning methods at home and abroad, and most of them use manual methods for cleaning in China. The cleaners use isopropanol as the cleaning material, and use brushes to repeatedly scrub the blades of the aircraft engine. Obviously, the working hours are l...

AI Technical Summary

Problems solved by technology

[0002] Aircraft engine blades are an important part of aircraft engine engines, and have strict requirements on their fatigue resistance, high temperature resistance, and corrosion resistance. Since aircraft engine blades work at high temperatures for a long time, disulfide will remain on the pressure surface coating. A mixture of molybdenum and some other stains, which can increase the corrosion of aircraft engine blades and pose a safety hazard if not cleaned regularly

At present, there are few mature and effective automatic aircraft engine blade cleaning methods at home and abroad, and most of them use manual methods for cleaning in China.

The cleaners use isopropanol as the cleaning material, and use brushes to repeatedly scrub the blades of the aircraft engine. Obviously, the working hours are long and the labor intensity is high.

Moreover, isopropanol is a colorless and transparent organic compound, which has certain carcinogenicity and will cause great harm to the human body.

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