Application of automated systems for quality control of ground anti-icing treatment of aircraft

Abstract

For the first time, this paper addresses the need to automate the maintenance of the quality control and control system at all stages and stages of the life cycle - anti-conduct fluid (POJ) for ground-based anti-de-dealing treatment (POO) of an aircraft. The possibility of evolution of the quality control of the object of ground de-icing physical and chemical treatment of the surface of the aircraft - de-icing liquids, in “Management of quality - de-icing liquid as an object to ensure the safe take-off of the aircraft” is considered. The definition was introduced: “The quality of de-icing liquid.” To integrate into the system “Management of the quality of de-icing fluid” - on the basis of knowledge bases about THE POJ introduced as a functional concept “The quality of de-icing liquid at the POO stage”. In order to introduce information software support for the POO process using databases and control systems, the concept of “Regeloscopic Ground De-Icing Protection Program of the Armed Forces” has been introduced, which will allow and move to an effective method of improving the quality of the service - integrated automation of the POO.

Dialogue system for designing technological processes

“…Usually, the systematization of technological information is carried out in the form of reference materials, instructions, standard processes, etc. Such information is adapted for the manual design process [5][6]. When designing technological processes, the most complex tasks of process formation are the tasks of determining the necessary operations, the sequence of operations, the sequence of transitions.…”

Mathematical model of fluid flow along a straight through filled with a distributed flow from above

“…(36) by h 3 (x0), we obtain an equation in dimensionless form that exactly coincides with Eq. (20). For dimensionless speed ( ) ( )…”

“…It should be noted that, although the model was brought to calculations only for a rectangular trough, it can also be applied by a simple recalculation for the flow in a trough of a different profile: semicircular, trapezoidal, triangular, etc [20].…”

Automation of design of technological processes

“…The Techno-Pro system is part of the T-FLEX integrated computer-aided design system manufactured by Russian companies TopSystems and Vector [5] T-FLEX / Techno-Pro generates operational, routeoperational and route technological cards, control cards, tooling lists, title pages and other technological documents. At many enterprises, technological maps used differ from those adopted according to GOST, therefore T-FLEX / TechnoPro provides the creation of technological documents of arbitrary forms using Microsoft Word templates.…”

“…At many enterprises, technological maps used differ from those adopted according to GOST, therefore T-FLEX / TechnoPro provides the creation of technological documents of arbitrary forms using Microsoft Word templates. In the considered systems, the following methods of TP design are implemented: -Designing on the basis of the technical process-analogue; -Design using a library of frequently repeated technological solutions; -Design using the CHP library; -Borrowing technological solutions from previously developed technologies; -Interactive design mode using system databases [5]. Despite many advantages, the considered systems are still poorly adapted to the design of technologies in the aviation industry and do not allow the formation of variants of technological structures with their subsequent analysis and multi-criteria optimization.…”