Study of a certain type of missile maintenance training system

Abstract

In this paper, the maintenance training characteristics and rules of a certain type of missile equipment is researched, and a framework for integrated maintenance training system for enhancing maintenance training effectiveness is constructed. The system can be equipped for teaching, information querying, system simulation, maintenance training etc. and it can be realized the individual training and military cooperation training. Introduction Because of missile equipment is a complex electronic equipment which has a broader professional field, higher system integration and more complex working relationship, there is a higher requirement for maintenance support of Missile equipment. Therefore, how to use information technology to improve the practice skills of equipment maintenance person and to upgrade efficiency of equipment maintenance training, how to explore the new equipment maintenance training mode which can adapt to the development equipment, have been a hot topic in which equipment maintenance field made great efforts to research. With the development of computer technology and virtual reality technology, the traditional method of maintenance training is replaced by the virtual maintenance technology. And now the virtual maintenance technology has become the main maintenance training method [1]. But at present maintenance training system is still in its infancy, the common problem is including: A. The research object is very simple The system is aimed at operation training for combination of machinery and equipment such as composition and decomposition etc, and is lack of maintenance training on the electrical electric performance of electronic equipment. B. The function of maintenance system is simple Its function is concentrated on the introduction, teaching, practice and soon on, and the system is not reflected the process of maintenance training. C. The training effect is not ideal Restricted by hardware development, there has a larger difference between the actual maintenance process and virtual maintenance training, so the maintenance person has a poor sense of training when using maintenance training system. D. The utility is not enough At present maintenance training system is mostly at the stage of laboratory, owing to the disadvantages such as higher costs of interactive device (helmet, sensors) and more complicate structure of the system, there is a lack of mature technology support for the practical application. E. The systemic research on maintenance theory and training mode is lack Nowadays, the research mainly focuses on solving material technical problem. Instead, the training pattern and system frame which is in order to improve the training effect are not much involved. In this paper, the maintenance training characteristics and rules of a certain type of missile equipment is researched, and a framework for integrated maintenance training system for enhancing International Conference on Intelligent Systems Research and Mechatronics Engineering (ISRME 2015) © 2015. The authors Published by Atlantis Press 1298 maintenance training effectiveness is constructed. On this condition, a missile equipment maintenance training system used for army, maintenance agencies and colleges is developed. Structure of system Figure 1 is the whole structure of missile equipment maintenance training system. In the system, all the equipment resource data are stored in the data base server; the system is implemented by a combination of B/S and C/S soft patterns. Using B/S structure, the server port of the equipment information resource management platform is set on intelligent substation, in which all the teachers and students can connect equipment information resource management platform through a personal computer or maintenance guidance training unit to upload or download all kinds of equipment resource, courseware, test etc. Figure 1. Topology structure of general equipment maintenance training system Using C/S structure, the interactive development platform environment is mainly operated in the teacher's personal computer. Through which teacher can generate various kinds of courseware or tests and upload these data to the equipment information resource management platform. Similarly, using C/S structure, the teaching training platform environment is mainly operated in the maintenance instructions and maintenance training unit, by downloading different courseware or simulation training model to implement maintenance training and other functions. At the same time, it can be run on the personal computer to help students complete the self-learning function [2]. Finally, the maintenance training intelligent terminal guidance and training platform can cooperate to complete the function of maintenance process visualization instruction, fault injection, analog signal output. F. Organization, development of equipment maintenance information resource Figure 2. Structure diagram of interactive design platform Using C/S structure, Interactive design platform is mainly operated in the teacher's office client. The platform is designed for teacher to achieve the development and management function, in which teacher can describe and demonstrate the process information on the equipment structure, principle, equipment disassembly, interactive diagnosis, maintenance guide training by using some means such as text, graphics, tables, multimedia(video, audio, flash), 3Dmodel etc. On this condition, a set of simulation training platform including the mechanical fault analysis, electric fault analysis,