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The Design of Comprehensive Fault Diagnosis System for Gun Control Device of the Self-propelled Gun

Author: ZuoYaLi
Tutor: WangHuiYuan
School: University of North
Course: Artillery , automatic weapons and ammunition Engineering
Keywords: Self-propelled artillery Gun Control device Fault Diagnosis Expert system SCM
CLC: TJ818
Type: Master's thesis
Year: 2011
Downloads: 68
Quote: 1
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Abstract


With the development of military doctrine and the wide application of high-tech military equipment , equipment technical support capabilities in the combat effectiveness of the troops to occupy an increasingly important position , has now become the guarantee equipment in good , safe and reliable operation , the formation of combat ability prerequisites. A certain type of self-propelled artillery is a new type of equipment , for complex gun control device , the high degree of complexity , troubleshooting cycle forces allotted testing equipment only single- component level testing and detection high level of fault location is fuzzy , can not fully meet the needs of the troops maintenance support . In response to this situation , this article is a certain type of self-propelled artillery gun control device fault diagnosis system for the study, combined with related technologies to complete the design. The overall structure of the design of the system , first of all , on the basis of a detailed analysis of the composition of the structure of its gun control device and the characteristics of the measured signal , clear the fault diagnosis system design principles , to establish fault diagnosis system design ; Secondly , the design of the system hardware circuit is divided into seven modules Intro and elaborate anti-jamming measures taken in the design of the hardware circuit , and the combination of hardware equipment, establish and improve the software development system ; Finally , a concrete example elaborates fault diagnosis expert system in the design system , and the design of the practicality verification analysis . The fault diagnosis system has been designed in this paper on the self-propelled artillery through debugging . Debugging results show that the system is able to accurately and quickly collected and diagnosed and self-propelled artillery gun control device failure information to reach the predetermined requirements , provide effective tools and means to meet the troops and equipment maintenance support .

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CLC: > Industrial Technology > Arms industry > Tanks, warships, aircraft, aerospace,weapons > Chariot > Self-propelled artillery
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