Research And Development On Computer Aided Selection System Of Mine Drainage Pump

Mine drainage in the coal mining equipment system plays an important role, andmine drainage pump is the main member of the mine drainage facilities. In the dailyproduction of the mine, mine drainage pump performance parameters conform to theactual needs of the mine, and to the life of mine drainage pump, power consumption,efficiency, maintenance, etc, put forward higher requirements. Mine drainage pump,therefore, how accurate and fast selection will relationship can normal operation of mine,is also a big challenge to the design of workers. Regression, the workload big, complex isone of the traditional mine drainage pump selection method needs to be improved, theworkers a lot of inconvenience to the design, also easy to cause unnecessary loss to themine production. In this case, the study and design a practical and available coal minedrainage pump computer-aided selection system is particularly important.Papers mine drainage pump according to the actual selection requirements,combined with mining engineering, databases, computer programming and othercomputer-aided techniques for mine drainage pump selection system constructionprogram carried out research. System uses. Because the system uses.NET Frameworktechnology, therefore, has a high scalability and maintainability, to achieve a high degreeof information sharing, allowing users in different locations using the system. Minedrainage pump aided selection system can help designers to quickly, accurately and easilycompleted in pump selection process a large number of calculations in order toeffectively reduce design cycle short pump selection, to ensure the efficient operation ofthe pump safe and reasonable.This paper introduces the domestic and pump selection software research status anddevelopment trends, and the pump characteristic curve, the drain pump selectionprinciples and methods, software system architecture is analyzed and summarized;Secondly, the paper from the aggregate demand function requirements and non-functionalrequirements perspective on mine drainage pump aided selection system is analyzed; thenanalyzed according to demand papers presented mine drainage pump aided selectionoverall system architecture, and were each module of the system, the system database andsystem security design methods are described; then paper studies the key technologies ofthe system deployment and the main function modules, as well as graphics rendering implementation are discussed; finally through case analysis and system testing andvalidation of the computer-aided mine drainage pump effectiveness of the programselection system design and feasibility.