The Research Of The Management Information System Of The Equipment In Mining Industry Of Taiyuan Iron AndSteel Co.

The equipment control of the company of mining industry is a very important job of business administration, the level of equipment control influences the economic benefits of enterprises and market competitiveness of enterprises directly.The current situation of the management information system of equipment to the company of mining industry and development trend have been analysed synthetically, and according to the technological environment and equipment management characteristic of Taiyuan Iron and Steel Co. mining industry Company, utilizing Visual C++ workbench, to visit through ADO technology SQL Server 2000 database,for managing equipment and large-scale part, and through visiting database of equipment storehouse we will carry on different data information inquiry , modification , statistical report.This research carries on the equipment information management by sharing server and using exchanger and use the model of client\server in development mode of the management information system so that we can get good result in interaction and user's interface.Some data in exchangers will be remotely visited by the way of internet. All the system is carried on by various kinds of interfaces under Visual C++ platform.This research has designed concrete planning and function module of the database at first,and supplied operation course ,interface and concrete procedure code about relevant key module. Cranky equipment will be judged quickly and accurately by concrete equipment configuration control data under all mine sections which is judged by neural network application. This play an important role on improving the utilization ratio and management of the equipment.This system is a result highly merged in company's equipment control and information system of the computer of mining industry.There are some features that concise structure, simple and practical codes, convenient maintenance with strong points. We hope this research can play some reference function to the similar information system in developing the successful experience of the management information system of the equipment.