| In recent years,with the deepening of the reform of the medical and health care system in China and the vigorous implementation of pharmaceutical chain operation in China,the importance of improving the level of drug management has become increasingly high.The requirements of pharmaceutical business enterprises and large hospitals for drug management informationization become more urgent.Drug storehouse is an important department for ensuring drug supply in hospitals.The management level of drug storehouse directly affects the efficiency of drug management in the whole hospital.There are many kinds of drugs in the pharmacy,and the quantity of drugs is huge.Statistical drug information is very troublesome,and requires accurate data and timely statistics.This requires a lot of manpower and material resources to manage drugs.How to manage drugs in the pharmacy efficiently and conveniently has become an urgent problem to be solved.In view of the above problems,this paper designs a new type of hospital drug warehousing management system based on upper and lower computer structure mode.The lower computer of the system takes the single chip computer as the core,uses multiple temperature and sensors as the acquisition elements,transfers the data after acquisition to the computer,and stores,records and processes the data by the computer.Using Visual Studio.NET as the integrated application development environment,using SQL Server as the background database,using C# programming language,using ADO.NET database connection technology,the intelligent medical warehouse management system is designed.The core modules of the system include: inventory management module,outbound management module,inbound management module and system setup module.Through the above modules,the real-time statistics and analysis of drug information in warehouse are realized,which makes information collation faster,more accurate and convenient,improves work efficiency and accuracy,effectively solves many problems existing in traditional drug management mode,such as high work intensity and high error rate,and it provides a reference for modern information management of hospital drug. |