Study On The Linkage Mechanism Between Fragile Bronze Specimen Library And Research Database

Bronze cultural relics provide important material support for the study of historical civilization.Under the influence of the pre archaeological background of capital construction,the amount of bronze cultural relics is increasing rapidly.The following practical problem is that the protection and research of fragile bronze wares need further breakthrough.The research and protection of fragile bronzes can not be separated from a large number of physical samples and scientific analysis and detection.In view of the characteristics of fragile bronzes,the collected fragile bronzes are even more precious.How to improve the utilization rate of samples,how to scientifically store,manage,use samples and carry out relevant scientific research are the key thinking directions of this study.The main research contents and results of this paper are as follows:(1)Collect the fragile bronze specimens unearthed or collected in Xinjiang,Shaanxi,Henan,Yunnan and other places,refer to the relevant standards and norms for museum management,bronze protection and research,and specimen bank construction,absorb the successful experience in the construction and management of museum collections at home and abroad,as well as specimen banks of geology,biology and other disciplines,design the file registration norms for specimens in the specimen bank,and reasonably plan the overall construction of the specimen bank,Radio frequency identification technology is introduced to simplify the daily management of the specimen bank.According to the above design plan,a standardized,standardized and intelligent fragile bronze specimen bank will be built,and a set of standardized,complete and feasible specimen bank operation process will be formed.(2)The fragile bronze ware research database is designed,which integrates the functions of information sharing,specimen database management and specimen environment information monitoring,and strengthens the correlation between specimen database and database.Based on the relevant theories and technologies in the database field,the overall structure and technical process are designed.The database construction is based on the basic principles of resource integration,data sharing and collaborative construction.The fragile bronze ware research database is built by using java language and based on b/s structure,SSM framework,JSP technology,mysql database and other technologies.The core module of the database is the display of specimen file information and specimen detection information.After preliminary testing,the basic function modules of the database system can operate normally to meet the use needs of visitors and promote from the level of information exchange.(3)Based on the establishment of specimen bank and database,this paper discusses the linkage mechanism between the two banks,that is,the internal logic of their joint operation system and the way of interaction between various elements.The research has made clear the linkage logic of the linkage mechanism,that is,the specimen bank supports the construction of the database,and the database is the output window of specimen information and the specimen bank management system.The bridge of linkage operation between the two is jointly built by collaborative management and linkage operation.On this basis,the contents of collaborative management and linkage operation are expounded respectively.Both are key elements affecting the linkage mechanism of the two repositories.Collaborative management is divided into organizational process management and quality management.Linkage operation includes standard unification,facility construction,information sharing and linkage guarantee.The research shows that the linkage operation between the specimen bank and the database can improve the standardization and rationality of specimen use and management,build a fast,accurate and efficient platform for the research of fragile bronzes,and jointly promote the research,protection and inheritance of fragile bronzes.