Design And Implementation Of Information Management System Of Defects In The Weld Images

In the modern industry, welding plays a basic role. The quality of the welding is very important to the life of the products. So detecting welding defects efficiently and accurately has important practical significance and economic value, however, in practical application process, the weld defect cases often occur, so there is a big quality problem of elements. Now currently there is no uniform standard induction for weld defects image information, making the scientific management of image information very difficult, which not only cause a lot of application-level issues, but also a direct result of the present weld defect image information management behind.For the situation above, based on the characteristics of the actual weld defect image, this paper summed up a set of standard defect image information, applies to the system code and develops a defect image information management system. During the system implementation process, this paper mainly studies from the following three aspects, the main research are as follows:(1) Based on the standard of the weld defect image information, this paper does reasonable system architecture design and efficient database design, not only making the system more perfect in function, but also the image information data to be more efficient storage management(2) Studying the characteristics of 16-bit TIFF images, and implementing display and simple processing of the 16-bit TIFF images.(3) During the system implementation process, based on the good interactivity of flash and C++, embedding flash elements in the interface, that not only improves the aesthetics of the system, but also optimizes the user experience.The result of this paper is that, based on the traditional interface development project, achieving a set of effective standards for weld defect image information, completing the actual application development, greatly enhancing the information management process. Based on the traditional project development, this system adds new page elements such as flash effect to the interface, which greatly improves the user experience, and enhances system availability.