Automatic Drive Of Manufacturing Software Based On Human-Computer Interface

With the development of manufacturing information industry, a large number of engineering software(ES) and information system has been applied to the production, management and operation of enterprise. At the same time, the software user interface and manipulation become more and more complex. In the engineering software applications, accompanied by a lot of cumbersome and inefficient software-UI manual-manipulations. therefore, improving the efficiency of software manipulation is the top priority in ES-performance enhancement. In addition, software-integration demand in manufacturing enterprises continues to increase. However, the traditional integration which was bsaed on the secondary development interface or source code provided by engineering software, becomes invalid when it has less or no development interface. Solving this integration technical problem is a new research topic.Engineering software always has an excellent and friendly UI(user interface) rather than a perfect development interface. As a starting point, this thesis analyses the demand of ES on interface automatic control, manipulate(IACM) and interface information integration, conducts an in-depth study in the principle and technology of IACM, presents the concept of IACM-"Robot", gives the solutions covered both software IACM and interface information integration. Combined with the customizable demand of users , completed the architecture design and module design of the software IACM customizable system (KMRobot), and gives platform technique implementation of the system.In the course of the study, the thesis conducted an in-depth study on manufacturing information software interface, gives an object logic model of integrity. In addition, for the difficulties on UI object identification, control, and inter-process interactive integration, corresponding solution is presented in this thesis and has been used in the implementation of KMRobot system.Finally, three examples based on KMRobot: document-auto-generation of Pro/E, KMPDM & Protel interactive integration, KMRobot embedded integration framework, are given to proved the feasibility and usability of system.