Quality Process Control Of Machine Tool Gear Machining And Design Its Quality Management System

Since twenty-first Century,the quality of our country has made great progress,the majority of enterprises rely on technological progress,improve the level of equipment,implement scientific management,lay the foundation for quality level improvement.But there is still a large gap between our country and international advanced level in quality level.So this paper takes the machine gear machining process as research object to research its quality control technology and design its quality management system.Firstly,this paper analyzes the problems that exists in the machine tool gear machining process.According to the existing problems of machine tool gear machining quality process control technology requirements are analyzed.And then this paper analyzes the means to realize the quality process control technology of machine tool gear.It includes the adaptive machining technology of machine tool gear,warning management,inspection plan management.And the rule recommendation algorithm is designed according to the setting of warning and inspection plan.Secondly,according to the analysis of the enterprise needs,warning management and inspection plan management,this paper puts forward the overall objective and development principle of machine tool gear machining quality management system.Based on quality management process,management model of machine tool gear machining quality management system is proposed.Then the structure of the machine tool gear machining quality management system is build up.Thirdly,the function of the system is designed in detail.According to different conditions the function modules of the system are divided into the terminal function and management function.Then the system operation process is introduced.Finally,the database of the system is designed according to the data flow of the system.Finally,according to the detailed design of the system function,the prototype system is designed,and the function and operation flow of important interfaces are introduced in detail.