Research On Informationization Of Schedule Management Of Plate-type Customized Furniture Enterprises

With the rapid economic development and the improvement of people's living standards,consumers' personalized demand for furniture is increasing day by day.However,on the whole,the development of Chinese plate-type customized furniture industry has not completely got rid of the extensive growth model.The scattered workshop data still depends on manual feedback,which seriously restricts the efficiency of scheduling management.In order to achieve a reasonable and effective production plan allocation of plate-type customized furniture enterprises,and real-time control of the planning process by the plan management personnel,and then promote the organization of the workshop abnormal handling work,ensure the accuracy of the production plan data,and reduce unnecessary corporate resource losses In order to improve the market competitiveness and efficiency of enterprises,the informationization of production management will become one of the key factors.In-depth study of production characteristics,constraint theory,on-time system theory,ERP and MES system theory of mass customization of plate-type furniture by referring to the literature method,lays a theoretical foundation for the information architecture design of plate-type customized furniture scheduling management,and more Learn about the production characteristics and structure of the board customized furniture company,and find that there are weak planning and scheduling flexibility,low material inventory accuracy,and poor board sorting integrity in the scheduling management of the board customized furniture company.Problems,then based on the principles and methods of appropriate information system construction,give solutions to the problems related to the scheduling management of plate-type customized furniture companies,and finally give plan data collection,mass production plans for plate-type customized furniture companies,Plan exception handling and plan process visualization of the three functional module architectures and their actual operating processes.