| dc.description.abstract | With the variety of consumer electronics products in recent years, SMT manufacturing factory need to employ a large number of staff to cope with the complicated setting changes of assembly line equipment, while traditional assembly line frequently adjusts equipment by staff, which will lead to rising labor costs and low equipment management efficiency. This study proposes a General Data Horizontal Communication software based on SEMI SMT-ELS, which enables all devices connected in the form of Flow Connection to have the ability to automate M2M, and implement APIs for connection status control, MD reference mode setting, and production route specification setting control. In this experiment, four virtual machines are used to simulate assembly line equipment, and three application examples are used to verify that this software can achieve the fully automated application of Flow Connection M2M, greatly reducing the manpower requirements of the assembly line, and through the coordination between equipment, Its communication efficiency has also been greatly improved. The research will provide that the equipment chain of the assembly line has the ability to coordinate independently, making smart manufacturing more comprehensive, reducing labor costs for enterprises, and improving production efficiency. The packaged API also enables subsequent engineers to quickly deploy to the existing environment of the factory. | en_US |