Design of Human-computer Interface for Laser Cutting Machine

Abstract

A design method based on information fusion is proposed regarding the problem of poor integration and intelligence of human-computer interface for current laser cutting machine. The designed human-computer interaction information system of laser cutting machine is divided into laser cutting parameter calculation module, MVB integrated control module, bus control module and information interface interaction module. Embedded ARM and extended bus technology are adopted to carry out human-computer interaction information transmission and resource scheduling of laser cutting machine under the Internet of Things environment, and a human-computer interaction information database is constructed. GUI rendering technology is adopted to design the human-computer interaction information interface. RTCP control structure word of service quality monitoring is combined to carry out information fusion processing of the human-computer interaction information system of laser cutting machine, and centralized control method is adopted to design the human-computer interaction interface of the machine. Simulation results show that the visual effect of using this method to design the human-computer interaction information interface of laser cutting machine is better, and the precision and human-computer interaction of laser cutting are improved.