Research on hardware stamping equipment design platform
Metal stamping parts have more and more applications in production and life. Automobile body, living utensils, heat sinks, instruments, Kitchenware and decoration materials are the use cases of metal stamping parts around. The application of stamping parts is not only widely distributed, but also has the characteristics of mass use. In recent years, the cost of labor has gradually increased, stamping automation has been implemented in more and more factories, and the automatic production mode ensures better product quality, thus improving the competitiveness of enterprises in the market. However, the market demand for stamping parts is constantly updated, and the profit of the old product market has begun to decrease with the fierce competition. Therefore, the renewal of new products or the development of new products is the only way for enterprises to survive for a long time.
A kind of equipment design platform for rapid development of automatic stamping equipment is needed to meet the market demand. A hardware stamping equipment design platform, in view of the shortcomings of the existing development process, starting from the needs of hardware stamping enterprise customers, the establishment of hardware stamping platform black box model, comprehensive analysis of its functions, and then from the perspective of technology, equipment and software to plan the internal functions of the black box model, to achieve the transparency of the black box model
In this paper, a general key equipment selection library for metal stamping platform is established. A modular programming method is used to code the equipment in the equipment selection library, and then the control program is written with the equipment itself as the unit and they are taken as subprograms. After the framework of the main program is written, a suitable window is reserved in the main program, and the subroutine can be called according to the information input of the human-computer interaction system, so as to realize the programming quickly. In this way, the system construction of hardware and software is realized,
The whole system is an open design platform.