The UI Design of the Picture Logo of the Terminal Human-Computer Interaction Interface

With the advancement of the information society and the development of China’s economy, enterprises to digital, information, intelligent production requirements continue to improve, the application of industrial software gradually popularized in the production of enterprises. However, in the Internet era, the research on man-machine interface design is in full rage, but the man-machine interface design of domestic industrial software has not been paid attention to. The level of industrial software interface is seriously backward, disjointed with The Times, and completely contrary to, high technology, high efficiency and other industrial execution concepts. On the one hand, this phenomenon will affect the working efficiency of the staff in the operation of the software and the user experience, reduce manufacturing enterprises related to attract talent, on the other hand can also lead to the software under the same technical level, domestic industry software products to attract customers’ ability is insufficient, in the competition with foreign brand products in bad situation.

Design of Intelligent Feeding Control System Based on S7-1200 PLC

In order to satisfy the needs of pig breeding, an intelligent feeding control system based on S7 1200PLC is designed in this paper. The design scheme selects Siemens S7-1200 PLC as the main controller and MCGS TPC7062TI touch screen as the man-machine interface. The article has carried on the electrical design, including I/O address allocation, the main circuit design, the control circuit design and so on, and has written the PLC control program in the debugging mode and the operation mode, finally has designed the man-machine interface to realize the configuration of the system using MCGS. After the actual operation, the system runs stably, safely and reliably, has achieved the expected goal, and has a certain prospect of popularization and application.

Maternal Fetal Simulator

In this study it is presented the implementation of a low-cost automated prototype, in an open code platform, that simulates maternal fetal signals, allowing test executions and fetal detectors. The goal is guaranteeing the use of these equipments in a safe, effective way in the monitoring of maternal fetal signals in hospital environments, since the simulator is used to evaluate the correct use of the equipment. Another possible application of the simulator is as a teaching tool. The results are demonstrated in a man-machine interface, the views of the measurements of fetal movement, uterine activity and fetal heart rate, generated by the simulator. The values demonstrated in the man-machine interface can be compared with the ones presented by the fetal monitor. With this comparison it is possible to check the correct functioning of the equipment tested.