Realization Of Human Simulated Intelligent Control Of The Sintering Furnace Monitoring System

Carbide Sintering Furnace Monitoring System computer network communication technology, microelectronic technology and automation technology in the management of sintering furnace, which is in the industrial production of an important subject. Carbide material in the sintering process, the parameters of temperature and pressure control will directly affect the product quality. In multi-sintering furnace operation, the need for the operator in accordance with the requirements of the Sintering Process control for manual adjustment. This method of operation is heavily dependent on operator experience, and not long-range real-time monitoring, there is poor control accuracy, efficiency and low defects. Therefore, we designed a set of VB-based monitoring system of the sintering furnace, so it is easy for the production of cemented carbide for remote monitoring, which greatly facilitated the work of the staff, and the control accuracy of the production process can also be improved greatly.The design is Haikang Chengdu Science and Technology Development Co., Ltd. jointly developed a remote monitoring system sintering furnace, the system interface from the host computer management systems and components under the digital system. This article focuses on the entire monitoring system overall design, especially in the sintering furnace to solve the problem of temperature control, the design of humanoid intelligent control based on the temperature control algorithm and simulation to compare PID. Introduced in front of the VB-based control system network design and implementation of, including PC-based humanoid intelligent control algorithm to achieve the control interface and the next-bit machine and communication procedures for the realization of two parts.The full text is divided into six parts, cemented carbide sintering furnace by monitoring the status of system analysis, set out in the field of China's technological development, a brief introduction of humanoid intelligent control of basic theory, the paper design of the sintering furnace monitoring system composition, functions, working principles and the hardware and software components. Designed and implemented a monitoring system to control the structure of interface design, the main interface, the various sub-window interface design and the specific control process of the realization of the PLC. The next crew of the proceedings of some of the key issues of design and realization. Focuses on humanoid intelligent control in the sintering furnace temperature control application, the design of specific temperature control algorithm, control algorithm and carried out in the Matlab simulation, the simulation results with the PID of the simulation results are compared and analyzed. Finally, the design and outlook summarized.