The Temperature Automatic Monitoring And Early Warning Of Jun Porcelain Firing System Design And Implementation

As people’s living standard is improving, the quality of social and culturalcorrespondingly increased dramatically. Previously appeared in people living luxurychinaware are gradually entering the public life to, but limited Jun porcelain firingextremely difficult,"Ten nine is not a kiln," the feature, so to have a flawless,"millionaire is not equal to a piece of a piece of chinaware." In view of this, peoplechinaware growing demand for product quality, the number of varieties is increasinglyhigh requirements. Jun porcelain ceramic kiln firing as the key equipment is directlyrelated to the product yield Jun porcelain, ceramic and therefore become the publicfocus pursued by manufacturers.This thesis Jun porcelain kiln firing from the automated process to improve theworking point of view, the actual inspection of the data material is based on the furnacetemperature control system as the automation object of study, through the use ofwireless sensor technology of modern industry, technology industry configuration andso on, focusing on kiln temperature measurements. Kiln temperature data from theinformation collection and transmission, temperature automatic early warning system’shardware and software, two levels of analysis of the kiln temperature control strategy toimprove the furnace burning rate products to provide a feasibility plan.First, the article briefly describes the status quo of traditional dynasty firing, Junporcelain production of the basic processes, the basic structure and the traditional kilnJun porcelain firing process in the furnace problems. Jun kiln firing temperaturemonitoring software features real-time needs analysis, that meet the user temperaturemonitoring, automatic early warning and other needs, this part of the formation ofsoftware user requirements specification.Secondly, according to user needs to carry out the design of control software,real-time monitoring of the firing temperature will dynasty software module division, asrequired, the initial temperature of the system identified as site acquisition module,signal processing and signal display module. This part of the formation of software development documents, but also the development of automatic temperature monitoringsoftware Jun porcelain firing a critical stage.Finally, complete automatic kiln temperature monitoring software design andcoding, testing and layout of acceptance. The main task of this stage include:high-temperature wireless sensor hardware and software systems research and design,and ceramics kiln temperature control system for large inertia, pure and strongnon-linear delay characteristics in the simulation analysis, comparative study of thetraditional control algorithm based on the establishment of a fuzzy adaptive PID controlbased on the model. And from the tracking performance, anti-jamming performance ofboth the system and analysis of a Matlab simulation to verify the logic of the algorithm．...