In the traditional manufacturing industry system,the ceramic industry occupies animportant position due to its unique technological characteristics.As the core equipment for theproduction of artistic and daily-use cer...In the traditional manufacturing industry system,the ceramic industry occupies animportant position due to its unique technological characteristics.As the core equipment for theproduction of artistic and daily-use ceramics,the intermittent kiln has become an indispensable keylink in the industry by virtue of its advantage of flexibly adapting to the production of multiplevarieties in small batches.However,the current operation mode of ceramic intermittent kilns facessevere challenges:although instrument control has been initially achieved,the dependence on on-site manual operation and supervision,combined with the characteristics of small-scale andworkshop-style production,has led to widespread blind spots in supervision and numerous safetyrisks.Existing technologies mainly focus on the improvement of the kiln structure and theoptimization of local control,which is difficult to meet the complex requirements of collaborativemanagement and control of multiple kilns.The centralized ceramic kiln management and controldevice proposed in this paper deeply integrates Internet of Things technology and constructs anintelligent management system covering the entire ceramic production area.By collecting andtransmitting the operation data of the kiln in real time,this device not only enables all-weatherprecise monitoring of the state of the intermittent kiln,but also has the functions of intelligentaccident warning and remote control,providing a new technical path and practical model for theintelligent and safe development of the ceramic industry.展开更多
基金supported by Jiangxi 03 Special and 5G Project(20232ABC03A33)Ganpo Talent Support Program(20232BCJ23106)。
文摘In the traditional manufacturing industry system,the ceramic industry occupies animportant position due to its unique technological characteristics.As the core equipment for theproduction of artistic and daily-use ceramics,the intermittent kiln has become an indispensable keylink in the industry by virtue of its advantage of flexibly adapting to the production of multiplevarieties in small batches.However,the current operation mode of ceramic intermittent kilns facessevere challenges:although instrument control has been initially achieved,the dependence on on-site manual operation and supervision,combined with the characteristics of small-scale andworkshop-style production,has led to widespread blind spots in supervision and numerous safetyrisks.Existing technologies mainly focus on the improvement of the kiln structure and theoptimization of local control,which is difficult to meet the complex requirements of collaborativemanagement and control of multiple kilns.The centralized ceramic kiln management and controldevice proposed in this paper deeply integrates Internet of Things technology and constructs anintelligent management system covering the entire ceramic production area.By collecting andtransmitting the operation data of the kiln in real time,this device not only enables all-weatherprecise monitoring of the state of the intermittent kiln,but also has the functions of intelligentaccident warning and remote control,providing a new technical path and practical model for theintelligent and safe development of the ceramic industry.
