Industrial internet of things cloud platform interaction system and method for ceramic kiln

Abstract

The invention discloses an industrial internet of things cloud platform interactive system for a ceramic kiln. The interactive system comprises an information acquisition module, a wireless transmission module, an information processing module and a cloud platform interaction module, wherein the information acquisition module is used for collecting images, temperature and waste gas information ofthe kiln, the wireless transmission module is used for realizing data communication between the information acquisition module and the information processing module, the information processing moduleis used for receiving information acquired by the information acquisition module and processing, alarming and uploading the information when abnormal, the cloud platform interaction module is used forreceiving the data information of the information processing module and judging kiln states according to the data information and realizing interaction through the internet, the information acquisition module is connected with the information processing module through the wireless transmission module, the information processing module is connected with an information storage module, and the information processing module is connected with the cloud platform interaction module. The invention further provides an industrial internet of things cloud platform interaction method for the ceramic kiln. According to the system and the method, the received information and the processing information are transmitted to the cloud platform interaction module through the internet, so that the productionefficiency of the kiln is maximized.

Description

technical field [0001] The invention relates to the technical field of cloud platforms, in particular to an interactive system and method for an industrial internet of things cloud platform for ceramic kilns. Background technique [0002] The ceramic industry currently uses kilns. The quality of ceramics directly depends on the control quality of the kiln, and the control quality of the kiln depends on the installation, commissioning and daily maintenance work. Gas air volume ratio control system, temperature and humidity control system for precise adjustment. During the firing process, it is necessary to monitor the temperature, air supply volume, humidity, etc. inside the kiln to ensure a stable environment inside the kiln and realize the control and adjustment of the firing process. [0003] The traditional monitoring method is to install sensing devices in the kiln to collect data information in the kiln, and at the same time monitor with the industrial controller conne...

AI Technical Summary

Problems solved by technology

[0003] The traditional monitoring method is to install sensing devices in the kiln to collect data information in the kiln, and at the same time monitor with the industrial controller connected to the kiln, which requires on-duty monitoring on site. The furnace structure is getting longer and longer. In the production process management, relying on manual alone to monitor the operation status of the kiln system is becoming more and more inadequate. Operators need to go to the site to inspect the kiln, and a large kiln has to walk 500 to 600 meters. , Sometimes one person has to manage several kilns at the same time. During the on-site inspection, the operator cannot take into account most of the operating status information of the kiln in the control room at the same time, and cannot make timely adjustments to the various conditions of the kiln. Seriously affect the firing quality of the kiln

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