Sintering site real-time video acquisition and analysis system based on cloud-edge collaboration

Abstract

The invention discloses a sintering site real-time video acquisition and analysis system based on cloud edge cooperation, and relates to the field of steel production, the sintering site real-time video acquisition and analysis system comprises a sintering site, a cloud platform center and a sintering site master control room, and the sintering site comprises a video acquisition and transmission system and a multi-device edge management system. After the video acquisition and transmission system acquires video information, the information is input into the multi-device edge management system through the intelligent line concentration box; the cloud platform center is based on a B/S architecture and comprises a cloud infrastructure and a micro-service module, the cloud infrastructure comprises a micro-service cluster and a gateway, and the micro-service module provides basic services and functional services; the sintering site master control room is provided with a platform based on a C/S architecture, and the platform can cooperate with cloud platform service and can provide a webpage access function. According to the invention, real-time acquisition and analysis can be carried out on the multi-source data of the sintering process field, field factors are considered, a cloud edge cooperation mode is adopted, and quality prediction control of the sintering process is realized under the condition of ensuring system stability and robustness.

Description

technical field [0001] The invention relates to the field of iron and steel production, in particular to a real-time video acquisition and analysis system for sintering sites based on cloud-edge collaboration. Background technique [0002] In the steel industry, the sintering process is an important pre-iron process. Since the quality of sintered products is closely related to the quality of blast furnace products, it is necessary to conduct multi-directional video monitoring, analysis and feedback on the process. At the sintering-mixing process, video is required to monitor the image shape and depth information in real time, so as to optimize the process operation; at the front end of the sintering trolley, real-time video information is required to reflect the situation of sintered cloth, so as to guide the adjustment of relevant cloth mechanical parameters; At the rear of the sintering trolley, real-time video information can assist in predicting the quality of sintered ...

AI Technical Summary

Problems solved by technology

[0007] To sum up, the existing technology has the following disadvantages: lack of unified management of different types of equipment, protocols, and traffic; in terms of forecasting, only one-way forecasting, lack of on-site feedback; systems based solely on C / S architecture, there are Reasonable planning of resources is difficult, dynamic reliability and instant scalability of services are difficult to guarantee, and collaborative work is difficult

Images