Boiler four-tube abrasion-resistant anti-explosion three-dimensional monitoring system

Abstract

The invention provides a boiler four-tube abrasion-resistant anti-explosion three-dimensional monitoring system which comprises a three-dimensional modeling system and a data exchange system. The three-dimensional modeling system carries out model design and modeling on a four-tube device needing to be monitored and directly displays three-dimensional images through a displayer. The data exchange system enables monitoring data, an internal database, a four-tube abrasion-resistant anti-explosion data platform and a three-dimensional client of the four-tube device to be in communication connection with a management console, so that data are shared, data analysis results are reflected on a three-dimensional model, and accordingly defect observation and pre-warning display can be visually carried out.

Description

technical field [0001] The invention relates to the field of boiler protection in a coal-fired power station, in particular to a four-tube anti-wear and explosion-proof three-dimensional monitoring system for a boiler. Background technique [0002] my country's coal-fired power plant boiler superheater, economizer, water wall, reheater tube (referred to as boiler four) anti-wear and explosion-proof work, involving boilers, metals, chemistry, thermal engineering, welding and other majors, is a very complex, Very professional and systematic work. How to regulate the anti-wear and explosion-proof work of boilers is a challenge for every power generation enterprise. The main causes of boiler tube burst accidents are overheating, wear, stress tearing, welding problems, materials, and corrosion, etc., and this rule has certain universality. The outage accidents caused by four-pipe leakage in my country's coal-fired power stations account for more than 45% of unplanned outages, a...

AI Technical Summary

Problems solved by technology

It is impossible to effectively improve and reduce the probability of tube bursts of the four boiler tubes, but the process is cumbersome, complicated and consumes a lot of manpower and material resources. The data records are scattered everywhere and it is inconvenient to carry out comprehensive analysis. A large number of available and effective data are statistically saved by individuals. , once there is a flow of people, the original data is difficult to find, which is equivalent to loss

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