Train coal density measuring system

Abstract

The invention provides a train coal density measuring system which comprises a laser altimeter, a pressure sensor, a train number recognizer and an upper computer. The laser altimeter, the pressure sensor and the train number recognizer are connected with the upper computer, the laser altimeter is used for detecting the height of coal in a train wagon and sending detected data to the upper computer, the pressure sensor is used for detecting the total weight of the train wagon after the coal is loaded and sending detected data to the upper computer, and the train number recognizer is used for recognizing the specification of the train wagon and sending recognized data to the upper computer. The train coal density measuring system has the advantages that the height of the coal in a train can be measured in real time and is directly reflected, human factor interference can be significantly reduced, and adulteration and falsification can be effectively evaded in time.

Description

technical field [0001] The invention belongs to the technical field of fuel management, in particular to a train coal density measurement system. Background technique [0002] Fuel management is an important factor related to the safe production and economic benefits of thermal power enterprises. It is a job with the greatest potential for power generation enterprises to ensure production and save costs. As fuel costs account for an increasing proportion of total costs and the fuel supply market environment is increasingly complex, Under the new situation where adulteration methods are constantly being renovated and the prevention and control of integrity risks is becoming more difficult, it is urgent to use scientific and technological means to strengthen and standardize the acceptance of fuel into the factory. Insufficient, low automation level and work efficiency, high labor intensity and human interference factors, acceptance methods can no longer meet the requirements o...

AI Technical Summary

Problems solved by technology

[0002] Fuel management is an important factor related to the safe production and economic benefits of thermal power enterprises. It is a job with the greatest potential for power generation enterprises to ensure production and save costs. As fuel costs account for an increasing proportion of total costs and the fuel supply market environment is increasingly complex, Under the new situation where adulteration methods are constantly being renovated and the prevention and control of integrity risks is becoming more difficult, it is urgent to use scientific and technological means to strengthen and standardize the acceptance of fuel into the factory. Insufficient, low level of automation and work efficiency, high labor intensity and human interference factors, acceptance methods can no longer meet the requirements of complex environments, and it is easy to form loopholes in benefit loss, which must be improved and enhanced by scientific means

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