Automatic tapping control system of inverted pouring station

Abstract

The invention discloses an automatic tapping control system of an inverted pouring station. The system automatically analyzes the shape of a tank port via the visual recognition technology, automatically detects and analyzes the molten iron column flow and automatically measures a molten iron liquid level and a temperature so as to complete automatic tipping of a molten iron mixing vehicle and automatic weighing of a molten iron weighing vehicle; the location of the molten iron weighing vehicle is detected by the laser positioning technology in real time, so that the automatic operation of themolten iron weighing vehicle is completed; by positioning and plugging of an automatic power connection device of the molten iron mixing vehicle, automatic power-on and power-off of the molten iron mixing vehicle are achieved; and the communication integration of each control unit is completed via a communication system, and the automation and unmannedization of the tapping of the inverted pouring station are achieved at last via gathering parts into a whole plus reasonable programming and algorithms.

Description

technical field [0001] The invention relates to the monitoring field of a can dumping station, in particular to an automatic tapping control system for a can dumping station. Background technique [0002] The molten iron dumping station is located in the southwest corner of the main steelmaking plant. The dumping station includes torpedo tank cars, molten iron tank weighing vehicles, and temperature measurement and sampling devices. It is necessary to understand and control during the tapping process of the tank dumping station: torpedo tank trucks The tipping angle, tipping speed and running speed of the machine, the running speed of the molten iron tank weighing car, the maximum load capacity, the detailed operation process, and the working state parameters of the temperature measuring and sampling gun, etc. Accurate and safe acquisition of molten iron temperature can not only improve the production effect, but also reduce the failure rate of each production equipment. Th...

AI Technical Summary

Problems solved by technology

Therefore, this method lacks the integrated processing of the parameters of each control part in the tapping process. Since each part is independent of each other, it lacks scientific and accurate detection methods and safe and reliable interlock protection. The entire tapping process of the canning station needs manual intervention and It is completed under manual operation, and the safety guarantee completely requires manual operation, which increases the labor intensity of workers and reduces the efficiency of tapping

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