Automatic tapping method for converter based on converter volume model and converter system
A converter and automatic technology, applied in the manufacture of converters, etc., can solve problems such as high steel flow temperature, longer tapping time, and more dust on site
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Embodiment 1
[0038] like Figure 1-Figure 3 , the embodiment of the present invention provides a converter automatic tapping method based on the converter volume model, comprising the following steps:
[0039] S1, calculate the converter volume model h=P(θ, V), V=Q(θ, h) and θ=R(V, h) according to the converter furnace type parameters, where θ is the tilting angle of the converter, and V is the furnace The volume of the molten liquid contained in it, h is the height of the liquid level, and the height of the liquid level is the height difference between the liquid level of the molten liquid and the tapping hole.
[0040]Among them, h=P(θ, V) represents the corresponding relationship between the liquid level height and the melt volume at different converter tilting angles; V=Q(θ, h) represents the melt volume at different converter tilting angles Correspondence between liquid level height; θ=R(V, h) represents the tilting angle of the converter required to reach a certain set liquid level ...
Embodiment 2
[0063] An embodiment of the present invention provides a converter system for realizing the above-mentioned automatic tapping method of the converter, including a converter 1, the converter 1 is equipped with a slag lowering detection device 4 and a slag blocking device 11, and further includes:
[0064] Ladle volume measuring instrument, used to measure the real-time molten steel volume in the ladle;
[0065] The infrared camera 2 behind the furnace is installed on the platform behind the furnace, and is used to take infrared images of the tap hole and the furnace mouth of the converter during the tapping process of the converter 1;
[0066] Converter tilting angle detection device 7, used to detect the tilting angle of the converter 1;
[0067] Tapping control center 5, which receives the feedback information from the ladle volume measuring instrument, the infrared camera 2 behind the furnace, the converter tilting angle detection device 7 and the slag dropping detection devic...
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