A pouring mold placement device for iron and steel manufacturing

Abstract

The invention relates to the field of steel manufacturing, in particular to a pouring die storing device for steel manufacturing. The technical effects that the pouring die storing device for steel manufacturing can fix a pouring die and improve the safety of pouring are achieved. The pouring die storing device for steel manufacturing comprises supporting groove bodies, telescopic rods, elastic pieces, first sliding blocks, supporting plates, a sliding rail, second sliding blocks, a third sliding block, a first L-shaped storing frame, a second L-shaped storing frame, a pouring container, a screw rod, a roller, a bearing seat, a rotating shaft and a threaded groove body; and the two supporting groove bodies are sequentially and fixedly connected with the bottom face of the sliding rail, a sliding groove is formed in each supporting groove body, the telescopic rods extend into the supporting groove bodies and are slidably connected with the sliding grooves through the first sliding blocks, and the first sliding blocks are connected with the inner tops of the supporting groove bodies through the elastic pieces. The pouring die storing device for steel manufacturing achieves the effects of fixing the pouring die and improving the pouring safety.

Description

technical field [0001] The invention relates to the field of iron and steel manufacturing, in particular to a pouring mold placement device for iron and steel manufacturing. Background technique [0002] Put the pig iron for steelmaking into the steelmaking furnace and smelt it according to a certain process to obtain steel. In order to obtain different shapes of steel, it is necessary to pour the molten steel into ingot molds of different shapes. During the pouring process, the melting The temperature of the molten steel itself is relatively high. When it is poured from the furnace into the ingot mold, the molten steel will produce an impact force during the contact with the mold, which will cause the molten steel to splash out. The high-temperature molten steel will hurt the workers around it, and the mold will If there is no device for fixed placement to support, it is also easy for molten steel to pour down, so there is an urgent need to develop a casting mold placement ...

AI Technical Summary

Problems solved by technology

[0002] Put the pig iron for steelmaking into the steelmaking furnace and smelt it according to a certain process to obtain steel. In order to obtain different shapes of steel, it is necessary to pour the molten steel into ingot molds of different shapes. During the pouring process, the melting The temperature of the molten steel itself is relatively high. When it is poured from the furnace into the ingot mold, the molten steel will produce an impact force during the contact with the mold, which will cause the molten steel to splash out. The high-temperature molten steel will hurt the workers around it, and the mold will If there is no device for fixed placement for support, it is also easy to pour down the molten steel. Therefore, it is urgent to develop a casting mold placement device for steel manufacturing that can fix the casting mold to improve pouring safety.

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