A general-purpose pouring ladle structure

Abstract

The present invention proposes a general-purpose pouring ladle structure, including a pouring ladle, a support beam, a first mounting beam, a second mounting beam, a first rotating shaft, a second rotating shaft and a first driving mechanism. A positioning platform and a second positioning platform, the first positioning platform is provided with a horizontally arranged first positioning insert, and the second positioning platform is provided with a horizontally arranged second positioning insert; the end of the first rotating shaft close to the casting ladle is provided with a The end faces the first positioning slot extending inside it, and the first positioning slot is adapted to the first positioning insert; the central axis of the second rotating shaft coincides with the central axis of the first rotating shaft, and the end of the second rotating shaft near the pouring ladle is provided with A second positioning slot extending from its end to its inside, the second positioning slot is matched with the second positioning insert. The present invention adjusts the distance between the first installation beam and the second installation beam by sliding the first installation beam and the second installation beam on the support beam, so as to adapt to the transfer work of casting ladles of different sizes.

Description

technical field [0001] The invention relates to the technical field of casting pouring equipment, in particular to a general pouring ladle structure. Background technique [0002] In foundry production enterprises, the melted steel and molten iron should be poured into the mold cavity with casting ladles to be cast into products. The traditional method is to lift the pouring ladle to the vicinity of the mold cavity by driving the car, and align the pouring ladle with the cavity manually. pouring gate, and then manually rotate the operation plate to tilt the pouring ladle for pouring. This traditional manual operation method not only results in high labor intensity, but also has great unsafety. Especially when pouring small castings, it is necessary to It is even more unsafe to manually lift the ladle directly for pouring, and during the transfer process, the casting ladle is likely to shake, causing the molten iron in the casting ladle to splash out, which seriously endanger...

AI Technical Summary

Problems solved by technology

[0002] In foundry production enterprises, the melted steel and molten iron should be poured into the mold cavity with casting ladles to be cast into products. The traditional method is to lift the pouring ladle to the vicinity of the mold cavity by driving the car, and align the pouring ladle with the cavity manually. pouring gate, and then manually rotate the operation plate to tilt the pouring ladle for pouring. This traditional manual operation method not only results in high labor intensity, but also has great unsafety. Especially when pouring small castings, it is necessary to It is even more unsafe to manually lift the ladle directly for pouring, and during the transfer process, the casting ladle is likely to shake, causing the molten iron in the casting pouring ladle to splash, which seriously endangers the life safety of the operator

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