Multi-station collaborative pouring system and pouring method

Abstract

The invention relates to a multi-station collaborative pouring system, which comprises a transfer module, a collaborative module, a pouring module and a modeling module, molten iron can be conveyed to the pouring module from the transfer module through the collaborative module, then pouring work on the modeling module is completed through the pouring module, and the pouring module comprises a first pouring set and a second pouring set, the two pouring sets move along a pouring track and can be in butt joint with a pouring unit to complete pouring work, so that the two pouring sets can conduct pouring work in turn, the influence of the pouring rate on the transfer time of the transfer module is reduced or even eliminated, the pouring work efficiency is improved on the whole, the first pouring set and the second pouring set respectively comprise two opposite pouring machines, roller way devices are arranged on the pouring machines, and the two roller way devices of the same set of pouring machines are adjacently and horizontally arranged side by side, so that the two pouring machines can simultaneously carry out the pouring work of two pouring ladles during the pouring work, and the pouring rate is further ensured.

Description

technical field [0001] The invention relates to the technical field of iron and steel industry, in particular to a multi-station cooperative pouring system. Background technique [0002] The iron and steel industry has always been the basic industry of our country, occupying a major position in our country, and pouring technology is the main way of material forming in the iron and steel industry. [0003] At present, most of the pouring molding methods are to add molten metal into the pouring ladle, transfer it from the transfer line to the pouring unit, and then use the pouring equipment to perform the pouring work. After the pouring is completed, the pouring ladle returns to the initial position to reconnect. Take new molten iron. For example, the Chinese patent CN202010263596.X previously applied by the inventor discloses an intelligent molten iron transfer system, which transfers the molten iron to the pouring workers through the cooperation of the furnace front transfer...

AI Technical Summary

Problems solved by technology

[0005] In order to solve the problem that most of the above-mentioned existing transfer systems are single-ladle pouring with a single pouring equipment, and the pouring time is uncontrollable, the transfer time of molten iron

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