Liquid level interlocking automatic casting system

Abstract

The invention belongs to the field of metal casting, and discloses a liquid level interlocking automatic casting system which comprises a smelting furnace feeding device, a smelting furnace casting device, a mold preheating conveying device and a control unit. The smelting furnace feeding device is used for conveying metal materials to the smelting furnace casting device; the smelting furnace casting device comprises a dumping furnace, a first driving assembly and a liquid level measuring assembly. The first driving assembly is used for driving the dumping furnace to conduct casting into the mold assembly. The liquid level measuring assembly is used for measuring the liquid level in the dumping furnace and the liquid level in the mold assembly. The mold preheating and conveying device is used for preheating the mold assembly, conveying the preheated mold assembly to the casting side of the dumping furnace for casting, and then conveying the mold assembly reaching the casting liquid level to the next procedure. The liquid level linkage automatic casting system is high in treatment efficiency, more flexible and convenient to operate, capable of automatically and continuously operating and treating and simple in later maintenance.

Description

technical field [0001] The invention belongs to the field of metal casting, and in particular relates to a liquid level interlocking automatic casting system. Background technique [0002] In the current molten metal casting process, it is mainly manual casting through the spoon casting operation or casting equipment scattered multi-process casting, material transfer and high temperature environment during casting are likely to cause production accidents; due to the lack of highly automated safe production of all processes, casting The process mainly has the following problems: (1) The high-temperature mold is transferred by the operator wearing high-temperature gloves, and the safety of the personnel cannot be reliably guaranteed; (2) During the casting process, there is no quantitative casting and the casting is completed manually by personnel, which makes the labor intensity of the personnel Large, high risk factor, large demand for personnel, high production cost; (3) Th...

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Problems solved by technology

[0002] In the current molten metal casting process, it is mainly manual casting through the spoon casting operation or casting equipment scattered multi-process casting, material transfer and high temperature environment during casting are likely to cause production accidents; due to the lack of highly automated safe production of all processes, casting The process mainly has the following problems: (1) The high-temperature mold is transferred by the operator wearing high-temperature gloves, and the safety of the personnel cannot be reliably guaranteed; (2) During the casting process, there is no quantitative casting and the casting is completed manually by personnel, which makes the labor intensity of the personnel Large, high risk factor, large demand for personnel, high production cost; (3) The existing technology adopts complex equipment, low degree of automation, difficult operation, low production efficiency, long operating time for employees, high safety hazard coefficient, and easy improper operation cause secondary pollution

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