Numerically controlled quantitative weighing type multi-station continuous casting machine

Abstract

The invention discloses a numerically controlled quantitative weighing type multi-station continuous casting machine. A cross-beam operation module is arranged on a foundation rail, a trolley operation module is arranged on the cross-beam operation module, a numerical control ladle pouring mechanism, an automatic quantitative weighing mechanism and a multi-station runner system are arranged on thetrolley operation module, and the numerical control ladle pouring mechanism is used for bearing molten metal and pouring the molten metal into the automatic quantitative weighing mechanism. The automatic quantitative weighing mechanism is used for bearing the molten metal of the numerical control ladle pouring mechanism, weighing the born molten metal and pouring the molten metal into the multi-station runner system. The multi-station runner system is used for guiding the molten metal, so that the trolley operation module can pour workpieces of multiple stations at the same position. The trolley operation module is further provided with a pouring positioning device for positioning the operation position of the trolley operation module. The numerically controlled quantitative weighing typemulti-station continuous casting machine realizes the functions of continuous operation, quantitative weighing, multi-station pouring and positioning of a pouring trolley with high space utilizationrate.

Description

technical field [0001] The invention belongs to the technical field of casting process automation of mechanical processing, and in particular relates to a digitally controlled quantitative weighing multi-station continuous pouring machine. Background technique [0002] According to the latest "Access Conditions for the Foundry Industry" released in 2018, the foundry enterprises that do not meet the "Conditions" will be closed down if they are small in scale, destroy resources, have high pollution, high energy consumption, and do not meet the conditions for safe production. A large number of shut down foundry manufacturers still adopt the method of manual pouring, which does not meet the requirements of the "Foundry Industry Access Conditions" in terms of production scale, energy consumption and safety guarantee. In recent years, many casting and pouring machines have been born one after another, to a certain extent, liberating people from dangerous operations. [0003] Chin...

AI Technical Summary

Problems solved by technology

Although this pouring machine is called a double-station automatic pouring machine, when it is working, it can only pour one workpiece after each movement of the car body. Strictly speaking, this pouring machine belongs to the single-station, double-ladle alternate operation.

In addition, the pouring machine cannot weigh the amount of molten iron poured each time; and at the initial stage of ladle pouring, the ladle mouth is at a high height from the workpiece gate, and the direct pouring of molten iron has a great impact on the workpiece, without guidance and buffering of molten iron

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