Device for pouring out small amount of liquid metal multiple times based on reciprocating motion

Abstract

The invention relates to the technical field of metal smelting, and discloses a device for pouring out a small amount of liquid metal multiple times based on reciprocating motion. The device comprises a base, wherein a supporting rod is movably connected to the upper portion of the base, through a supporting plate, a limiting plate, a melting furnace and a limiting clamp, solid metal is put into a melting furnace to be subjected to a heating reaction, and the liquid metal is obtained. The liquid metal is poured out through timed inclination of the melting furnace, consistent heating time is guaranteed, the smelting process is more scientific, in the pouring process, the limiting clamp contracts inwards, a stirring roller is fixed, so that the situation that the molten metal overflows due to stirring in the pouring process is avoided, and danger is avoided; and a gear drives annular teeth to move up and down in a reciprocating mode during rotating, a second vertical rod and a sliding rod are driven to synchronously move up and down in a reciprocating mode, finally, the limiting clamp is triggered to contract inwards, therefore, the reaction of the stirring roller and the melting furnace is linked, the linkage performance of the whole device is higher, and the using effect of the whole device is improved.

Description

technical field [0001] The invention relates to the technical field of metal smelting, in particular to a device for repeatedly pouring out liquid metal in small quantities based on reciprocating motion. Background technique [0002] In order to obtain pure elemental metal, it is generally necessary to smelt the metal. First, the ore is enriched to remove impurities in the ore. The second step is to use the principle of chemical reaction to carry out the smelting operation. Finally, the final pure metal can be obtained through refining. After obtaining the pure After the metal, it generally needs to be melted, poured into a mold to be made into various metal parts used in daily life, and finally put into the market for sale. [0003] In the process of metal smelting and subsequent processing, since it needs to be heated and melted at high temperature, and it is easy to spill during the process of pouring liquid metal liquid, and it is easy to cause burns when it comes into c...

AI Technical Summary

Problems solved by technology

[0003] In the process of metal smelting and subsequent processing, since it needs to be heated and melted at high temperature, and it is easy to spill during the process of pouring liquid metal liquid, and it is easy to cause burns when it comes into contact with the human body, so safety is the most critical in the whole process The problem is that traditional small and medium-sized enterprises still operate manually after heating the metal into liquid metal. In order to avoid danger, the operator directly uses lifting tools to lift one end of the boiler from a distance and dump it. When it is heavy, it needs to be connected with the crane by a chain, so it is extremely unstable during the lifting process, and the agitator is still working when the liquid is poured out, which will easily cause the poured liquid metal to cause splashing and sparks. On the one hand, it is easy to cause safety hazards. Accidents, on the other hand, cause waste of raw materials, and the mass of one-time heating and melting is relatively large, and the reaction occurs gradually. It takes a period of time to melt all of them. After all of them are melted, the liquid metal is poured out. The inertia and gravitational potential energy are too large, and it is more prone to spilling and difficult to control during the pouring process

[0004] In order to solve the above problems, the inventor proposed a device for pouring out liquid metal in small quantities based on reciprocating motion, which has the advantages of automatically pouring out molten metal in small quantities multiple times, and the agitator stops stirring during the pouring process. It solves the problem that the traditional process of pouring molten metal after heating and melting is relatively complicated, the controllability is poor and the liquid state is easy to spill out, and it ensures that when the operator uses the device to operate, he can guarantee The stability when pouring the liquid avoids the liquid metal from being splashed and causes the waste of raw materials, which improves the practicability and safety of the device

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