Ladle turning device for intermediate frequency furnace

Abstract

The invention belongs to the technical field of metal smelting equipment, and particularly relates to a ladle turning device for an intermediate frequency furnace. By arranging a fixed hole plate, a ladle body mounting shaft, a rotary driving motor, a normally-open ladle body unit, a clamping column unit for closing and a roller unit on a fixed frame, the purpose that the ladle turning device moves and is safe, orderly and efficient in feeding and discharging operation is achieved. The device has the following advantages that firstly, during feeding and discharging of the ladle turning device, the roller structures are limited and fixed, accidental movement is avoided, and during material transferring, the rolling structures are triggered to take effect; secondly, either the opening state of the feeding and discharging part or the effective state of rolling operation is selected, so that an upper sealing cover protection function is achieved during transferring; thirdly, the opening is not easy to close accidentally during feeding and discharging, and the cover body can be selected not to be closed during short-distance transfer; and fourthly, limiting structures on the roller units do not influence the supporting strength of the rollers, and the continuous and effective rolling function is guaranteed.

Description

technical field [0001] The invention belongs to the technical field of metal smelting equipment, and in particular relates to a subcontracting device for an intermediate frequency furnace. Background technique [0002] The intermediate frequency furnace refers to a metal melting furnace. Its general operation method is: first put the metal material in the internal heat-resistant container, and then flow an intermediate frequency alternating current on the induction coil, and finally a large amount of metal will be generated in the metal material. A large vortex heats it to melt. [0003] The subcontracting device is essentially a transitional container. For example, the molten metal material is poured out of the melting furnace, first poured into the subcontracting device, then moved and transported, and finally poured into the holding furnace from the subcontracting device. Therefore, the structure of the subpackaging device is relatively simple, including a barrel-shaped ...

AI Technical Summary

Problems solved by technology

[0004] But on the other hand, this existing simple subcontracting device can also be used in small batches. When dealing with the mobile transportation of a large amount of molten metal materials, it seems very troublesome and dangerous. It has at least the following three One problem: the device as a whole is inconvenient to move; the molten metal material is inconvenient to rotate and dump; the top of the material is open and lacks the function of covering and heat preservation

[0007] However, the transfer bag in this utility model patent has a relatively simple structure and lacks the functions of moving and dumping, which requires the staff to carry and lift and dump the aluminum alloy solution when moving and transporting it, which is very troublesome and dangerous

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