Visualization equipment for graphite guide pipe for molten metal

Abstract

The invention relates to visualization equipment for a graphite guide pipe for molten metal, which comprises a processing assembly for manufacturing metal powder, wherein a photographing assembly is arranged in a processing bin of the processing assembly, and the photographing assembly is used for photographing a guide pipe of the processing assembly to judge whether the guide pipe is molten or not. According to the invention, an accommodating box is accommodated by arranging a fixing box with a side opening, the opening of the accommodating box faces downwards to accommodate the camera, the camera is wrapped in the middle when the accommodating box is completely folded, and damage to the camera due to high temperature and subsequent manual cleaning of the processing bin is avoided. Through the arrangement of the camera, the graphite guide pipe in the processing bin can be observed, an operator can know the internal condition in real time, the operation error of the operator can be corrected in time conveniently, and the problems of melting and bonding of the graphite guide pipe are avoided. Meanwhile, the camera can rotate to observe the distribution of the metal powder in the whole processing bin, and the subsequent adjustment of the molten metal amount is facilitated.

Description

technical field [0001] The invention relates to the field of metal powder processing, in particular to a visualization device for a graphite conduit for molten metal. Background technique [0002] In the existing smelting technology, the metal ore is smelted into molten metal, and the molten metal is atomized into metal powder through the atomization device formed by the nozzle plate and the conduit, and the metal powder is sprayed into the processing chamber for screening and collection . At present, the metal liquid is introduced into the atomization device formed by the spray plate and the pipe through the graphite conduit for atomization and spraying, but the high temperature of the metal liquid often easily melts the graphite conduit and sticks to the spray plate, making the entire atomization device It is scrapped, and now a device that can observe the graphite conduit in the processing chamber is needed to ensure that the operator can keep abreast of the internal sit...

AI Technical Summary

Problems solved by technology

At present, the metal liquid is introduced into the atomization device formed by the spray plate and the pipe through the graphite conduit for atomization and spraying, but the high temperature of the metal liquid often easily melts the graphite conduit and sticks to the spray plate, making the entire atomization device It is scrapped, and now a device that can observe the graphite conduit in the processing chamber is needed to ensure that the operator can keep abreast of the internal situation in order to carry out subsequent operations

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