Crucible disc mechanism with feeding device and operation method thereof

Abstract

The invention relates to a crucible disc mechanism with a feeding device. The crucible disc mechanism with the feeding device comprises a containing disc and an outer disc which are concentrically arranged, the outer disc is covered by a disc cover, the containing disc is circularly provided with 24 crucible containing grooves inside which crucibles are arranged, the middle of the outer disc is provided with a concentric driving shaft, one end of the driving shaft is provided with a driving motor, and the disc cover is provided with a feeding port corresponding in position to one of the crucible containing groove. The crucible disc mechanism with the feeding device is characterized in that the outer wall of the disc cover is provided with the feeding device, which is arranged close to thefeeding port and can feed materials into a crucible exposed out of the feeding port on the crucible disc mechanism; a driving motor is provided with a pedal switch. The crucible disc mechanism with the feeding device has the advantages of improving the crucible feeding efficiency, reducing operation actions of workers and facilitating operation by workers.

Description

technical field [0001] The invention relates to a crucible tray mechanism with a feeding device and an operating method thereof. Background technique [0002] Among the crystal growth methods in the field of LED substrates and optical window materials, the Kyroplasty method is recognized worldwide as the most suitable method for large-scale industrial production. At present, the Kyropoulos method generally controls the temperature of the thermal field by controlling the power or voltage. The crucible plate, crucible and other components are set in the thermal field for placing raw materials. The raw materials are placed in the crucible plate and heated and melted in the thermal field. However, the existing crucible plate The feeding method is still too dependent on manual operation, that is, the operator needs to hold the material box in one hand and the feeding spoon in the other, and spoon the material into the crucible on the crucible plate one by one. When a crucible is ...

AI Technical Summary

Problems solved by technology

At present, the Kyropoulos method generally controls the temperature of the thermal field by controlling the power or voltage. The crucible plate, crucible and other components are set in the thermal field for placing raw materials. The raw materials are placed in the crucible plate and heated and melted in the thermal field. However, the existing crucible plate The feeding method is still too dependent on manual operation, that is, the operator needs to hold the material box in one hand and the feeding spoon in the other, and spoon the material into the crucible on the crucible plate one by one. When a crucible is full, put down the feeding spoon to touch it. Touch the switch to drive the crucible plate to rotate to the next empty crucible to continue scooping, which is not only time-consuming and labor-intensive, but also requires a lot of work for the operator

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