Automatic mineral powder rod filling instrument

Abstract

The invention relates to a fully automatic mineral powder rod filling instrument, which includes a controller, a filling module, a material dumping module, a rod pushing module and a rod taking module. The filling module includes a turntable, a filler rod and a drive mechanism for the filler rod. A station with a filling hopper. There is a powder collecting tank on the inner bottom of the filling hopper. The two ends of the powder collecting tank extend outward to form a filling rod hole and a carbon rod hole respectively. The unloading module includes a crucible, a crucible table, The movement mechanism, the rod pushing module includes the carbon rod warehouse, the carbon rod slideway, the rod ejector rod, and the rod ejector rod driving mechanism, and the rod removal module includes the finished product table and the rod removal motion mechanism. The invention realizes the automatic and multi-station synchronous operation of material dumping, rod pushing, filling and rod taking, reduces labor intensity, and has high rod filling efficiency.

Description

technical field [0001] The invention belongs to the field of mineral processing experiments, and in particular relates to a full-automatic mineral powder rod filling instrument. Background technique [0002] In the field of mineral processing experiments, before the spectroscopic experiment, the mineral powder to be tested needs to be mixed by a vibrating agitator, and then the mixed mineral powder is filled into the groove end of the carbon rod. When filling rods with mineral powder, the filling amount of mineral powder is very small, generally 0.2g, and it is required to be filled tightly. At present, the rods are all filled manually. When manually filling the rods, the operator holds the carbon rod in front of a pile of mineral powder, pushes the groove end into the pile of mineral powder and presses it many times, and manually vibrates. Manual rod filling not only has certain requirements on the ability of the operator (not too tight to damage the carbon rod, nor too lo...

AI Technical Summary

Problems solved by technology

At present, the rods are filled manually. When manually filling the rods, the operator holds the carbon rod in front of a pile of mineral powder, pushes the groove end into the pile of mineral powder and presses it several times, and manually vibrates it.

Manual rod filling not only has certain requirements on the ability of the operator (not too tight to damage the carbon rod, nor too loose to lose powder), but also labor-intensive, especially the damage to the fingers is also great. The key is, A skilled operator can only fill 800 rods a day, and at least two skilled operators are needed to meet the needs of a spectroscopy laboratory. In this case, a lot of labor is wasted

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