Automatic delivery device for electronic kiln

Abstract

The invention belongs to the technical field of electronic kiln auxiliary facilities, and discloses an automatic delivery device for an electronic kiln, which includes a machine frame equipped at the electronic kiln in a use state, a vertical guide beam arranged at the top of the machine frame, a horizontal guide beam being in sliding fit with the vertical guide frame, a mechanical hand rack lifting mechanism arranged on the horizontal guide beam, a mechanical hand rack positioned below the horizontal guide beam and connected with the mechanical hand rack lifting mechanism, a charging tray clamping mechanism arranged on one side of the mechanical hand rack, a charging tray overturning mechanism arranged on the other side of the mechanical hand rack, and a pair of charging tray support and protection mechanisms arranged on the charging tray clamping mechanism and the charging tray overturning mechanism respectively. The automatic delivery device for the electronic kiln has the advantages that uninterrupted material delivery is realized, a charging tray can be drawn or released conveniently, is prevented from falling off, and is definitely positioned between the charging tray clamping mechanism and the charging tray overturning mechanism, and automatic material discharge can be realized.

Description

Technical field [0001] The present invention belongs to the technology field of electronic kiln supporting facilities, which involves a type of electronic kiln automatic materials. Background technique [0002] The electronic kiln mentioned above is used to burn into electronic products, and electronic products are not limited to the electronic powder and electronic components itself used to make electronic components., Light powder, titanic acid pyrine, titanate 锶, tritenuxide, titanium dioxide, titanium dioxide, aluminum oxide, oxide, vanadium titanic acid lead, iron oxygen powder, lithium iron phosphate, etc.For example, a wide range of iron oxygen magnetic parts (industry habits are called iron oxygen magnetic materials). [0003] As the industry knows, both the above -mentioned electronic powder and iron oxygen magnetic parts need to be burned into the electronic kiln, and the firing is carried out in the protective atmosphere.The electronic kiln is also used to it is called...

AI Technical Summary

Problems solved by technology

However, such a design idea will lead to the disadvantages of many equipments being used, high equipment investment costs of manufacturers and low utilization rate of equipments.

The so-called low utilization rate of equipment is because the feeding device and the reclaiming device are responsible for their own duties, so the utilization rate is only 50% due to the long interruption time

Images