Quantitative ternary-material charging system

Abstract

The invention discloses a quantitative ternary-material charging system, which comprises a bag-opening material-storing bunker, a uniform discharging device, a material-conveying device, a dust-removing device and a sagger depalletizing machine, wherein the bag-opening material-storing bunker is provided with a bunker discharging opening; the uniform discharging device is provided with a first charging opening and a first discharging opening; the material-conveying device is provided with a second charging opening and a second discharging opening; the dust-removing device is provided with a dust-removing sucker; the sagger depalletizing machine is provided with a sagger; and the bunker discharging opening of the bag-opening material-storing bunker is communicated with the first charging opening of the uniform discharging device, the first discharging opening of the uniform discharging device is positioned over the second charging opening of the material-conveying device, the second discharging opening of the material-conveying device is positioned above the sagger of the sagger depalletizing machine, a wind-sucking cover and a wind-sucking nozzle are communicated onto the dust-removing sucker, the wind-sucking cover is positioned between the sagger and the second discharging opening of the material-conveying device, and the wind-sucking nozzle is positioned at the periphery below the wind-sucking cover. The quantitative ternary-material charging system can be used for automatic and quantitative charging, the manpower labor intensity is lightened, and the labor environment is improved.

Description

technical field [0001] The invention relates to a ternary material quantitative feeding system. Background technique [0002] At present, before the ternary material is fired into the tunnel kiln, it must be divided into saggers of the same specification, and the ternary material of the same volume and weight must be added to the saggers of the same size, and then enter the heating tunnel kiln at a certain speed. Heating and sintering. And these powder semi-finished products need to be unpacked, need to be added to the sagger with a small container, need to be measured, and the upper plane needs to be at the same height as the upper surface of the sagger, and the ternary material quantitative feeding system in the prior art is manually taken, Manual weighing, the working environment is poor, the labor intensity is high, and the work responsibility must be strong. Contents of the invention [0003] The technical problem to be solved by the present invention is to overcom...

AI Technical Summary

Problems solved by technology

And these powder semi-finished products need to be unpacked, need to be added to the sagger with a small container, need to be measured, and the upper plane needs to be at the same height as the upper surface of the sagger, and the ternary material quantitative feeding system in the prior art is manually taken, Manual weighing, poor working environment, high labor intensity, strong sense of responsibility

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