Glass processing furnace

Abstract

The invention discloses a glass processing furnace. The glass processing furnace comprises a machine body, a support frame and a container, wherein the bottom of the machine body is welded with the top of the support frame; an extending opening in a material flowing opening extends downwards along a sliding groove through a sliding block, so a glass solution is diverted and buffered through diversion channels, then enters a leading-out opening through a converging opening, and is eventually discharged through an outlet valve; after completion of discharge, a bin gate is closed, so the glass solution is prevented from blocking the bin gate and a discharge port; then feeding is conducted again to heat the material flowing opening, so the time for cleaning the bin gate and an outlet in the top of the bin gate is saved; when the glass solution flows downwards, baffles hinged with an inner fixing ring are driven, and the bodies of the baffle are opened downwards along a baffle shaft, so theglass solution is discharged downwards; the baffle bodies are closed after discharging is completed; and the tips of the eight baffle bodies attract each other, and a magnet layer on a side edge attracts an iron layer, so the sealing performance of the inner fixing ring is improved, the glass solution is prevented from seeping to bond and fix the bin door and the baffle bodies, and the situationthat the bin door is difficult to open is avoided.

Description

technical field [0001] The present invention relates to the field of glass processing, and more specifically, relates to a glass processing furnace. Background technique [0002] The glass melting furnace is a high-temperature energy-saving vertical resistance furnace dedicated to glass melting in the glass industry. By placing the crucible in the furnace, the prepared glass frit is directly put into the crucible from above, and then energized for heating. When the temperature rises When the temperature is higher than 1200°C, the glass frit is in a molten state. Use a special crucible hook to open the flow hole at the bottom of the crucible, and the melted glass frit will automatically flow into the container below, but when the flow hole at the bottom is opened, the outflow The glass solution will adhere to the edge of the flow hole. After the glass solution is poured, the temperature in the furnace will drop, causing the glass to start to solidify and form, resulting in th...

AI Technical Summary

Problems solved by technology

[0002] The glass melting furnace is a high-temperature energy-saving vertical resistance furnace dedicated to glass melting in the glass industry. By placing the crucible in the furnace, the prepared glass frit is directly put into the crucible from above, and then energized for heating. When the temperature rises When the temperature is higher than 1200°C, the glass frit is in a molten state. Use a special crucible hook to open the flow hole at the bottom of the crucible, and the melted glass frit will automatically flow into the container below, but when the flow hole at the bottom is opened, the outflow The glass solution will adhere to the edge of the flow hole. After the glass solution is poured, the temperature in the furnace will drop, causing the glass to start to solidify and form, resulting in the flow hole being unable to close. It is necessary to raise the furnace temperature again to clean and close it.

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