Hot-end high-temperature large glass identifying and removing device and removing method

Abstract

The invention relates to a hot-end high-temperature large glass identifying and removing device and a removing method. The hot-end high-temperature large glass identifying and removing device comprises an identifying mechanism and a removing mechanism; the identifying mechanism is located above an outlet of a material fishing machine to identify materials on the outlet of the material fishing machine; the removing mechanism is located below one side of the outlet of the material fishing machine to screen the materials on the outlet of the material fishing machine; and the identifying mechanism comprises a support, a high-temperature detection probe and a large block detection sensor, wherein the high-temperature detection probe and the large block detection sensor are installed on the support. According to the hot-end high-temperature large glass identifying and removing device and the removing method, through the arrangement of the identifying mechanism and the removing mechanism, high-temperature large glass liquid blocks can be identified; the bearable high-temperature large glass liquid blocks which are fished out by a material fishing machine and are not lowered to follow-up equipment can be identified and removed in advance and can be discharged to a designated area for follow-up special treatment; and therefore, it is guaranteed that glass liquid blocks entering subsequent conveying equipment and crushing equipment of the material fishing machine are all cooled to the temperature below the required temperature.

Description

technical field [0001] The invention relates to the technical field of glass production, in particular to a device and method for identifying and removing high-temperature bulk glass at a hot end. Background technique [0002] At present, in the field of glass products production, when the production line is faulty or at the initial stage of refueling, a large amount of glass liquid at the hot end needs to be discharged to the bottom scooping machine equipment, which is cooled by water in the scooping machine and then scooped out to the subsequent conveying equipment, after being crushed by the crusher reuse. [0003] Due to the uneven shape and size of the molten glass discharged from the hot end, the water cooling is completely carried out by the bottom scoop machine, so the selection of scoop machine will be larger. Moreover, since the volume of the cooled glass liquid block cannot be estimated, and the gap is large, it will inevitably lead to increased selection of subs...

AI Technical Summary

Problems solved by technology

Moreover, since the volume of the cooled glass liquid block cannot be estimated, and the gap is large, it will inevitably lead to increased selection of subsequent conveying equipment and crushing equipment, increased difficulty in equipment installation, maintenance, and repair, resulting in increased investment costs for the entire system

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