Energy-saving furnace for glass manufacturing

Abstract

The invention discloses an energy-saving furnace for glass manufacturing, comprising a mold body. A fixed transverse plate is arranged inside the mold body, a top rod is vertically welded to each of four top corners of the fixed transverse plate, the top rods are positioned below a glass plate, a plurality of slide rods are mounted around and below the fixed transverse plate, a guide sleeve fitly and slidably sleeves the lower portion of each slide rod, the lower ends of the guide sleeves are fixed to the inner bottom of the mold body, an upper clamp seat is mounted at the lower center of the fixed transverse plate, a lower clamp seat corresponding to the upper clamp seat is mounted at the inner bottom of the mold body, an airbag is arranged between the upper clamp seat and the lower clamp seat, and an air pipe is connected to one side of the airbag and is extended out of the mold body. The energy-saving furnace for glass manufacturing has the advantages that it is convenient for workers to remove the processed glass plate out of the mold body so that workers have high working efficiency; ejecting is achieved via the airbag so that good stability and reliability are provided.

Description

technical field [0001] The invention relates to the technical field of glass heating and energy-saving furnaces, in particular to an energy-saving furnace for glass production and processing. Background technique [0002] With the rapid development of science and technology, various glass plates have been filled in all aspects of our lives. In the process of glass plate production, first the glass plate needs to be placed in a special mold, and then the glass on the mold is heated on the glass. During the continuous transmission process in the energy-saving furnace, preheating, bending, annealing, and sheet removal are sequentially performed to achieve baking and bending. The molds in the existing glass heating and energy-saving furnace cannot eject the processed glass plate, which is inconvenient. The staff performs the unloading on the mold, which makes the work efficiency of the staff low. Therefore, in view of this current situation, it is urgent to develop an energy-sa...

AI Technical Summary

Problems solved by technology

[0002] With the rapid development of science and technology, various glass plates have been filled in all aspects of our lives. In the process of glass plate production, first the glass plate needs to be placed in a special mold, and then the glass on the mold is heated on the glass. During the continuous transmission process in the energy-saving furnace, preheating, bending, annealing, and sheet removal are sequentially performed to achieve baking and bending. The molds in the existing glass heating and energy-saving furnace cannot eject the processed glass plate, which is inconvenient. The staff unloads the film on the mold, which makes the work efficiency of the staff low

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