Continuous laminated glass production line

Abstract

The invention discloses a continuous laminated glass production line. The glass production line, from a feeding part to a discharging part, comprises a sheet loading section, a cleaning section, a sheet taking section, a sheet combining section, a transition section, a rolling section, a constant temperature section, a vacuum section, an air cooling section, and a sheet unloading section, each of which is provided with a conveyance roller way; the power required by rotation of an upper press roll and a lower press roll in a rolling machine of the production line disclosed by the invention is provided separately by two groups of independent motors cooperating with a speed reducer, the smoothness of laminated glass in a rolling process is enhanced to enable glass to smoothly pass through the rolling process; the constant temperature section, the vacuum section and the air cooling section of the production line disclosed by the invention replace heating, pressurizing and cooling processes of a conventional glass autoclave, continuous production can be performed, the heat on glass in a pre-laminating process can be fully used, and a qualified product can be produced continuously and quickly, so that the production cost is fully reduced; and meanwhile, the production line does not have safety risks of high temperature, high pressure and the like caused by the conventional glass autoclave, and enables glass deep processing enterprises to achieve an effect of safety production more easily.

Description

technical field [0001] The invention relates to the technical field of production lines, in particular to a continuous laminated glass production line. Background technique [0002] Laminated glass is made of two or more pieces of glass with one or more layers of organic polymer intermediate film between them. A bonded composite glass product. [0003] Laminated glass production requires a production line to achieve rapid production. The traditional laminated glass production line has the following defects: [0004] 1. The independent drive roller press effectively solves the problem of uneven rolling of traditional roller presses, jumping during the rolling process, and uneven rolling of laminated glass caused by inconsistent gaps between the two rollers. Traditional roller presses are driven by hinges. [0005] 2. The heating furnace effectively solves the problems of long heating time and low heating efficiency of the traditional radiation heating method, but the tradi...

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Problems solved by technology

[0005]Second, the heating furnace effectively solves the problems of long heating time and low heating efficiency of the traditional radiation heating method, but the traditional heating furnace has no lifting device, which gives Equipment maintenance and maintenance bring inconvenience

[0006] 3. The traditional glass autoclave heats the glass. During the process of waiting for loading, the temperature of the glass heated by rolling is completely reduced to room temperature, and gradually heated to the interlayer It takes a long time for the glass to be at the right temperature

[0007] 4. Traditional equipment cannot produce continuously, and in the production process, the waiting time is too long, resulting in the inability to improve production efficiency

[0008] V. Traditional glass cooling is slow and the production efficiency is not high

The traditional glass autoclave relies on water circulation to take away the heat in the autoclave. The cooling speed is slow and continuous production cannot be carried out. It is necessary to wait for the glass in the autoclave to cool completely before loading the next glass autoclave, resulting in low production efficiency.

[0009] Sixth, the traditional glass autoclave is a high-temperature and high-pressure container, and improper operation may cause explosion or fire safety accidents, posing safety hazards

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