Production device capable of achieving continuous automatic production of semi-tempered plate vacuum glass

Abstract

A production device capable of achieving continuous automatic production of semi-tempered plate vacuum glass comprises a glass loading mechanism, a first transmission system, a tray, a point distribution and gluing mechanism, a heating and edge-sealing device, a semi-tempering device, a cooling device, an edge-sealed glass translation mechanism, a tray rotary mechanism, a second transmission system, a vacuumizing mouth-sealing vehicle, a vacuumizing mouth-sealing heating device, a vacuumizing mouth-sealing vehicle rotary mechanism, and a glass unloading mechanism. The production device can achieve continuous automatic production of the semi-tempered plate vacuum glass, and has the characteristics of continuous type, multiple work stations, low energy consumption, and high efficiency.

Description

technical field [0001] The invention relates to the field of vacuum glass manufacturing, and in particular provides a production equipment capable of realizing continuous and automatic production of semi-tempered flat vacuum glass. Background technique [0002] In recent years, quite a few enterprises and research institutions in China have been producing vacuum glass experimentally; while overseas, developed countries such as Europe and the United States are also starting small-scale production or experimental production. However, they still adopt a single-box structure, and its edge banding and vacuuming are independent and separated. As a result, the equipment consumes a lot of energy, costs high, and has low efficiency. It cannot be mass-produced, which is not conducive to vacuum glass. popularization and promotion. [0003] The current vacuum glass production equipment and technology have the following methods and characteristics: [0004] 1. Temper first, then seal t...

AI Technical Summary

Problems solved by technology

[0008] Combining the above methods, due to the structural defects of the equipment, the quantity and format size of glass processed in each furnace are limited, and continuous production is not possible. There are fatal shortcomings such as large energy consumption, low efficiency, high cost, low and inconsistent vacuum degree, etc. , which runs counter to the concept of energy conservation and environmental protection advocated in today's world

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