Safe and energy-saving multi-layered glass structure

Abstract

This invention relates to a safe and energy-saving multilayer glass structure, comprising: laminated glass having at least two glass substrates, with an adhesive film layer sandwiched between adjacent glass substrates and sealed under high temperature and pressure; a glass plate stacked on top of the laminated glass; a sealing element disposed between the laminated glass and the glass plate, forming a space between them, which is either a vacuum or filled with an inert gas; and a reinforcing element surrounding the sealing element. This invention utilizes the combined functions of multiple glass types to create multilayer glass that combines safety with energy saving and carbon reduction, enhancing usability and providing environmental benefits.

Claims

1. A safe and energy-saving multilayer glass structure, comprising: A laminated glass having at least two glass substrates and a film layer sandwiched between adjacent glass substrates and sealed under high temperature and pressure; a glass plate stacked on top of the laminated glass; a sealing element disposed between the laminated glass and the glass plate and surrounding the area of ​​the laminated glass and the glass plate, creating a gap between the laminated glass and the glass plate, the gap forming a vacuum or filled with an inert gas; and a reinforcement element surrounding the sealing element.

2. The safe and energy-saving multi-layered glass structure as described in claim 1, wherein, The laminated glass or the glass plate is formed by stacking two or more pieces of it, and the sealing element and the reinforcing element are provided between any adjacent laminated glass and the glass plate.

3. The safe and energy-saving multi-layered glass structure as described in claim 1 or 2, wherein, The seal is either a 4SG spacer or a butyl rubber spacer.

4. The safe and energy-saving multi-layered glass structure as described in claim 1 or 2, wherein, The reinforcement component is a silicone layer.

5. The safe and energy-saving multi-layered glass structure as described in claim 1, wherein, The adhesive layer of the laminated glass is an SGP film or a PVB film.

6. The safe and energy-saving multi-layered glass structure as described in claim 1, wherein, This glass is safety glass, which uses materials and processing techniques to strengthen its structure, thereby improving its impact resistance. When broken, it will form tiny particles, reducing safety risks.

7. The safe and energy-saving multi-layered glass structure as described in claim 1, wherein, The glass plate is a wire-reinforced glass, meaning that metal wires or mesh are fused inside the glass plate.

8. The safe and energy-saving multi-layered glass structure as described in claim 1, wherein, The glass panel is bulletproof.

9. The safe and energy-saving multi-layered glass structure as described in claim 1, wherein, The glass panel is fire-resistant and can maintain its structural integrity at high temperatures, blocking flames, smoke, and high temperatures.

10. The safe and energy-saving multi-layered glass structure as described in claim 1, wherein, The glass plate has a cavity filled with fire-retardant liquid to enhance its fire-resistant function.

11. The safe and energy-saving multi-layered glass structure as described in claim 1, wherein, The inert gas is argon, krypton, xenon, or sulfur hexafluoride.

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