New method and equipment for preparing vacuum glass faceplate

A technology of vacuum glass and a new method, which is applied in glass forming, glass reshaping, glass manufacturing equipment, etc., to achieve the effect of beautiful exhaust port, shortened time and high vacuum degree

Inactive Publication Date: 2007-10-10
罗建超
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0012] In order to overcome the aforementioned shortcomings of the existing metal and polymer materials as vacuum glass isolation support points, as

Method used

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  • New method and equipment for preparing vacuum glass faceplate
  • New method and equipment for preparing vacuum glass faceplate
  • New method and equipment for preparing vacuum glass faceplate

Examples

Experimental program
Comparison scheme
Effect test

Example Embodiment

[0052] Example 1

[0053] (1) Cutting, edging and cleaning the original glass plate according to the required size. The original glass plate can be ordinary float glass, tempered glass, various coated glass, self-cleaning glass, low-e glass, high visible light transmittance glass, etc.

[0054] (2) Use a mechanical drill bit or a laser drilling machine to make an exhaust hole with a diameter of 2mm on a glass plate. This piece of glass is called the front substrate glass. Correspondingly, the other piece of glass is called the back substrate glass.

[0055] (3) Use screen printing to make isolation support points on the back substrate glass. A non-crystalline low-melting glass powder (hereinafter referred to as low-melting glass powder A) with a thermal expansion coefficient slightly smaller than the thermal expansion coefficient of the glass panel and an organic solution are used to prepare a paste with rheological properties suitable for screen printing. Then, a screen printing ...

Example Embodiment

[0062] Example 2

[0063] (1) Cutting, edging and cleaning the original glass plate according to the required size. The original glass plate can be ordinary float glass, tempered glass, various coated glass, self-cleaning glass, low-e glass, high visible light transmittance glass, etc.

[0064] (2) Use a mechanical drill bit or a laser drilling machine to make a 1mm diameter vent hole on a glass plate. This piece of glass is called the front substrate glass. Correspondingly, the other piece of glass is called the back substrate glass.

[0065] (3) Use screen printing to make isolation support points on the back substrate glass. A non-crystalline low-melting glass powder (hereinafter referred to as low-melting glass powder A) with a thermal expansion coefficient slightly smaller than that of the glass panel and an organic solution are used to prepare a paste with rheological properties suitable for screen printing. Then, a screen printing method is used to print wet film dots with ...

Example Embodiment

[0072] Example 3

[0073] (1) Cutting, edging and cleaning the original glass plate according to the required size. The original glass plate can be ordinary float glass, tempered glass, various coated glass, self-cleaning glass, low-e glass, high visible light transmittance glass, etc.

[0074] (2) Use a mechanical drill bit or a laser drilling machine to make a 3mm diameter vent hole on a glass plate. This piece of glass is called the front substrate glass. Correspondingly, the other piece of glass is called the back substrate glass.

[0075] (3) Use screen printing to make isolation support points on the back substrate glass. A non-crystalline low-melting glass powder (hereinafter referred to as low-melting glass powder A) with a thermal expansion coefficient slightly smaller than that of the glass panel and an organic solution are used to prepare a paste with rheological properties suitable for screen printing. Then, a screen printing method is used to print wet film dots with ...

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Abstract

This invention discloses novel method and apparatus for producing vacuum glass. The method comprises: producing isolated supporting points between glass panels and airtight sealing layers at the edges of glass panels by screen printing process, sealing the edges, exhausting, sealing the exhaust mouth, baking, examining, and framing. The softening temperature and thermal and mechanical properties of the low-melting-point glass used for isolated supporting points and airtight sealing layers, and the thickness of isolated supporting points should precisely match the thickness of airtight sealing layers. The exhaust and sealing apparatus comprises: a sealed vacuum chamber for fixing the surface of the vacuum glass panel with exhaust holes downward onto the sealing table, and a movable ejection pin with an electric heating device below the exhaust holes; or a bell jar with a sealing ring, and movable ejection pin with an electric heating device below the exhaust holes. After exhausting, the ejection pin heats the metal plate sintered with low-melting-point glass to the sealing temperature of the low-melting-point glass, and seals by tip layering onto the exhaust holes.

Description

Technical field [0001] The present invention relates to a new method and device for preparing vacuum glass panels. Vacuum glass panel refers to the relative placement of two or more pieces of glass with intervals, and a number of small isolation support point arrays are set between the glass pieces. After exhaust sealing, the glass pieces are formed between the pieces. Vacuum airtight cavity, a transparent material with excellent heat insulation and sound insulation properties is obtained. It is used in multiple technical fields such as buildings, transportation vehicles, and refrigeration appliances. In the manufacturing process of the vacuum glass panel, after the sealing of the peripheral parts of the vacuum glass panel is completed, the air in the gap between the glass sheets needs to be removed and the vacuum state must be maintained, and the exhaust air must be sealed. The present invention mainly relates to A new method for making isolation support points between vacu...

Claims

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Application Information

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IPC IPC(8): C03B23/203C03B23/24
Inventor 罗建超
Owner 罗建超
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