TW487687B - Manufacture method of composite glass - Google Patents

Abstract

This invention provides a manufacture method of composite glass, which can be used to produce composite glass for various applications and specifications. The method consists of lamination stack step such as laminating stack of glass, gluing film and filler to form semi finished composite glass, edge-sealing step to seal the edge of the semi finished article with rubber strip, out gassing step to remove air present in individual layers of the laminated semi finished article, heating step to securely laminate and glue the individual stack layers and ramp down step to decrease temperature of glass.

Description

487687 Case No. 89122605 _Ά Revision V. Description of the invention (1) This type of Ming can be used in the construction industry depending on the use field, and has a blocking effect, and the coloring material on the glass enables it to have the glass. The layers that have been made to make its strength traditional are: 1 • Laminated film, glass plate phase 2 • Heated to truly exert its strength. Through the above-mentioned materials, there will be some bubbles that are strong, but of course, if the disadvantages are improved, the most important reason is that the bonding layer reaches the bonding step (2 stacked on top of each other (2). The traditional system of adding layers by gravity is based on the effect of lamination.

The invention relates to a composite glass manufacturing method, which can produce a composite glass manufactured with different requirements. In the manufacture of houses, glass with light-transmitting wind and rain and sound insulation effects is often used as the lighting function. Users can process patterns or add colors on them according to user needs to achieve beauty, decoration and The effect of concealment has already played a very important role in daily life. The material of the body is fragile and fragile. In order to improve this shortcoming, the operator has increased the glass manufacturing method by lamination to prevent it from breaking due to insufficient strength. The glass making method is shown in the third figure, which generally includes 0): it is to sequentially bond the glass plate and glue-from 01): the high temperature treatment makes the glue layer available, so as to achieve the purpose of stable adhesion of each layer The finished safety laminated glass can be laminated and can be layered in the heating step (2 1). Although this laminated glass is beaten with traditional glass, it still has the risk of being broken. The number and thickness of laminated glass layers must be used, and it is not possible to produce multilayer laminated glass. In step (20), each glass layer is only treated with glue.

Page 4 487687 Case No. 89122605 Amended on May 5, V. Description of the invention (2) The glued layer in the middle is indeed softened, and the air in the multilayer laminated glass cannot be completely squeezed out, resulting in the failure to produce the required strength And can meet the needs of users of laminated glass. In view of this, the inventors have actively carried out research and improvement in order to develop a composite glass that can be produced according to the needs of different occasions. After continuous experiments and efforts, the present invention has finally been developed. The main purpose of the present invention is to provide a method for manufacturing composite glass, so that the industry can produce composite glass that is shock-resistant, not easily broken, and can be protected from ultraviolet rays, heat insulation, sound insulation, radiation resistance, electromagnetic waves, and high temperature resistance. .

In order to achieve the above-mentioned object of the present invention, the present invention adopts the following means to achieve it, including the step of laminating and stacking glass, glue film, and filling material to form a composite glass semi-finished product, and sealing the edges of the semi-finished product with rubber strips The edge sealing step, the degassing step of removing the air contained in the layers of the laminated semi-finished product, the heating step of heating so that the laminated layers can be firmly glued, and finally the cooling step of glass de-temperature. In order to allow your reviewers to better understand the implementation mode and other creative concepts of the present invention, the drawings of the embodiments are attached and explained in detail later. (1) Illustration of the drawings

The first figure is a flowchart of the present invention. The second figure is a schematic diagram of the lamination and stacking step of the present invention. The third figure is a flowchart of conventional techniques. (2) Explanation of drawing numbers (10) Laminating and stacking steps

Page 5 487687 _Case No. 89122605_Year Month Amendment _: V. Description of the invention (3) (1 0 0) glass ^ (101) glue film-(1 0 2) filling material. (1 1) edge-sealing step (1 2) Degassing step (1 3) Heating step (1 4) Cooling step (2 0) Laminating step (2 1) Heating step Please refer to the first figure as shown in the composite glass manufacturing method of the present invention The call includes: 1. Laminating and stacking step (10): It is a method of laminating and stacking glass (100), glue film (101), and filling material (102) to form a composite glass semi-finished product; 2 • Edge sealing step (1 1) •• It is to seal the edge of the composite glass semi-finished product with a rubber strip; 3. · Degassing step (12): It is to laminate the composite glass semi-finished product · The air contained in each layer of the product is extracted by air Remove it; 4. Heating step (1 3): heating to make each laminated layer can be firmly glued, which is pre-heated to 30 ° C for ten minutes, and then heated to 100 ° C for ten minutes; 5 · Cooling step (1 4) •• Finally, the step of cooling down the composite glass and removing the seal. The filling material (1) used in the laminating and stacking step (1 0)

Page 6 487687 _Case No. 89122605_Year Month and Date_ί ±± _ V. Description of the invention (4) 0 2) Can be sarong cloth net, perforated aluminum plate, perforated wood plate or perforated galvanized steel plate, or Those who use ceramic paint to spray patterns on the glass surface in advance to form lines. When the filling material (1 0 2) is a porous material, because the air in the hole is exhausted after the degassing step (1 2), in the heating step (1 3), the thickness of the glued film (1 0 1) The colloid will evenly dissolve and fill the holes in the material, so that each layer of composite glass can be more closely fitted. In addition, in order to achieve different purposes, such as anti-ultraviolet rays, radiation, electromagnetic waves, etc., or the purpose of heat resistance, shock resistance, sound insulation, the filling material (102) can be changed to a material plate with the above functions. Now referring to the second figure, when performing the lamination and stacking step (10) of the present invention, the glass (100), the glue layer (101), the filler (102), the glue layer (101), and the glass ( 100)), the filling material (102) shown in the second figure is only one layer, and can be expanded and increased in multiple layers, but it will be changed due to the production of composite glass with different functions and purposes. . The composite glass structure made by the above method can provide composite glass that can resist ultraviolet, radiation, electromagnetic waves and other functions, or can be made of heat-resistant, shock-resistant, and sound-insulating functions, and has stronger strength than traditional glass without cracking. Fear.

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Claims (1)

487687: Acoustic 89122605_Year Month Day__ VI. Please ask Qin Lifan to exempt 1 · A method for manufacturing composite glass, which includes: Laminating and stacking steps: It is a method of laminating and stacking glass, glued film and filling material The method of forming a composite glass semi-finished product is to stack the glass, the glue layer, the filler, the glue layer and the glass in order. The edge-sealing step is to seal the edge of the composite glass semi-finished product with a rubber strip. Air step: It is to extract air contained in each layer of the laminated composite glass semi-finished product by an air extractor; Heating step: heating makes the laminated layers firmly glued. The heating step is pre-heated to 30 ° C for ten minutes, and then heated to 100 ° C for ten minutes. Steps to room temperature. 2 · The composite glass manufacturing method according to item 1 of the scope of patent application, wherein the filling material is a gauze cloth. 3. The composite glass manufacturing method according to item 1 of the scope of patent application, wherein the filling material is a perforated aluminum plate. 4 · The composite glass manufacturing method according to item 1 of the scope of patent application, wherein the filling material is a perforated wooden board. 5. The method for manufacturing composite glass according to item 1 of the scope of patent application, wherein the filling material is a galvanized steel sheet with a hole. Page 8