CN207345206U - A fluorescent sound-insulating composite glass - Google Patents

Abstract

The utility model provides a fluorescent sound insulation composite glass, comprising an upper glass substrate (13) and a lower glass substrate (17), wherein an adhesive layer (14) with a plurality of fluorescent particles (15) and a sound insulation and damping transparent adhesive layer (16) are sequentially bonded between the upper glass substrate (13) and the lower glass substrate (17) from top to bottom; a damping glue layer (12), a PVB film layer (11), and a polyvinyl butyral film (10) are sequentially bonded on the upper surface of the upper glass substrate (13) from bottom to top; and an anti-reflection film layer (19) and a wear-resistant layer (20) are sequentially bonded on the lower surface of the lower glass substrate (17) from top to bottom. The utility model has the beneficial effects of having good decoration, sound insulation, and impact resistance functions.

Description

A fluorescent sound-insulating composite glass

technical field

The utility model relates to the technical field of composite glass, in particular to a fluorescent sound-insulating composite glass.

Background technique

With the vigorous development of energy conservation and environmental protection, new low-carbon environmental protection decorative materials are being paid more and more attention to and used by the society. Composite glass not only has good physical and chemical properties, but also has strong decorative properties. It can be used independently in interior decoration projects such as hotels, clubs, residences, villas, offices, shopping malls, bathing centers, entertainment venues, etc., and can also be combined with other materials such as wood and aluminum to be used in furniture countertops, door panels and other fields. Therefore, this is the first choice for high-end interior decoration, furniture countertops, and decorative door panel products, low-carbon and environmentally friendly panel materials.

In the market, composite glass is mainly used in the field of decorative building materials and furniture, and is an ideal new substitute for solid wood panels and marble panels. It belongs to the category of safety glass. Provide environmentally friendly new countertops and panels for the furniture industry, such as dining table coffee table tops, video cabinet tops, cabinet door panels, etc.; provide guardrail safety art glass, decorative door panels, etc. for the building decoration industry; provide art decorative glass for the home decoration industry, such as decorative partitions, Video wall, bathroom wall, indoor skirting line, stage table top, etc.; provide new advertising carriers for the advertising industry such as: advertising dining table coffee table, advertising wall hangings, artistic photos, etc.

In the existing technology, how to continuously enrich the functions of composite glass is the direction of innovation and research and development of R&D personnel in this industry.

Utility model content

Based on this, the purpose of this utility model is to provide a composite glass, which has good functions of decoration, sound insulation and impact resistance.

The utility model provides a fluorescent sound-insulating composite glass, which comprises an upper glass base layer and a lower glass base layer. Adhesive layer, sound insulation and damping transparent adhesive layer; the upper surface of the upper glass base layer is sequentially fitted with a damping glue layer, a PVB film layer, and a polyvinyl butyral film; the lower surface of the lower glass base layer is An anti-reflection film layer and a wear-resistant layer are arranged sequentially from top to bottom.

As a preferred solution, the fluorescent particles are spherical.

As a preferred solution, the thickness of the upper glass-based base layer is smaller than the thickness of the lower glass-based base layer.

As a preferred solution, a laser engraved pattern layer is arranged inside the lower glass base layer to further enhance the decorativeness of the glass.

As a preferred solution, each side edge between the upper glass base layer and the lower glass base layer is bonded with an edge sealant.

As a preferred solution, the wear-resistant layer is set as a silicon carbide coating or a graphene film layer.

The beneficial effects of the utility model are:

1. Set up an adhesive layer with some fluorescent particles, so that one surface of the glass has a fluorescent decorative effect;

2. The glass structure integrates sound-proof and damping transparent glue layer, damping glue layer and PVB film layer, so that the glass has good sound-proof function;

3. Set the polyvinyl butyral film to make the surface of the glass have good impact resistance;

4. Set up a wear-resistant layer so that one surface of the glass has a good wear-resistant function.

Description of drawings

Fig. 1 is the structural representation of the utility model.

The reference signs are: polyvinyl butyral film 10, PVB film layer 11, damping glue layer 12, upper glass base layer 13, adhesive layer 14, fluorescent particles 15, sound insulation damping transparent adhesive layer 16, lower glass base layer 17, Laser engraved pattern layer 18, anti-reflection film layer 19, and wear-resistant layer 20.

Detailed ways

In order to further understand the features, technical means, and specific objectives and functions of the utility model, the utility model will be further described in detail below in conjunction with the accompanying drawings and specific embodiments.

Please refer to Figure 1: a fluorescent sound-insulating composite glass, including an upper glass base layer 13 and a lower glass base layer 17, and the upper glass base layer 13 and the lower glass base layer 17 are sequentially attached from top to bottom with a number of fluorescent lights. The viscose layer 14 of the particles 15, the sound-insulating damping transparent adhesive layer 16; the upper surface of the upper glass base layer 13 is sequentially attached with a damping glue layer 12, a PVB film layer 11, and a polyvinyl butyral film 10 from bottom to top. ; The lower surface of the lower glass base layer 17 is sequentially attached with an anti-reflection film layer 19 and a wear-resistant layer 20 from top to bottom.

In the utility model, a viscose layer 14 with a plurality of fluorescent particles 15 is provided so that one surface of the glass has a fluorescent decorative effect; the glass structure integrates a sound-insulating and damping transparent glue layer 16, a damping glue layer 12, and a PVB film layer 11. , so that the glass has a good sound insulation function; a polyvinyl butyral film is provided to make the surface of the glass have a good impact resistance function; a wear-resistant layer is provided to make one surface of the glass have a good wear-resistant function.

As a preferred embodiment, the fluorescent particles 15 are arranged in a spherical shape.

As a preferred embodiment, the thickness of the upper glass base layer 13 is smaller than the thickness of the lower glass base layer 17 .

As a preferred embodiment, the lower glass base layer 17 is provided with a laser engraved pattern layer 18 inside.

As a preferred embodiment, each side edge between the upper glass base layer 13 and the lower glass base layer 17 is bonded with an edge sealant.

As a preferred embodiment, the wear-resistant layer 20 is set as a silicon carbide coating or a graphene film layer.

The above-mentioned embodiment only expresses one implementation mode of the present utility model, and its description is relatively specific and detailed, but it should not be understood as limiting the patent scope of the present utility model. It should be noted that those skilled in the art can make several modifications and improvements without departing from the concept of the utility model, and these all belong to the protection scope of the utility model. Therefore, the scope of protection of the utility model patent should be based on the appended claims.

Claims (6)

1. A fluorescent sound-insulating composite glass, comprising an upper glass base (13) and a lower glass base (17), characterized in that: between the upper glass base (13) and the lower glass base (17) sequentially from top to bottom A viscose layer (14) with several fluorescent particles (15) and a sound-insulating and damping transparent glue layer (16) are attached; the upper surface of the upper glass base (13) is sequentially attached with a damping glue layer from bottom to top (12), PVB film layer (11), polyvinyl butyral film (10); the lower surface of the lower glass base layer (17) is attached successively from top to bottom to be provided with anti-reflection film layer (19), Wear layer (20). 2. A fluorescent sound-insulating composite glass according to claim 1, characterized in that the fluorescent particles (15) are spherical. 3. A fluorescent sound-insulating composite glass according to claim 1, characterized in that: the thickness of the upper glass base layer (13) is smaller than the thickness of the lower glass base layer (17). 4. A fluorescent sound-insulating composite glass according to claim 1, characterized in that: a laser engraved pattern layer (18) is arranged inside the lower glass base layer (17). 5. A fluorescent sound-insulating composite glass according to claim 1, characterized in that: each side edge between the upper glass base layer (13) and the lower glass base layer (17) is fitted with an edge sealant. 6. A fluorescent sound-insulating composite glass according to claim 1, characterized in that: the wear-resistant layer (20) is set as a silicon carbide coating or a graphene film layer.