TWM626662U - Stone flake structure for blocking electromagnetic penetration - Google Patents

Abstract

This creation relates to a stone flake structure for blocking electromagnetic penetration, comprising a natural stone layer and an aluminum foil layer; wherein, the aluminum foil layer is combined with the bottom surface of the natural stone layer, so that the stone flakes are on the bottom surface of the natural stone layer. Combined with the structural design of the aluminum foil layer, it has the effect of shielding electromagnetic waves, thereby blocking external electromagnetic waves, and achieving the purpose of preventing people from being exposed to the indoor environment of electromagnetic waves.

Description

Stone flake structure that blocks electromagnetic penetration

This creation is about a stone flake structure, especially an innovative design of a stone flake structure that is applied to building materials and can block the penetration of electromagnetic waves.

With the advancement of science and technology, the development of various electronic products has also flourished; and with the development of a large number of electronic products, electronic products also generate relatively multi-band electromagnetic waves during operation.

Some studies have pointed out that being in an environment with high electromagnetic wave content for a long time is likely to cause significant potential hazards to human health, such as neurasthenia, decreased immunity and even cancer, which have caused significant potential hazards to the human body; therefore, at present Various countries have formulated strict electromagnetic interference control standards for various electronic products.

Today, the creator of this creation is considering that when people are in an environment with high electromagnetic wave content for a long time, it is easy to cause harm to their health, so they have developed the stone flake structure that blocks electromagnetic penetration in this creation. In the use of building materials, it can create an indoor environment that blocks electromagnetic waves.

The main purpose of this creation is to provide a stone sheet structure that blocks electromagnetic penetration. The stone sheet has the effect of shielding electromagnetic waves, and can block external electromagnetic waves to prevent people from being exposed to electromagnetic waves in the indoor environment.

The stone sheet structure for blocking electromagnetic penetration in this creation is realized by the following technologies: a stone sheet structure for blocking electromagnetic penetration, including a natural stone layer and an aluminum foil layer; the aluminum foil layer is combined with the natural stone layer. underside.

In the above-mentioned stone structure for blocking electromagnetic penetration, wherein, the top surface of the natural stone layer is coated with a layer of anti-electromagnetic wave chemical agent, so as to form a top surface anti-electromagnetic wave coating accordingly.

In the above-mentioned stone structure for blocking electromagnetic penetration, wherein, a layer of anti-electromagnetic wave chemical agent is coated on the peripheral surface of the natural stone layer, so as to form a peripheral surface anti-electromagnetic wave coating accordingly.

The advantages of the stone sheet structure that blocks electromagnetic penetration in this creation are: the stone sheet of this creation is combined with the aluminum foil layer on the bottom surface of the natural stone layer, so that the stone sheet has the effect of shielding electromagnetic waves under the setting of the aluminum foil layer. It can block the external electromagnetic waves and achieve the effect of preventing people from being exposed to electromagnetic waves in the indoor environment.

The stone flakes of this creation are further coated with anti-electromagnetic wave chemical agents on the top surface and/or peripheral surface of the natural stone layer, so that the top surface and/or peripheral surface of the natural stone layer is formed with a top surface anti-electromagnetic wave coating/perimeter The surface is coated with anti-electromagnetic wave, which increases the effect of the stone sheet to block the penetration of electromagnetic wave.

1: natural stone layer

2: aluminum foil layer

3: Top surface anti-electromagnetic wave coating

4: Anti-electromagnetic wave coating on the peripheral surface

Figure 1: A three-dimensional exploded view of a preferred embodiment of the stone sheet structure that blocks electromagnetic penetration in this creation

The second figure: a combined cross-sectional view of a preferred embodiment of the stone sheet structure that blocks electromagnetic penetration in this creation

Figure 3: The combined cross-sectional view of the second preferred embodiment of the stone sheet structure that blocks electromagnetic penetration in this creation

Figure 4: The combined cross-sectional view of the three preferred embodiments of the stone sheet structure that blocks electromagnetic penetration in this creation

Figure 5: The combined cross-sectional view of the four preferred embodiments of the stone sheet structure that blocks electromagnetic penetration in this creation

In order to make the technical content, new purpose and effect achieved in this creation more fully and clearly disclosed, it is explained in detail below, and please refer to the disclosed drawings and drawing numbers: please refer to the first picture and the second picture.

The stone sheet structure for blocking electromagnetic penetration in this creation mainly includes a natural stone layer 1 and an aluminum foil layer 2; wherein: the natural stone layer 1 can be marble, granite, slate, jade, serpentine, One of quartz stone, metamorphic rock or igneous rock; the natural stone layer 1 is cut into a preset shape and thickness; the aluminum foil layer 2 is combined with the bottom surface of the natural stone layer 1 and has the natural stone layer 1 phase corresponding shape.

Accordingly, the stone sheet composed of the natural stone layer 1 and the aluminum foil layer 2 combined with the bottom surface of the natural stone layer 1 can be installed on the wall or floor of the building body, so that the building body forms a structure that can block electromagnetic waves, and effectively The electromagnetic wave shield is isolated from the building body, so that people who move inside the building body are not exposed to the indoor environment of electromagnetic waves.

In a preferred embodiment of the electromagnetic penetration-blocking stone flake structure of the present invention, an anti-electromagnetic wave chemical agent can be coated on the top surface of the natural stone layer 1 of the stone flakes of the present invention, so that the top surface of the natural stone layer 1 can be coated with anti-electromagnetic wave chemical agents. A top surface anti-electromagnetic wave coating 3 is formed on the surface of the surface (refer to the third figure), and the effect of blocking the penetration of electromagnetic waves by the top surface anti-electromagnetic wave coating 3 is enhanced.

In a preferred embodiment of the electromagnetic penetration-blocking stone flake structure of the present invention, an anti-electromagnetic wave chemical agent can be applied to the peripheral surface of the natural stone layer 1 of the stone flake of the present invention, so that the peripheral surface of the natural stone layer 1 A peripheral surface anti-electromagnetic wave coating 4 (see the fourth figure) is formed to improve the effect of the stone sheet to block the penetration of electromagnetic waves.

In a preferred embodiment of the electromagnetic penetration-blocking stone flake structure of the present invention, both the top surface and the peripheral surface of the natural stone layer 1 of the stone flake of the present invention can be coated with anti-electromagnetic wave chemical agents, so that the natural stone can be coated with anti-electromagnetic wave chemicals. A layer of top surface resistance is formed on the top surface of layer 1 The electromagnetic wave coating 3 is formed on the peripheral surface of the natural stone layer 1 with a peripheral surface anti-electromagnetic wave coating 4 (see Fig. 5), so that the effect of blocking the penetration of electromagnetic waves by the stone sheet is more excellent.

The above descriptions are only some examples of this creation, and are not intended to limit this creation. Those made with slight changes and modifications based on the creative spirit and characteristics of this creation should also be included in the scope of this patent.

To sum up, this creative embodiment can indeed achieve the expected use effect, and the specific technical means disclosed by it have not only never been seen in similar products, but also have not been disclosed before the application, which fully complies with the patent law. According to the regulations and requirements, it is truly grateful to file an application for a new type patent in accordance with the law, and I sincerely request that it be reviewed and granted a patent.

1: natural stone layer

2: aluminum foil layer

Claims (3)

A stone sheet structure for blocking electromagnetic penetration, comprising a natural stone layer and an aluminum foil layer; the aluminum foil layer is combined and fixed on the bottom surface of the natural stone layer. The stone sheet structure for blocking electromagnetic penetration as claimed in claim 1, wherein the top surface of the natural stone layer is coated with a layer of anti-electromagnetic wave chemical agent, so as to form a top surface anti-electromagnetic wave coating accordingly. The stone sheet structure for blocking electromagnetic penetration according to claim 1 or 2, wherein a layer of anti-electromagnetic wave chemical agent is coated on the peripheral surface of the natural stone layer, so as to form an anti-electromagnetic wave coating on the peripheral surface.

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