CN105275166B - A composite material luminous wall - Google Patents

Abstract

The invention provides a composite material luminous wall, which comprises a frame and a luminous unit, wherein the luminous unit is assembled on the frame, a whole-body optical fiber and a bamboo filament are arranged in the luminous unit, and the luminous wall also comprises a luminous source of the luminous unit; the luminous unit is a luminous wall brick, the luminous wall brick comprises a glass substrate, resin is poured on the glass substrate, through-body optical fibers and bamboo filaments with preset shapes are arranged in the resin, and the through-body optical fibers extend out of the resin and are connected with the luminous source. According to the invention, the wall brick and the lamp are combined to form the lamp brick for the novel building material, and the epoxy resin has good physical and chemical properties, good dielectric properties, small shrinkage at set, good dimensional stability, high hardness, light permeability and easy combination with materials such as bamboo fiber and the like.

Description

A composite material luminous wall

Technical field

The present invention relates to wall tiles and wall bodies.

Background technique

With the continuous development of economic construction and social progress, people have higher and higher requirements for building materials. In addition to the requirements that the manufacturing materials of the building materials themselves are non-toxic, environmentally friendly and harmless to the human body, people also consider the decorative and practical properties of the building materials. an important factor. There are already many choices of building materials, but the promotion and application of luminous decorative building materials are rare in the industry.

Contents of the invention

The technical problem to be solved by the present invention is to provide a composite material luminous wall, which can be used as a new type of building material to form a luminous effect from the wall, which can not only meet the requirements of environmental protection and durability of building materials, but also create a completely different decoration. Effect.

The technical solution adopted by the present invention to solve the technical problem is: a composite material luminous wall, which includes a frame and a luminous unit. The luminous unit is assembled on the frame. The luminous unit is provided with whole-body optical fibers and bamboo filaments. The light-emitting wall also includes a light-emitting source of the light-emitting unit; the light-emitting unit is a light-emitting wall tile, and the light-emitting wall tile includes a glass substrate. Resin is poured on the glass substrate, and a preset shape is provided in the resin. The whole-body optical fiber and the bamboo filament are made of a whole-body optical fiber, and the whole-body optical fiber extends out of the resin and is connected to the light source.

While adopting the above technical solutions, the present invention can also adopt or combine the following further technical solutions:

The diameter of the whole-body optical fiber is 1.5mm, and the diameter of the bamboo filament is 0.5mm.

The frame includes steel pipes and steel sheets arranged perpendicularly to each other. The steel pipes are arranged at the bottom of the luminous wall tiles. The steel sheets are arranged on one side of the luminous wall tiles. The steel sheets are arranged in pairs. The steel sheets arranged in pairs are welded and connected to the steel pipe.

There is a spacing between the paired steel sheets that matches the thickness of the luminous wall tiles, the steel pipe is a hollow steel pipe, and the size of the hollow steel pipe matches the thickness of the luminous wall tiles.

The luminous source includes an EL lamp strip, which is arranged on one side of the luminous wall tile. A soft light plate is provided between the EL lamp strip and the luminous wall tile. The EL lamp strip and the luminous wall tile are The soft light board is provided with wiring openings for the whole-body optical fiber and the bamboo filament to pass through. The number and position of the wiring openings on the EL lamp strip and the soft light board are the same.

The EL lamp strip, the soft light plate and the steel sheets arranged in pairs form a tetrahedron. The wires of the EL lamp strip are arranged in the cavity of the tetrahedron. The cavity of the tetrahedron is in contact with the steel pipe. Internally connected to form a wiring channel.

The light source includes a light source for supplying power to the energized optical fiber, and the light source and its wires are arranged in the cavity of the tetrahedron.

The whole-body optical fiber and the bamboo filament cooperate to form a specific pattern or shape.

The beneficial effects of the present invention are: the present invention combines wall tiles with lamps to make them become emerging building material lamp tiles. After testing, the epoxy resin has good physical and chemical properties, good dielectric properties, small set shrinkage, and the products It has good dimensional stability, high hardness, can transmit light, and is easy to combine with materials such as bamboo fiber and optical fiber. The overall size of this luminous wall tile is the same as that of ceramic tiles on the market, making it easy to assemble and assemble. The present invention takes the form of wall tiles for light guide lighting and gives it a new aspect, making it a new type of luminous decorative building material - luminous wall tiles. The overall size of the wall tiles is consistent with most wall tiles and ceramic tiles on the market, making it easy to match. The circuit wires are hidden in the matching assembly structure, which is beautiful and elegant. Coupled with the tension and full shape of the bamboo silk itself, it has a styling temperament that is not cumbersome. The application of night light guide lighting technology allows it to be used as a night light at night, achieving a combination of form and function. Because the external shape of the present invention uses resin, a fluid raw material, it can be ground and polished and has extremely strong plasticity. The size of the present invention is consistent with most wall tiles and ceramic tiles on the market, making it easy to install and match. All its circuits are hidden in the hollow cross square tube composite frame, which is beautiful and elegant. Together with the bamboo silk itself, it has a tense and full shape, making it unique The unconventional styling and the use of nighttime light guide lighting technology allow it to be used as a night light at night, achieving a perfect combination of form and function.

Description of the drawings

Figure 1 is a schematic structural diagram of the luminous wall tile of the present invention.

Figure 2 is a schematic structural diagram of the frame of the present invention.

Figure 3 is an exploded view of the overall structure of the present invention.

Figure 4 is a schematic diagram of the effect of the luminous wall of the present invention.

Detailed ways

Refer to attached drawing.

A composite material luminous wall of the present invention includes a frame 100 and a luminous unit 200. The luminous unit 200 is assembled on the frame 100 to form an integral luminous wall, as shown in Figure 4.

The light-emitting unit 100 is provided with a whole-body optical fiber 3 and a bamboo filament 2. The light-emitting unit 100 is a luminous wall tile. The luminous wall tile includes a glass substrate 4. The glass substrate 4 is poured with a resin 1. The resin 1 is provided with a preset shape of the whole body. The optical fiber 3 and the bamboo silk 2, and the full-body optical fiber 3 and the bamboo silk 3 cooperate to form a specific pattern or shape.

In this embodiment, the luminous wall tiles are pre-laid with a 1.5mm diameter full-body optical fiber 3 and a 0.5mm diameter bamboo filament 2 on a 290mm×290mm×5mm glass substrate 4, and then the full-body optical fiber 3 and bamboo filaments have been laid. The resin 1 is poured on the glass substrate 4 of 2, and after solidification, it becomes a luminous wall tile. The whole-body optical fiber 3 extends out of the resin 1 and is connected to the light source.

The diameter of the whole-body optical fiber 3 is 1.5mm, and the diameter of the bamboo filament 2 is 0.5mm.

The frame 100 includes a steel pipe 10 and a steel sheet 5 arranged perpendicularly to each other. The steel pipe 10 is arranged at the bottom of the luminous wall tile. The steel sheet 5 is arranged on one side of the luminous wall tile. The steel sheets 5 are arranged in pairs. The steel sheets 5 are arranged in pairs. Welded connection with steel pipe 10. The steel sheets 5 arranged in pairs have a spacing suitable for the thickness of the luminous wall tiles. The steel pipe 10 is a hollow steel pipe, and the size of the hollow steel pipe 10 is suitable for the thickness of the luminous wall tiles.

The luminous wall also includes a luminous source of the luminous unit 200. The luminous source includes an EL lamp strip 6. The EL lamp strip 6 is arranged on one side of the luminous wall brick. A soft light panel 7 is provided between the EL lamp strip 6 and the luminous wall brick. The EL lamp The strip 6 and the soft light plate 7 are both provided with wiring openings 8 for the whole-body optical fiber 3 and the bamboo filament 2 to pass through. The number and position of the wiring openings 8 on the EL lamp strip 6 and the soft light plate 7 are the same.

The EL lamp strip 6, the soft light plate 7 and the paired steel sheets 5 form a tetrahedron. The wires of the EL lamp strip 6 are arranged in the cavity of the tetrahedron. The cavity of the tetrahedron is internally connected with the steel pipe 10 to form a wiring channel. .

The light source also includes a light source 9 for supplying power to the energized optical fiber 3. The light source 9 and its wires are both arranged in the tetrahedral cavity.

The frame 100 is welded by two steel sheets 5 with a length of 600 mm, a width of 20 mm, and a thickness of 1 mm and two hollow square steel pipes 10 with a length of 290 mm, a side length of 20 mm, and a thickness of 1 mm. The above two steel sheets 5 are longitudinally located at the front and rear of the middle part of the assembly structure, and the two square steel pipes 10 are welded transversely to the middle parts of the two steel sheets 5 respectively. The light source consists of two parts. One part is composed of an acrylic soft light plate 7 and an EL light strip 6 that are adhered to each other and then have three full-body optical fiber wiring openings 8. This part needs to be placed between the two steel sheets 5 mentioned above. Form a tetrahedron. The wires of the EL lamp strip 6 are arranged in the tetrahedral cavity, and the other part is the through-body optical fiber light source 9, the wires of which are also arranged in the above-mentioned tetrahedral cavity.

During assembly, the frame structure is first fixed on the wall, and then the luminous wall tiles are embedded in the frame structure, so that the whole-body optical fiber light source is connected to the extended whole-body optical fiber 3 and is arranged in the cavity of the tetrahedral structure. After the assembly is completed, the wall tiles are placed close to the acrylic diffuser 7 and the frame structure, and cement is applied on the back of the wall tiles and fixed on the wall. After connecting the circuit, the wall tiles can glow.

Claims (4)

1. A composite material luminous wall, characterized by: including a frame and a luminous unit, the luminous unit is assembled on the frame, the luminous unit is provided with a full-body optical fiber and bamboo filaments, the luminous wall also includes The light-emitting source of the light-emitting unit; the light-emitting unit is a light-emitting wall tile. The light-emitting wall tile includes a glass substrate. Resin is poured on the glass substrate. The resin is provided with a preset shape of the whole-body optical fiber and bamboo. Silk, the whole-body optical fiber extends out of the resin and is connected to the light source; The frame includes steel pipes and steel sheets arranged perpendicularly to each other. The steel pipes are arranged at the bottom of the luminous wall tiles. The steel sheets are arranged on one side of the luminous wall tiles. The steel sheets are arranged in pairs. The steel sheets arranged in pairs are welded and connected to the steel pipe; There is a spacing between the paired steel sheets that matches the thickness of the luminous wall tiles, the steel pipe is a hollow steel pipe, and the size of the hollow steel pipe matches the thickness of the luminous wall tiles; The luminous source includes an EL lamp strip, which is arranged on one side of the luminous wall tile. A soft light plate is provided between the EL lamp strip and the luminous wall tile. The EL lamp strip and the luminous wall tile are The soft light board is provided with wiring openings for the whole-body optical fiber and the bamboo filament to pass through, and the number and position of the wiring openings on the EL lamp strip and the soft light board are the same; The EL lamp strip, the soft light plate and the steel sheets arranged in pairs form a tetrahedron. The wires of the EL lamp strip are arranged in the cavity of the tetrahedron. The cavity of the tetrahedron is in contact with the steel pipe. Internally connected to form a wiring channel. 2. A composite material luminous wall according to claim 1, characterized in that: the diameter of the whole-body optical fiber is 1.5mm, and the diameter of the bamboo filament is 0.5mm. 3. A composite material luminous wall according to claim 1, characterized in that: the luminous source includes a light source for supplying power to the energized optical fiber, and the light source and its wires are arranged with the within the cavity of the tetrahedron. 4. A composite material luminous wall according to claim 1, characterized in that the whole-body optical fiber and the bamboo silk cooperate to form a specific pattern or shape.