LED (light emitting diode) high-efficient conversion hollow glass curtain wall and manufacturing method

Abstract

The invention relates to an LED (light emitting diode) high-efficient conversion hollow glass curtain wall and a manufacturing method. The LED high-efficient conversion hollow glass curtain wall forms an LED hollow glass display layer by overlapping a glass or toughened glass layer and an LED lattice glass mold layer, wherein one surface of the LED lattice glass mold layer is embedded with a layer of conductive metal lattice network formed by an LED positive pole and negative pole, or one surface of the LED lattice glass mold layer is provided with a conductive metal lattice network formed by conductive films; an LED chip is positioned on a crossed point of the conductive metal lattice network; the back glass or back toughened glass is adhered at the back of the LED lattice glass mold layer through a hollow aluminum strip, and the area of the back glass or back toughened glass is less than that of the LED lattice glass mold layer, so that periphery parts of the LED lattice glass mold layer are exposed; and an aluminum alloy subframe is formed by a front slot, a hollow cavity and a rear slot.

Description

technical field [0001] The invention relates to an LED performance that not only has the function of hollow glass, but also has LED glass display effect on the hollow glass, has good heat absorption and heat dissipation function, high light conversion efficiency, extremely low thermal expansion coefficient and excellent electrical insulation. The invention relates to a high-efficiency conversion hollow glass curtain wall and a manufacturing method thereof, which belong to the field of LED hollow glass manufacturing. Background technique [0002] CN201125472Y, the name "LED luminous transparent curtain wall", includes a transparent curtain wall brick and a transparent luminous layer, the curtain wall brick is composed of two transparent glass layer panels, and a hollow configuration space is formed between the two panels , the transparent luminescent layer is fixed in the configuration space. Its deficiencies: first, the LED dot matrix glass mold has not been realized; secon...

AI Technical Summary

Problems solved by technology

Its deficiencies: first, the LED dot matrix glass mold has not been realized; second, the heat dissipation problem of the LED chip has not been solved, the light conversion efficiency is low, and the energy consumption is large; the third is that the thermal expansion coefficient of the surface glass has not been solved; the fourth is Butt connection of LED luminous transparent curtain wall is not solved

Its deficiencies: first, the LED dot matrix glass mold has not been realized; second, the heat dissipation problem of the LED chip has not been solved, the light conversion efficiency is low, and the energy consumption is large; the third is that the thermal expansion coefficient of the surface glass has not been solved; the fourth is Butt connection of LED luminous transparent curtain wall is not solved

Its deficiencies: first, the LED dot matrix glass mold has not been realized; second, the heat dissipation problem of the LED chip has not been solved, the light conversion efficiency is low, and the energy consumption is large; the third is that the thermal expansion coefficient of the surface glass has not been solved; the fourth is Butt connection of LED luminous transparent curtain wall is not solved

Images