High-efficiency LED performance conversion display glass screen and manufacturing method

Abstract

The invention relates to an efficient LED efficiency conversion display glass screen and a production method thereof. The efficient LED efficiency conversion display glass screen is capable of absorbing and dissipating heat, has low thermal expansion coefficient and excellent electrical insulation and is high in light conversion efficiency. The LED efficiency conversion display glass screen comprises an LED display glass screen and is formed by stacking a quartz glass layer and an LED dot-matrix glass module layer. Module-base glass in the LED dot-matrix glass module layer is heat-absorbing glass; a conducting metal dot-matrix mesh composed of LED anodes and cathodes is embedded on one side of the heat-absorbing layer, or a conducting metal dot-matrix mesh composed of a conducting film is disposed on one side of the heat-absorbing glass; and LED chips are located at interconnections of the conducting metal dot-matrix mesh. The efficient LED efficiency conversion display glass screen has the advantages that production of the LED dot-matrix glass modules is realized; the heat dissipation problem of the LED chips is solved and energy consumption is lowered; the problem of large thermal expansion coefficient of surface glass is solved, thermal stability is fine, high-temperature dielectric insulation is provided, no dielectric loss occurs, and acid resistance, alkali resistance, alkali resistance and definition are high; and the efficient LED efficiency conversion display glass screen is simple in structure and low in production cost.

Description

technical field [0001] The invention relates to an LED efficiency conversion display glass screen with heat absorption and heat dissipation function, extremely low thermal expansion coefficient, excellent electrical insulation, and high light conversion efficiency and a manufacturing method thereof, belonging to the field of LED glass display screen manufacturing. Background technique [0002] CN202125923U, name "LED light-emitting glass", it includes coated glass and flat glass, a glued layer is arranged between the coated glass and flat glass, a layer of conductive film is arranged on the upper surface of the coated glass, and several LEDs are arranged on the conductive film As for the light-emitting diode, the lower surface of the coated glass is provided with a layer of high reflection film. 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 efficienc...

AI Technical Summary

Problems solved by technology

Its deficiencies: first, the LED dot matrix glass mold is not realized; second, the heat dissipation problem of the LED chip is not 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 is not solved; the fourth is The functionality of the display cannot be reproduced

Its deficiencies: first, the LED dot matrix glass mold is not realized; second, the heat dissipation problem of the LED chip is not 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 is not solved; the fourth is The functionality of the display cannot be reproduced

Its deficiencies: first, the LED dot matrix glass mold is not realized; second, the heat dissipation problem of the LED chip is not 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 is not solved; the fourth is The functionality of the display cannot be reproduced

Its shortcomings: first, it did not realize the LED dot matrix glass mold; second, it did not solve the heat dissipation problem of the LED chip, the light conversion efficiency was low, and the energy consumption was large; third, it did not solve the problem of the large thermal expansion coefficient of the surface glass

Its deficiencies: first, the LED dot matrix glass mold is not realized; second, the heat dissipation problem of the LED chip is not 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 is not solved; the fourth is Complex structure and high production cost

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