luminous glass structure

Abstract

The invention discloses a luminescent glass structure, and aims to provide luminescent glass capable of flexibly adjusting the position of a lamp tube. The technical scheme of the structure is characterized by comprising a first outer interlayer and a second outer interlayer, wherein a first hollow layer, an inner interlayer and a second hollow layer are sequentially arranged between the first outer interlayer and the second outer interlayer; the first outer interlayer, the first hollow layer, the inner interlayer, the second hollow layer and the second outer interlayer form a three-layer structure together; a connecting mechanism is arranged inside the first hollow layer; a first adjusting mechanism is arranged inside the first hollow layer; a second adjusting mechanism is arranged insidethe second hollow layer; the surfaces of the first hollow layer, the inner interlayer and the second hollow layer are engraved with a conductive adhesive; LED lamp tubes fixed inside the first hollowlayer are arranged on the surface of the conductive adhesive; the interior of the first hollow layer is positioned on both sides of the LED lamp tubes, and lamp tube interlayers are fixedly connectedto the interior of the first hollow layer; a connecting mechanism is arranged at the position, positioned at the lamp tube interlayers, inside the first hollow layer; and the connecting mechanism realizes fixed connection between the lamp tube interlayers.

Description

technical field [0001] The invention relates to the field of luminescent glass, in particular to a luminescent glass structure. Background technique [0002] LED glass is a high-tech product that embeds LED light sources into glass to form various styles and patterns. It has excellent brightness and energy-saving features. LED glass technology can make lines invisible on the surface of the glass. It is suitable for all kinds of flat and curved glass to meet various design and application needs of customers. LED glass can block 99% of ultraviolet rays and more than 40% of infrared rays. It has a partial sound insulation function and is also a safety glass. [0003] A method for producing luminescent glass, comprising the steps of: adsorbing at least one metal component selected from the group consisting of IIIA, IVA, VA, VIA, VIIA, VIII, IB, IIB and IVB group elements of the periodic table onto a porous High silica glass; the porous glass is then heated in a reducing atmosp...

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Problems solved by technology

[0005] Although this kind of hollow luminous glass can greatly improve the indoor heat insulation effect of hollow luminous glass, but: this kind of luminous glass is the same as conventional luminous glass, and it is a one-time design. When the luminous glass is designed and installed according to requirements and specifications , it is impossible to replace the internal structure of the installation glass. The LED lamp tube and lamp circuit embedded in the luminous glass are parts that cannot be changed later in the design. However, the luminous glass has a wide range of applications. When some stores use luminous glass The typesetting inside the luminous glass needs to be replaced frequently. If you use this structure of luminous glass, you need to customize different luminous glass frequently. The cost of the store cannot be controlled, and a lot of economic costs need to be invested

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