High-stability luminous data transmission line

Abstract

A high-stability luminous data transmission line comprises a three-core electroluminescent line, a group of data transmission lines and a group of power transmission lines and is sealed by transparent colorful plastics. The high-stability luminous data transmission line is characterized in that each three metallic copper lines are regularly and spirally stranded together, insulating layers are respectively arranged on surfaces of the metallic copper lines, a luminous layer is arranged on the surfaces of each three corresponding metallic copper lines, a transparent conductive layer is arranged on the outer portion of each luminous layer, the outer portion of each transparent conductive layer is connected with two outer electrodes of the corresponding metallic copper wires, and then the outer portion of each transparent conductive layer and the two corresponding outer electrodes are sealed by the corresponding transparent colorful plastics, so that the three-core electroluminescent line structure is formed; a group of bare copper lines sealed by plastics and another group of bare copper wires are jointly sealed by plastics, so that the each power transmission line is formed; and two groups of bare copper lines are respectively sealed by plastics, then a foil strip with a metallic shielding layer is wound on the two groups of bare copper lines sealed by the plastics and another group of bare copper lines jointly to form a combination, and the outer portion of the combination is sealed by plastics, so that each data transmission line is formed. The high-stability data transmission line can be widely applied to fields of luminous electric wires of household appliances, USB (universal serial bus) electric data wires, connecting wires for dynamic advertisings, electronic devices and computers, performance costumes, safety direction indication and the like.

Description

technical field [0001] The invention belongs to the technical field of computer accessories application. Background technique [0002] Data transmission lines are commonly used connecting wires between the computer and external devices, such as mobile phones, printers, recorders, MP3, keyboards, etc., have been widely used. The existing computer data transmission connection line cannot generate light, and its indication function mainly relies on the LED on the external device to realize the display indication function. The disadvantage is that it cannot directly express the data signal being transmitted. [0003] Electroluminescent wire is also called flexible neon wire, cold light, EL wire, etc. It is mainly used in the field of luminescent display lighting. Its shape is similar to that of ordinary telephone wires. It emits light continuously without any heat radiation when working, which is environmentally friendly and energy-saving. Low, with soft, foldable bending, rand...

AI Technical Summary

Problems solved by technology

The existing computer data transmission connection line cannot generate light, and its indication function mainly relies on the LED on the external device to realize the display indication function, and its disadvantage is that it cannot directly express the data signal being transmitted

[0003]Electroluminescent wire is also called flexible neon wire, cold light, EL wire, etc. It is mainly used in the field of luminescent display lighting. Its appearance is similar to that of ordinary telephone wires. When working, it emits light continuously without any heat radiation, is environmentally friendly and energy-saving, and has low power consumption. The luminescent wire is simply combined with other types of wires. Since the electroluminescent wire is a high-frequency and high-voltage working device, it will seriously affect the stability of data transmission.

Existing technologies have fully disclosed its use, such as Chinese patents 201220186709.1, 201110433284.X, 200910039326.4, 200510019714.8 mainly clarifying their circuit connection and basic structure, and their actual use has serious interference and poor stability

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