Small-spacing LED display screen adopting anti-static transparent semiconductor pulse xenon lamp pin

Abstract

The invention discloses a small-spacing LED display screen adopting an anti-static transparent semiconductor pulse xenon lamp pin. The structure comprises a xenon inner sealing frame base, an inner welding frame, screw barrels, arc plate reinforcing ribs, a shell frame, hook lugs and a parallel serial-port slot. The xenon inner sealing frame base is matched with the parallel serial-port slot, through electrification of the parallel serial-port slot, semiconductor LED lamp wicks of inner rotation lamp holders are lighted, left and right xenon lamp bodies are then connected, each contacted pin folding board is covered by utilizing the inert gas, namely, xenon, so that a full air layer is formed, then the winding of dust is prevented, meanwhile, inner lamp filaments surround ball-end electricarc tubes in an insulation manner, so that the anti-static effect is formed, a rotating frame groove support base is formed at the bottom end of each top square cover, the gapless attaching of the gaps of the LED lamps is realized, in addition, each bearing block pulls a corresponding groove block to perform rotating sliding, so that the mode arranging effect is formed, then the protection aroundthe pin is improved, moreover, through the transmission of the xenon medium, the extension and external radiation of a light source are promoted for a long term, thus the electrostatic interference rate of the small-spacing LED display screen is low, and the screen protecting property is strong.

Description

technical field [0001] The invention relates to an antistatic small-pitch LED display screen for pins of a transparent semiconductor pulse xenon lamp, which belongs to the field of LED display screens. Background technique [0002] The small-pitch LED display screen is a device that improves the screen resolution. This device uses dense LED light point-by-point correction technology to realize the state control of the brightness, color reduction and uniformity of the display pixel unit, and achieve the brightness of the naked eye. The color effect, and the LED light gap is reduced, the light gap is tightly fitted, and the imaging optimization rate is more perfect. The shortcomings of the current technology that need to be optimized are: [0003] The semiconductor LED lamp tube will have a small amount of static electricity when the bottom pin patch is contacted by friction and displacement, and the amount of static electricity will increase when it contacts external dust ele...

AI Technical Summary

Problems solved by technology

[0004] Aiming at the deficiencies in the prior art, the purpose of the present invention is to provide an anti-static small-pitch LED display screen for transparent semiconductor pulse xenon lamp pins, so as to solve the problem of semiconductor LED lamp tubes having contact friction and displacement when the bottom pins are patched. The generation of small static electricity will increase the amount of static electricity when exposed to external dust and electrons, and the display screen with small LED spacing is not enough. After the static electricity makes a single LED power off, it will cause regional joint reactions, and the screen will easily appear in a small area. Or when the lights are off, it is very difficult to eliminate static electricity in the case of dense pin gaps, so the LED small-pitch display is efficient and accurate, but unless the fault is easy to cause the loss of electronic components in a range, the replacement cost is high, and there are processing operations Intensive precision, bothering the construction workers and disturbing the normal state of the LED light intensity problem

Images