The utility model relates to a simulated
moonlight matrix device. A plurality of
moonlight devices are spliced to form the simulated
moonlight matrix device. A plurality of transparent hoisting
mooring ropes are arranged at the two ends of any moon device; a stainless
steel frame is wound on any moon device in the preset direction in the longitudinal direction; an
LED lamp strip is clamped between the stainless
steel frame and the moon device; an LED controller is connected to the
LED lamp strip; the LED controller controls the
LED lamp strip to emit light, so that the moon device can simulate the color of moonlight; the LED lamp strip is composed of multiple
layers of transparent or semitransparent materials, and the dynamic light and
shadow effect of the LED lamp strip is combined, so that a lamplight scene rich in
rhythm feeling is formed. The device is based on a parameterization
design technology, and the angle and the distance of each layer of light plates are accurately controlled, so that the soft and well-arranged lighting effect is generated. Meanwhile, through a DMX512 controller or an intelligent lamp
control system, interaction and dynamic change of lamplight are achieved, and different scene requirements are met.