Research And Implementation Of Light Strip Wireless Control System

Not only widely be used in outlining the current iconic building pavilionbuildings， bridges， parks， squares and other contour lighting engineering， lightstrips also become one important reference data which can catch customers focus ofindustrial designing. Because of its high brightness， good flexibility， plasticity，colorful diverse， the light strips are the first choice of personal DIY homedecoration， shop window， signal resolution and sign of path direction. Now days，wireless control is more and more popular. The traditional wired control methods can’tmeet customer needs anymore so the design of the wireless lights comes out.Through this project we want to complete the system by Arduino and achieve thewireless control of light strip with hardware. System should fix the following issues:(1) Remote light module control: The operator can control all modes and colorcontrol with wireless device. When lights need to add mode， wireless devices can beeasily programmed signal communications and identify and control this mode. How totransfer IR signal to command which program can recognize become the problem whichI need to conquer.(2) Selection and confirmation: Without corresponding panel， the operator isinevitably difficult to confirm which mode the next set. In this way， we will need to beprogrammed with lights. The operator can directly see the ongoing bring to light whatstep， to select the mode you can specify how to operate and so on. Make the lightchange to instruct operator which problem he is or will play.(3) The process of operation: Since the target system is a function on the device，you must demonstrate the device characteristics. The program must be taken intoaccount the operation of the process equipment.This system including color control module， marquee module， percentagemodule， signal control module， signal receive module， brightness control moduleand PLC extend function module. By the testing， the system is affirmed that it canwork normally.