Intelligent LED light distribution system based on internet of things

Abstract

An intelligent LED light distribution system based on the internet of things comprises an LED lamp system used for illumination and internet of things control equipment capable of remotely controlling the LED lamp system to work. The intelligent LED light distribution system based on the internet of things is characterized in that the LED lamp system comprises an illumination module formed by at least two kinds of LED lamps capable of emitting light beams of different angles and a drive circuit capable of independently controlling each kind of LED lamp to work, and the drive circuit is electrically connected with a network communication module to have access to the internet of things. The internet of things control equipment comprises a server and a wireless router, wherein the server and the wireless router access to the internet of things, a user can operate a user control terminal or a user wireless controller to remotely control the LED lamps with the light beams of different angles in the LED lamp system to work, and the purpose that one lamp can emit light beams of multiple different angles is achieved. The intelligent LED light distribution system based on the internet of things has the advantages that the light emitting angles of the lamp can be changed and controlled through remote control of the internet of things.

Description

technical field [0001] The invention relates to the technical field of LED lighting control, in particular to an intelligent LED light distribution system based on the Internet of Things. Background technique [0002] The so-called LED lamps, as the name suggests, refer to lamps that use LED (Light-emitting Diode, light-emitting diode) technology as the main light source. LED is a solid-state semiconductor component, which uses current to flow forward to the semiconductor P-N coupling, and then the negatively charged electrons and positively charged charge carriers separated in the semiconductor are combined with each other to generate photon emission. Different types of LEDs can emit light of different wavelengths from infrared to blue, and from violet to ultraviolet. A new development in recent years is to coat blue LEDs with phosphor powder to convert blue LEDs into white LED products. This operation generally needs to be equipped with a driving circuit (LED Driver) or ...

AI Technical Summary

Problems solved by technology

However, the current LED lights still have the following disadvantages: 1) The control method is single, and the user can only control it through the switch device, which is difficult to meet the increasingly popular intelligent requirements of living facilities.

2) Although there are many types of LED lamps on the market, some focus LED lights through reflectors, and also use lenses to focus LED lights, but they are basically fixed angles

This kind of fixed-angle lamps emits a fixed beam angle. In some cases, when the beam to be irradiated needs to be changed, these lamps cannot meet the requirements, and the user can only replace the lamp or replace the lamp. Reflectors or lenses, which bring great inconvenience to users and waste resources

Because of the above defects, the current LEDs are only used in ordinary lighting places, and some high-end products that need to adjust brightness, color temperature, beam angle and other parameters, such as film and television lights, cannot meet their use requirements, so it is difficult to apply

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