Full-color light-emitting diode (LED) nightscape lamp control system for landscape illumination

Abstract

The invention discloses a full-color light-emitting diode (LED) nightscape lamp control system for landscape illumination. The system comprises a microcontroller and a full-color LED nightscape lamp, wherein an input end of the microcontroller is connected with a sensor module, a control panel, a power module and a communication module; an input end of the communication module is connected with an application (APP) of a mobile phone; an output end of the microcontroller is connected with an LED brightness regulation driving module, an LED color adjustment driving module and an LED scene adjustment driving module; an output end of the LED brightness regulation driving module, an output end of the LED color adjustment driving module and an output end of the LED scene adjustment driving module are all connected with the full-color LED nightscape lamp. The full-color LED nightscape lamp control system is provided with a sensor, thus being beneficial to improvement of intelligent control level of the system; the full-color LED nightscape lamp control system is provided with a touch panel, so that manual control is facilitated; the full-color LED nightscape lamp control system is provided with the LED brightness regulation driving module, the LED color adjustment driving module and the LED scene adjustment driving module, thus being helpful for increasing the controlled factors of the full-color LED nightscape lamp and meeting the various requirements of users for the nightscape lamp.

Description

technical field [0001] The invention belongs to the technical field of lighting, in particular to a full-color LED night scene lamp control system for landscape lighting. Background technique [0002] Landscape lighting refers to outdoor lighting projects that not only have lighting functions, but also have the functions of artistic decoration and beautification of the environment. Landscape lighting usually covers a wide range and many categories, requiring overall planning thinking, and at the same time taking into account the key nodes, such as individual key lighting such as small scenes and buildings. Therefore, lighting methods are diverse and the choice of illuminator is also complicated. The overall ability requirements are higher. The control method of the traditional landscape lighting control system is relatively mechanical and the degree of automation is low. Especially at night when there are few people, the brightness cannot be automatically lowered or turned ...

AI Technical Summary

Problems solved by technology

Landscape lighting usually covers a wide range and many categories, requiring overall planning thinking, and at the same time taking into account the key nodes, such as individual key lighting such as small scenes and buildings. The overall ability requirements are higher

The control method of the traditional landscape lighting control system is relatively mechanical and the degree of automation is low. Especially at night when there are few people, the brightness cannot be automatically lowered or turned off, and it lacks humanized design.

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