Energy-saving indoor shading system

Abstract

The invention discloses an energy-saving indoor shading system and relates to the technical field of indoor shading. The energy-saving indoor shading system comprises a processor, a curtain retractingand extending driving device, a setting module, a touch control display screen, a communication module, an energy storage device, a storage device, an indoor light sensor, a mobile phone terminal, asolar panel and a charging socket, wherein the curtain retracting and extending driving device, the setting module, the touch control display screen, the communication module, the energy storage device, the storage device and the indoor light sensor are all electrically connected with the processor, the communication module is in data connection with the mobile phone terminal, and the solar paneland the charging socket are both electrically connected with the energy storage device. By adopting the technical scheme, the energy-saving indoor shading system has the beneficial effects that the simple is simple, the use value is high, the shading time can be set, automatic shading can be realized within the set time, automatic shading can be realized according to the indoor light intensity, indoor light can irradiate reasonably, the using needs can be met, the energy saving function and the remote control function are realized, and the energy-saving indoor shading system is excellent in performance and high in generalization in the field of peers.

Description

technical field [0001] The invention relates to the technical field of indoor shading, in particular to an energy-saving indoor shading system. Background technique [0002] Light pollution in a broad sense includes some things that may have adverse effects on people's visual environment and physical health, including the common book paper in life, the reflection of wall paint, and even the "light" of roadside colorful advertisements. This shows the breadth of the scope involved. In daily life, the common light pollution conditions of people are mostly the dizziness of pedestrians and drivers caused by the reflection of mirrored buildings, and the discomfort caused by unreasonable lights at night. [0003] At present, the shading systems used for indoors on the market are often complex in structure and low in use value. They cannot set the shading time, cannot automatically shading within the set time, and cannot automatically shading according to the indoor light intensity...

AI Technical Summary

Problems solved by technology

[0003] At present, the shading systems used for indoors on the market are often complex in structure and low in use value. They cannot set the shading time, cannot automatically shading within the set time, and cannot automatically shading according to the indoor light intensity. It meets the needs of use, does not have energy-saving functions and remote control functions, and has low performance and poor promotion in the field of peers

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