Robot based smart home lighting and sun-shading system

Abstract

The invention discloses a robot based smart home lighting and sun-shading system. The robot based smart home lighting and sun-shading system comprises a lighting and sun-shading system, a power supplysystem, a wireless control system, a photosensitive system, a illumination control system and an intelligent voice system; the power supply system is a storage lithium battery, and is connected to the wireless control system, the photosensitive system, and the intelligent voice system; the wireless control system is connected to the photosensitive system, the illumination control system and the intelligent voice system, and is used for regulating and controlling the illumination control system and the intelligent voice system through the data of the photosensitive system; the photosensitive system is used to sense the light intensity and the ultraviolet index and convert the light energy into an electrical signal; the illumination control system is used to adjust the indoor light intensity; and the intelligent voice system is used to interact with the user. The robot based smart home lighting and sun-shading system is reasonable in structure, is easy to use, is intelligent and safe, can automatically monitor the environment and carry out lighting and sun-shading, and has high practical value.

Description

technical field [0001] The invention relates to a daylighting and sunshading system for a smart home based on a robot, and belongs to the technical field of daylighting and sunshading systems. Background technique [0002] Natural lighting is usually the use of indoor natural light, which is called "lighting". For a desirable house, lighting conditions are very important. A house with good lighting can save energy, make people feel comfortable, and facilitate the layout of various functions inside the house. Otherwise, they will live in darkness for a long time and rely on artificial lighting, which is very harmful to people's physical and mental health. [0003] In the prior art, daylighting and shading measures such as curtains or glass curtain walls are often used. The use of curtains needs to be controlled manually, and when the glass curtain wall is used, the entire indoor lighting part is often shaded. Even in the daytime, the interior is relatively dark, requiring l...

AI Technical Summary

Problems solved by technology

[0003] In the prior art, daylighting and shading measures such as curtains or glass curtain walls are often used. The use of curtains needs to be controlled manually, and when the glass curtain wall is used, the entire indoor lighting part is often shaded. Even in the daytime, the interior is relatively dark, requiring lighting and increasing electricity consumption, which is not conducive to energy saving, and the existing lighting and shading is not intelligent

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