Novel intelligent skylight system for environment prediction

Abstract

The invention provides a novel intelligent skylight system for environment prediction. The novel intelligent skylight system comprises a window frame, a window sash installed on the window frame, a driving device for driving the window sash to rotatably open and close, open and close in a translating mode or open and close in a folding and unfolding mode, a control system for controlling startingand stopping of the driving device and an environment prediction system, wherein the environment prediction system monitors real-time weather, calculates a real-time weather index and predicts the weather index; and when weather is changed or is about to change, different skylight control commands are sent according to the weather changes, after the skylight control commands are received, the control system controls the driving device connected with the control system to drive the window sash of a skylight to rotate, translate, fold and unfold. The novel intelligent skylight system has the beneficial effects that through data collection and data processing of the surrounding environment of the skylight, the environment for a period of time in the future is reasonably predicted, and the skylight is opened and closed in advance according to the predicted weather index, so that manpower waste is reduced, and loss of life and property is reduced.

Description

Technical field [0001] The invention relates to the field of architecture, in particular to a new type of intelligent skylight system for environmental prediction. Background technique [0002] In daily life, skylights are an important part of buildings, vehicles, etc. that have the functions of broadening vision and air circulation, but most skylights need to be artificially opened and closed according to changes in weather and environment. However, there is a sudden rise or fall of temperature, humidity, haze index, etc., and the behavior of opening and closing windows in advance cannot be carried out in time when extreme weather such as rainstorms and storms occurs. Therefore, an automatic monitoring of the surrounding environment of the skylight is required. The technology that predicts the situation and automatically makes the behavior of opening and closing windows. Summary of the invention [0003] In view of the above problems, the present invention aims to provide a new ...

AI Technical Summary

Problems solved by technology

[0002] In daily life, the skylight is an important part of buildings and vehicles, which has the functions of widening the view and air circulation, but most skylights need to be opened and closed artificially according to changes in the weather and environment. However, there is a sudden rise or fall in temperature, humidity, smog index, etc., and extreme weather such as heavy rain and wind cannot be opened and closed in time in advance. Therefore, a method that can automatically monitor the surrounding environment of the skylight is needed. The technology that predicts the situation and then automatically makes the behavior of opening and closing windows

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