Internet of Things intelligent window capable of automatically adjusting luminous flux

Abstract

The invention discloses an Internet of Things intelligent window capable of automatically adjusting luminous flux and relates to the technical field of intelligent windows. The intelligent window comprises an intelligent window body, a gateway, a background server system and a handheld control terminal. The intelligent window body comprises a metal frame, a glass window body is arranged in an inner cavity of the metal frame, and the glass window body comprises two transparent glass layers arranged in parallel; edges of the transparent glass layers are fixedly connected with an inner side wall of a metal frame, an electrochromic material layer is arranged between the two transparent glass layers, and two side faces of the electrochromic material layer are connected with the two transparent glass layers in an attached mode respectively. According to the intelligent window, centralized management and unified control of a plurality of areas are realized through the background server system, adjustment and control can be respectively carried out on a single area, a remote real-time control function can be realized through accessing the Internet, and front-end data display and corresponding remote real-time control functions can be realized in places with network or telecom operator signals.

Description

technical field [0001] The invention relates to the technical field of smart windows, in particular to an Internet of Things smart window that automatically adjusts luminous flux. Background technique [0002] Modern buildings widely use large-area glass curtain walls to improve the beauty of buildings, but at the same time, the indoor air-conditioning load is constantly increasing. Therefore, sunshade has become an indispensable part. At present, manual or electric operation curtains are mainly used. Sunshade louvers and other methods are implemented, but there are problems such as the inability to continuously adjust the light intensity linearly, and adding curtains and sunshade louvers to affect the appearance. [0003] Existing smart windows cannot automatically adjust the pass rate of outdoor sunlight on the glass, and users cannot choose and dynamically adjust the light and heat passing through the window, resulting in poor user comfort and unable to effectively reduce...

AI Technical Summary

Problems solved by technology

[0002] Modern buildings widely use large-area glass curtain walls to improve the beauty of buildings, but at the same time, the indoor air-conditioning load is constantly increasing. Therefore, sunshade has become an indispensable part. At present, manual or electric operation curtains are mainly used. Sunshade louvers and other methods are implemented, but there are problems such as the inability to continuously adjust the light intensity linearly, adding curtains and sunshade louvers to affect the appearance

[0003] Existing smart windows cannot automatically adjust the pass rate of outdoor sunlight on the glass, and users cannot choose and dynamically adjust the light and heat passing through the window, resulting in poor user comfort and unable to effectively reduce cooling, etc. The energy consumption of the air-conditioning system cannot save energy to the greatest extent, and it is not connected to the Internet of Things, so it cannot realize the remote real-time control function, nor can it connect to the smart home system, lighting, air-conditioning fresh air and audio-visual to form a scene mode for unified control

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