Control method for bathroom smart window

Abstract

The invention belongs to the technical field of intelligent equipment, and specifically provides a bathroom intelligent window and a control method for the bathroom intelligent window, comprising a main body, a window assembly and a driving mechanism. The main body is provided with a first opening part and a second opening part, and the window Body assembly first glass layer structure, second glass layer structure, first heating layer structure, second heating layer structure, first power layer structure and second power layer structure, bathroom smart window can be based on the carbon dioxide concentration in the bathroom and outdoor temperature, the first glass layer structure, the first heating layer structure and the first power layer structure selectively cover the first opening, and the second glass layer structure, the second heating layer structure and the second power layer structure are selectively caused The layer structure covers the second opening. When the user takes a bath, when the concentration of carbon dioxide in the bathroom exceeds the standard, the smart window can draw fresh air from the outside into the bathroom to reduce the concentration of carbon dioxide in the bathroom and heat the cold air entering the bathroom.

Description

technical field [0001] The invention belongs to the technical field of intelligent equipment, and specifically provides a bathroom intelligent window and a control method for the bathroom intelligent window. Background technique [0002] The carbon dioxide concentration in the outdoor air is generally 350~450ppm, and the suitable indoor carbon dioxide concentration is generally 350~1000ppm. When the windows are closed for a long time, the indoor carbon dioxide concentration will gradually increase, and the indoor carbon dioxide concentration will affect people's health. , Especially when people take a bath, the temperature in the bathroom is relatively high and the space in the bathroom is small. When the concentration of carbon dioxide in the bathroom exceeds the standard, it may make people difficult to breathe, and even cause people to suffocate. [0003] Therefore, there is a need in the art for a bathroom smart window and a control method for the bathroom smart window t...

AI Technical Summary

Problems solved by technology

[0004] In order to solve the above problems in the prior art, that is, to solve the problem that when the carbon dioxide concentration in the bathroom exceeds the standard, it will make it difficult for the user to exhale or even cause the user to suffocate, the present invention provides a bathroom smart window, the bathroom smart window It includes a body, a window assembly and a driving mechanism arranged on the body, the body is provided with an opening, wherein the opening includes a first opening and a second opening, and the window assembly includes a glass layer structure , a heating layer structure and a power layer structure, the glass layer structure includes a first glass layer structure and a second glass layer structure, the heating layer structure includes a first heating layer structure and a second heating layer structure, the power layer structure It includes a first power layer structure and a second power layer structure, and the drive mechanism is respectively connected with the first glass layer structure, the second glass layer structure, the first heating layer structure, and the second heating layer structure , the first power layer structure and the second power layer structure are connected, and the driving mechanism is configured to drive the first glass layer structure, the second glass layer structure, and the first heating layer independently of each other. Layer structure, the second heating layer structure, the first power layer structure and the second power layer structure, the bathroom smart window is set to be able to selectively use the The first glass layer structure, the first heating layer structure and the first power layer structure cover the first opening, and selectively make the second glass layer structure, the second heating layer structure structure and the second power layer structure covering the second opening

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