Kitchen smart window and control method for kitchen smart window

Abstract

The invention belongs to the technical field of intelligent equipment, and specifically provides a kitchen smart window and a control method for the kitchen smart window, comprising a body, a window assembly and a driving mechanism. The assembly includes a first glass layer structure, a second glass layer structure, at least two layers of a first filter layer structure, at least two layers of a second filter layer structure, a first power layer structure and a second power layer structure, and the driving mechanisms can be independent of each other By driving each layer structure of the window assembly, the smart kitchen window can selectively make the first glass layer structure, at least two layers of the first filter layer structure and the first power layer according to the state of the kitchen stove and the concentration of outdoor particulate pollutants. The structure covers the first opening, and the second glass layer structure, the at least two second filter layer structure and the second power layer structure selectively cover the second opening. Kitchen smart windows remove heat and harmful gases from the kitchen and prevent particulate pollutants from entering the kitchen.

Description

technical field [0001] The invention belongs to the technical field of intelligent equipment, and in particular provides a kitchen smart window and a control method for the kitchen smart window. Background technique [0002] When cooking in the kitchen, a lot of heat will be generated, so that the temperature in the kitchen will rise sharply, making people feel very uncomfortable, and sometimes harmful gases will be generated. Taking the gas stove as an example, the normal combustion of the gas stove The state is pure blue flame, but in daily life, it is often found that when the gas stove is working, the flame is yellow, red and other abnormal phenomena. The yellow flame is caused by incomplete premixing of gas and air, resulting in insufficient combustion. The flame will produce a large amount of harmful gases such as carbon dioxide, sulfur dioxide, nitrogen dioxide, carbon monoxide, etc. These harmful gases are extremely easy to be emitted into the indoor air and then abs...

AI Technical Summary

Problems solved by technology

[0004] In order to solve the above-mentioned problems in the prior art, that is, in order to solve the problem that when cooking in the kitchen, the temperature rise in the kitchen will make people feel uncomfortable, and a large amount of harmful gas may be produced, which will seriously endanger the health of users. The invention provides a kitchen smart window, the kitchen smart window 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 The second opening, the window assembly includes a glass layer structure, a filter layer structure and a power layer structure, the glass layer structure includes a first glass layer structure and a second glass layer structure, the filter layer structure includes at least two layers A first filter layer structure and at least two second filter layer structures, the power layer structure includes a first power layer structure and a second power layer structure, and the driving mechanism is respectively connected to the first glass layer structure and the second glass layer structure. The two glass layer structures, the at least two layers of the first filter layer structure, the at least two layers of the second filter layer structure, the first power layer structure and the second power layer structure are connected, and the driving mechanism is configured as The first glass layer structure, the second glass layer structure, the at least two first filter layer structures, the at least two second filter layer structures, the first dynamic layer structure can be driven independently of each other As well as the second power layer structure, the kitchen smart window is configured to selectively make the first glass layer structure, the at least two first layers The filter layer structure and the first power layer structure cover the first opening, and selectively make the second glass layer structure, the at least two second filter layer structures and the second power layer structure covering the second opening

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