A hand-controlled color-changing glass with anti-crosstalk function and an automobile including the glass

Abstract

The invention provides a hand-controlled color-changing glass with anti-crosstalk function, comprising an outer layer glass plate and an inner layer glass plate. At least two transparent conductive layers are arranged between the outer layer glass plate and the inner layer glass plate, and a liquid crystal layer is arranged between the transparent conductive layers. At least one transparent conductive lay is provided with a plurality of mutually insulate conductive regions, and adjacent mutually insulated conductive regions form a sensing electrode of a capacitive touch sensor and / or a partition drive electrode of a liquid crystal; The control circuit of the color-changing glass is provided with a turning switch, and the driving signal of the liquid crystal and the excitation signal of thecapacitive touch sensor are periodically turned on in time division. The invention has the beneficial effect that the commutation switch is arranged in the circuit, and the liquid crystal and the capacitive touch sensor are turned on periodically by the commutation switch, so as to avoid the crosstalk problem between the driving signal of the liquid crystal and the excitation signal of the capacitive touch sensor, and improve the control accuracy.

Description

technical field [0001] The invention relates to a glass, in particular to a manually controlled color-changing glass with an anti-crosstalk function and an automobile containing the glass. Background technique [0002] The traditional method of controlling color-changing glass to change color requires the use of traditional mechanical switches or special remote controls to perform corresponding operations. This operation method of controlling color-changing glass to change color through traditional mechanical switches or special remote controls is very inconvenient. For example, when the human body holds objects in the hands or the hands are not clean, the human body cannot control the color-changing glass to change color through traditional mechanical switches or special remote controls; moreover, the remote control used to control the color-changing glass to change color is easily lost and inconvenient Use; when the color-changing glass is controlled by a traditional mecha...

AI Technical Summary

Problems solved by technology

[0002] The traditional method of controlling color-changing glass for color-changing requires the use of traditional mechanical switches or special remote controls for corresponding operations. This operation method of controlling color-changing glass for color-changing through traditional mechanical switches or special remote controls is very inconvenient.

For example, when the human body holds objects in the hands or the hands are not clean, the human body cannot control the color-changing glass to change color through traditional mechanical switches or special remote controls; moreover, the remote control used to control the color-changing glass to change color is easily lost and inconvenient Use; when the color-changing glass is controlled by a traditional mechanical switch or a special remote control to change color, the color-changing mode and color-changing area of ​​the color-changing glass are set and cannot be adjusted according to needs

It can be seen that the existing color-changing operation of controlling the color-changing glass through a switch or remote control can no longer meet the user's requirements

[0003] Moreover, since there is no technology in the prior art to control the discoloration of the color-changing glass through gestures, there is no solution in the prior art to solve the problem of crosstalk between the control signal of the capacitive sensor used for gesture control and the driving signal of the liquid crystal. Technology

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