Intelligent glass based on electrical-response liquid crystal materials and light adjusting method thereof

Abstract

The invention relates to intelligent glass based on electrical-response liquid crystal materials and a light adjusting method thereof. The intelligent glass comprises two pieces of opposite glass base plates, carrier liquid crystals filled between the two glass base plates and dye molecules mixed in the carrier liquid crystal. The two glass base plates are electrically connected with two poles of a power supply module respectively. The dye molecules form a disorder array parallel to the glass base plates under the action of the carrier liquid crystals. According to the intelligent glass based on the electrical-response liquid crystal materials and the light adjusting method thereof, the dye molecules and the carrier liquid crystals are mixed, the obtained mixture is filled into the two glass base plates capable of being applied to voltage, the dye molecules are driven to deflect by driving voltage controlling the steering direction of the carrier liquid crystals, and blocking and passing of visible light is adjusted, so that the purpose of adjusting the light and shade of the intelligent glass is achieved. The intelligent glass based on the electrical-response liquid crystal materials and the light adjusting method thereof can be applied to the field of building and home life.

Description

technical field [0001] The invention relates to the field of building and household life, in particular to an electric response smart glass. Background technique [0002] In order to achieve the purpose of sunlight transmission and reflection, glass windows are generally coated so that light of a certain wavelength in the light can be reflected or transmitted by the glass windows. According to different reflective and light-transmitting requirements, films of different materials can be used. [0003] For example, the existing window glass has a coating layer on the surface of the glass, and the coating layer has a high blocking effect on visible light, so it has a better concealment effect on the interior of the car. However, people who are inside the coated glass at the same time have a great influence on the visibility outside the vehicle, and once the coated glass is structured, its optical performance will not be reversibly adjusted according to environmental changes or...

AI Technical Summary

Problems solved by technology

However, the people who are inside the coated glass at the same time have a great influence on the visibility outside the vehicle, and once the coated glass is structured, its optical performance will not be reversibly adjusted according to environmental changes or personal preferences, which is difficult to meet The needs of the public to change the light and dark environment in the car at any time

[0004] Similarly, on the premise that the coated glass used in existing windows can reflect light of a certain wavelength in the visible light after molding, once the coated glass is formed, light and shade adjustment cannot be realized.

[0005] At the same time, most of the reflective materials used in coated glass are based on ion crystals doped with metals and metal oxides. The reflective materials that make up this kind of glass are easy to interfere with navigation and communication systems. This shortcoming is not conducive to the popularization and widespread use of coated glass in the world. Applied

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