Abstract:
A switchable glass structure and a vehicle window are provided. The switchable glass structure includes: a first glass (102); a second glass (103) disposed opposite to the first glass(102), each of the first (102) and the second glass (103) including at least two surfaces; a polymer dispersed liquid crystal assembly(101) between the first glass(102) and the second glass(103); and an anti-radiation coating(10) located on at least one surface of the first (102) and the second glass (103), the at least one surface being adjacent to the polymer dispersed liquid crystal assembly (101). The vehicle window is provided with the above switchable glass structure. The anti-radiation coating (10) may have good capability of reflecting infrared lights, thus, most infrared lights with high energy are reflected by the anti-radiation coating (10) and cannot pass through the switchable glass structure, and the switchable glass structure may have improved capability of heat insulation.
Abstract:
L'invention concerne un matériau comprenant un substrat transparent revêtu d'un empilement de couches minces comprenant une seule couche métallique fonctionnelle à base d'argent, l'empilement comprenant en partant du substrat : - un revêtement diélectrique comportant au moins une couche diélectrique, - éventuellement une couche de blocage inférieure située en-dessous et au contact de la couche métallique fonctionnelle à base d'argent, - une couche métallique fonctionnelle à base d'argent, - une couche de blocage supérieure située au-dessus et au contact de la couche métallique fonctionnelle à base d'argent.
Abstract:
The present invention relates to a liquid crystal polymer composition, a method for preparing the same, and a liquid crystal article comprising the same. The present invention provides a liquid crystal polymer composition comprising, dispersed in the polymer, a liquid crystal and anisotropic light absorbing particles, wherein the liquid crystal comprises a mixture of 35-80 parts by weight of biphenyl nitriles liquid crystal, 5-30 parts by weight of phenyl benzoates liquid crystal, 5-30 parts by weight of fluoro biphenyls liquid crystal, and 1-20 parts by weight of benzene nitriles liquid crystal. The present invention also provides a method for preparing a liquid crystal polymer composition, and a liquid crystal article comprising the liquid crystal polymer composition.
Abstract:
A switchable glass structure and a vehicle window are provided. The switchable glass structure includes: a first glass(102); a second glass(103) disposed opposite to the first glass(102), each of the first(102) and the second glass(103) including at least two surfaces; a polymer dispersed liquid crystal assembly(101) between the first glass(102) and the second glass(103); and an anti-radiation coating(10) located on at least one surface of the first(102) and the second glass(103), the at least one surface being adjacent to the polymer dispersed liquid crystal assembly(101). The vehicle window is provided with the above switchable glass structure. The anti-radiation coating(10) may have good capability of reflecting infrared lights, thus, most infrared lights with high energy are reflected by the anti-radiation coating(10) and cannot pass through the switchable glass structure, and the switchable glass structure may have improved capability of heat insulation.
Abstract:
estrutura de vidro comutável e janela de veículo é apresentada uma estrutura de vidro comutável e uma janela de veículo. a estrutura de vidro comutável inclui: um primeiro vidro; um segundo vidro disposto no lado oposto do primeiro vidro, cada um dos primeiro e segundo vidros incluindo pelo menos duas superfícies; um conjunto de cristal líquido disperso em polímero entre o primeiro vidro e o segundo vidro; e um revestimento contra a radiação localizado sobre pelo menos uma superfície do primeiro e do segundo vidro, pelo menos uma superfície sendo adjacente ao conjunto de cristal líquido disperso em polímero. a janela de veículo é produzida com a estrutura de vidro comutável acima. o revestimento contra radiação poderá ter uma boa capacidade de reflexão de luzes de infravermelho, e, portanto, a maioria das luzes de infravermelho com energia elevada é refletida pelo revestimento contra radiação e não pode passar através da estrutura de vidro comutável, e a estrutura de vidro comutável poderá ter uma capacidade melhor de isolamento e térmico.
Abstract:
La invención abarca un material que comprende un sustrato transparente revestido de un laminado de capas delgadas que comprende una sola capa metálica funcional a base de plata, estando el laminado conformado, partiendo del sustrato, por - un revestimiento dieléctrico que comprende al menos una capa dieléctrica, - eventualmente una capa de bloqueo inferior, situada por debajo y en contacto con la capa metálica funcional a base de plata, - una capa metálica funcional a base de plata, - una capa de bloqueo superior, situada por encima y en contacto de la capa metálica funcional a base de plata.