FIELD: glass industry.
SUBSTANCE: invention relates to laminated glass. Laminated glass contains a pair of glass plates facing each other; an intermediate layer located between this pair of glass plates; and a set of parallel linear elements for heating the transparent area of this pair of glass plates. Each of the set of linear elements has a line width greater than or equal to 2 microns and less than or equal to 30 microns. At least part of the set of linear elements have a non-constant line width. The set of linear elements includes linear elements having line widths that differ from each other. Among the linear elements inside a square with a side of 50 mm in any position in the area where the linear elements are located, when the line width of any of the linear elements is designated as Wi [mcm] and the line width of its adjacent linear element as Wi+1 [mcm], the maximum value |Wi-Wi+1|max among the absolute values of the differences between Wi and Wi+1 are in the range of 1 mcm < |Wi-Wi+1|max < 10 mcm, and the standard deviation of the line width of the set of linear elements is more than 0.5 mcm.
EFFECT: creation of laminated glass, which can suppress optical effects due to diffracted light caused by linear elements.
7 cl, 18 dwg, 2 tbl
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Authors
Dates
2022-06-21—Published
2019-10-30—Filed