Solar light redirecting glazing units include light redirecting and light diffusing constructions. The solar light redirecting glazing units may include a glazing substrate, a visible light diffusing layer, and a light redirecting layer oriented such that incoming solar light contacts the visible light diffusing layer before contacting the light redirecting layer. The solar light redirecting glazing units may include a glazing substrate, a patterned visible light diffusing layer, and a light redirecting layer. The solar light redirecting glazing units may include two glazing substrates separated by an intervening space with a solar light redirecting layer disposed on one glazing substrate, and a visible light diffusing layer disposed on the other glazing substrate.

To provide a vehicular laminated glass which can properly introduce light into the laminated glass.

A vehicular laminated glass 1 according to an embodiment of the present invention comprises a first glass plate 11 having a first main surface 21 and a second main surface 22, a second glass plate 12 having a third main surface 23 and a fourth main surface 24, an adhesive interlayer 13 disposed between the second main surface 22 and the third main surface 23, a light source 16 which faces the fourth main surface 24 and applies light toward the fourth main surface 24, and an optical element 15 which is disposed between the fourth main surface 24 and the light source 16 and refracts irradiation light from the light source 16.

Provided is a glass resin laminate (1), including: a resin layer (2); a glass sheet (3); an adhesive layer (4) configured to bond the glass sheet (3) and the resin layer (2); and a functional film (5) interposed in the adhesive layer (4). The adhesive layer (4) includes a first portion (4a) positioned between the resin layer (2) and the functional film (5), a second portion (4b) positioned between the glass sheet (3) and the functional film (5), and a fused portion (4c) obtained by fusing an end portion of the first portion (4a) and an end portion of the second portion (4b).

The present disclosure is directed on some embodiments to light redirecting constructions comprising a first glazing substrate, a light redirecting film comprising at least one microstructure surface, a second glazing substrate, and a first interlayer bonding the first glazing substrate to both the light redirecting film and the second glazing substrate; wherein the light redirecting film has an area smaller than the area of the first interlayer.

A glass pane of a vehicle glazing, wherein the glass pane has a print containing scattering particles that scatter light, and wherein light coupled in at the side of the glass pane is coupled out via the print by means of the scattering particles. According to the invention, the glass pane has a curvature or a critical curvature which excludes reversible deformation of the glass pane into a planar configuration, and wherein the print formed with a printing ink in a digital printing process is situated over part of the surface, or the entire surface, of the outer curvature or the inner curvature of the glass pane.

A wafer-like semiconductor sensor includes a wafer-like base formed of a plurality of layers of chemically-hardened glass and an electronics module mounted to a recessed pocket in the base and containing a sensor.

Embodiments of the present disclosure disclose a flexible laser glass film structure, a glass and a window, and relate to the technical field of glass films. The flexible laser glass film structure includes a hardened scratch-resistant transparent layer, an ultraviolet- and infrared-resistant transparent layer, a laser film layer, a mounting adhesive layer and a release film layer that are connected to one another in sequence. The flexible laser glass film structure in the embodiments of the present disclosure can improve the ultraviolet- and infrared-resistant effect, reduce the degree of surface scratching and improve the visual effect.

The present disclosure provides a coated glass and a laminated glass. The coated glass includes a first glass substrate, a low-emissivity layer, a metal absorption layer and an anti-reflection layer; the low-emissivity layer is deposited on one surface of the first glass substrate and comprises at least one transparent conductive oxide layer; the metal absorption layer is deposited on the low-emissivity layer; and the anti-reflection layer is deposited on the metal absorption layer. The present disclosure provides a low-emissivity glass, with a simple production process, a low emissivity, a low visible light reflectivity and a neutral color, which can be used in the fields of building and vehicle glass. The low-glass having the coated glass and the laminated glass of the present disclosure, which emissivity value and the visible light reflectivity are reduced, and the inner surface of the laminated glass with the low-emissivity layer has a beautiful color.

Solar light redirecting glazing units include light redirecting and light diffusing constructions. The solar light redirecting glazing units may include a glazing substrate, a visible light diffusing layer, and a light redirecting layer oriented such that incoming solar light contacts the visible light diffusing layer before contacting the light redirecting layer. The solar light redirecting glazing units may include a glazing substrate, a patterned visible light diffusing layer, and a light redirecting layer. The solar light redirecting glazing units may include two glazing substrates separated by an intervening space with a solar light redirecting layer disposed on one glazing substrate, and a visible light diffusing layer disposed on the other glazing substrate.

A glazing assembly includes a light source for generating light which can be coupled into a first pane, an edge region which extends from a pane edge of the first pane over at least 1 mm up to at most 500 mm on one of the surfaces, and to an absorption device for absorbing light which is coupled into the first pane and is arranged in the edge region, wherein the absorption device includes a light-impermeable thermoplastic intermediate layer.