Abstract: A method for producing laminated glass for automobile windows includes: heating and bend forming two glass plates; and bonding together the two bend-formed glass plates via an interlayer film, wherein before the heating and bend forming of the two glass plates, at least one glass plate of the two glass plates that are flat, is conveyed by a conveying unit while either a conveying unit-facing surface of the at least one glass plate or a non-facing surface of the at least one glass plate that is opposite to the conveying unit-facing surface is scratched by the conveying unit, and in the bonding together of the two bend-formed glass plates via the interlayer film, the scratched surface is disposed such that the scratched surface is situated on a vehicle-interior side upon the laminated glass for automobile windows being attached to an automobile.

Abstract: To suppress reduction in detection accuracy of a sensor. A vehicle resin member (20) includes: a resin member (30) having an opening (32) that passes from a first surface (30A) on the outside of a vehicle to a second surface (30B) on the inside of the vehicle; a transmission member (42) exposed on the first surface (30A) through the opening (32); and a sensor (44) provided in a first direction from the first surface (30A) toward the second surface (30B) with respect to the transmission member (42). The vehicle resin member (20) is attached to a window member of the vehicle such that the opening (32) does not overlap the window member and is positioned out of reach of a wiper provided to the window member.

Abstract: Laminated glass for vehicle includes a region with a breaking stress measured by a method described in ISO 1288-5 (2016) of 100 MPa or more and 600 MPa or less. A percentage of the region is greater than or equal to 90% of a see-through region.

Abstract: The present invention relates to a vehicle body-use resin member disposed on an upper portion of a window member in a vehicle. At least one in-vehicle member is mounted on the vehicle body-use resin member. The vehicle body-use resin member has a visible light transmittance of 50% or less. The visible light transmittance may be 20% or less.

Abstract: A glass to be installed in a vehicle includes: a glass member; a colored ceramic layer provided in a predetermined region of the glass member; an opening portion for information acquisition, provided with one or more sides in contact with the colored ceramic layer in plan view; and a plate-shaped member overlapping the opening portion, and extending outside from each of the one or more sides to overlap the colored ceramic layer, wherein the one or more sides include a top side that becomes an upper side upon installing the glass in the vehicle, and wherein the overlapping amount between the colored ceramic layer and the plate-shaped member on the outside of the top side is greater than or equal to 3.5 mm.

Abstract: A laminated glass for a vehicle window, comprises a plurality of glass sheets and an interlayer interposed between adjacent glass sheets to bond the adjacent glass sheets, wherein the interlayer satisfies the following conditions: 1) when a specimen of dumbbell No. 7 prescribed in JIS K6251 is employed to conduct a high speed tensile test at 23° C. and at 1 m/sec, a load for an extension of 15 mm is 10 N or below; or when a specimen of dumbbell No. 7 prescribed in JIS K6251 is employed to conduct a high speed tensile test at 23° C. and at 1 m/sec, an extension amount, which is obtained when work required for extension is 0.3 J, is 30 mm or above; and 2) when the interlayer is sandwiched between two glass sheets having a thickness of 2 mm to form a laminated glass having dimensions of 100 mm×300 mm, and when the laminated glass is left for 300 hrs under an atmosphere of 80° C.

Abstract: A laminated glass for a vehicle window, comprises a plurality of glass sheets and an interlayer interposed between adjacent glass sheets to bond the adjacent glass sheets, wherein the interlayer satisfies the following conditions: 1) when a specimen of dumbbell No. 7 prescribed in JIS K6251 is employed to conduct a high speed tensile test at 23° C. and at 1 m/sec, a load for an extension of 15 mm is 10 N or below; or when a specimen of dumbbell No. 7 prescribed in JIS K6251 is employed to conduct a high speed tensile test at 23° C. and at 1 m/sec, an extension amount, which is obtained when work required for extension is 0.3 J, is 30 mm or above; and 2) when the interlayer is sandwiched between two glass sheets having a thickness of 2 mm to form a laminated glass having dimensions of 100 mm×300 mm, and when the laminated glass is left for 300 hrs under an atmosphere of 80° C.

Abstract: A laminated glass having a surface density of at most 12 kg/m2 and comprising a plurality of glass sheets laminated one on another with an interliner provided between the respective adjacent glass sheets, wherein the interliner has an ability to shield infrared rays and an ability to insulate sounds having a frequency of 5,000 Hz.

Abstract: A laminated glass having a surface density of at most 12 kg/m2 and comprising a plurality of glass sheets laminated one on another with an interliner provided between the respective adjacent glass sheets, wherein the interliner has an ability to shield infrared rays and an ability to insulate sounds having a frequency of 5,000 Hz.

Abstract: A laminated glass with a good appearance and heat shielding properties which comprises glass sheets 11a and 11b characterized by a UV transmittance as stipulated in ISO-9050 of at most 30%, a visible light transmittance of at least 70% under a standard light source A, a dominant wavelength of from 480 to 570 nm and an excitation purity of at most 6% at the actual thickness and an interlayer 12 interposed between the glass sheets, wherein the interlayer has heat shielding fine particles with particle diameters of at most 0.2 &mgr;m dispersed therein.

Abstract: By incorporating and dispersing infrared ray shielding ultrafine particles having an average particle size of from 10 to 60 nm and a volume ratio of ultrafine particles having particle sizes of at least 60 nm being at most 15% of all particles, in a plasticizer, it is possible to obtain an ultrafine particle dispersion composition having the ultrafine particles uniformly dispersed. By using this composition, it is possible to obtain a laminated glass or an interlayer of a laminated glass, which has a small haze value and which is excellent in the infrared ray shielding performance.

Abstract: A laminated glass comprising a plurality of glass sheets laminated one on another with an interliner provided between the respective adjacent glass sheets, wherein said laminated glass has at least a first region and a second region, as viewed from the front, and at the second region, said laminated glass has an infrared transmittance higher than the infrared transmittance at the first region.

Abstract: By incorporating and dispersing infrared ray shielding ultrafine particles having an average particle size of from 10 to 60 nm and a volume ratio of ultrafine particles having particle sizes of at least 60 nm being at most 15% of all particles, in a plasticizer, it is possible to obtain an ultrafine particle dispersion composition having the ultrafine particles uniformly dispersed. By using this composition, it is possible to obtain a laminated glass or an interlayer of a laminated glass, which has a small haze value and which is excellent in the infrared ray shielding performance.

Abstract: A laminated glass comprising plural glass sheets and an interlayer interposed between the plural glass sheets, wherein the interlayer is an organic resin film having IR cutoff fine particles with diameters of at most 0.2 &mgr;m dispersed therein, the product of the solar transmittances of the respective glass sheets is from 0.3 to 0.6, and the content of the IR cutoff fine particles dispersed in the interlayer is from 0.1 to 0.5 parts by mass in relation to 100 parts by total mass of the interlayer.

Abstract: A laminated glass having a surface density of at most 12 kg/m2 and comprising a plurality of glass sheets laminated one on another with an interliner provided between the respective adjacent glass sheets, wherein the interliner has an ability to shield infrared rays and an ability to insulate sounds having a frequency of 5,000 Hz.

Abstract: A laminated glass comprising plural glass sheets and an interlayer interposed between the plural glass sheets, wherein the interlayer is an organic resin film having IR cutoff fine particles with diameters of at most 0.2 &mgr;m dispersed therein, the product of the solar transmittances of the respective glass sheets is from 0.3 to 0.6, and the content of the IR cutoff fine particles dispersed in the interlayer is from 0.1 to 0.5 parts by mass in relation to 100 parts by total mass of the interlayer.

Abstract: A laminated glass comprising a plurality of glass sheets laminated one on another with an interliner provided between the respective adjacent glass sheets, wherein said laminated glass has at least a first region and a second region, as viewed from the front, and at the second region, said laminated glass has an infrared transmittance higher than the infrared transmittance at the first region.