Method for assembling laminated glazing comprising an overmoulded component

1. A process for assembling a laminated glazing comprising an overmolded component, the process comprising:

preparing a main sheet of interlayer adhesive by precutting therein a window intended to receive the overmolded component;

presenting a first sheet of clean glass;

putting the precut sheet of adhesive in place on the first glass sheet and centering the sheet of adhesive with respect to the first glass sheet;

putting the overmolded component in place in an interior of the window cut in the precut sheet of adhesive, or conversely first putting the overmolded component in place, then the precut sheet of adhesive on the first glass sheet;

spot bonding the overmolded component and the precut sheet of adhesive to the first glass sheet in the vicinity of the window in order that sidewalls a) of the window cut in the sheet of adhesive and b) of the overmolded component remain in contact with each other, wherein the spot bonding includes forming a first plurality of spaced apart spot bonds exclusively along a periphery of the window inside said window and forming a second plurality of spaced apart spot bonds exclusively along said periphery of the window outside said window:

putting a second clean glass sheet in place above an assembly made up of the first glass sheet, the precut sheet of adhesive and the overmolded component, the precut sheet of adhesive and the overmolded component being fastened by the spot bonds to the first glass sheet;

optionally spot bonding an assembly thus obtained in order that the first glass sheet, the second glass sheet, the overmolded component and the precut sheet of adhesive remain securely fastened to one another during the rest of the process;

removing an excess adhesive from around the glazing, unless the removing operation was performed when the window was precut in the sheet of adhesive; and

assembling the laminated glazing by implementing suitable temperatures and pressures.

2. The process as claimed in claim 1 , wherein the first glass sheet is curved and has a convex surface and the second glass sheet is curved such that the glazing is curved, and wherein the first glass sheet is an interior sheet and presented with the convex surface directed upwards; the second glass sheet being an exterior sheet.

3. The process as claimed in claim 1 , wherein the first glass sheet is curved and has a concave surface and the second glass sheet is curved such that the glazing is curved, and wherein the first glass sheet is an exterior sheet and presented with the concave surface directed upwards; the second glass sheet being an interior sheet.

4. The process as claimed in claim 1 , wherein the overmolded component is manufactured by pressing the component between two sheets of interlayer adhesive in a mold equipped with a heater.

5. The process as claimed in claim 1 , wherein the overmolded component is manufactured by extruding a first sheet of interlayer adhesive, placing the component on the first sheet of interlayer adhesive and extruding a second sheet of interlayer adhesive onto the component.

6. The process as claimed in claim 1 , wherein the overmolded component is manufactured by injection molding interlayer adhesive around the component.

7. The process as claimed in claim 1 , wherein the main sheet of interlayer adhesive and the overmolding of the overmolded component comprise an acoustic lamination interlayer.

8. The process as claimed in claim 1 , wherein all or some of the area of the main sheet of interlayer adhesive and of the overmolding of the overmolded component is tinted.

9. The process as claimed in claim 1 , wherein the excess adhesive is removed from around the glazing by trimming with a knife.

10. The process as claimed in claim 1 , wherein the overmolded component is a set of diodes and control electronics, which are borne by a thin flexible printed circuit and connected to a cable strip equipped with a connector at an end of the cable strip, the method further comprising forming, on an interior face of the glazing, a first enamel layer deposited on an external face of the second glass sheet, said first enamel layer containing apertures facing each diode in order to let pass light to be emitted by the diodes, and forming a second enamel layer, on another face of the glazing, to hide an assembly made up of the set of diodes, the flexible printed circuit and the cable strip from an exterior side of the glazing.