Abstract: A vehicle window for mounting in an aperture in a vehicle body includes a glass pane having inner and outer faces provided with a polymer profile extending along at least a substantial part of at least one edge of the pane and adhering to the inner face thereof. The profile projects a predetermined distance from the inner face, and includes structure for locating the window relative to the aperture during assembly of the vehicle, wherein at least part of at least one edge of the pane is free of the at least one polymer profile. Optionally, the window may additionally include at least one preformed finishing member extending along an edge of the pane, and/or at least one polymeric distance piece for spacing the window from the vehicle bodywork.

Abstract: A method of screen printing on to a hard non-absorbent substrate (1) involves using a screen (10) which has an ink permeable area (B) whose pattern corresponds to whatever is to be printed. The area B is divided into two parts (X and Y). Part X is of normal, maximum, ink carrying capacity and part Y is of reduced ink carrying capacity. The ink carrying capacity of the reduced ink carrying capacity part Yis determined by the extent to which it is coated with ink/impenetrable emulsion (20), the size of the pores (18) in the screen (10) and the type of ink used. The ink carrying capacity of the part Y reduces with distance away from part X. The emulsion coating (20) may be in the form of dots (200), with the dots (200) increasing in diameter with distance away from part X. During printing, the reduced ink carrying capacity part Y is located over the edge region (E) of the substrate (1), and the substrate is printed up to but not on to its edge (6).