Process for cutting through films in laminated glass
A blade is used to cut through a film between the panes of laminated glass in the area of a gap produced in the laminated glass the blade is provided on a holding device and can move along the gap. The holding device includes swiveling carrier on which there is a holding part for the blade with a vertical adjustment capacity. The blade is first placed next to the gap on the top of the top pane of the laminated glass. The vertical alignment of the blade is ascertained with a rule for determining the thickness of the laminated glass. Then the holding device is adjusted by a motor such that the blade falls into the gap. When a sufficient immersion depth of the blade into the gap is ascertained via the rule, the film is cut.
1. A process for cutting through plastic films in laminated glass using a blade, comprising the steps of:
scratching top and bottom panes that together form two panes of laminated glass;
breaking the two panes of laminated glass to form two parts;
pulling the two parts of the laminated glass apart to open between the two parts of the laminated glass a gap in which a film which is located between the two panes of laminated glass lies freely;
pendulously suspending a carrier on a plate of a holding device;
vertically adjusting a holding part of the holding device that bears the blade relative to the carrier;
placing the blade next to the gap on the laminated glass;
moving the blade transversely to a lengthwise extension of the gap between the two parts of the laminated glass in a direction towards the gap until the blade reaches the area of the gap;
then moving the blade into the gap; and
finally moving the blade along the gap to cut through the film.
2. The process as claimed in claim 1 , further comprising the steps of:
determining a location of the blade which has been placed on the laminated glass so that a thickness of the laminated glass is determined;
determining a penetration depth of the blade into the gap between the parts of the laminated glass; and
monitoring the depth of the penetration of the blade into the gap between the parts of the laminated glass.
3. The process as claimed in claim 2 , further comprising the step of defining a location of the surface of the laminated glass opposite the blade as a zero point.
4. The process as claimed in claim 2 , further comprising the step of rotating two rollers on top of the laminated glass to prevent damage when the blade is lowered beyond the determined penetration depth.
5. The process as claimed in claim 1 , further comprising the step of swiveling the blade on an axle parallel to the gap.