Method and device for assembling insulating glass panels as well as insulating glass panel produced in this way

A method for assembling an insulating glass panel comprising the following steps:

• conveying a first glass sheet standing on one of its edges into a TPS station;
• in the TPS station, applying a paste-like TPS strand that subsequently solidifies onto the standing first glass sheet along the edge thereof;
• after applying the TPS strand, conveying the standing first glass sheet from the TPS station into a rotation station;
• conveying a second glass sheet standing on one of its edges into the TPS station;
• in the TPS station, applying a paste-like TPS strand that subsequently solidifies onto the standing second glass sheet along the edge thereof;
• in the rotation station, rotating the standing first glass sheet about a vertical axis of rotation;
• after rotation, conveying the standing first glass sheet out of the rotation station into a pressing station;
• after applying the TPS strand, conveying the standing second glass sheet out of the TPS station via the rotation station into the pressing station, so that both glass sheets stand opposite each other at a distance and their TPS strands are facing each other;
• in the pressing station, joining the two glass sheets together to form the insulating glass panel by reducing the distance between the two glass sheets until the two TPS strands rest against each other and the two glass sheets have a predefined distance from each other;
• after the joining operation, conveying the insulating glass panel out of the pressing station.

A method for assembling an insulating glass panel comprising the following steps:

• conveying a first glass sheet standing on one of its edges into a TPS station;
• in the TPS station, applying a paste-like TPS strand that subsequently solidifies onto the standing first glass sheet along the edge thereof;
• after applying the TPS strand, conveying the standing first glass sheet from the TPS station via a rotation station into a pressing station;
• conveying a second glass sheet standing on one of its edges into the TPS station;
• in the TPS station, applying a paste-like TPS strand that subsequently solidifies onto the standing second glass sheet along the edge thereof;
• after applying the TPS strand, conveying the standing second glass sheet from the TPS station into the rotation station;
• in the rotation station, rotating the standing second glass sheet about a vertical axis of rotation;
• after rotation, conveying the standing second glass sheet out of the rotation station into the pressing station, so that both glass sheets stand opposite each other at a distance and their TPS strands are facing each other;
• in the pressing station, joining the two glass sheets together to form the insulating glass panel by reducing the distance between the two glass sheets until the two TPS strands rest against each other and the two glass sheets have a predefined distance from each other;
• after the joining operation, conveying the insulating glass panel out of the pressing station.