This present invention generally relates to the manufacture and application of a vented glazing system to existing glazed units or new glazing units. More particularly this invention relates to a method of glazing and a glazing system that will increase thermal performance and reduce condensation for existing glazed units.

Disclosed is a structural element for securing glass screens, which is formed by: a metal support profile in which is located a seating zone of the glass, the end of the profile including a vertical rib preceded by a rectangular groove and a second V groove; a closing metal profile including an L-shaped protrusion that can be coupled to the vertical rib, the end of the projection being inserted into the rectangular groove and a V rib that sits in the V groove; and an elastic profile in T whose having a vertical section formed by two or more parallel walls through which pass two or more inclined planes that protrude through the sides.

Disclosed is a structural element for securing glass screens, which is formed by: a metal support profile in which is located a seating zone of the glass, the end of the profile including a vertical rib preceded by a rectangular groove and a second V groove; a closing metal profile including an L-shaped protrusion that can be coupled to the vertical rib, the end of the projection being inserted into the rectangular groove and a V rib that sits in the V groove; and an elastic profile in T whose having a vertical section formed by two or more parallel walls through which pass two or more inclined planes that protrude through the sides.

An assembled door includes a door panel, a first outer frame, a second outer frame, multiple first snap-fit components, multiple second snap-fit components, and a decorative component. The first and the second outer frames are fixed on two sides of the door panel. The decorative component is disposed in a door opening of the door panel and is located between the first and the second outer frames. The first snap-fit components are fixed on the first outer frame, the second snap-fit components are fixed on the first snap-fit components, and a part of the first snap-fit components and a part of the second snap-fit components are located in the door opening. The first and the second snap-fit components fixed to each other can cooperate with the first outer frame, so as to jointly retain the decorative component. The second outer frame can interlock with the second snap-fit components.