Frame for manufacturing large-surface doors or windows

A frame system for doors or windows comprising:

• a) a peripheral fixed aluminum frame (1) having a single cross-sectional profile;
• b) at least one movable sash (3) inserted inside said fixed frame (1), said at least one movable sash moves laterally in a plane of movement parallel to a plane of said fixed frame;
• c) a locking system (6) for the at least one movable sash (3) integrated into said fixed frame (1), said locking system (6) being multipoint;
• wherein the at least one movable sash (3) comprises:
• (i) at least one pane of glass,
• (ii) a post (5) and a first peripheral profile both disposed at a first end the at least one moveable sash,
• (iii) an upper profile (2) and a lower profile (2),
• (iv) a handle (4) and a second peripheral profile both disposed at a second end of the at least one movable sash opposite said first end,
• (v) an adhesive layer disposed between the first peripheral profile and the at least one pane of glass and an adhesive layer disposed between the second peripheral profile and the at least one pane of glass, and
• (vi) the first and second peripheral profiles each have a thickness that spans a majority of a thickness of said at least one pane of glass;
• wherein for said at least one movable sash, when viewed from an angle perpendicular to said plane of movement, said post (5) and said handle (4) each have a visible width of at least 1 mm and at most 5 mm at least when said at least one movable sash is in a closed position, wherein said lower and upper profiles are disposed in a floor and a ceiling respectively;
• and
• wherein said handle (4) has a first coupling mechanism and said post has a second coupling mechanism, wherein said first and second coupling mechanisms are the same so that either of the post and the handle can be mounted on either of said first and second peripheral profile without modification of said peripheral profiles and without modification of said coupling mechanisms, wherein each of said coupling mechanisms comprises two side protrusions and a T-shaped central post disposed between said two side protrusions, wherein for each of said coupling mechanisms, said two said protrusions engage within a respective one of said peripheral profiles with a friction fit while said T-shaped central post is disposed within and engages said respective one of said peripheral profiles.