EP-4741617-A1 - JOINERY ASSEMBLY WITH AN ADJUSTABLE EDGE

EP4741617A1EP 4741617 A1EP4741617 A1EP 4741617A1EP-4741617-A1

Abstract

Adjustable edge carpentry assembly for mounting a leaf (B) in an opening in a wall (A) of a building, the edge of which corresponds to an edge of the leaf (B) itself, comprising: - a first piece (1) comprising: - a first transverse wall (2) intended to be fixed internally to a first side of the leaf (B), - a second longitudinal wall (3) intended to contact the edge of the leaf (B), and - a third longitudinal wall (4) parallel to said second longitudinal wall (3); and - a second piece (5) comprising: - a first transverse wall (6) intended to be fixed internally to a second side of the leaf (B), and - a second longitudinal wall (7) designed to contact the third longitudinal wall (4) of the first piece (1) in the assembled position, where the relative position between the first transverse wall (2) of the first piece (1) and the first transverse wall (6) of the second piece (5) corresponds to the edge of the leaf (B).

Inventors

MUÑOZ PELAYO, Guillermo
MARTINEZ MOLPECERES, MANUEL

Assignees

Adinor, S.L.U.

Dates

Publication Date: 20260513
Application Date: 20240705

Claims (2)

Adjustable edge carpentry assembly for mounting a leaf (B) in an opening in a wall (A) of a building, the edge of which corresponds to an edge of the leaf (B) itself, so that, once installed, the leaf (B) is flush with the wall (A) on at least one side, characterised in that it comprises: - a first piece (1) which, according to a cross-section, comprises: - a first transverse wall (2) intended to be fixed internally to a first side of the leaf (B), - at least one second longitudinal wall (3) intended to contact the edge of the leaf (B), and - a third longitudinal wall (4) parallel to said at least one second longitudinal wall (3); and - a second piece (5) which, according to a cross-section, comprises: - a first transverse wall (6) intended to be fixed internally to a second side, opposite the first side, of the leaf (B), and - a second longitudinal wall (7) intended to contact the third longitudinal wall (4) of the first piece (1) in the assembled position, such that the relative position between the first transverse wall (2) of the first piece (1) and the first transverse wall (6) of the second piece (5) corresponds to the edge of the leaf (B).
Carpentry assembly according to claim 1, comprising: - a third piece (8) which, according to a cross-section, comprises: - a first transverse wall (9) intended to be fixed to a first face of the wall (A) by a free end of said first transverse wall (9), - a second longitudinal wall (10) intended to contact the edge of the wall opening (A), and - at least one third longitudinal wall (11) parallel to the second longitudinal wall (10); and - a fourth piece (12) which, according to a cross-section, comprises: - a first transverse wall (13) which is fixed by means of a plate (14) laterally to a second face, opposite the first face, of the wall (A), and - at least a second longitudinal wall (15) intended to contact the third longitudinal wall (11) of the third part (8) in the assembled position, so that the relative position between the first transverse wall (9) of the third part (8) and the first transverse wall (13) of the fourth part (12) corresponds to the edge of the wall (A); and - means (16) for fixing said relative position between said third and fourth parts (8, 12).

Description

TECHNICAL FIELD OF THE INVENTION The present invention relates to an adjustable edge carpentry assembly, which has applications in the construction industry, and more specifically in the field of interior architecture, particularly in the field of fittings required in carpentry for doors and windows intended to be concealed or flush with the wall, allowing, through the use of the same parts, adaptation to different wall and door or window thicknesses, with great speed and ease of assembly on site, with the consequent reduction in stock and assembly times that this entails. BACKGROUND OF THE INVENTION Currently, in the field of construction and interior architecture, in certain cases, the arrangement of doors and windows that are flush with the wall or partition in which they are located, without any frame or any other element other than the line separating the surface of the door or window and the wall itself being visible, is well known and appreciated in high-end properties. Preferably, this flushness is achieved on both sides of the door or window, i.e. on both the inside and outside. In the case of interior doors in the building, this means that the door is completely hidden and flush with the walls on both sides. This is particularly applicable in cases where the door incorporates a decorative panel, which can be made of any material, in aesthetic harmony with the cladding, whether surface finishes, tiling or cladding panels, of the walls surrounding the door itself. In this way, when the door is closed, it is practically invisible, giving the entire surface of the wall a continuity that is not interrupted by the presence of the door. Current technical solutions that allow the above solution to be achieved must take into account that walls, whether interior partitions or exterior walls, have different thicknesses in the design stage. These solutions involve the custom manufacture of door and window frames so that the edge of the door or window corresponds to the edge of the wall with which it must be flush. This often involves the factory assembly of the door or window frame and its subsequent installation on site. Obviously, the need to manufacture the frame to measure entails high manufacturing and assembly costs and times, with the need for measurements which, in the event of an error, require the frame to be returned to the factory for a new one to be assembled with the correct measurements. In addition, it must be taken into account that, during on-site installation, these thicknesses do not correspond exactly to the design values and depend on the installation itself. Finally, the finishes of each wall, which may include panels and tiling, are another factor that influences the final edge of each wall. All this means that the factory assembly of a frame with the project dimensions of the wall or partition means that when it is assembled on site, the desired concealment effect is not achieved and the thicknesses of the leaf, whether it is a door or a window, will not correspond to the edge of the wall, with the time and economic cost that this entails, as it means reassembling the frame with the actual dimensions. DESCRIPTION OF THE INVENTION The present invention relates to an adjustable edge carpentry assembly, which, with only two universal pieces, allows for quick installation on site that can be adapted to any edge of the leaf, the leaf being understood to be a door or window, so that once installed, the leaf is completely flush with the wall or partition wall, regardless of the edge of said wall once installed, as the leaf frame adapts to the edge of the wall itself during assembly. As mentioned above, the adjustable edge carpentry assembly proposed by the invention allows a leaf (B) to be mounted in an opening in a wall (A) of a building, so that the edge of the wall (A) corresponds to an edge of the leaf (B) itself, so that, once installed, the leaf (B) is flush, preferably on both sides, although it could be on only one side, with the wall (A). According to the invention, the assembly comprises a first piece which, according to a cross-section, comprises: a first transverse wall, intended to be fixed internally to a first side of the leaf (B),at least one second longitudinal wall intended to contact the edge of the leaf (B), anda third longitudinal wall parallel to said at least one second longitudinal wall. The assembly also comprises a second piece which, according to a cross-section, comprises: a first transverse wall intended to be fixed internally to a second side, opposite the first side, of the leaf (B), anda second longitudinal wall designed to contact the third longitudinal wall of the first piece in the assembled position, such that the relative position between the first transverse wall of the first piece and the first transverse wall of the second piece corresponds to the edge of the leaf (B). These first and second pieces form what is known as a leaf frame, which in the case