FR2641043A1

FR2641043A1 - Corner assembly using sections

Info

Publication number: FR2641043A1
Application number: FR8814310A
Authority: FR
Original assignee: LOUISET PATRICK
Current assignee: LOUISET PATRICK
Priority date: 1988-12-27
Filing date: 1988-12-27
Publication date: 1990-06-29
Also published as: FR2641043B1

Abstract

The invention relates to a corner assembly device using sections making it possible to connect three components together without the use of any added element. It is characterised by a shaped component A having an angle bracket-shaped cross-section, each internal face of A receives a groove of the same cross-section produced on either side of the internal corner; and of two components C or C' one of the ends of which has a tenon with a projection and a chamfer at 45 DEG , the projection of C or C' matches one of the internal grooves in the component A. The chamfer at 45 DEG makes it possible to fit the components C and C' one against the other inside the component A, the assembly thus produced is itself wedged in the plane perpendicular to the component A. The device makes it possible to replace the conventional assembly systems. It applies to all materials of rigid consistency.

Description

ASSEMBLAGE D'ANGLE PAR PROFILES
La présente invention permet de réaliser des assemblages d'angle dans trois directions et cela par sa conception originale (planche2) résistant aux efforts dans deux sens.CORNER ASSEMBLY BY PROFILES
The present invention makes it possible to produce corner joints in three directions and this by its original design (plate2) resistant to efforts in two directions.

Cet assemblage est démontable et remontable à volonté par un néophite sans en altérer sa solidité et sans aucun adjuvant. This assembly can be dismantled and reassembled at will by a neophite without altering its solidity and without any additives.

Le présent procédé peut s'appliquer à différents matériaux ayant une consistance solide et rigide (bois, métaux, matière plastique, pierre de taille, béton, plStre, verre etc.0.). The present process can be applied to different materials having a solid and rigid consistency (wood, metals, plastic, cut stone, concrete, plaster, glass, etc.).

Cette invention peut avantageusement remplacer des assemblages de type classique tels que : tourillons, vis, tenon/mortaise, collage, vis de rappel, clous, agrafes etc..0)0
En outre, à l'inverse de certains assemblages, le procédé présenté peut titre techniquement réalisé dans l'industrie ou l'artisanat en petites ou grandes quantités.This invention can advantageously replace assemblies of conventional type such as: trunnions, screws, tenon / mortise, gluing, return screws, nails, staples, etc. 0) 0
In addition, unlike certain assemblies, the process presented can technically be carried out in industry or crafts in small or large quantities.

Exemple : moulage des pièces, profilage des pièces, usinage des pièces etc...). Example: molding of parts, profiling of parts, machining of parts, etc.).

Assemblage d'angle par profilé est caractérisé (planche 1 et 3) par une pièce profilé (A) ayant une section en forme d'équerre, chaque face intérieure de la pièce (A) reçoit une rainure de même section réalisée de part et d'autre de l'angle intérieur, deux pièces (c) et (c') présentant à chaque extrémité un tenon avec une saillie et un biseau à 450, la saillie épousant la rainure de la pièce (A), le biseau à 450 permettant de les relier l'une à l'autre perpendiculairement dans la pièce (A), de sorte qu'au montage on positionne la pièce (C) dans la pièce (A), la pièce (C') vient s'emboiter en coulissant à l'intérieur de la pièce (A) contre la pièce (C), l'assemblage ainsi réalisé est auto-claveté dans le plan perpendiculaire à la pièce (A). Corner assembly by profile is characterized (plate 1 and 3) by a profiled piece (A) having a square section, each interior face of the piece (A) receives a groove of the same section made on both sides. 'other of the interior corner, two parts (c) and (c') having at each end a tenon with a projection and a bevel at 450, the projection marrying the groove of the part (A), the bevel at 450 allowing to connect them to each other perpendicularly in the part (A), so that during assembly the part (C) is positioned in the part (A), the part (C ') comes to slide together inside the part (A) against the part (C), the assembly thus produced is self-keyed in the plane perpendicular to the part (A).

La pièce (B) ayant un profilé carré ou rectangulaire avec deux saillies correspondantes aux deux faces intérieures de la pièce (A), coulisse dans la pièce (A) ainsi positionnée, la pièce (B) permet de réaliser des intervalles entre les pièces (C) et (C'). The part (B) having a square or rectangular profile with two projections corresponding to the two internal faces of the part (A), slides in the part (A) thus positioned, the part (B) allows gaps between the parts ( C) and (C ').

Les pièces (C) et (C') (Planche 4) sont des panneaux. Parts (C) and (C ') (Plate 4) are panels.

Dans la pièce (A) (Planche 5), il peut être réalisé une feuillure dans sa face intérieure, ainsi à l'assemblage de la pièce (A) et de la piace (B) on a une rainure permettant de faire coulisser un panneau (verre, bois, ou tout autre). In the part (A) (Plate 5), there can be a rebate in its inner face, so when assembling the part (A) and the part (B) there is a groove for sliding a panel (glass, wood, or any other).

La constitution de la pièce (A) (planche 6) a été réalisé en deux pièces (a) et (a') assemblées entrent elles par un embrevement sur angle sécant et avec, sur chacune d'elles, une saillie à l'extrémité intérieure correspondant à la pièce (A), les pièces (C) et (C') à l'angle sécant ont 1' extrémité saillante. The constitution of the part (A) (plate 6) was carried out in two parts (a) and (a ') assembled they enter by a embervement on secant angle and with, on each of them, a projection at the end interior corresponding to the part (A), the parts (C) and (C ') at the intersecting angle have the projecting end.

Claims

REVElDICATIONS

1) Corner assembly by profile is applicable to all cubic and parallelepipedic volumes, from solid and rigid materials (wood, metals, plastic, cut stone, concrete, plaster, glass etc ...) it is characterized by a profiled part (A) having a cross-section in the form of a square, each internal face of the part receives a groove of the same section produced on either side of the internal angle, two parts (c) and (c ' ) presenting at each extr

Miter a tenon with a projection and a bevel at 450, the projection marrying the groove of the part (A) the bevel at 450 making it possible to connect them to each other perpendicularly in the part (A), so that during assembly, the part (c) is positioned in the part (A), the part (C ') fits by sliding inside the part (A) against the part (c), the assembly thus produced is self-keyed in the plane perpendicular to the part (A).

2) Device according to claim 1 in which further comprises a part (B) characterized by a square or rectangular profile with two projections corresponding to the two inner faces of the part (A) allowing the part (B) to slide in the part (A) the part (B) thus positioned makes it possible to produce intervals between parts (c) and (c ').

3) Device according to claim 1 is characterized in that the parts (c) and (c ') are panels.

4) Device according to claim 1 and 2 is characterized in that the part tA) to ur.e rebate in its inner face thus to the assembly of the part (A) and the part (B) there is a groove allowing slide a panel (glass, wood or any other).

5) Device according to claim 1 is characterized by the constitution of the part (A), it is made two parts (a) and (a ') assembled they enter by a embervement on secant angle and with, on each of them, a projection at the inner end, corresponding to the part (A ').

6) Device according to claim 1 and 5 is characterized by the parts (c) and (c ') which at the secant angle have the projecting end.