EP0098257A2 - Fittings forming an articulation for wings such as shutters, doors or the like - Google Patents

Abstract

1. A fitting (1) forming a hinge for the leaf (2) of a domestic shutter or the door of a piece of furniture or the like, of the type comprising first and second elements (3, 4) mounted respectively on a fixed support forming the frame and said leaf (2) through the intermediary of hinge leaves comprising first oblong fastening holes for receiving fastening elements (7), at least two of the holes (5, 6; 9, 10) extending substantially in or in parallel with the common longitudinal extension of said holes, while a second hole (17) extends in a direction perpendicular to those of the abovementioned first holes (5, 6), and a control unit (18) consisting of a gripping head (19), fixed pivotally by a fastening member and in one piece with a cam (20) engaged in the above-mentioned second hole and designed for adjusting the positioning and/or inclination of said fitting (1) and of the door or shutter at the time of installation, when the control unit (18) is actuated, characterized in that the above-mentioned cam comprises an eccentric cylindrical part (20) acting on the longitudinal edges of the above-mentioned second oblong hole (17) formed in each hinge leaf of the above-mentioned elements (3, 4).

Description

The present invention relates to a hinge fitting for a door leaf, residential shutter or piece of furniture or the like, of the type comprising first and second elements mounted respectively on a fixed support forming a frame and said leaf, one of the elements comprising a pivot, while the other element comprises a crapaudine around the pivot, the pivot and the crapaudine being fixed to the frame or to the leaf by means of a hinge comprising fixing holes intended to receive fixing elements, and an adjustment member intended to adjust the positioning and / or the inclination of said fitting and of the door or flap during its installation, at least two of the fixing holes having an oblong shape, extending substantially in the extension of the 'common longitudinal axis of said holes or optionally along parallel axes.

US Pat. No. 2,611,921 discloses a hinge pivoting on plug hinges and one of the hinges of which consists of a rectangular metal blade has a rectangular hole. Said blade can slide along a groove formed in a fixing plate fixed to a fixed support or to a leaf using screws.

An adjustment member consisting of an octagonal piece comprising an eccentric fixing hole is engaged in the above-mentioned rectangular hole, in a determined position, so as to adjust the position of the hinge relative to the fixing plate.

Once in place, the octagonal piece is fixed to the support or to the aforementioned leaf, also using a screw. The assembly constituted by the fixing plate, the metal blade forming the hinge and the octagonal part, is covered with a covering plate intended to hold the octagonal part in place and to hide it by a united surface, forming a third thickness.

The major drawback of this known fitting lies in the difficulty that installers experience in adjusting the positioning of said fitting when installing a shutter or a door. In addition, it is impossible to correct the subsequent play of a leaf, without completely dismantling said fitting. Finally, this known fitting comprises numerous parts of complex shapes which increase its manufacturing cost.

The problem relating to the fitting of a fitting results from the difficulty encountered by the installers in drilling fixing holes in the masonry in the correct position, despite the use of a template.

Indeed, it is very difficult to obtain holes in the walls at precise locations, possibly perfectly aligned, due to the fact that the force of the drilling tool used follows the path of least resistance in composite materials of masonry. This lack of precision during drilling has the disadvantage of incorrectly fitting the leaves. The fault may be such that the closing of the leaf (s) is possibly prevented.

The object of the present invention is to eliminate the drawbacks described above. It offers a fitting forming a hinge for the door leaf, _flap, housing or cabinet or the like, of the type comprising first and second elements mounted respectively on a frame forming a fixed carrier and said door, one of the members having a pivot, while the other element comprises a rotary member around the pivot, the pivot and the clamp being fixed to the frame or to the leaf by means of a hinge comprising fixing holes intended to receive fixing elements, and an adjusting member intended to adjust the positioning and / or the inclination of said fitting and: of the door or shutter during its installation, at least two of the fixing holes, having an oblong shape, extending substantially in the extension of the common longitudinal axis of said holes or optionally along parallel axes, essentially characterized in that the pivotally mounted adjustment member controls when it is rotated, the displacement nt oblong holes relative to the fastening elements.

According to a feature of the invention, the aforementioned adjustment member is fixed to the aforementioned frame or leaf and comprises a movable cylindrical part forming a cam acting on the edges of an oblong light formed optionally in each aforementioned hinge.

In a particular embodiment, a hinge has three fixing holes of oblong shape, the intermediate hole having a longitudinal axis perpendicular to the common longitudinal axis of each of the two end holes.

The adjusting member advantageously comprises a fixing element serving at the same time as a fixing member.

The invention also relates to a method for fixing a fitting as described above. This process is essentially characterized in that one introduces into any of the above oblong-shaped holes, an adjustment member consisting of a fastening element and a said cam, which is actuated in rotation at using a key in order to adjust the positioning and / or the inclination of each of the elements of said fitting.

Other particularities and details of the invention will appear during the following detailed description, given with reference to the schematic drawings annexed to this descriptive memory illustrating several embodiments of the invention, given solely by way of examples.

• - la figure 1 est une vue partielle d'un volet comportant un type de ferrure selon l'invention et disposé de manière incorrecte;
• - la figure 2 est une vue analogue à celle de la figure 1. Elle montre comment le positionnement incorrect peut être ajusté au moyen de la ferrure suivant l'invention;
• - la figure 3 montre une vue de dessous d'une penture horizontale avec organe de commande;
• - la figure 4 est une coupe longitudinale suivant la ligne IV-IV de la penture horizontale montrée à la figure 3;
• - la figure 5 montre un gond vertical en forme de T;
• - les figures 6 et 7 montrent un tourillon pouvant être monté de façon amovible;
• - la figure 8 est une vue en coupe axiale de l'organe de commande pour le réglage du positionnement de chaque élément de ferrure;
• - la figure 9 est une vue en plan de l'organe de commande montré à la figure 8;
• - les figures 10 à 13 montrent d'autres types de ferrures selon l'invention.

In these figures:

• - Figure 1 is a partial view of a flap comprising a type of fitting according to the invention and arranged incorrectly;
• - Figure 2 is a view similar to that of Figure 1. It shows how the incorrect positioning can be adjusted by means of the fitting according to the invention;
• - Figure 3 shows a bottom view of a horizontal hinge with control member;
• - Figure 4 is a longitudinal section along line IV-IV of the horizontal hinge shown in Figure 3;
• - Figure 5 shows a vertical T-shaped hinge;
• - Figures 6 and 7 show a pin which can be removably mounted;
• - Figure 8 is an axial sectional view of the control member for adjusting the positioning of each fitting element;
• - Figure 9 is a plan view of the control member shown in Figure 8;
• - Figures 10 to 13 show other types of fittings according to the invention.

In these different figures, the same reference notations designate identical or analogous elements.

Figure 1 shows a type of fitting, designated as a whole by the reference notation 1 and intended to ensure the pivoting around a vertical axis of a leaf 2 which can be a door or a shutter of which only the upper part has been represented.

These fittings comprise a first element mounted on the leaf 2 and forming a horizontal hinge 3, and a second element 4 forming a hinge fixed on a fixed support forming the frame of the leaf 2.

These first and second elements are fixed respectively to the leaf 2 and to the frame by means of fixing elements not shown, such as screws, lag screws, burglar-resistant bolts or the like, introduced into corresponding holes made in each. of these elements which thus articulate with each other in order to ensure the pivoting of the leaf 2 around a vertical axis L L '.

Each horizontal hinge 3, as illustrated in FIGS. 3 and 4, is constituted by a metal tab of substantially rectangular shape and crossed by holes 5, 6 for the passage of fastening elements 7 such as screws.

The holes 5, 6 advantageously have an oblong shape and extend in the extension of one another. In the example considered, these oblong holes 5, 6 are in longitudinal alignment on the hinge 3 and are located on the axis of symmetry of this tab.

One of the ends of the hinge 3 ends in a rounded loop substantially closing in on itself so as to define a substantially cylindrical open passage and whose axis is perpendicular to the axis of symmetry of the fixing lug. This rotary member 8, also called the node of the horizontal hinge, acts as a basket as shown in FIG. 4.

The element 4 forming a hinge is illustrated in FIG. 5. It has substantially the shape of a T, the head of which is arranged vertically. The head of the T of this element 4 acts as a fixing lug for this element on the frame and has fixing holes 9, -10-of oblong shape intended to accommodate fixing elements not shown which can be screws, funds, burglar-resistant bolts or the like. As in the case of the horizontal hinge, these holes 9 and 10 are aligned longitudinally and are located in the axis of symmetry of the elongated fixing lug and of substantially rectangular shape.

The horizontal leg 11 of the T-shaped part of the element 4 forming a hinge has at its end a pivot axis or pin 12 disposed perpendicularly to the leg of the T and integral therewith.

It is understood from the above, that the articulation between the horizontal hinge 3 and the element 4 is carried out by the rotation of the horizontal hinge around the pin 12 thus passing through the open passage of the lug 8 and s' extending in the axis of the joint.

The pivot 12 can also be removably mounted to the element 4 forming a hinge, so as to be able to transform each hinge into a hinge and vice versa.

Such a pivot is shown in FIGS. 6 and 7 and includes an elongated hollow cylindrical upper part 13 for pivoting around the latter of the corresponding hinge, a cylindrical lower part. elongated 14 which can be inserted into an opening corresponding to the end of the hinge, and an annular part 15 for supporting the pivot 12 on the upper edge of the basket.

The lower part 14 has ribs 16 extending along this part 14 and regularly spaced around it. By way of example, these ribs 16 are four in number and allow correct positioning of the pivot 12 in its corresponding opening 8.

Advantageously, each fixing lug of each element 3, 4 of the fitting comprises an adjustment light 17 preferably situated between two holes 5, 6 and 9, 10 intended to each receive a fixing element 7, as shown in FIG. 5. The longitudinal axis of this possible oblong lumen 17 is perpendicular to the axis of symmetry of the fixing lug and the geometric center of this lumen is in longitudinal alignment with the geometric centers of the oblong holes 5,6 and 9,10 .

Of course, the shape and arrangement of this oblong light 17 are also found on the horizontal hinge of Figure 3 and is shown in solid lines.

Furthermore, with each fixing lug of each fitting element is associated a control member 18 which, in the present case, and for the sake of simplification, is shown only in association with the horizontal hinge of FIG. 3.

As shown in Figures 8 and 9, the control member 18 comprises a head portion 19 under which is integrally attached a cylindrical portion 20 forming a cam. As it appears clearly in these figures, the longitudinal axis of the cylindrical part 20 is eccentric relative to the central axis of the head 19 of the control member 18.

In addition, a bore 21 coaxial with the axis of the head 19 crosses on either side the control member so as to allow the passage of a fastening element 7 of the control member 18 on the leaf or the dormant. A counterbore 22 is produced in the upper part of the head 19 coaxially with the bore 21 to allow passage of the head of the fixing element 7.

The external diameter of the cylindrical part 20 of the control member can be identical to the diameter of the passages defined at each of the opposite ends of each oblong hole. It is thus understood that the control member 18 can be mounted on each fitting element by inserting the cylindrical part 20 in each adjustment lumen 17, the head 19 of the member 18 coming to bear on the fixing lug of each element fittings by means of a circular bearing surface 23 serving as a connection surface between the head and the cylindrical part 20 forming a cam.

The fixing element 7 of the control member 18 serves as a fulcrum or pivot point for the movement of the cam 20.

As shown in FIG. 4, the lower end of the cylindrical part 20 is flush with the bearing surface of the hinge 3 on the leaf 2 when the control member 18 is mounted on the support leg.

It is therefore understood from the above that the aforesaid holes 5, 6 and 9.10 and the slot 17 of oblong shape defined in each element of the fittings allow adjustment of the position of each of these elements by a relative displacement between these oblong bores and their associated fixing screws 7, this relative displacement being obtained by acting on the control member 18.

The positioning of each fitting element is carried out as follows.

Each fitting element is mounted on its appropriate support (casement or frame) using the fixing screws 7 passing respectively through the oblong holes 5, 6 and 9, 10 and in holes drilled respectively in the leaf and the frame using a template not shown. The screws 7 are not fully tightened.

Then, each control member 18 is introduced into the oblong adjustment light 17. This adjustment member 18 is held by the screw 7 which is not fully tightened and serving as a pivot for the displacement of the cylindrical part 20 forming a cam.

The head 19 of the control member 18 having a hexagonal shape, it is therefore possible, using a key 24, to rotate this member 18 which, by means of the cylindrical part 20 forming cam acting on the longitudinal edges of the adjustment light, pushes the fitting element longitudinally on the screws 7 which thus serve initially guide to this fitting element.

When the position of the leaf relative to the fitting is correct, as illustrated in FIG. 2, it then suffices to definitively block the adjustment, to definitively tighten each screw 7 to firmly hold the member 18 and then to definitively block the screws in the oblong holes 5, 6 and 9, 10.

Thus the adjusting member 18 makes it possible to adjust the positioning of the leaf relative to the frame, both in a horizontal and vertical direction in order to compensate for any misalignment caused by a compaction of the building or due to an imprecision in drilling the holes. fixing when installing the shutter or door.

The adjustment system according to the invention also allows subsequent adjustment of the position of the leaf if the need arises, for example as a result of the work of the masonry or the wood of the leaf over time. Of course, this possibility of subsequent adjustment will be made by slightly loosening the fixing screws inserted in the holes 5, 6 and 9, 10, by loosening the screw 7 of the control member 18 and by rotating using a key 24 suitable for the head 19 of this control member 18 for the thrust movement of the fitting element.

Other modifications can be made to the adjustment system of each fitting element without departing from the scope of the present invention.

For example, the holes 5, 6 instead of being made along the longitudinal axis of the fitting element 3 can be made along a vertical axis of this element, while the adjustment light 17 will be produced along the longitudinal axis of the fitting. It is therefore possible to combine this type of fitting element with another fitting element having holes made along the longitudinal axis of the fitting and an adjustment light perpendicular to this axis, the combination of these two fitting elements allowing also their displacement relative to each other in a horizontal direction and a vertical direction.

In addition, the adjustment lumen into which the cam portion 20 of the control member 18 is inserted may also have a substantially oval shape, the diameter of the cam corresponding to the smallest diameter of this oval bore.

The adjustment system according to the invention can also be applied to the types of fittings respectively comprising a square hinge (FIG. 10), a hinge for the connection of two leaves of a double flap (FIG. 11), a vertical folded hinge (figure 12) and a horizontal hinge (figure 13).

Claims (6)

1. Fitting forming hinge for door leaf or dwelling or furniture shutter or the like, of the type comprising first and second elements mounted respectively on a fixed support forming a frame and said leaf, one of the elements comprising a pivot, while that the other element comprises a rotary member around the pivot, the pivot and the basket being fixed to the frame or the leaf. by means of a hinge comprising fixing holes intended to receive fixing elements, and an adjustment member intended to adjust the positioning and / or the inclination of said fitting and of the door or shutter during its installation , at least two of the fixing holes having an oblong shape, extending substantially in the extension of the common longitudinal axis of the said holes or possibly along parallel axes, characterized in that the adjusting member (18) mounted pivoting controls when it is actuated in rotation, the displacement of the oblong holes (5,6) relative to the fastening elements (7). 2. Fitting according to claim 1, characterized in that the aforementioned adjustment member (18) is fixed to the frame or to the wing (2) above and comprises a movable cylindrical part (20) forming a cam acting on the edges of a light (17) of oblong shape optionally provided in each aforementioned hinge (3,4). 3. Fitting according to any one of the preceding claims, characterized in that a hinge (3) has three fixing holes (5, 6, 17) of oblong shape, the hole (17) intermediate having a longitudinal axis perpendicular to the common longitudinal axis of each of the two extreme holes (5, 6). 4. Fitting according to one of the preceding claims, characterized in that the aforementioned adjustment member (18) also comprises a head part (19) under which is the aforementioned cylindrical part (20) forming a cam, the axis of the cylindrical part (20) being eccentric relative to the central axis of the head (19). 5. Fitting according to either of the preceding claims, characterized in that the adjusting member (18) comprises a fixing element (7) serving at the same time as a fixing member. 6. Method for fixing a fitting according to any one of the preceding claims, characterized in that one introduces into any one of the above-mentioned oblong holes (5, 6), an adjustment member (18) consisting of a fastening element (7) and a cam (20) above, which is actuated in rotation using a key (24) in order to adjust the positioning and / or the inclination of each elements (3, 4) of said fitting (1).

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