CONNECTING ARRANGEMENT FOR PANELS

Abstract: The connecting arrangement (11) is applied to each of two panels (13) to be joined and has a lateral upright (12) comprising at least one hollow support (31, 32) which extends over the entire length of the upright. Each support (31, 32) defines a substantially cylindrical seat and a passage (33, 34) which extends to the outside, which are respectively capable of accommodating a cylindrical portion (42, 43) and a web (44) of a shaped connecting member. The member (41) can be removably slid in with the portions (42 and 43) thereof in the seats of two hollow supports (31 and 32) of two contiguous panels 13. The connecting member is made in one piece from plastics material and the web (44) may be flat or curved at variable angles. This permits the arrangement of contiguous panels in a coplanar con­ figuration, at 90° to each other or at 120° to each other. The connecting member may be fixed in place after it has been slid in by members blocking the ends of the sets (33, 34).

Description: The present invention relates to a connecting arrangement for panels comprising two lateral uprights which are respectively fixed to two of the panels. A connecting arrangement for panels is known, comprising a hinge with two bar portions and spring blocking means, which is capable of being mounted and fixed to the shaped edges of two contiguous panels. That arrangement is practical and functional but suffers from the disadvantage of leaving a gap between the two panels and not defining in a stable form the configuration as between the actual panels. The object of the present invention is to provide a connect­ ing arrangement for panels which is simple, reliable and aesthetically acceptable and which is at the same time quick and easy to assemble and of low cost. The connecting arrangement for panels according to the invention is characterised by the characterising portion of the main claim. A preferred embodiment of the invention is set forth by the following description which is given by way of non-limiting example with reference to the accompanying drawings in which: Figure 1 is a plan view of part of the connecting arrange­ ment for panels according to the invention, on an enlarged scale, Figure 2 is a second plan view of part of the arrangement according to the invention, Figure 3 is a longitudinal view of part of the arrangement shown in Figure 2, Figure 4 is a plan view of a first connecting element of the arrangement according to the invention, Figure 5 is a plan view of a second connecting element of the arrangement according to the invention, Figure 6 is a plan view of a third connecting element of the arrangement according to the invention, Figure 7 is a plan view of part of a first diagrammatic configuration of panels with the arrangement shown in Figure 1, Figure 8 is a plan view of part of a second configuration of panels with the arrangement shown in Figure 1, and Figure 9 is a plan view of a third configuration of panels with the arrangement shown in Figure 1. Referring to Figure 1, the connecting arrangement which is generally indicated by reference numeral 11 comprises a lateral upright 12 of a divider panel 13 which is formed in one shaped piece produced for example by extrusion and being of the same height as the panel 13. The upright 12 comprises a flat outside wall portion 14 integral with two side wall portions 16 and 17 parallel to each other and perpendicular to the outside wall portion 14, defining two corners 18 and 19, two internal strip portions 22 and 23 parallel to the wall portions 16 and 17, and two external strip portions 24 and 26 parallel to the wall portion 14, which define the surface for fixing of the upright to an edge 25 of the panel 13, in turn being integral with two strip portions 27 and 28 bearing sawtooth configurations. The edge 25 of the panel 13 is provided with longitudinal grooves 29 in which the sawtooth strip portions 27 and 28 are engaged until the edge 25 is caused to abut against the external strip portions 24 and 26. The external wall portions 14 is also integral with a strip portion 21 which projects towards the interior of the upright 12 until reaching the edge 25 of the panel 13 and acts as a stiffening means. Each corner 18 and 19 comprises a hollow support 31 and 32 which extends over the entire length of the upright 12 and is formed by a substantially cylindrical seat having a passage 33 and 34 extending to the outside of the upright 12. Each seat 31 and 32 extends over the entire length of the upright 12 and the two ends of the seats 31 and 32 have a portion 36 and 37 respectively which is screwthreaded over a predetermined length, as shown in Figure 3. A shaped connecting member 41 (see Figure 4) comprises two substantially cylindrical portions or edges 42 and 43 connected by a portion of limited thickness, formed by a plate or bar portion 40. The edges 41 and 42 are substantially identical and fixed with respect to the portion 40 and are made in one piece from plastics material, for example by extrusion. Each cylindrical edge 42 and 43 is slidably engageable into the cylindrical seats 31 and 32 (Figure 1). The portion 40 (see Figure 4) is slidably engageable between the outside edges of the passages 33 and 34 (see Figure 1), which limit the axial movements of the portion 40 (see Figure 4) and thus the connecting member 41. The connecting member 41 may be of the shape shown in Figure 4 in which the portion 40 is rectilinear and is indicated by reference numeral 44, or the form shown in Figure 5 and Figure 6. The cylindrical portions 42 and 43 are identical but the form of the connecting portion 40 varies. In the construction shown in Figure 5, the strip or bar portion indicated by 46 forms an angle of 90° while in the construction shown in Figure 6, the strip or bar portion indicated by reference numeral 47 is curved at 150°. The variable angle of the portion 40 permits the panels to be arranged in variable configurations. Figures 7, 8 and 9 show three forms of application of the connecting members 41 which permit two contiguous panels to be coplanar, as shown in Figure 7, or disposed at 90° as shown in Figure 8, or disposed at 120° as shown in Figure 9. Referring in particular to Figure 7, housed in the two uprights 12 are two connecting members 41, the portion 46 of which is bent at 90°, while in Figure 8 the straight portion 44 is used and the panels are disposed at 90°, and in Figure 9 the portion 47 which is bent at 150° is employed and the panels are disposed at 120°. The mode of operation and assembly in the three cases is substantially identical. When the position of the panels has been established: coplanar (Figure 7), at 90° (Figure 8) or at 120° (Figure 9), the operator takes the corresponding connecting members 41 with the more curved portion 46, the straight portion 44 or the less curved portion 47, and fits the cylindrical portions 42 and 43 into the corresponding hollow supports 31 and 32, arranging them over the entire length of the supports 31 and 32. In order to provide a permanent structure, the connecting members 41 (Figures 7, 8 and 9) are provided at the ends with coaxial holes 51 co-operable with locking elements, for example screws 52 (see Figures 2 and 3) which are screwed into the corresponding screwthreaded portions 36 and 37 in such a way as structurally to connect the uprights 12 to the connecting members 41. The panels 13 are now rigidly connected to each other. The operator may fit a cover or edging member 53 to cover entirely the ends of the uprights 12, the panels 13 and the screws 52. For dismantling purposes, the operator applies a slight pressure to the edging member 53 and disengages it from the uprights 12. He then unscrews the screws 52 and slides the connecting members 41 along the cylindrical seats in the uprights. The panels 13 remain free and are again ready for a fresh arrangement by means of simply changing the connecting members 41. The connecting arrangement 11 as described hereinbefore provides a strong, compact and functional structure which fully attains the stated object of connecting panels in variable configurations. It will be appreciated that the connecting arrangement 11 for panels 13 may be the subject of modifications and improvements both in respect of the shape and the arrangement of the various parts thereof without departing from the scope of the invention.

Claims: 1. A connecting arrangement for panels comprising two lateral uprights (12) which are respectively fixed to the two panels (13) characterised by two hollow supports (16, 17), one on each upright (12) and each provided with a longitudinal seat (31, 32) and with a slot passage (33, 34) passing from the seat and the outside of the support, and wherein the seat and passage extend along the upright, a shaped connecting strip (41) for making a connection between the two uprights and whose section has a web (44) of limited thickness and two thickened edges (42, 43) and in which the edges and web can be removably slid longitudinally into the seats and passages of the two hollow supports, so that the thickened edges (42, 43) are trapped in the seats (31, 32) and the strip connects together two contiguous panels in a variable configuration. 2. A connecting arrangement according to claim 1, characterised in that each upright (12) has a first surface (24, 26) fixed to the respective panel, a second surface (14) opposite to the first surface and at least one connecting surface (22, 23) between the first and second surfaces, and in which the longitudinal seat (31, 32) of the hollow support is substantially cylindrical and the slot passage (33, 34) is provided between the second surface (14) and the connecting surface (22, 23). 3. A connecting arrangement according to claim 1 or 2, characterised in that the shaped connecting strip (41) comprises two cylindrical portions (42, 43) which define the thickened edges and the web (44) which connects together the cylindrical portions, and in which the web, co-operating with the edges of the passages of the two hollow supports, limits the movement of the two contiguous panels. 4. An arrangement according to claim 3, characterised in that the web (44, 46, 47) is flat or curved at a predetermined angle which defines the variable configuration of the panels. 5. A connecting arrangement according to any of the preceding claims, characterised by a second hollow support on each upright and wherein the slot passages (33, 34) of the first and second hollow supports are provided at the outside edges of a free surface of the upright at the corners between this free surface and side surfaces of the upright. 6. An arrangement according to claim 4 and 3 or 5, characterised in that a configuration at 90° as between two panels is produced by a flat web (44). 7. An arrangement according to claims 4 and 3 or 5, characterised in that a configuration at 120° as between two panels is produced by a web (47) which forms an angle of 150°. 8. A connecting arrangement according to claims 4 and 5, characterised in that a rectilinear configuration as between two panels is produced by means of two shaped connecting strips, in which the webs (46) of the two connecting strips form an angle of 90° and engage the passages of the first and second hollow supports and in which the cylindrical portions engage the cylindrical seats of said first and second hollow supports. 9. An arrangement according to any of the preceding claims, characterised in that the upright (12) is in one piece and extends over the entire height of the panel (13) and in which the connecting strip (41) is also in one piece, and the upright and connecting strip are made from plastics material. 10. A connecting arrangement according to any of the preceding claims, characterised in that the longitudinal seat (31, 32) is of substantially cylindrical section with two screwthreaded ends and by a locking screw (52) capable of being screwed into the screwthreads for removably trapping the strip in the seat.

Inventors: GALLI, MASSIMO
Applicants: OLIVETTI SYNTHESIS S.P.A.
Application year: 1986
Main classification: F16B5
IPC codes: E04B1, F16B5