For the purposes of making more efficient use of working space in offices, it is common practice to divide a room into several separate areas. In some cases such a division is partial, that is, based on the use of partitions formed by modular elements placed side by side and of limited height but definitely lower than the room in question. Each modular element com- prises a pair of posts with a panel extending therebetween, the modular elements being sup- ported in an erect position by special bases or supports associated with the lower ends of the posts.

In other cases, so-called mobile walls are instead used for dividing a room completely to form working areas closed on several sides. In some solutions the mobile walls extend from the floor to the ceiling of the room to divide the latter into two distinct parts, or they are disposed to form one or more"booths"within the room to be divided. Very often the mobile walls must be reconfigured or moved in accordance with changing requirements.

At present, dividing walls of the stated type are generally constituted by a metal section supporting structure covered on both sides by modular paneling in a vertical or horizontal web.

The section structure is normally fixed on the perimeter to the building by plugs, thereby making assembly and reconfiguration operations fairly complex and also causing alterations on the building (such as holes on the walls) that become visible when the mobile wall is moved or reconfigured.

The present invention is based on the object of specifying a system for realizing mobile di- viding walls of novel design that permit a room to be divided with great flexibility of con- figuration and heights without using bonds with the building in simple, rapid and economic fashion.

These and other objects, which will become more clear hereinafter, are attained according to the present invention by a system for realizing mobile dividing walls having the features of the attached claims, which are intended to be an integral part of the present description.

Further objects, features and advantages of the present invention will become clear from the detailed description that follows and from the attached drawings, provided strictly by way of explanatory example and not restrictively, in which: Figure 1 shows a perspective view of some basic components of a wall realized according to the invention; Figure 2 shows a partial perspective view of a main post of a wall realized according to the invention, equipped with a corresponding locking device; Figure 3 shows a partial and schematic section of a system for coupling an intermediate crossbar to a corresponding main post (left part), and a main crossbar to an intermediate post (right part), of a wall realized according to the invention; Figure 4 shows an exploded view of the locking device as in Figure 2; Figure 5 shows a partial and schematic cross section of a first wall realized in accordance with the invention; Figure 6 shows a partial and schematic cross section of a second wall realized in accordance with the invention; Figure 7 shows a perspective view of a rapid coupling device belonging to the system of Figure 3; Figure 8 shows an exploded view of the rapid coupling device of Figure 7; Figure 9 shows a partial and schematic section of a main crossbar of a wall according to the invention, equipped with two coupling devices as in Figures 7 and 8; Figure 10 shows a section according to line X-X in Figure 2; Figure 11 shows a first schematic sectional view of a wall realized according to the inven- tion, equipped with a first regulation arrangement at the bottom of an intermediate post; Figure 12 shows a second schematic sectional view of a wall realized according to the in- vention, equipped with the arrangement of Figure 11 ; Figure 13 shows a first schematic sectional view of a wall realized according to the inven- tion, equipped with a first regulation arrangement for a holding section; Figure 14 shows a second schematic sectional view of a wall realized according to the in- vention, equipped with a second regulation arrangement for a holding section; Figure 15 shows an example of a partition system formed by walls realized according to the invention; Figures 16 and 17 show schematic sections of two possible forms of main posts to be used for the purposes of realizing the wall according to the invention.

Figure 1 illustrates the basic components of a removable dividing wall realized according to the invention. In said Figure, no. 1 indicates two main posts between which a main con- necting crossbar having structural functions is to be fixed, indicated as a whole by 2. Ac- cording to an important aspect of the invention, the connection between posts 1 and crossbar 2 realizes the supporting structure of an entire mobile wall according to the invention, whereby the span delimited by said structure can be further divided by intermediate posts and crossbars, in a horizontal or vertical web, to allow subsequent filling or closure thereof.

No. 3 indicates some intermediate crossbars, and no. 3'an intermediate post. It should be noted that components 3 and 3'are realized by an identical basic section, described below; the differences between said components 3 and 3'therefore relate solely to their length and arrangement within the mobile wall. The letter V indicates a generic filling element for the wall, which is assumed to be a pane of glass here, intended to be mounted within the span formed by main posts 1 and main crossbar 2.

No. 4 indicates closing sections of a first type provided for cooperating with main crossbar 2; no. 5 indicates closing sections of a second type provided for cooperating with corre- sponding holding section 6, the latter being used if necessary to complete the mobile wall at the top or bottom, as to be described below. No. 7 schematically indicates elastic elements used to ensure the fixing of second closing sections 5 between main crossbar 2 and coite- sponding holding section 6. No. 8 indicates adjustable pressers used to ensure the linearity and maintenance of the correct operative position of holding sections 6. No. 9 indicates a regulation unit for intermediate post 3'.

The components indicated by 1, 2,3, 3', 4 and 5 are preferably made of aluminum or alumi- num alloy, with surface treatment of the corresponding parts intended to remain in view.

The other components, and particularly holding sections 6, can be made of steel.

Main posts 1 have an altogether circular, internally hollow section. As can be seen for ex- ample in Figures 2-4, the outer surface of posts 1 comprises a plurality of identical radial ribs 1A with varying section extending longitudinally over the entire length of post 1, whereby groove 1B with varying section is formed between two adjacent ribs; the center distance between two adjacent grooves 1B is preferably 15°.

As can be seen for example in Figures 5 and 6, intermediate crossbars 3, like intermediate posts 3', have an outer form with predominantly elliptic section formed by two opposing curved surfaces, indicated by 3A and 3B in Figure 5, between which substantially rectan- gular hollow core 3C is formed. As can be seen, the side edges of surface 3A end at a cer- tain distance with respect to the side edges of surface 3B so as to define, together with core 3C, two side channels 3D. On each curved surface 3A and 3B three respective longitudinal grooves are centrally defined, indicated by SI, S2 and S3. The two longitudinal ends of in- tennediate crossbar 3 are curved inwardly to define a concave profile adapted to mate with the outer curvature of the surface of main posts 1, as can be seen for example in the left part of Figure 3.

Main crossbar 2 has a substantially double T section formed by a hollow upper portion, a hollow lower portion and a hollow intermediate portion indicated in Figure 5 by 2A, 2B and 2C, respectively. As can be seen, portions 2A and 2B are identical and disposed in mirror- inverted fashion with respect to portion 2C, the section of portions 2A and 2B being similar to that of intermediate crossbars 3. Surface 2A', 2B'of each portion 2A, 2B opposite that joining with intermediate portion 2C is therefore altogether curved and has defined centrally therein three longitudinal grooves side by side, indicated by S1, S2 and S3 in Figure 5, be- ing of identical form to those present on curved surfaces 3A and 3B of intermediate cross- bars 3. The two longitudinal ends of main crossbar 2 are also not flat but curved inwardly to define a concave profile adapted to mate with the altogether circular outer surface of main posts 1.

In accordance with a second aspect of the present invention, the connection between main crossbar 2 and posts 1 is realized by rapid coupling means; preferably, moreover, the fixing of ends of intermediate crossbars 3 and at least one end of intermediate posts 3'is realized by rapid coupling means analogous to those used for connecting main crossbar 2 and posts 1. In the preferred embodiment of the invention, said rapid coupling means are practically hidden from view, being contained almost completely within the overall dimensions of cor- responding crossbars or posts 2,3, 3'.

To this end, with reference to Figures 3,7 and 8, no. 10 indicates a clamp capable of being inserted both in the longitudinal cavity of upper and lower portions 2A and 2B of main crossbar 2, and within core 3C of intermediate crossbar or post 3,3'. Clamp 10 comprises two metal jaws 10A with a lever of the first order and metal intermediate support 10B that defines at the front two mutually parallel protruding teeth 10C. Jaws 10A are hinged to sup- port 10B by two at least partly knurled metal pins, indicated by 10D, inserted in corre- sponding pairs of holes defined on the jaws and the support. On the opposing edges of jaws 10A corresponding toothings 10A'are defined that are mutually engaged after assemblage of clamp 10; the clamping ends of jaws 10A are shaped to form corresponding teeth 10E.

As can be seen in the left part of Figure 3, teeth 10E are adapted to be inserted in two grooves 1B of main post 1 and close on two corresponding ribs 1A thereof, while the two teeth 10C of intermediate support 10B are inserted at the same time in identical groove 1B of post 1 that is located between the two grooves in which teeth I OE are inserted. The right part of Figure 3, however, indicates how teeth 10E are also adapted to be inserted in grooves S1 and S3 of post 3' (or crossbar 2,3) and close on two corresponding ribs thereof, while the two teeth 10C of intermediate support 10B can be inserted at the same time in groove S2 of said post.

The ends of jaws 10A opposite teeth 10E have corresponding holes, one of which (not visi- ble in the Figures) is threaded and the other, indicated by 1 OF in Figure 8, is equipped with retaining means for the end of a closing screw of clamp 10, indicated by 10G, on which spring 10H is fitted in use. Screw 10G is capable of being screwed in said threaded hole, while the retaining means associated with hole 10F guides the tip of said screw during the angular movement of jaws 10A. Spring 10H tends to move apart jaws 10A in the part where screw 10G is present. Screwing of screw 10G causes jaws 10A to move angularly around corresponding pins 10D, the precision and regularity of said movement being ensured by mutually engaged toothings 10A'. Said angular movement causes the two clamping ends of jaws 10A to be drawn together so that teeth 10E catch on the corresponding longitudinal ribs of post 1,3'or crossbar 2,3. Thus, as a function of the amount of screwing exerted on screw 10G it is possible to reliably lock the corresponding profile housing clamp 10.

Clamps 10 are held in the fitting position by knurled pins 10D, as indicated in Figure 9. For the purposes of assemblage, clamps 10 are pre-assembled with pins 10D temporarily re- placed by plastic pins, not shown in the Figures, which remain within the overall dimen- sions of said clamps. Subsequently each clamp 10 is inserted in the cavity of corresponding portion 2A, 2B of main crossbar 2, or central core 3C of profiles 3 or 3'. Clamp 10 is then pressed into the cavity until the holes housing said plastic pins come in register with two pairs of aligned holes (provided in the positions indicated by F1 in Figure 5) defined at given points of the end area of main crossbar 2 and provided for insertion of said pins 10D.

Hole F2 is also provided in at least one side surface of portions 2A and 2B of main crossbar 2 (Figures 3 and 5) to permit screw 10G to be operated by a suitable tool, such as a screw- driver. Holes having analogous functions are of course also provided in profiles 3 or 3', in the positions indicated by F3 and F4 in Figures 3 and 5. At this point, metal pins 10D are forced within holes Fl or F3 so as to replace said plastic pins. After insertion of pins 10D, the plastic pins come out of clamps 10, and the latter are bound to profile 2 or 3, 3'by the interference of the knurling of pins 1 OD with holes F1 or F3.

Given that crossbar 2 realizes with main posts 1 the supporting structure of the wall, the connection between said parts must be as firm and secure as possible. For this reason, in the preferred embodiment of the invention clamps 10 are inserted at the two ends of the longi- tudinal cavities of both portions 2A and 2B of main crossbar 2, as can be seen in Figure 9.

In other words, therefore, the fixing of main crossbar 2 between two main posts 1 provides for the use of four clamps 10, two at each end of crossbar 2. The fixing of secondary cross- bar 3 not only to main post 2 but also to secondary post 3'or main crossbar 2 can instead be realized by single clamp 10 inserted in central core 3C.

It is clear from the above how the provision of coupling means realized by clamps 10 makes it possible to realize in simple and rapid fashion the mutual fixing among the various struc- tural components of the wall according to the invention. The fact that said clamps are hid- den almost completely from view, being housed inside the cavities of corresponding cross- bars 2,3 or posts 3', is particularly advantageous from an esthetic point of view.

In accordance with a third important aspect of the invention, the locking of posts 1 with re- spect to the room in which the dividing wall according to the invention is mounted is ef- fected without brackets or perimeter profiles that must be fixed to the floor or ceiling of the room. To this end, Figures 2,4 and 10 illustrate a locking device, indicated as a whole by 30, intended to be associated with at least one of the ends of each main post 1.

With special reference to Figures 4 and 10, device 30 comprises cup-shaped body 31 with a circular section having a diameter so as to be insertable in the inside cavity of main post 1.

On cylindrical wall 31A of body 31 there are two opposing through holes 31B, whose func- tions will be clarified hereinafter. The upper edge of the cylindrical wall is in the form of outwardly protruding circular flange 31 C having a greater outer diameter than the diameter of the cavity inside post 1. Bottom wall 31D (see Figure 10) of body 31 has in the center tubular housing 31E on the bottom of which a central seat is defined. On the side wall of housing 31E a through hole is defined that is aligned with hole 31B of cylindrical wall 31A.

Turning to Figure 4, no. 32 indicates as a whole a die-cast metal pin. Upper portion 32A of pin 32 is threaded, while lower portion 32B defines end projection 32D adapted to be in- serted freely in said central seat present on the bottom of tubular housing 31E (see Figure 10). As can be seen in Figure 4, portion 32A has at the bottom cylindrical segment 33 whose lower edge defines conic toothing 33A.

Locking device 30 further comprises sliding resistance element 34, for example made of plastic. Element 34 has a substantially cup-shaped core having cylindrical wall 34A and bottom wall 34B. Ribs 34C issue from the upper edge of cylindrical wall 34A, initially ex- tending horizontally, toward the outside of wall 34A, and then continuing vertically down- ward. In this way, ribs 34C define on the outer part of element 34 a series of radial engage- ments capable of being inserted in grooves 1B of main post 1, as can be seen for example in Figure 2. The number of ribs 34C is preferably equal to that of grooves 1B, although this is not strictly essential. In bottom wall 34B of element 34 there is finally defined, in the center, engagement seat 34D for an internally threaded stem, indicated by 34E, the latter being bound to the former without a possibility of rotation.

Threaded portion 32A of pin 32 is screwed into stem 34E of element 34. The unit formed by element 34 and pin 32 is then inserted in cup-shaped body 31 such that lower projection 32D of pin 32 is inserted, with washer 32E therebetween (Figure 10), in a central hole pres- ent within housing 31E. Projection 32D is then fixed and therefore connected to body 31.

Device 30 thus formed is then fitted on the upper end of post 1 such that flanged edge 31 C of cup-shaped body 31 rests on the end of said post (see Figure 10), with one of holes 31B of cylindrical wall 31A of body 31 aligned with passage P (Figures 2 and 10) previously defined on post 1. Said passage P is capable of having inserted therein a tool whose active part has a rod form with a cross-shaped section indicated by T. The tool is inserted in pas- sage P such that its part T penetrates within housing 31E, through the side hole thereof and hole 31B of cup-shaped body 31. The cross-shaped section of portion T of the tool is capa- ble of cooperating with lower conic toothing 33B of cylindrical segment 33; in this way the rotation of the tool produces the rotation of pin 32. Body 34 is obviously unable to move angularly because of the insertion of ribs 34C in grooves 1B. In this way the rotation of pin 32 causes the screwing or unscrewing of its threaded portion 32A with respect to stem 34E, with consequent downward or upward sliding of element 34. In this way, element 34 can be made to press on the ceiling of the room in which the wall according to the invention is to be mounted; it should be noted that device 30 can advantageously also be inserted at the lower end of post 1.

It is clear how acting on device or devices 30 makes it possible to lock two posts 1 of the supporting structure of the wall between the floor and ceiling of the room by resistance or interference without the necessity of masonry and brackets or profiles fixed to the ceiling and floor, as is the case according to the prior art. It must moreover be underlined how de- vice or devices 30 are also hidden from view for the most part, since their main part is housed inside the cavities of corresponding main posts 1, with obvious advantages from an esthetic point of view.

Figures 5 and 6 schematically illustrate some examples of composition of walls ac- cording to the invention by corresponding intermediate sections; it should be noted that in said sections some components of the wall have been omitted for greater clarity. In Figure 5 one can see particularly main crossbar 2 and intermediate crossbar 3, which are for example fixed between two posts 1 in the ways described above, that is, by clamps 10 (not visible).

In the exemplified case, the wall comprises two opposing closing or filling panels, indicated by C, fixed between main crossbar 2 and intermediate crossbar 3. As indicated for left panel C, the latter has firmly connected thereto engagement bracket Cl capable of being inserted in groove Sl or S3 of curved upper surface 3A of intermediate crossbar 3. The opposite side of the panel has instead fixed thereto coupling element C2 having a portion adapted to mate elastically with groove S3 defined on surface 2B'of main crossbar 2. Panels C preferably also have perimeter holding means, indicated by C3. Figure 5 also shows a possible em- bodiment of first profiles 4 of Figure 1 used for lateral closure of intermediate portion 2C of main crossbar 2. As can be seen, profiles 4 have a Greek key section and are equipped with back fins 4A adapted to engage elastically with corresponding projections defined on the outer surfaces of portions 2A and 2B where portion 2C originates. It should be noted that in the space available between portion 2C of crossbar 2 and corresponding closing profiles 4, cables for supplying power or transmitting electric signals can possibly be passed. Such cables can advantageously further be passed inside the cavity of said portion 2C, which is if necessary equipped with special passage holes in corresponding end portions (one of said holes being indicated by 2D in Figure 1). An alternative embodiment of profiles 4 is visible in Figure 9. Figure 5 also shows two closing sections 6, an upper and a lower one, as well as corresponding second closing elements 5, which have an altogether L-shaped Greek key section. It should be noted that sections 6 have at the two longitudinal ends corresponding prolongations intended to be positioned between resistance element 34 of device 30 placed at the end of main post 1 and the floor or ceiling, according to circumstances. Said prolon- gations, indicated schematically by 6A in Figures 5 and 6, have the function of keeping cor- responding sections 6 in position and particularly supporting upper section 6 at its two lon- gitudinal ends.

Figure 6 partly shows a further example of wall composition in which pane of glass V is present instead of panels C. Glass V is kept in position by special locking profiles 40 which comprise corresponding projections 40A adapted to be inserted in grooves S1, S3 of surface 2B'of crossbar 2 and curved surface 3A of intermediate crossbar 3. As can be seen in Figure 6, two pairs of locking profiles 40 are provided for the purpose, being fixed to correspond- ing crossbars 2,3 with glass V therebetween. The locking system of glass V can expediently provide for an elastic holding gasket, indicated by G, also effective to allow coupling of projections 40A in the corresponding grooves. Figure 6 also shows at 7 one of the elastic elements, in the form of a leaf spring, used to ensure the fixing of second closing sections 5.

Elastic element 7 has a central portion adapted to mate springily with groove S2 of one of curved surfaces 3A, 3B of intermediate crossbar 3.

It must be underlined that the wall according to the invention can be completely closed up- ward and downward, that is, in correspondence with ceiling and floor of the room, by sec- tion 6 and corresponding closing sections 5, or have open spaces in said areas, in which case sections 6 are not used. hi the latter application, the transverse component at the upper end of the wall will be con- stituted by main crossbar 2, while the transverse component at the lower end of the wall will be constituted by crossbar 3. In the case where the wall is also equipped with one or more intermediate posts 3', these will be fixed to surface 2B'of main crossbar 2 by clamp 10. Said intermediate post 3'will instead have a corresponding regulation foot at the lower end, shown in Figures 11 and 12. The regulation foot, indicated as a whole by 50, comprises in- sert 50A inserted in the cavity inside core 3C of post 3'until its corresponding stops 50B come in contact with the longitudinal end of said core. In the center of insert 50A threaded hole 50C is defined in which fixing screw 50D of cylindrical element 50E is tightened.

Element 50E is externally threaded and in turn screwed into a female thread defined on the inside surface of support bush 50F on the floor. As will be appreciated, rotating bush 50F with respect to element 50E makes it possible to vary the relative distance between the lower end of said bush and insert 50A which is bound in its own operative position. In this way it is possible to lock intermediate post 3'between main crossbar 2 and the floor of the room by resistance or interference.

Figures 13 and 14 show the case in which the mobile wall is equipped with holding section 6.

Figure 13 shows a regulation unit, already indicated by 9 in Figure 1, used for locking in- termediate post 3'at the bottom in the case where lower holding section 6 is provided. It should be noted that the upper end of said post 3'will be fixed to surface 2B'of main cross- bar 2 by clamp 10. Unit 9 comprises an insert (not visible in Figure 13) analogous to that indicated by 50A in Figure 12, inserted in the corresponding cavity inside core 3C of post 3'.

The threaded hole of said insert has screwed therein threaded pin 9A equipped with hexago- nal nut 9B, having screwed into its hole threaded shank 9C firmly connected with U-bolt 9D, the latter being capable of being fitted on central portion 6B of section 6. Acting on nut 9B therefore makes it possible to vary the relative position between said insert and U-bolt 9D so that the latter presses section 6 toward floor PL and post 3'toward main crossbar 2.

1 Figure 14 instead exemplifies the case of closure toward floor PL at the point where, in the lower part of the mobile wall, intermediate crossbar 3 is provided in the proximity of corre- sponding section 6. At the top of central portion 6B of section 6 a series of threaded holes 6C (also visible in Figure 1) is defined that are intended to receive corresponding adjustable pressers 8. Presser 8 have the form of hexagon head screws screwed into holes 6C, with centering projection 8C being provided at the top of said hexagon head. Pressers 8 are con- nected in some of holes 6C of lower section 6 such that projections 8C thereof are aligned with central groove S2 of intermediate crossbar 3. At this point, action on the hexagon heads of pressers 8 causes projections 8C to penetrate in groove S2 with a self-centering effect and such that pressers 8 altogether provide for closing section 6 to be pressed toward floor PL.

The action of pressers 8 thus guarantees precise adhesion to the floor of section 6 as well as the linearity thereof. Analogous considerations hold for the case where section 6 is provided to close the mobile wall according to the invention at the top, that is, the space extending between portion 2B of main crossbar 2 and the ceiling of the room, indicated by SL in Fig- ure 5. In this case projections 8C of pressers 8 will be inserted in central groove S2 of sur- face 2A'of crossbar 2, with the section and said pressers in substantially mirror-inverted configuration with respect to that shown in Figure 14.

Figures 16 and 17 schematically show the sections of two typologies of main posts 1 usable in a possible advantageous implementation of the invention. The section of post 1 as in Fig- ure 16 comprises a circumferential arc segment, indicated by TS, and rectilinear segment TR. Said post 1 can be expediently used for example when it is intended to be leaning against a wall of the room. In such a case, segment TR will then be placed in contact with said wall. The section of post 1 as in Figure 17 is instead substantially in the form of a cir- cular sector delimited by two substantially mutually perpendicular rectilinear lines TR and circumferential arc segment TS. Said post 1 can be expediently used for example when it is intended to be positioned in correspondence with the angle formed by two walls of the room.

As will be appreciated, the system for realizing mobile walls according to the invention al- lows a room to be divided with great flexibility of configuration and heights, without bonds to the building, in simple, rapid and economic fashion. Merely by way of example, Figure 15 shows to this end a possible composition of walls realized using the above-described elements, and particularly for the purposes of forming first booth B1 that is assumed to rise in height as far as the ceiling (omitted in the drawing for reasons of clarity) of the room in question, and second booth B2 of lesser height, the two booths B1 and B2 having main post 1 in common.

Among the advantages of the invention the following must be underlined: - the reduced number of basic components of the system, which allows simple and eco- nomic handling of the product; - the rapidity of installation and reconfiguration of the walls by virtue of the provision of rapid coupling means 10 and resistance devices 30 between floor and ceiling; it should be noted that the provision of clamps 10 is also useful only for"tacking"the wall, that is, for realizing a provisional connection between parts, to be completed in a second phase; this is extremely advantageous for the workers composing the wall, during assemblage; - the possibility of realizing joints between posts and crossbars at a variable angle ow- ing to the circular section of the main posts and the ends with a corresponding con- cave profile of the crossbars; the provision of grooves with a center distance of 15° covering at least part of the outer surface of posts 1 is particularly advantageous from this point of view; -the lack of bonds to the building but with secure locking of the supporting structure of the mobile wall thereto, obtained by resistance devices 30 between floor and ceiling that also permit compensation of any site tolerances; all this without a need to fix brackets or profiles to the walls of the room to be divided into areas; the possibility to vary at will at any time the paneling of the walls through the corre- sponding fixing system independent of the supporting structure formed by posts 1 and crossbar 2; in case of reconfiguration or moving of the wall, no holes will remain in view on the walls of the building; the paneling with fixing independent of the structure of the wall, with the possibility of varying the degree of privacy and the materials/colors of the filling elements in simple and rapid fashion; the possibility to realize the cable path integrated in the system, and particularly in the supporting structure, with continuous laying and inspectability independent of the paneling.

It is clear that numerous variations are possible for the expert in the field to the system de- scribed by way of example without going beyond the scope of novelty inherent in the in- ventive idea.

It is pointed out for example that a wall realized according to the invention can have associ- ated therewith diverse additions and accessories, such as shelves, small pieces of furniture, cupboards, lamps, etc. , that will be partly realized using profiles with a section analogous to those indicated above by 2 and 3. From this point of view, the fixing of such components to the wall structure can be effected using clamps 10.

The filling of the framework formed by crossbars 3 and/or posts 3'within the self- supporting span constituted by posts 1 and crossbar 2 can be realized not only by panels or modular glass panes but also by container modules and door modules.

The section indicated above by 2 can also be used as an intermediate or auxiliary post, being fixed at both ends to corresponding crossbars 3 by pairs of clamps 10.

Main crossbar 2 could be formed by disposing two intermediate crossbars 3 parallel, thereby realizing the two upper and lower portions 2A, 2B and interconnecting them by special cou- pling elements of obvious realization for the technician in the field that effect the functions of connecting portion 2C.

It is finally pointed out that for mobile wall structures not requiring special structural strength, the functions of main crossbar 2 could be fulfilled by one or more intermediate crossbars 3.