BE1020731A5 - CONSTRUCTION KIT WITH EFFEN FLATS FOR MODULAR DISPLAYS. - Google Patents

Description

Construction kit with flat surfaces for modular displays

Context of the invention

The invention relates to a construction kit consisting of a structural plate and rib panel that can connect to each other in the same plane and with an accessory rib panel can also connect to each other in a corner joint in order to make a closed straight body that is completely closed and the viewing surface is completely closed and flat.

An advantage of a construction kit according to the invention is that a stage can be built up in an easy manner consisting of different mutually coupled structural plates according to the invention, on which products can be presented.

The invention also describes an associated removable interchangeable plastic cover plate for the purpose of aesthetically covering the modular construction kit and hiding seams. Parts of the structural kit structural plate and rib panel have bodies with which a front plate can be mounted. This front plate preferably has a thickness between 0.3 and 1 mm thick. In order to get a firm and high-quality impression at this thickness, plastic is a better choice than cardboard or paper because of its specific stiffness. Thicker plates than the aforementioned lmm ensures that the edges on the corners no longer fit nicely into a seamless result, can be provided with the necessary decoration according to the needs and wishes of the customer. These attachment plates can be quickly and easily interchanged with the substrate by means of a clamping means. This makes it possible to add custom decorations or patterns to the furniture piece and, moreover, to aesthetically correct the transition between contiguous attachment plates or the edge with the wall panel. bring about.

BACKGROUND OF THE INVENTION

Due to the universal nature of the construction kit, various configurations of stages can be built up quickly and efficiently with a minimum of labor. The structural plate is provided in such a way that the connecting elements can engage along all 4 short sides. This offers the advantage that it is sufficient with standard structural plate and rib panel to produce various pieces of furniture for various purposes and to build them up according to a desired three-dimensional configuration.

The structural plates and the various components according to the present invention are preferably manufactured from plastic with the advantage that they are light and yet have sufficient rigidity. The different parts are therefore preferably monolithic and are manufactured in one piece according to a known technique, such as injection molding.

The enclosed cavity with wall panels, either as a piece of furniture or as a product stage or as storage space, can see from a cover plate, thus guaranteeing the aesthetics of the whole. This add-on plate can be provided with the necessary decoration according to the needs and wishes of the customer. These attachment plates can be quickly and easily exchanged with the structural plate by means of a clamping means. This makes it possible to add custom decorations or patterns to the furniture and, moreover, to effect the transition between contiguous front panels or the edge with the wall panel in an aesthetically responsible manner.

It is generally known that furniture can be constructed in various ways in a modular way, such as for example described in DE 20 2005 002972, in which a storage space is disclosed which is built up from individual cubic modules. It is generally known that furniture blocks can be built from a combination of rib panel and plates as described in WO9408489. The disadvantage of this system is that only a frame can be made and that any bottoms or lid of the system must be made of other types of parts. This causes unwanted variations of parts of seams or patterns of seams.

Many systems as described in WO2004 / 067865A2 use a corner structure that can attach plates in four different directions in the same plane and thus expand. The invention described here with switching structural plates only gives the possibility of fixing a structural plates maximum in 2 directions, whereby the corners of rib panels and corners of construction remain clean and closed. The invention described here uses a composition in which double plates and double rib panels are used for mounting multiple volumes. An advantage of using a corner construction with more 4 mounting directions as described in WO2004 / 067865A2 is that fewer parts are required because never double plates and double rib panel n can be used. The disadvantage of corner construction solutions with 4 mounting directions as described in WO2004 / 067865A2 is that the rib panels and plates have much more technical viewing surfaces. The mechanical connection in these corner constructions with additional fastening directions provides many more openings for mounting plates in the four openings. As a result, all unused openings for fasteners will have to be covered with many covers, which involves a lot of work and many small parts. Another possibility is that the openings have to be left open, making the result very technical. An additional drawback is that the disassembly of assemblies made with ribs that have 4 fasteners is much difficult to see, since identical strengths and tolerances of fasteners are used throughout the assembly. An additional disadvantage of solutions with 4 fastening directions per corner construction is that assembly is always done with parts, and not with volumes.

The present invention therefore has the advantage that the outward-facing viewing surfaces of the corner construction are closed and very aesthetic. An advantage of the present invention is that compositions are completely closed and there are no technically visible elements, without the 3d dimensional freedom of construction of the modular system being limited.

In another arrangement, the rib panels are rotated so that the closed viewing surfaces of the rib panel are oriented towards the inside. An advantage of the present invention is that compositions of the inner surfaces are completely closed and there are no technically visible elements.

An advantage of the present invention is that a minimum number of parts are required and a maximum number of possibilities, with only 4 parts being a structural plate, rib panel, corner element and connecting element, a huge number of different assemblies can be made. More specifically

An advantage of the present invention is that with aforementioned parts fully closed 3d-dimensional assemblies of different sizes and different shapes can be made whereby the same parts are used for the covers as for frames.

An advantage of the present invention is that the structural plate may or may not be used in combination with rib panel, corner element or connecting element parts in applications where no cavity is made between the plates, and that the parts can be used as well as a configuration in a flat assembly .

An advantage of the present invention is that different types of connections are used between assemblies and components separately, whereby assembly and disassembly can be better controlled because there are different degrees of stresses and attachment between the components and assemblies.

An advantage of a construction kit according to the invention is that it uses very thick (thickness between 4 and 6 cm) plates and thus gives a great quality experience. Due to this thickness, the plates can also be used separately or in double structural plate to make walls of 10 cm, for example, a higher load on WO2006 / 107220 indicates that a system composed of 1 component is cheaper and easier to make for the user. On the other hand, the system does not have much freedom of construction at all and some similarly shaped frames can be made.

An advantage of a construction kit according to the invention is that the product has very finished vision surfaces without technically visible openings, but that the invention is also very functional at the same time. There is a contradiction between the technical expansion possibilities of a system and the general degree of finishing of the viewing surfaces of a system.

Structure plates as described in US 5046789 give many technical extensions, but have no flat side and are visually not aesthetic. In addition, in order not to compromise the aesthetic properties of the whole, it is therefore appropriate to prevent the visibility of the connecting points. A solution for this is described in DE202006012891U, whereby the construction is limited to only a few connection points. This again considerably limits the universal nature of the structure. In W02006102062 use is made of a end plate that is clamped on a base. With this construction it becomes difficult to change the finishing plates due to their structural function. In addition, the coating must take into account the properties of the materials used, such as, for example, the coefficient of expansion of the latter. As a solution by construction kit according to the invention, only the corner elements are used as a connector between blocks, the structural plates or rib panel are not used at all to make connections to other external systems. This allows the rib panel and plates to be completely seamless. So the assembly of the block is made by a combination of rib panel n and plates. The connections between platform products are made with corner connectors.

In addition to all directions, the corner elements and corner connectors can also be mounted in all orientations, (you can therefore freely rotate the corner elements in your own axis or around the axis of the rib panel n, and can then still be mounted) The corner elements can be magnetically or mechanically mutually connected be attached to each other. The corner elements can be used to attach anything that is magnetic or has a thread. The corner elements therefore have no mechanical constructional properties in the composition of a volume per se. The small corner of 50x50 mm is therefore not intended to put a blox together. You can take the corner in and out (from the blox) without having to separate the Bloxes! The corner elements have integrated sunken fasteners that can be used for, for example, the assembly of casters, the assembly of cover plates.

The construction kit according to the invention is characterized in that the length of the legs on the side of the structural plate together are less long than the length of the total side of the base of the structural plate minus the length of the legs of the adjacent side of the structural plate.

The construction kit according to the invention is characterized in that the structural plate places male protruding search blocks along all short sides of the structural plate for connection. For example, separate male connectors are never required to interconnect plates or rib to plates. This saves a lot of material and many parts and gives a firmer result.

There are protruding parts along 4 short sides of the structural plate and not just 2 short sides of the structural plate so that the rib panel is always fixed to the structural plates, so that the corner elements do not have to provide a mechanical connection between the rib panel n, so that the corner elements are free can be exchanged for location or orientation and can be used as a connector.

The base size of the structural plate has a base surface whose length and width are substantially the same. This is easier to use and understand for 3d assemblies than a plate whose length is longer than the width.

The invention is characterized by the structural plate having connections only in the directions parallel to the largest plane of the structural plate. A conscious choice was made not to use structural panels with a rib panel functionality integrated into the structural panel. One reason is that when constructing furniture that has an open surface, a rib panel shape is always needed to make an open block without a lid. The use of a rib panel makes assembly easier and more readable. The use of a rib panel with flat surfaces for the corner connections ensures that the corner connections always end up in a very tight sharp angle.

The structural plate has a round opening in the middle of the structural plate for cable entry, inserting inserts such as cable entry covers, LED lights, monitor arms and extensions for mounting bicycles or other products.

The structural plates are only 30 x 30 cm in size, so that the total surface area of the plates with integrated search blocks fit within the 40 x 40 cm grid dimensions, an efficient measure for stacking on the euro pallet for transport and transport.

The construction kit is preferably made in a thermoplastic by means of injection molding, more particularly preferably the construction kit is made from a blend of the thermoplastic PC / ABS which, in addition to the thermoplastic PVC and ASA, are the only commercial thermoplastics that have standard fire-retardant properties and a beautiful appearance to give.

Known modular systems such as described in EP621063 and US5486041, for example, consist of various components with various dimensions. The construction kit as proposed in the invention does not use larger structural plates since the solution will then lose much flexibility.

The interconnections between the structural plate and rib panel or between structural plate and structural plate are stronger and therefore less easy to disassemble than the connection between rib panel and corner. The connection between rib panel and corner is looser and easier to make. This simplifies assembly.

WO2006 / 107220 A1 describes a system that is built up from plastic sprayed plates reinforced with rib panel n. The disadvantage of the technical plates is that there is always a technical side with rib panel n. In the case WO2006 / 107220 A1, a system is used in which the plates are oriented so that the technical visible sides of the plates are directed outwards and that the inside is a completely smooth and beautiful sight.

However, W02006 / 107220 Al cannot be used directly as a sight because the exterior is very technical. Additional sight plates must thus be mounted. Because of the injection molding technique, either an inside will be clean or an outside will be technical.

An advantage of a construction kit according to the invention is that it uses 2 identical plates to make a sandwich structure plate, which results in a very strong and aesthetic appearance. The structural panels are preferably closed on 2 sides so as to offer a better quality experience and thus also make it possible to make furniture such as displays that immediately have a smooth closed side on 2 sides. An additional advantage of this feature is that all surfaces are closed and products can be placed directly in the furniture, such as plants. Another advantage of using structural plates with double-sided surfaces is associated with the production method. If the structural plate is injection-molded in a single piece 5 cm high and uses a minimum degree of de-creasing, the rib panel n at the top will be very thin and the cycle time will be very long.

DE112011100418 describes a system in which a rib structure is made. The disadvantage is that the corner points hold the structure together and so the corners cannot be replaced or used for mounting other elements. WO2008062161 describes a system in which the corners are used to replace the corner elements in WO2008062161 during use, and WO2008062161 has no ability to mount structural plates between the frames and corners formed by the system.

Buildable Systems as described in US6820950bl, EP0621063A1 or US3836217A1 have very many different parts which makes assembly more labor intensive. The user needs many different parts; building a volume is done with different profiles, different plates and different couplings which is very labor intensive. This entails high labor costs, which is a major drawback for, for example, companies that rent out such tables and structure places. The system construction according to the state of the art now falls short. This is mainly due to the different types of parts and different size parts as described, for example, in US5486041A1. The relatively high amount of labor involved in taking apart and reassembling the furniture is partly due to the fact that the parts after taking apart a few pieces of furniture, sort by type must be collected, or when assembling the piece of furniture must be brought back together as a complete set before they can be assembled.

The disadvantage of volumetric systems as described in DE202005002972UU1 US4903451A1 or WO2007030871A1 is that they take up a lot of space during transport or storage during transport or storage. The invention describes a volumetric system whose plates can still move with respect to each other. As a result, the assembly operation at the user location is very simple, the user only has to unfold the volume, whereby no separate parts are required at the user location. Thanks to the fact that there is a connection between the structural plate components, these parts also remain together in the non-use position of the furniture. Because the structural plate component is thereby also tiltable as described, the structural plate components require little space in the position of non-use of the column if they extend parallel to each other in the tilted state. The furniture comprises at least four structural plate components. Coupling means are provided on at least one end of the plates. The coupling means serve for coupling the components to each other. Furthermore, if at least a fifth structural plate component is also used, which extends along the upright components, a closed box can be realized. This does not exclude the possibility that such a component may also form a door, wherein the component may be rotatable relative to the upright structural plate components

A disadvantage of foldable systems as described in CA1272697 is that it is not strong enough to present bicycles or heavy objects. Making a small plastic plastic container foldable results in a result that is not strong enough or not cheap enough. If folding crates are to be strong enough for the presence of heavy, large objects such as bicycles, prams, etc., the walls must be strong and relatively little space is saved. If a foldable block of 40 cmx40 cmx40 cm has walls of 3 cm, then the folded block will still be 18 cm thick. As a result, the benefit of the foldable functionality is very limited.

A drawback of collapsible systems as described in GB2206280A or US4717214A1 is that the plates can move relative to each other, but that they can only pivot on 2 sides and moreover are fixed. The above systems consist of base with raised hinged edges, whereby the hinged connections cannot be changed during use. The disadvantage of this prior art is that the user cannot determine which side rotates during use. This is especially disadvantageous if the user wants to choose which side opens as a door, or if the user wants to remove a face in its entirety. The advantage of the described invention is that the connecting rib panel n between the structural plates is also accessible to the user after the furniture has been assembled.

Non-linear construction With hinged plate systems as described in GB2370239A or plate systems as described in US3836217A1, the corner connectors are accessible, but because the corner connectors are shared between plates of different volumes, the final assembly must be linear. If, for example, 4 box-shaped volumes are to be assembled 2 by 2, a plus-shaped coupling piece must be used in the middle of the 4 volumes during assembly. However, if only 3 volumes are assembled, a T-shaped volume should be used in the middle. Changing or building an assembly therefore requires that all volumes involved are dismantled. By using these shared corner connectors, the user is obliged to build linearly, which limits flexibility and ease of use. An important aspect of the invention is that the volume stands on its own, both individually and in combination.

Systems consisting of identical plates as described in WO2006107220 have been adapted to build flexibly faster than with systems such as consisting of individual components. A major drawback of prior art system building is the fact that obtaining the required stiffness of a piece of furniture constructed from different identical parts is very difficult since there are no 3d interpenetrating networks. Systems that are constructed with 3d interpenetrating networks are frame systems such as US 5996955A1 have the disadvantage that the user needs a different length for each application; for example, a 3-meter cupboard needs a 3-meter frame, with the latter no longer being able to be used for the next 2-meter table, but the former systems (such as being constructed with frame systems such as US5996955A1) have the advantage that the structure is over a greater distance be connected by a penetrating tube or rod so that the assembled system has greater stability because they operate across different volumes. Systems as described as WO2007010526A2 (boxes consisting of 1 recurring injection molded socket EP1642630A1 (hinged flat plate socket WO2006107220, however, cannot be connected over longer lengths and are only locally connected to each other, so that the stability is less good. The advantage of the invention as described is the structural plate has a continuous passage that offers space for a connector to assemble different plates in extended lengths over great lengths in. By using such a long connector, the required structural stiffness of the horizontal connection between the components on a structural can be achieved in a simpler way by making use of the larger dimensions of the connector relative to the structural plate component, at least seen in the extended plane of the structural plate, thus creating a product line of sturdy furniture of various kinds with a minimum number of c components in a modular interchangeable system.

The emergence of new technologies is often built in from an aesthetic and functional aspect. It is often difficult to hide the difficult cables without being able to change them easily. A very advantageous feature of this embodiment is characterized in that the round possible recesses in the center of the structural plate create an opening on the side of the furniture, these openings creating a 3d-dimensional path for the passage of cables throughout the furniture assembly. After all, technology is an integral part of our future world, and there is an increasing trend to incorporate technology more into our environment so that technology and infrastructure merge visually.

The 2-volume coupling has visible physical / mechanical components. This industrial aspect of the couplings is not desirable in a homely atmosphere. To avoid this, systems such as DE202006012891UU1 and DE202005002972UU1 limit themselves to connecting at a few points, greatly reducing the freedom of assembly. In order to retain the great technical flexibility without having to compromise aesthetically, the furniture has been adapted to place cover plates over the entire surface. Connections are needed on the inside of a #volumes assembly, and no finishing panels are needed. On the outside of the #volumes assembly, the structural plate provides finishing for the front plate both in the middle and on the sharp edges. By changing the upholstery elements, on the one hand the technical surface is put away and on the other hand the appearance of the furniture can be changed in a very simple way. The end plates are clamped onto the system as described in WO2006102062A2, in the latter case a switch is very difficult since the plates also have a structural rot. According to the present invention characterized by at least one front plate forming condenser on the structural plate, wherein there are active fastening means between the front plate and the structural plate for releasably securing the last front plate with the structural plate. (Material) However, the end plates cannot be formed from different materials as described in 1021068 since a different expansion coefficient can lead to a poor assembly. The add-on plate thus consists of the same polymer as the structured plate, and can afterwards be coated with a finish according to a thermal offset or printing technique. The invention is characterized in that the face plate has countersinks on the largest base of the conically shaped studs and wherein the face plate has an infinitely thin edge at an end face of the member with the convergence of 2 face plates on the end face. End plates are clamped or fixed in such a way that they are not easy to replace The panels can be changed without having to break the structure, as with systems such as xx the doors are visible through the frame or thicker edges are visible Parts and hinges are visible

An advantage of the form-consistent connection method is the non-binding polarity, as a result of which dimensional constructions can be set up in all simplicity. With systems as described in US 5775046A1 the polarity prevents the degrees of freedom, a first left component only fits in a second right component. In the embodiment, the invention is characterized in that for a 3d-dimensional furniture assembly, the user does not have to take into account the different directions or structure locations of joining.

The invention is then described in detail according to the accompanying drawings.

Figure 1 shows the structural plate (2) and the upstanding short side of the structural plate (11) and the connecting body search block small (8) and the solid surface of the structural plate (13) and the large search hole of the structural plate (10) and the small search hole of the structural plate (9) and the connecting body search block large (7) and the connecting body search block small (8) and the upstanding short side b of the structural plate (12)

Figure 2 shows the open surface of the rib panel (19) and the large search hole of the rib panel (17) and the opening on the front side of the rib panel (14) and the small search hole of the rib panel (16)

Figure 3 shows the small search hole of the rib panel (16) and the large search hole of the rib panel (17) and the opening on the front side of the rib panel (14)

Figure 4 shows a rib panel (4) and the flat closed surface of the rib panel (18) and the opening on the front side of the rib panel (14) and the flat closed surface of the rib panel (18)

Figure 5 shows the connecting body search block small (8) and the connecting body search block large (7) and the large search hole of the structural plate (10) and the connecting body search block small (8) and the openings on the front side of structural plate (22)

Figure 6 shows openings on the end face of structural plate (22) and the connecting body search block large (7) and the solid surface of the structural plate (13) and the connecting body search block small (8) and the large search hole of the structural plate (10) and the small search hole of the structural plate (9) and the raised short edge b structural plate (12) and the raised short raised edge of the structural plate (11) and

Figure 7 shows the connecting body search block large (7) and half a structure plate (3) and the connecting body search block small (8)

Figure 8 shows half a structure plate (3) and a rib panel (4) and a half structure plate (3) and a structure plate (2)

Figure 9 shows Reinforcing rib panel n in the shell of structural plate (36) and a half plate (38) and an expressable round in shell of structural plate (37) and the small search hole of the structural plate (9) and the large search hole of the structural plate (36) 10)

Figure 10 shows the connecting body search block small (8) and the solid surface of the structural plate (13) and the connecting body search block large (7) and the large search hole of the structural plate (10) and a half plate (38) and the opening on the front end of the rib panel (14)

Figure 11 shows structural plate (2) and a rib panel (4) and the upstanding short upright side of the structural plate (11)

Figure 12 shows the large hole of the rib panel (17) and the connecting body search block large (7) and a rib panel (4) and the opening on the front side of the rib panel (14) and the connecting body search block small (8) and the small rib hole search hole (16)

Figure 13 shows a rib panel (4) and open surface of rib panel (19) and openings on the front side of 2 rib panels (21) and a rib panel (4)

Figure 14 shows structure plate (2) and the large search hole of the rib panel (17) and a rib panel (4) and the connecting body search block large (7) and the opening on the end face of the rib panel (14)

Figure 15 shows open face of rib panel (19) and Openings on the front side of 2 rib panels (21) and a rib panel (4) and the connecting body search block large (7) and the opening on the front side of the rib panel (14)

Figure 16 shows the large search hole of the structural plate (10) and a rib panel (4) and the connecting body search block large (7)

Figure 17 shows the aperture on the front side of the rib panel (14) and the solid closed surface of the rib panel (18) and Apertures on the front side of 2 rib panels (21) and the solid surface of the structural plate (13)

Figure 18 shows structure plate (2) and a rib panel (4) and single corner element (27) and the opening for the magnet in corner element (31) and the flat closed surface of the rib panel (18) and a modular device that encloses a cavity ( 6) and single corner element (27)

Figure 19 shows a rib panel (4) and the opening on the front side of the rib panel (14) and the connecting body search block large (7) and a structural plate (2)

Figure 20 shows an opening for the magnet in corner element (31) and open surface of rib panel (19) and the solid closed surface of the rib panel (18) and a rib panel (4) and the solid closed surface of the rib panel (18) and the flat surface of the structural plate (13)

Figure 21 shows the openings on the front side of 2 rib panels (21) and the opening on the front side of the rib panel (14) and openings on the front side of 2 rib panels (21) and the plain closed surface of the rib panel (18) ) and the opening on the front side of 2 rib panels (21)

Figure 89 shows a modular arrangement of 2 structural plates that are directly adjacent to each other with rib panels at the ends, without rib panels between the structural panels (59) and a cover with different corner elements (39) and a corner element (5)

Figure 89a shows a modular arrangement of 2 structural plates that are directly adjacent to each other with rib panels at the ends, without rib panels between the structural panels (59) and a cover with different corner elements (39) and Reinforcing rib panel in shell of structural plate (36) and a rib panel (4) and the upstanding short upstanding side of the structural plate (11)

Figure 90 shows a modular arrangement of 2 structural plates that are directly adjacent to each other with rib panels at the ends, without rib panels between the structural panels (59) and a lid of 4 structural plates, 4 rib panels and 4 corner elements (56) and an alternative corner element without any opening on the flat sides (32)

Figure 91 shows a cover made of 4 structural plates, 4 rib panels and 4 flat corner elements (57) and Alternative corner element without any opening (32)

Figure 92 shows a half structural plate (3) and a cover with corner elements (39) and a cover of 4 structural plates, 4 rib panels and 4 corner elements (56)

Figure 93 shows a cover made of 4 structural plates and 4 rib panels (55) and a structural plate (2) and a corner element (5) and a cover with corner elements (39)

Figure 94 shows structural plate (2) and a cover with corner elements (39) and a cover of 4 structural plates, 4 rib panels and 4 corner elements (56) and a cover of 4 structural plates and 4 rib panels (55)

Figure 95 shows a cover made with corner elements (39) and a structural plate (2) and a cover of 4 structural plates, 4 rib panels and 4 corner elements (56)

Figure 96 shows structure plate (2) and a cover with corner elements (39)

Figure 22 shows a corner element (5) and the opening for the magnet in corner element (31) and snap hook corner element (29) and protruding part corner element (28)

Figure 23 shows a corner element (5) and the opening for the nut in the corner element (30) and the opening for the magnet in the corner element (31) and the protruding part of the corner element (28)

Figure 24 shows a connecting element (46) and a closed surface (47) and a protruding part of the corner element (28) and snap hook corner element (29)

Figure 25 shows a connecting element (46) and the opening for nut in corner element (30)

Figure 26 shows the combination of 2 connection elements (34) and connection element (46)

Figure 27 shows the combination of 2 connection elements (34) and connection element (46)

Figure 29 shows structure plate (2) and a rib panel (4) and example of a construction kit as an assembled modular device (42)

Figure 28 shows structure plate (2)

Figure 30 shows a cover made with corner elements (39) and the connecting body search block small (8) and the connecting body search block large (7) and example of construction kit as a composite modular device (42) and the connecting body search block small (8) and a lid with corner elements (39)

Figure 31 shows an example of construction kit as a composite modular device (42) and the connecting body search block small (8) and the connecting body search block large (7)

Figure 32 shows a corner element (5) and a magnet (24) and the opening for the magnet in corner element (31) and a corner element (5)

Figure 33 shows an opening for the magnet in corner element (31) and a rib panel (4) and a structure plate (2) and a corner element (5)

Figure 34 shows a cover made with corner elements (39) and a structure plate (2) and a corner element (5) and a rib panel (4)

Figure 34A shows an alternative corner element without any opening (32) and closed surface (47) and

Figure 35 shows a cover made with corner elements (39) and a corner element (5) and a rib panel (4) and the protruding part corner element (28)

Figure 36 shows the connecting body search block small (8) and the opening on the front side of the rib panel (14) and the connecting body search block large (7)

Figure 37 shows a connecting element (46) and a rib panel (4) and Double cover (41)

Figure 38 shows the combination of 2 connecting elements (34) and a double structural plate (41)

Figure 39 shows the combination of 2 connecting element (34) and a double structural plate (41)

Figure 40 shows an example of a construction kit as a composite modular device (42) and a modular device that encloses a cavity (6) and a cover with corner elements (39)

Figure 41 shows a corner element (5) and a modular device that encloses a cavity (6) and connecting element (46)

Figure 42 shows a connecting element (46) and the opening on the front side of the rib panel (14) and combination of 2 connecting element (34) and connecting element (46) and a structural plate (2)

Figure 43 shows a connecting element (46) and a cover without corner elements (40) and a modular device that encloses a cavity (6)

Figure 44 shows a modular device that encloses a cavity (6) and the opening for the magnet in corner element (31)

Figure 45 shows a cover made without corner elements (40) and connecting element (46) and a modular device that encloses a cavity (6) and the openings on the front side of 2 rib panels (21)

Figure 46 shows a modular device that includes a cavity (6) and a corner element (5) and wheel (25) and a bolt (23)

Figure 47 shows a modular device that encloses a cavity (6) and Conversion Plate (26) and Conversion Plate (26) and the opening on the front side of the rib panel (14)

Figure 48 shows a modular device that encloses a cavity (6) and the magnet opening in corner element (31) and a magnet (24) and Cover plate (26)

Figure 49 shows a rib panel (4) and a rib panel (4) and a corner element (5)

Figure 50 shows an opening for the magnet in corner element (31) and a corner element (5) and a modular device that encloses a cavity (6)

Figure 51 shows a cover made with corner elements (39) and a modular device that encloses a cavity (6) and a structural plate (2)

Figure 52 shows a rib panel (4) and a structural plate (2) and a frame of 3 structural plates (43)

Figure 53 shows a rib panel (4) and a structure plate (2)

Figure 54 shows a modular device that encloses a cavity with an open side (49) cover with corner elements (39) and example of construction kit as a composite modular device (42) and a cover with corner elements (39)

Figure 55 shows a magnet (24) and a structure plate (2) and a rib panel (4)

Figure 56 shows openings on the front side of 2 rib panels (21) and a modular device that encloses a cavity (6) and

Figure 57 shows a modular device that includes a cavity (6) and a rib panel (4)

Figure 58 shows the flat closed surface of the rib panel (18) and the flat surface of the structural plate (13) and a modular device that encloses a cavity (6) and open surface of the rib panel (19) and the flat closed surface of the rib panel (18)

Figure 59 shows a modular device that includes a cavity (6) and a cover with corner elements (39) and a rib panel (4)

Figure 60 shows the solidly closed flat modular device that encloses a cavity (20)

Figure 61 shows a corner element (5) and a corner element (5) and a bolt (23)

Figure 62 shows a corner element (5) and a structure plate (2) and combination of 2 corner elements (33)

Figure 63 shows a connecting element (46) and a bolt (23)

Figure 64 shows a corner element (5) and a bolt (23) and a bolt (23)

Figure 65 shows the combination of 2 connecting element (34) and connecting element (46)

Figure 66 shows a corner element (5) and a combination of 2 corner elements (33)

Figure 67 shows a corner element (5) connected to a corner element (5)

Figure 68 shows a modular device plate with round cut-out (50) and the connecting body search block small (8) and a cover with corner elements (39)

Figure 69 shows a modular device plate with round cut-out (50) and a round cut-out hole in structural plate (54) and LEO (53)

Figure 70 shows a round cut-out hole in a structural plate (54) and the connecting body search block small

Figure 71 shows a modular device plate with round cut-out (50) and Reinforcing Tube (52) and a modular device that encloses a cavity plate with round cut-out (50)

Figure 72 shows an example of a construction kit in use as a composite modular device

Figure 73 shows an example of a construction kit in use as an assembled modular device

Figure 74 shows an example of a construction kit in use as a composite modular device

Figure 75 shows an example of a construction kit in use as a composite modular device

Figure 76 shows an example of a construction kit in use as a composite modular device

Figure 77 shows an example of a construction kit in use as a composite modular device

Figure 78 shows an example of a construction kit in use as a composite modular device

Figure 79 shows an example of a construction kit in use as a composite modular device

Figure 80 shows an example of a construction kit in use as a composite modular device

Figure 81 shows an example of a construction kit in use as an assembled modular device

Figure 82 shows an example of a construction kit in use as a composite modular device

Figure 83 shows an example of a construction kit in use as a composite modular device

Figure 84 shows an example of a construction kit in use as a composite modular device

Figure 85 shows an example of a construction kit in use as a composite modular device

Figure 86 shows an example of a construction kit in use as a composite modular device

Figure 87 shows an example of a construction kit in use as an assembled modular device

Figure 88 shows an example of a construction kit in use as a composite modular device

Figure 89 shows an example of a construction kit in use as a composite modular device

Figure 90 shows an example of a construction kit in use as a composite modular device

Figure 91 shows an example of a construction kit in use as a composite modular device

Claims (53)

A kit for modular constructions, consisting of a. One or more structural plates, of which each structural plate consists of; i. a rectangular panel that has 2 identical upright side surfaces, 2 identical upright upper and lower surfaces, a frontal surface and a rear surface. ii. frontal flat and a rear surface that are completely flat and closed. lil. 2 identical upright opposite side faces with connecting bodies (search blocks) configured to connect shape conruent with the adjacent upper and lower faces of the same structural plate iv. 2 identical opposite top and bottom planes with connecting bodies (search blocks) configured to connect to another side surface of an adjacent identical structural plate whose length of the connecting bodies are less than the length of the rectangular panel minus the length of the connecting bodies which are configured to connect to another side surface. b. one or more rib panels consisting of: i. a rectangular panel that has 2 opposite side faces, 2 above and below faces, a frontal face and a rear face. ii. top surface configured to receive connecting members from the upstanding opposite side faces of structural plate. iii. side surface configured to receive connection members from the upstanding top and bottom surfaces of structural plate. iv. adjacent side surface and bottom surfaces that are completely flat and closed. frontal face and rear face having identical openings for receiving and confirming an assembly of fasteners. c. one or more corner elements consisting of: i. A rectangular panel that has 2 identical upright side surfaces, 2 identical upright upper and lower surfaces, a frontal surface and a rear surface provided with fastening means configured to connect to the frontal surface or rear surface of the rib panel d. one or more connecting elements, consisting of: i. A rectangular panel that has 2 identical upright side faces, 2 identical upright upper and lower faces, a frontal face and a back face that is provided with 2 separate fasteners configured to connect to 2 frontal faces or back faces of the rib panel. A construction kit according to claim 1 and characterized in that it is composed of different modular structure panels and rib panels and connecting elements and / or connecting elements and optionally a decorative face plate in a manner in which parts engage each other and make an integrated structure. A modular device (cover) according to claims 1 and 2 and characterized in that a first part of the connecting element (search blocks) of structural plate is clamped between at least one adjacent rib panel and a second part (search block) between adjacent openings of a second rib panel. A kit according to the preceding claims and characterized in that the corner bodies which can be mounted respectively at the corner points and between the corner points on the edge of the rib panel are provided with a recess. Kit according to the preceding claims, characterized in that the kit is covered with accessories such as end plates by means of the recesses on the corner bodies. Kit according to claims 1-4 and characterized in that the kit is made of plastic. Kit according to claims 1-5 and characterized in that the kit is manufactured by injection molding. Kit according to claims 1-5 and characterized in that the kit is produced by injection molding in the ABS-PC material. A structural plate according to at least one of the preceding claims and characterized in that the kit is monolithically manufactured. A kit according to at least one of the preceding claims and characterized in that the structural plate is made from different shells. A modular device (block cover) according to the preceding claims and characterized in that at least two structural plates are connected to each other and at least 2 rib panels are attached to the structural panels on the sides where the structural plates are not interlocked. A modular device (blox) enclosing a cavity consisting of structural plate according to the preceding claims and characterized in that at least two structural plates are connected to each other by a removable rib panel A modular device according to claim 1, wherein structural plate is square base with raised edges, characterized in that at least two configurations are possible, a first configuration having the shape of an open cube and a second configuration having the shape of a beam whose width and length be equal to those of the aforementioned cube but whose height is significantly shorter. A modular device according to the preceding claims and characterized in that a first part of a connecting element is clamped by at least 1 of the frontal or rear face of the rib panels of modular device and a second part between two adjacent bodies of a second modular device. A modular device according to the preceding claims and characterized in that a removable connecting element has a shape that is adapted to be clamped between the rib panels. A modular device according to the preceding claims and characterized in that a plurality of modular devices are connected to each other by means of a connecting element A modular device according to the preceding claims and characterized in that a plurality of wall panels with connecting elements can realize three-dimensional configurations. A modular device according to the preceding claims and characterized in that it is a piece of furniture. A modular device according to the preceding claims and characterized in that it concerns a storage space. A modular device according to the preceding claims and characterized in that electrical cables and / or wires are conducted between the bodies. A modular device according to the preceding claims and characterized in that the reinforcement tubes are guided between the bodies. A modular device according to the preceding claims and characterized in that the front plate is made of plastic. A modular device according to the preceding claims and characterized in that the cover plate is provided with a decorative layer. A modular device according to the preceding claims and characterized in that the decorative layer is applied by means of a known printing process or a spraying technique. Conclusions of Construction Kit with flat surfaces for modular displays A kit for modular constructions, consisting of a. One or more structural plates (2), each structural plate (2) consisting of; i. a substantially beam-shaped panel which has 2 identical upright side surfaces (11), 2 identical upright upper surfaces (12) and lower surfaces (12), a frontal surface (13) and a rear surface (13) ii. Of which the width and length of the frontal face (13) and the rear face (13) are almost or completely identical and are completely closed plain viewing surfaces iii. The raised surfaces (12) (11) of which are considerably shorter than the frontal surface (13) and the rear surface. (13) iv. 2 identical upright opposing side faces with connecting bodies (7), (8) configured to connect shape conruent to the adjacent upper and lower faces of the same structural plate (9), (10) v. 2 identical opposite upper and lower faces (11) , (12) with connecting bodies (7), (8) configured to connect to another side face of an adjacent identical structural plate (2) whose length of the connecting bodies are less than the length of the rectangular panel minus the length of the connecting members configured to connect to another side face. b. one or more rib panels (4) consisting of: i. a substantially beam-shaped panel having 2 opposite side faces (17) (18), an upper (18) and lower face (19), a frontal face (14). and a rear surface. (14). ii. The length and width of the top face (18) (19) and bottom face of which are almost or completely identical iii. top surface (19) configured to receive connecting bodies (16), ((17) from the upstanding opposite side surfaces of structural plate (2). iv. side surface (19) configured to receive connecting bodies (16), ((17 ) of the upstanding top and bottom surfaces (11), (12) of structural plate (2) v. adjacent side surface (18) and bottom surfaces (18) that are completely flat and have no technically visible elements (18) vi. frontal plane and a rear face (14) having identical openings for receiving and fixing a assembly of clamping fasteners (28) c) one or more corner elements (5), consisting of: (i) A substantially beam-shaped panel having 2 identical upright has side faces, 2 identical upstanding upper and lower faces, a frontal face and a rear face provided with fastening means configured to connect to the frontal face or rear face of the rib panel (14) (4) ii. the width and length are almost or completely identical d. one or more connecting element (46) and comprising: i. A substantially beam-shaped panel that has 2 identical upright side surfaces, 2 identical upright upper and lower surfaces, a frontal surface and a rear surface ii. A rear surface is provided with 2 separate fastening means (28) configured to connect to 2 frontal surfaces or rear surfaces of the rib panel (4) (14). iii. characterized in that the connecting element (46) has a shape that is adapted to be clamped in the rib panels (4) (14). A modular device (39) according to claim 1 a. Consisting of at least four rib panels (4) and at least one structural plate (2) b. And characterized in that a first portion of a connecting element (46) (7) (8) of structural plate (2) is clamped between at least one opening of adjacent rib panel (4) c. And characterized in that at least five of the outer surfaces of the modular device are completely closed and flat surfaces. (20) A modular device (43) (49) (44) (56) (59) (57) according to claim 1 a. Consisting of at least 4 rib panels (4) and at least 4 structural plates (2) b. and characterized in that a first portion of a connecting element (46) of structural plate (2) is clamped between at least one opening (16) (17) of adjacent rib panel (4) c. And characterized in that structural plates (2) only adjoin rib panels (4) and conversely rib panels (4) only adjoin structural plates (2). d. and characterized in that the modular device encloses a cavity e. and characterized in that rib panels (4) are oriented parallel to each other f. and characterized in that at least four of the assembled outer surfaces of the modular device of the modular device are completely closed and smooth viewing surfaces. Kit according to the preceding claims, characterized in that structural plate (2) is a square base Kit according to the preceding claims, characterized in that an alternative structural plate (3) can be a rectangle an extension whose length (11) of the additional plate is three times as long as the width (12) A modular device (43) (49) (44) (55) according to the preceding claim wherein one or more corner element (5) is clamped in one or more rib panels (4) of said modular device and characterized in that at least two planes of the corner elements (5) extend substantially in the same plane of at least 2 of the outer faces of the assembled modular device. A modular device according to the preceding claim wherein a first modular device is connected to removable connecting elements (46) to a second modular device wherein the connecting elements (46) are clamped in the rib panels (4) and characterized in that at least two faces of the connecting elements (46) extend substantially in the same plane of at least 2 of the outer faces of the assembled modular device. A modular device according to the preceding claims wherein a first modular device is connected to removable connecting elements (46) to a second modular device by mounting removable connecting elements (46) between the opening (19) of the frontal and the rear face of rib panels (21) A modular device according to claims 1 and 2, wherein the construction kit composition is a square base with raised edges characterized in that at least different configurations are possible, wherein a. A first configuration is in the form of an open cube b. a second configuration is in the form of a closed cube c. a third configuration is in the form of a half-open cube d. a second configuration is in the form of a beam whose width and length are the same as those of the aforementioned cube but whose height is significantly longer. e. a second configuration is in the form of a beam whose width and length are the same as those of the aforementioned cube but whose height is considerably shorter. A modular device according to the preceding claims and characterized in that at least two structural plates (2) are connected to each other and at least 2 rib panels (4) are attached to the structural panels on the sides where the structural plates (2) are not connected to each other. A modular device according to the preceding claims and characterized in that a first part of a connecting element (46) is clamped through at least 1 opening (19) (21) of the frontal or rear face of the rib panels (4) of modular device and a second portion of the connecting element (46) between a second opening (19) (21) of adjacent bodies of a second modular device. A modular device according to the preceding claims and characterized in that a plurality of modular devices with connecting elements (46) can effect three-dimensional configurations. A construction kit according to claim 1 and characterized in that it is composed of different modular structural panels and rib panels (4) and connecting elements (46) and / or connecting elements (46) and optionally a decorative face plate (26) in a manner in which parts are mechanically seize each other and create an integrated structure whereby the positions of the parts are fixed relative to each other. A kit according to claims 1-4 and characterized in that the kit is made of plastic. The kit according to claims 1-5 and characterized in that the kit is produced by injection molding. 40. Kit according to claims 1-5 and characterized in that the kit is produced by injection molding in a compound of the thermoplastic ABS. A structural plate (2) according to at least one of the preceding claims and characterized in that the kit is monolithically manufactured. A kit according to at least one of the preceding claims and characterized in that the structural plate (2) is made from different shells. A modular device (44) according to the preceding claims and characterized in that it is a piece of furniture (42). 44. A modular device according to the preceding claims and characterized in that it concerns a storage space (49). A modular device according to the preceding claims and characterized in that structural plate has breakable (54) parts of front and rear surfaces through which a. Electrical cables and / or wires (8) can run through and between the modular device. b. reinforcement tubes (52) can be guided between the modular devices. 46. A modular device according to the preceding claim, side surfaces, wherein in an alternative version (27) of corner element (5) top and bottom surfaces and frontal flat corner elements have magnetic fastening means (31) and characterized in that first corner element (5) and magnetically ( 24) can connect to a second corner element (5) A kit according to the preceding claims and characterized in that the connecting elements (46) which can be mounted respectively at the corner points and between the corner points on the edge of the rib panel (4) are provided with a recess. Kit according to the preceding claims, characterized in that the kit is covered by means of the recesses on the corner bodies (31) with accessories such as end plates (26) provided with magnetic fasteners (24). A modular device according to the preceding claims and characterized in that the front plate (26) is made of plastic. 50. A modular device according to the preceding claims and characterized in that the front plate (26) is provided with a decorative layer. A modular device according to the preceding claims and characterized in that the decorative layer is applied by means of a known printing process or a spraying technique. Kit according to the preceding claims, characterized in that the frontal surface and the rear surface of the structural plate (2) are substantially 40 cm long from edge to edge without the projecting fastening means counted, and wherein the thickness of structural plate (2) is approximately 5 cm. The kit according to the preceding claims, characterized in that frontal surface and rear surface of rib panels (4) are dimensioned substantially 5 x 5 cm, side surfaces above and below surface having a length of approximately 40 cm.