EP3067478A1 - Construction kit for creating short term mobile structures, and supporting profile for creating short term mobile structures - Google Patents

Abstract

The invention relates to a kit for creating short-term mobile structures, the support profiles and floor elements has. To connect the support profiles together a connector is provided which can engage in a counter-holder, wherein the direction of action of the connector is located centrally in the longitudinal direction of the support profile. Furthermore, the invention relates to a support profile for creating short-term mobile structures. The support profile has an open cross-section, in which the connector is arranged centrally, and at least a first and a second groove, wherein the first and the second groove respectively extend in the longitudinal direction of the support profile, and the first groove undercuts and the second groove parallel to each other has extending side walls.

Description

Kits for creating short-term mobile superstructures are used in particular for trade fair and exhibition buildings, but also, for example, for constructions for congresses or conferences, which are needed only for a short time. In such structures, it is very important that a quick and easy construction and also a quick dismantling or conversion is possible.

In general, these kits have support profiles and floor elements, as well as the required fastening means for connecting the support profiles and / or floor elements.

The supporting profiles are used to create framework structures that are used to construct wall systems. Here, plate-like or textile surface elements are attached to the framework structures, which may be neutral or may also be provided with advertising imprints. For example, these wall systems then serve as a presentation surface, which can also be provided with direct or indirect illumination means to form a luminous element or a luminous wall. Furthermore, these wall systems can also be used to create meeting rooms or other functional rooms, or they can be used for special sales promotions in shops and shopping centers. It is also possible to use these wall systems for the structuring of office space or open office landscapes, or for example as acoustic walls.

If a kit also contains floor elements, these can be integrated in the mobile structure with the wall systems in order to provide a uniform and clearly demarcated appearance of the mobile structure. For multi-level short term mobile superstructures, the floor elements are used to create a unified floor of the upper floor or floors that mates with the floor of the short-term mobile superstructure.

If plate-like surface elements such as Plexiglas plates, glass plates, wood panels, chipboard, MDF boards, etc. used to build wall systems, it may be necessary to have to solve the framework structure for inserting the plates again or to use the plates already during the construction of the framework structure , Also, it may be necessary on the type of plate-like Surface element dependent special support profiles or special fasteners to use. If textile surface elements are to be used, then their attachment is time-consuming, since these are stapled or glued to wooden strips, for example, or must be placed around the framework structure, or they must be threaded onto profile rods by means of loops. Again, it may be necessary to use special support profiles or special fasteners.

From the DE 20 2006 018 839 U1 For example, it is known to use a special clamping profile for attachment of textile surface elements to a support profile, which is screwed to the support profile. Although this allows on the one hand the secure attachment of a textile surface element to a support profile, on the other hand tools are needed for this purpose. Again, it also requires additional effort, since the clamping profile must first be aligned with the support profile, so that the through holes or the required fasteners cooperate with the groove.

If instead of the wall systems, for example, freestanding and simultaneously open structures such as columns, archways, cross-brackets or the like are created, this is only possible with considerable effort. The support profiles must be secured with special fittings, so as not to fall over. In addition, special cladding is necessary to visually obscure the support profiles.

Furthermore, it is necessary to provide in the short-term mobile structures technical connections, such as water, sewage, electricity, compressed air, optical fiber cable or the like. In general, this means that cables are visible and disturb the visual appearance. Also, these lines can pose a security risk if they are insufficiently laid or not properly secured, so that, for example, visitors can trip over it.

From the DE 33 03 190 A1 is a kit with supporting profiles, floor elements and fasteners for creating short-term mobile multi-storey structures is known in which the installation lines for the technical connections are routed in cavities under the floor panels. Thus, on the one hand, the installation lines are visually not visible and also pose no security risk, since they are covered by the floor panels. On the other hand, however, this kit requires due to the large number of different components and the size of the components a large transport volume, and to build a short-term mobile Construction with this kit requires several technicians. Furthermore, the number of different fasteners and different tools for assembly and dismantling are required, so that overall the creation of short-term mobile bodies with this kit time, labor and personnel is intensive.

However, this known kit is unsuitable for so-called small appearances. As a rule, only one person will come to the presentation for small appearances, and there is usually only a limited exhibition space available, for example an exhibition area between 3m ² and 30m ² . For smaller exhibition areas usually a simple ausrolibares banner, a display board or the like is used, while in larger exhibition areas, for example, from the DE 33 03 190 A1 known kit for creating short-term mobile bodies can be used.

Against this background, it is therefore an object of the present invention to provide a reusable, modular kit for creating short-term mobile structures for small appearances available, which can be transported in a passenger car, for example in a "mid-range station wagon", of a Person can be handled, and easily, safely and quickly without tools from a person on site to a structure can be put together.

Another object of the present invention is to provide multi-reusable support profiles for creating short-term mobile structures, with which short-term mobile structures can be constructed by a person without tools simple, safe and fast, and in a passenger car, for example in a "mid-range station wagon" can be transported.

An additional object of the present invention is to provide multiple reusable support profiles for creating short-term mobile structures, with which different plate-like or textile surface elements and lighting elements for building wall systems, or for the construction of freestanding and open structures such as columns, archways , Ironing or the like can be used, and in which the attachment of the various elements and the change between different elements is much easier.

In addition, it is a further additional object of the present invention, multiple reusable support profiles for creating short-term mobile structures be made available with which technical connections can be provided safely and visually appealing manner.

The object is achieved by a kit for creating short-term mobile structures, the support profiles and floor elements, wherein the support profiles, or the support profiles and at least one bottom element, each at least one connector and / or at least one counter-holder, in which a connector can engage exhibit.

This makes it possible to create a short-term mobile structure alone without tools and without the help of technicians on site. The arrangement of a connector which engages in a counter-holder, a person without tools with the erfirtdungsgemäßen support profiles create a short-term mobile structure.

In particular, if the connector is advantageously a tension lock, such as a quick connector, no tool is required to construct the structure. The required support profiles are connected to create the structure piece by piece by a person by hooking the clamp in the respective counter-holder and then closed. Clamp closures continue to offer the advantage that they hold the support profiles by the dead center excess vibration against each other. In addition, the support profiles to be connected can be pulled together over the stroke of the tension lock, so that any occurring game between the support profiles is eliminated. Since tension locks, depending on the embodiment, also have high holding forces (for example, 1000 N), a stable and reliable connection between the support profiles is provided, so that a total of a safe and reliable short-term mobile structure is achieved.

Preferably, the tension lock and / or the counter-holder is in each case arranged in the end region of the support profile, so that the support profiles can each be connected to each other with their end pieces to create the desired framework structure, or other, needed for the short-term mobile structure structures.

The buckles and the anvils can be arranged in different ways systematically in the end regions of the support profiles. For example, a support profile may each have a tension lock in each end region, and another support profile has in each case a counter-holder in each end region. In this way, these two support profiles can be safely and easily attached to each other without any problems. However, the support profiles may also have a tension lock in one end region, and in the other end region a counter-holder, In this way, such trained support profiles can be attached to each other arbitrarily and easily. However, it is also possible to arrange in each case a tension lock and an anvil in each end region of a support profile, so that this support profile both with another support profile having a counter-holder in its end region, as well as with another support profile that a tension lock in its end has, can be coupled together.

In a preferred embodiment, the tension lock and / or the counter-holder is arranged centrally in the end region of the support profile. Advantageously, the clamping closure and / or the counter-holder is in this case arranged so that the effective direction of the clamping closure is located centrally in the longitudinal direction of the supporting profile. For a stable connection of the support profiles is achieved because the clamping force of the tension lock acts centrally in the longitudinal direction of the support section or the support profiles. Torques or lateral forces that would make the framework structure unstable are thus avoided.

The central effect of the clamping force of the tension lock centrally in the longitudinal direction of the support profile is further improved if, according to a further preferred embodiment, the support profile has an open cross-section. Advantageously, here the tension lock and / or the counter-holder is arranged centrally in the open cross section, so that the line of force of the clamping force falls in the vicinity or on the center line of the support profile.

Another advantage of the arrangement of the tension lock in the open cross-section is that the tension lock is hidden in the support profile, and therefore is not visible in a short-term mobile structure. At the same time, however, it is easily and easily accessible with the fingers, both in built-in short-term mobile body support profiles, as well as unobstructed support profiles, so that an ergonomic handling of the tension lock is made possible. Also, the attachment of the tension lock in open cross-section, for example by screwing, riveting or gluing, easily possible.

In order to enable the transport of the kit in a passenger car, for example in a mid-range station wagon, as well as the handling by a person, the dimensions of the support profiles and the floor elements are limited. The largest length of the support profiles is for example about 1500 mm, while the largest dimension of the floor elements, for example, about 1000 mm. So that support profiles and floor element can be stored and transported for example in a suitable transport box, the transport box in their dimensions is designed so that it can be transported in a passenger car (for example, in a mid-range station wagon). The use of transport boxes offers the further advantage that the kit is protected during transport and thus has a longer life, In addition, a transport box is easy to handle by a person, especially if the support profiles and / or floor elements made of lightweight materials (such as aluminum, composite material or the like).

Advantageously, different kits can be assembled, which contain adapted to the particular desired short-term mobile structure supporting profiles and floor elements. According to a particularly preferred embodiment, the support profiles in this case comprise intermediate elements and angle elements, as well as floor elements that are systematically assembled in their dimensions so that they can be easily combined with each other by means of turnbuckle and anvil to achieve the desired dimensions of the short-term mobile structure. Thus, it is easily possible to adapt the short-term mobile structure to the available exhibition space, since the exact required width or depth of the floor space can be easily generated. For example, it is also possible to comply with or use an exact axial dimension of, for example, 500 mm or 1000 mm.

Since the angle elements and spacers can be arbitrarily combined and joined together, any desired axis dimension can be initialized, so that a high flexibility and modularity is achieved with the inventive kit. By appropriate systematic assembly of the support profiles in their respective length dimensions, depending on the requirements profile for the mobile structure and country of application, for example, the desired axis dimensions can be realized both in the metric system and in the customs system.

Furthermore, a kit can also have other elements that can be used together with the support profiles to provide a short-term mobile structure with a desired functionality. For example, monitor brackets may be provided for attachment to the support profiles, display panels, holders for brochures and other information or promotional material, tables, door profiles, adjustable feet, etc. Stellfüsse can be used, for example, if a freestanding wall or a freestanding frame is provided without bottom elements.

The further object of the present invention is achieved by supporting profiles for creating short-term mobile structures, which has at least one connector and / or a counter-holder, in which a connector can engage.

This makes it possible to create a short-term mobile structure alone without tools and without the help of technicians on site. The arrangement of a connector which engages in a counter-holder, a person without tools with the support profiles according to the invention create a short-term mobile structure.

In particular, if the connector is advantageously a tension lock, such as a quick connect, no tool is required to construct the structure. The required support profiles are connected to create the structure piece by piece by a person by hooking the clamp in the respective counter-holder and then closed. Clamp closures continue to offer the advantage that they hold the support profiles by the dead center excess vibration against each other. In addition, can be pulled together the top of the stroke of the tension lock the supporting profiles to be joined, so that any occurring game between the support profiles is eliminated. Since tension locks, depending on the embodiment, also have high holding forces (for example, 1000 N), a stable and reliable connection between the support profiles is provided, so that a total of a safe and reliable short-term mobile structure is achieved.

Preferably, the tension lock and / or the counter-holder is in each case arranged in the end region of the support profile, so that the support profiles can each be connected to each other with their end pieces to create the desired framework structure, or other, needed for the short-term mobile structure structures.

The buckles and the anvils can be arranged in different ways systematically in the end regions of the support profiles. For example, a support profile may each have a tension lock in each end region, and another support profile each has a counter-holder in each end region. In this way, these two support profiles can be safely and easily attached to each other and without problems. However, the support profiles may also have a tension lock in one end region, and in the other end region an anvil. In this way, such trained support profiles can be arbitrarily and easily attached to each other. But it is also possible to arrange in each case a clamping closure and a counter-holder in each end region of a support profile, so that this support profile both with another support profile, which has a counter-holder in its end region, as well as another carrier profile, which has a tension lock in its end, can be coupled together.

In a preferred embodiment, the tension lock and / or the counter-holder is arranged centrally in the end region of the support profile. Advantageously, the clamping closure and / or the counter-holder is in this case arranged so that the effective direction of the clamping closure is located centrally in the longitudinal direction of the supporting profile. In order for a stable connection of the support profiles is achieved because the clamping force of the tension lock acts centrally in the longitudinal direction of the support profile or the support profiles, torques or side forces that would make the scaffold structure unstable, are avoided.

The central effect of the clamping force of the tension lock centrally in the longitudinal direction of the support profile is further improved if, according to a further preferred embodiment, the support profile has an open cross-section. Advantageously, here the clamping closure and / or the counter-holder is arranged centrally in the open cross section, so that the line of force of the clamping force falls in the vicinity or on the center line of the support profile.

Another advantage of the arrangement of the tension lock in the open cross-section is that the tension lock is hidden in the support profile, and therefore is not visible in a short-term mobile structure. At the same time, however, it is easily and easily accessible with the fingers, both in built-in short-term mobile body support profiles, as well as unobstructed support profiles, so that an ergonomic handling of the tension lock is made possible. Also, the attachment of the tension lock in open cross-section, for example by screwing, riveting or gluing, easily possible.

In order to enable the transport of the support profiles in a passenger car, for example in a mid-range estate car, as well as the handling by a person, the dimensions of the support profiles are limited. The largest length of the support profiles is for example about 1500 mm. Thus, supporting profiles can be stored and transported, for example, in a suitable transport box, the transport box is designed in their dimensions so that they can be transported in a passenger car (for example, in a mid-range station wagon). The use of transport boxes offers the further advantage that the support profiles are protected during transport and thus have a longer life. In addition, a transport box is easy to handle by a person, especially if the support profiles made of lightweight materials (such as aluminum, composite or the like) exist.

The additional objects are achieved by a support profile for creating short-term mobile structures, which has an open cross-section and at least a first and a second groove, wherein the first and the second groove respectively extend in the longitudinal direction of the support profile, and the first groove undercuts and the second groove has mutually parallel side walls.

By means of the open cross-section, it is possible to guide the technical connections securely and reliably in a simple manner to the desired location of the wall system, without them appearing visually or visitors can stumble over it. The required technical connections are guided here as in a supply channel within the support profile to the desired location of the wall system.

As mentioned, the central effect of the clamping force of the clamping closure is further improved centrally in the longitudinal direction of the support profile, when the tension lock and / or the counter-holder are advantageously arranged centrally in the open cross section, so that the force line of the clamping force in the vicinity or on the center line of the Supporting profile falls.

Another advantage of the arrangement of the tension lock in the open cross-section is that the tension lock is hidden in the support profile, and therefore is not visible in a short-term mobile structure. At the same time, however, it is easily and simply accessible with the fingers, both in the case of short-term mobile construction installed support profiles, as well as unobstructed support profiles, so that an ergonomic handling of the tension lock is made possible. Also, the attachment of the tension lock in open cross-section, for example by screwing, riveting or gluing, easily possible.

The provision of two different grooves makes it possible to easily and quickly attach different surface elements to the support profiles, or to change without disassembly of the framework structure between different surface elements. For example, a plate-like surface element can be exchanged for a textile surface element and vice versa, without the framework structure having to be dismantled. This is advantageous if, for example, a plate-like surface element is to be exchanged for a textile surface element in order to form a backlit fabric covering. This also makes it possible to first create the entire framework structure, and then finally attach each of the desired surface element.

In the first groove with undercuts any fasteners can be introduced, which engage behind the undercut and, for example, holding arms, lighting means. Screens, shelves, exhibition boxes, plate-like surface elements, cover plates or the like on the support profile safely hold. Also, two or more support profiles can be coupled together to form freestanding and open structures such as columns or archways.

In the second groove with mutually parallel side walls, a clamping profile can be inserted in a simple manner, for example, to attach textile surface elements such as Stotfbespannungen the support section.

It is advantageous if the first and the second groove are formed according to a development of the invention respectively on different outer surfaces of the support profile. This makes it possible to use textile surface elements together with other components such as lighting elements, cover plates, other surface elements or the like, or to connect support profiles, for example, to form a freestanding column, an archway or a wall system.

It is particularly advantageous if the support profile has at least two second grooves, wherein a second groove is formed on a first side surface of the support profile and another second groove on a second side surface of the support profile, and the first side surface and the second side surface are opposite each other.

This makes it possible to provide a wall system which has a textile surface element on both sides. In this way, a luminous wall can be provided, for example, with the use of suitable lighting means, wherein the suitable lighting means can be arranged with corresponding fastening means in the first groove of the support profile.

Advantageously, the support profile for this purpose at least two first grooves, wherein a first groove is formed on the inside of the support profile, and another first groove on the end face of the support profile, and the inside and the end face are opposite.

Thus, it is on the one hand possible to provide the above-mentioned light walls in the manner described, on the other hand it is possible to assemble support profiles to form a wall system or to form a freestanding pillar.

For this purpose, it is particularly advantageous if, according to a preferred embodiment, the support profile has on its inside three first grooves, and on its front side two first grooves. This allows a simple assembly of the wall system with different elements or with different materials, as well as the combination of several support profiles in the required manner.

As the inside of this case the side of the support profile is referred to, which, for example, if a frame is to be formed from four support profiles for creating an exhibition wall, facing into the inside of the frame. Accordingly, the side of the support profile is referred to as the end face, which faces in the opposite direction. As a side surface, therefore, the pages are referred to, which, when a viewer of the exhibition wall in front of the exhibition wall is facing the viewer, and the opposite side facing away from the viewer.

In order to avoid a dark edge when using the support profile to create luminous walls and to allow the complete illumination of the entire surface of the luminous wall, it is advantageously provided that the second groove is aligned substantially parallel to the front side. Moreover, it is advantageous in this case if the side surface, in which the second groove is arranged, extends at a predetermined angle to the end side. This can be achieved, for example, in that the width of the inner side is less than the width of the front side.

This makes it possible in a simple manner that, in the case of a luminous wall, light from a luminous means, which is arranged in a first groove attached to the inside, can be conducted to the edge between the side surface and the end side, and thus the entire textile planar element is illuminated from the inside and no dark border arises.

According to a preferred embodiment, the support profile has a substantially U-shaped or semicircular basic cross section, with the open cross section opening towards the end side. As a result, the technical connections such as water pipes, sewers, power lines, optical fiber cables, compressed air lines or the like can be laid easily and quickly, since this the open cross section in the construction of wall systems or free-standing pillars, but also in already created wall systems or freestanding pillars, easily accessible is. But this is also the open cross-section arranged snap lock is easily accessible.

In addition, the technical connections and tension locks disappear purely optically, so that the wall system or the freestanding pillar can be made attractive. Another important aspect is that the technical connections are no longer open and thus no longer represent a risk of tripping.

In a development of the invention, the first groove has recesses which are arranged on the inner edge of the first groove and run parallel to the opening of the first groove,

In these recesses components can be inserted in the longitudinal direction of the support profile, such as panels, cover plates, mounting arrangements or transparent or colored panels for forming a luminous element.

In a further embodiment of the invention, the open cross-section has recesses or protruding projections which are arranged at a predetermined distance from the inner edge at the inner edge of the open cross section and run parallel with the opening of the open cross section.

This has the advantage that the open cross-section can be covered with a suitable closure plate, the closure plate for this purpose has clamping lugs or another clamping profile which engages in the recesses or engages behind the protruding projections.

In a preferred embodiment, the support profile has at least one contact plate, which runs parallel to the second groove at a predetermined distance. This makes it possible in a simple manner to produce by inserting a suitable clamping profile in the second groove a clamping groove between the contact plate and the clamping profile, in which, for example, the piping of a textile surface element can be securely held. The clamping profile is in this case releasably clamped in the second groove, so that it can be easily removed again from the second groove when the textile surface element is to be replaced by a plate or the like. This is possible without problems, since the second groove is arranged on a side surface of the support profile and therefore is also easily accessible when the support profile is part of a framework structure for a wall system.

For this purpose, it is advantageous if the contact plate is arranged substantially parallel to the end face of the support profile, in which the second groove extends, and flush with the front side shoots in a simple manner on the one hand between the contact plate and the releasably inserted into the second groove clamping profile a clamping groove be generated, in which the piping of a textile surface element can be clamped so that the textile surface element is securely held on the support section.

On the other hand can be brought up to the edge of the support profile, and thus of the wall system by the flush completion of the bearing plate with the front side of the support profile, a surface element. This makes it possible, on the one hand, to provide visually appealing wall systems in which the supporting profiles are not visible. On the other hand, it is thus possible to provide luminous walls that have no dark, unlit edge.

Furthermore, if, for example, a pillar construction in the form of a rectangular sight post is to be created with the support profile, and no wall system, in each case a supplementary profile to be mounted on the side surfaces of the support profile. The supplementary profile is advantageously designed so that it rests with a first side of the contact plate and flush with this, and that it rests with a second side on the side surface of the support section and flush with this. The second side extends at an angle from the first side, which corresponds to the predetermined angle of the side surface of the support profile. The third side of the supplementary profile, which is opposite to the first side, and the fourth side of the supplementary profile, which is opposite to the second side, abut one another at a right angle. Advantageously, the fourth side may have a centrally disposed clamping groove or the like running in the longitudinal direction of the supplementary profile, so that this side of a rectangular viewing post is also suitable for attaching products such as brochure or newspaper holders, information boards, trays for receiving sweets or small giveaways , In this way, a visually appealing right-angled sight post can be easily and quickly created.

A major advantage of the support profile described here is its flexibility and modularity. Due to the simple application of the clamping profile, which is easy to insert into the second groove and also easy to remove from this second groove, slightly different equipment or materials can be used, and it can be easily and easily changed between different configurations. So it is easily possible to use a textile surface element on the front of a wall system, and on the back of a plate-shaped surface element.

In a further advantageous embodiment of the invention, the support profile has at least one closed hollow chamber for stiffening the cross section of the Carrying profiles, wherein the closed hollow chamber preferably extends at least partially in the longitudinal direction of the support profile. As a result, a lightweight and stable support profile is provided, so that on the one hand the handling of the construction and dismantling of the short-term mobile structures is facilitated, and on the other hand, the stability of the mobile structures is improved.

In order to enable the connection of support profiles at the ends, according to a further embodiment, for example, fastening means such as thread profiles may be provided in the hollow chamber, which extend from the ends of the support profile inwardly into the hollow chamber. Thus, it is easily possible to securely attach suitable fasteners to the ends of the support profile to connect two support profiles in the desired manner at the ends together.

Furthermore, in order to enable the positionally accurate connection of support profiles at the ends, and positioning pins in suitable receptacles in the hollow chamber can be introduced so that the positioning pins are beyond the end of the support profile out. For positionally accurate connection of the support profile with another support profile, the two support profiles are joined together such that the positioning pins of the support profile are introduced into the provided with corresponding receptacles hollow chambers of the other support profile. This allows a favorable and positionally accurate connection of support profiles.

The weight of the support profile can be further reduced if, according to an embodiment of the invention, the support profile is made of aluminum. Another advantage of using aluminum for the support profile is that aluminum has very good thermal conductivity, and thus the support profile can serve as a cooling surface when using heat-generating bulbs.

In order to facilitate the attachment of plate-shaped wall elements, approach points in the open cross-section are provided in a development of the support profile, which simplify the introduction of fastening means for securing the plate-shaped wall element to the support profile. On the one hand, the fastening means are thus not visible from the outside, since they are arranged within the open cross-section and secure the plate-shaped wall elements securely on the support profile. On the other hand give the starting points exactly the point at which the fasteners, such as screws, must be recognized in order to achieve a secure and guided predetermined attachment of the plate-shaped wall element.

Finally, it should be noted that with the support profiles proposed here according to the invention and the kit according to the invention a robust reusable system for creating short-term mobile structures is made available, which has a large modularity and functionality with many expansion options.

• Fig. 1: eine perspektivische Darstellung der Bauelemente eines erfindungsgemäßen Bausatzes, zusammen mit einer perspektivischen Darstellung eines mit den Bauelementen erstellten kurzzeitigen mobilen Aufbaus;
• Fig. 2: eine Ansicht zweier mittels eines Spannverschlusses miteinander verbundener erfindungsgemässer Tragprofile;
• Fig. 3: einen Querschnitt durch das erfindungsgemäße Tragprofil der Fig. 2 entlang der Linie A-A;
• Fig. 4: eine Seitenansicht der erfindungsgemässen Tragprofile der Fig. 2 teilweise im Aufriss;
• Fig. 5: den Querschnitt der Fig. 3 mit eingezeichneten Symmetrielinien;
• Fig. 6: eine perspektivische Ansicht eines mit den erfindungsgemässen Tragprofilen verwendeten Spannverschlusses;
• Fig. 7: eine Seitenansicht eines erfindungsgemässen, mit einem Bodenelement verbundenen Tragprofils teilweise im Aufriss;
• Fig. 8: einen Querschnitt durch ein erfindungsgemäßes Tragprofil, zusammen mit einer Verschlussplatte;
• Fig. 9: einen Querschnitt durch das erfindungsgemäße Tragprofil der Fig. 8, bei dem die Verschlussplatte eingesetzt ist um den offenen Querschnitt abzudecken, in welchem schematisch drei Leitungen im Querschnitt dargestellt sind, sowie zwei Klemmprofile die in die zweiten Nuten eingeklemmt sind;
• Fig. 10: einen Querschnitt durch das erfindungsgemäße Tragprofil der Fig. 8, bei dem die unterschiedlichen Anbringungsmöglichkeiten von Elementen dargestellt sind;
• Fig. 11: einen Querschnitt durch zwei zusammengekoppelte erfindungsgemäße Tragprofile, die eine freistehende Säule bilden;
• Fig. 12: einen Querschnitt durch zwei über Eck zusammengekoppelte erfindungsgemäße Tragprofile;
• Fig. 13: einen Querschnitt durch ein erfindungsgemäßes Tragprofil, an dessen Stirnseite ein plattenförmiges Wandelement angebracht ist; und
• Fig. 14: einen Querschnitt durch ein erfindungsgemäßes Tragprofil, an dessen Seitenflächen jeweils ein Ergänzungsprofil angebracht ist.

Further advantages and features of the invention will become apparent from the following description taken in conjunction with the drawings. In the drawings shows:

• Fig. 1 a perspective view of the components of a kit according to the invention, together with a perspective view of a created with the devices short-term mobile structure;
• Fig. 2 a view of two interconnected by means of a tension lock inventive support profiles;
• Fig. 3 : a cross section through the support profile of the invention Fig. 2 along the line AA;
• Fig. 4 a side view of the inventive support profiles of Fig. 2 partly in elevation;
• Fig. 5 : the cross section of the Fig. 3 with drawn symmetry lines;
• Fig. 6 a perspective view of a clamping closure used with the support profiles according to the invention;
• Fig. 7 a side view of an inventive, connected to a floor element supporting profile partially in elevation;
• Fig. 8 a cross-section through an inventive support profile, together with a closure plate;
• Fig. 9 : a cross section through the support profile of the invention Fig. 8 in which the closure plate is inserted to cover the open cross section, in which schematically three lines are shown in cross section, and two clamping profiles which are clamped in the second grooves;
• Fig. 10 : a cross section through the support profile of the invention Fig. 8 in which the different attachment possibilities of elements are shown;
• Fig. 11 a cross section through two coupled support profiles according to the invention, which form a freestanding column;
• Fig. 12 a cross section through two corner profiles coupled together according to the invention;
• Fig. 13 a cross-section through a support profile according to the invention, on whose front side a plate-shaped wall element is attached; and
• Fig. 14 a cross-section through an inventive support profile, on whose side surfaces in each case a supplementary profile is attached.

The Fig. 1 shows the components of a kit according to the invention (200), and a short-term mobile structure (300) created with the components. The kit (200) comprises support profiles (10), in particular angle elements (204), spacers (206) and floor elements (210). Furthermore, the kit (200) comprises a display panel (214) which can be attached to an intermediate piece (206) , and an information table (216), which can also be attached to an intermediate piece (206).

The short-term mobile construction (300) produced with the components of the kit according to the invention (200) has a base (308) with a base area of approximately 9 m ² , as well as a framework structure (302), a freestanding column (304) and a bracket ( 306). The freestanding column (304) is connected to the framework structure (302) by means of the stirrup (306) to form a passage or archway, and a display panel (214) is attached to the freestanding columns (304). Attached to the bracket (306) is a lighting element (212) that illuminates the floor (308) of the short-term mobile body (300). Furthermore, an information table (216) by means of an intermediate piece (206) attached to the bottom (308). At the framework structure (302) any (not shown) wall elements can be attached, such as plates, textile surface elements, etc., which of course depends on the planned application of the short-term mobile body (300).

The floor (308) of the short-term mobile body (300) is made with the floor elements (210) of the kit (200), while the framework structure (302) and the freestanding column (304) and the bracket (306) with the support profiles (10 ) created are. In particular, the framework structure (302) and the freestanding column (304) and the bracket (306) are formed here by the corresponding connection of intermediate pieces (206) and angle elements (204).

The connection of support profiles (10), and in particular of angle elements (204) and spacers (206), will now be described with reference to FIGS Fig. 2-5 described in more detail.

The Fig. 2 shows the end faces of an intermediate piece (206) and an angle element (204), which are interconnected by means of a tension lock (220). The tension lock (220) is arranged centrally in the end region of the angle element (204), so that the effective direction of the tension lock (220) lies centrally in the longitudinal direction of the angle element (204) and of the intermediate piece (206).

In Fig. 4 is a side view of the Fig. 2 with the angle element (204) and the intermediate piece (206), which are interconnected by means of the tension lock (220), partially shown in elevation. Here it can be clearly seen that the tension lock (220) is arranged in the end region of the angle element (204) and engages in a counterpart (222) which is arranged in the end region of the intermediate piece (206). In this way, a non-positive and positive connection between the angle element (204) and intermediate piece (206) is achieved.

The Fig. 3 shows a cross section through the intermediate piece (206) of Fig. 2 along the line AA. Here it can be clearly seen that the tension lock (220) is arranged centrally in the open cross section (12) of the support profile or angle element (204), so that the direction of action of the tension lock (220) in the center in the longitudinal direction of the angle element (204), and thus also in the middle in the longitudinal direction of the intermediate piece (206). This becomes clearer by looking at the FIG. 5 ,

The Fig. 5 shows the cross section of Fig. 3 , where symmetry lines S have been drawn in for clarification. The lines of symmetry S intersect at the center or on the center line of the support section or intermediate piece (206) in the open cross section 12. Since the tension lock (220) is arranged on the center line of the support profile, as can be clearly seen here, also falls the line of force the tension of the tension lock (220) on the center line of the support profile or the angle element (204) and the intermediate piece (206). This results in a central effect of the clamping force of the tension lock (220) centrally in the longitudinal direction of the support profile or the angle element (204) and the intermediate piece (206).

Thus, a stable connection between angle element (204) and intermediate piece (206) is achieved, since the clamping force of the clamping closure (220) acts centrally and centrally in the longitudinal direction of the angle element (204) and the intermediate piece (206). Torques or lateral forces that would make the connection unstable are thus avoided.

A further advantage of the arrangement of the tension lock (220) in the open cross-section (12) is that the tension lock (220) is hidden in the support profile or in the angle element (204), and is therefore not visible in a short-term mobile structure (300) , At the same time, however, it is easily and simply accessible with the fingers, both in short-term mobile construction (300) built support profiles (10), as well as unobstructed support sections (10), so that a quick and easy and ergonomic handling of the tension lock (220) is possible. Also, the attachment of the tension lock (220) in the open cross section, for example by screwing, riveting or gluing, easily possible.

The Fig. 6 shows a perspective view of an exemplary tension lock (220) with counter-holder (222), which can be used to connect the support profiles (10) according to the invention.

In Fig. 7 is a side view of an angle member (204) and a bottom member (210), which are interconnected by means of a tension lock (220), partially shown in elevation. Here it can be clearly seen that the tension lock (220) is arranged in the end region of the angle element (204) and engages in a counterpart (222) which is arranged on the bottom element (210). In this way, a non-positive and positive connection between the angle element (204) and bottom element (210) is achieved, which can be easily and quickly closed or opened.

The Fig. 8 shows a cross section through an inventive support profile (10), together with a closure plate (30). The closure plate (30) has two clamping profiles or clamping lugs (32), which engage in correspondingly formed recesses (26) in the open cross section (12) of the support profile (10) when the closure plate (30) in the open cross section (12) of Support profile (10) is used to cover it. Here, the closure plate (30) is shown spaced from the open cross section (12) to indicate how it is inserted into the open cross section (12).

The support profile (10) has a substantially U-shaped cross section, so that an open cross section (12) is formed. On the inside (112) of the supporting profile (10) three first grooves (14) are arranged, which extend parallel to one another substantially in the longitudinal direction of the support profile (10). The first grooves (14) have undercuts (15), which can be engaged behind by any, not shown fastening means.

Also on the opposite end face (110) two first grooves (14) are arranged, which extend parallel to each other substantially in the longitudinal direction of the support profile (10), in each case a first groove (14) arranged on each side of the open cross section (12) is.

In the first grooves (14) with undercuts (15) any, not shown fastening means can be introduced, which engage behind the undercuts (15), for example, holding arms, lighting means, screens, shelves, exhibition boxes, plate-like surface elements, cover plates or the like on the support profile ( 10) to keep safe. Also, two or more support profiles (10) can be coupled to each other to form freestanding and simultaneously open structures such as columns or archways.

The first grooves (14) further have recesses (24) which are arranged on the inner edges of the first groove (14) and extend parallel to the opening of the first groove (14). In these recesses (24) in the longitudinal direction of the support profile (10) components not shown can be inserted, such as screens, cover plates, mounting arrangements, or transparent or colored panels for forming a luminous element.

A second groove (16), which is aligned essentially parallel to the end face (110) and extends in the longitudinal direction of the carrier profile (10), is arranged on each of the two opposite side surfaces (100, 102). The second groove (16) has mutually parallel side walls and is arranged in the vicinity of the end face (110).

In the second groove (16) can be inserted in a simple manner, not shown clamping profile, for example, to attach textile surface elements such as fabric tension on the support section (10).

The support profile (10) according to the invention shown here also has two contact plates (28) which are each arranged on a side surface (100, 102) and run parallel to the second groove (16) at a predetermined distance. The bearing plates (28) are aligned substantially parallel to the end face (110) and terminate flush with the end face (110).

By inserting a gland profile not shown in the second groove (16) can thus easily a clamping groove between the second groove (16) and the abutment plate (28) are formed in the example, the piping of a textile surface element, not shown here are securely held can.

Furthermore, the support profile (10) according to the invention shown here, two closed hollow chambers (18) which extend substantially in the longitudinal direction of the support profile (10) and reinforce the cross section of the support profile (10).

Each of the hollow chambers (18) also has a thread profile (20) which extends from the ends of the support profile (10) inwardly into the hollow chamber (18). This makes it possible in a simple manner to attach fasteners in the hollow chamber (18), for example, to connect two support profiles (10) at the ends together.

As already mentioned, in the open cross-section (12), two recesses (26) are arranged at a predetermined distance from the inner edge on the inner edge of the open cross-section (12) parallel to the opening of the open cross-section (12) in the longitudinal direction of the support profile (12). 10). The clamping means (32) of the closure plate (30) engage in these recesses (26) when the open cross-section (12) is covered by the closure plate (30).

In the open cross-section (12) two attachment points (22) are further provided, which facilitate the attachment of (not shown) plate-shaped wall elements on the support section (10). These starting points (22) specify the point at which fasteners such as screws (not shown) are to be applied in order to achieve a secure and guided attachment of the (not shown) plate-shaped wall element from the inside out. This has the advantage that the fastening means are not visible from the outside, and thus a visually appealing design of the wall element is made possible.

Like in the Fig. 8 can be clearly seen, the side surfaces (100,102) of the support profile (10) at a predetermined angle (α) to the end face (110) extend. This makes it possible to simple catfish, the Ucht can be passed to the contact plate (28), or if a (not shown) clamping profile in the second groove (16) is introduced, to the (not shown) clamping profile. This is particularly advantageous in the creation of luminous walls, since then the entire textile surface element is illuminated from the inside and no dark edge is.

The Fig. 9 shows a cross section through the support profile (10) of the invention Fig. 8 , Here, the closure plate (30) in the open cross-section (12) is inserted to cover this. Furthermore, in the second grooves (16) clamping profiles (40) are used, so that in each case a clamping groove (99) between the clamping profile (40) and the abutment plate (28) is formed.

In this Spannnuten (99) Can not be introduced, for example, not shown piping a fabric fabric here.

Furthermore, three lines (50, 52, 54) are schematically shown in the open cross section (12), which are intended to indicate how technical connections in the open cross section (12) of the support profile (10) can be laid. Since the open cross-section (12) is normally accessible from the outside, even with a built-wall system, it is easily possible to adapt technical connections to the particular needs and lay after installation, or in an already constructed and operating wall system, the technical connections exchange or control.

Like in the Fig. 9 As can be seen well, when the closure plate (30) is inserted into the open cross-section (12), the end face (110) has a substantially smooth outer surface. This is advantageous because on the one hand the end face (110) can be made visually advantageous if it is visible, and on the other hand it is possible that support profile (10) with the end face (110) flush with a wall or on the front side (110 ) of another support profile (10).

That in the Fig. 9 illustrated support profile (10) with the two in the second grooves (16) used clamping profiles (40) can be used for example for the creation of a luminous wall, which has a fabric covering on both sides.

In the Fig. 10 is also the support profile (10) of the invention Fig. 8 shown in a cross section. In contrast to Fig. 8 Here are the various ways of attaching elements to the support section (10) shown.

On the left side surface (100) in the second groove (16) has a clamping profile (40) is inserted, so that a clamping groove (99) between the clamping profile (40) and the abutment plate (28) is formed. In this clamping groove (99) of the welt (62) of a fabric cover (60) is inserted.

On the right side surface (102) a plate member (70) is mounted and is held by a screw (72) on the support profile (10). The screw (72) is attached in open cross-section (12) at a starting point (22) and then screwed through the closed hollow chamber (18) from inside out into the plate member (70). This has the advantage that the screw is not visible from the outside, so that the plate member (70) can be made visually appealing.

In order to correctly position the plate member (70) on the support profile (10), a right angle is formed between the abutment plate (28) and the end portion of the side surface (102) in which the second groove (16) is disposed. This end portion of the side surface (102) extends at a right angle to the end face (110), whereas the side surface (102) extends at a predetermined angle (α) to the end face (110), as described above. Also, the end part of the side surface (100), in which the second groove (16) is arranged, extends at a right angle to the end face (110), while the side face (100) is otherwise at a predetermined angle (α) to the end face (110) extends. Thus, a defined system is specified on both side surfaces (100, 102) in order, for example, to position a plate component (70) or other elements correctly on the carrier profile (10).

In the first groove (14) on the end face (110), which is adjacent to the plate member (70), a flat profile (86) is introduced, which is held by the undercuts (15) in the first groove (14). This first groove (14) is covered by a cover or cover (84), wherein the cover or panel (84) by suitable (not shown) fastening means from the flat profile (86) in front of the groove (14) is held. For example, the flat profile (86) may have threaded profiles into which the cover or bezel (84) may be screwed with suitable screws to hold the cover or bezel (84) in front of the first groove (14).

Also in the middle first groove (14) on the inside (112) a flat profile (86) is inserted, which is held by the undercuts (15) in the first groove (14). Thus, it is also possible here to attach different elements on the support profile (10).

In the right first groove (14) on the inner side (112), which is adjacent to the plate member (70), a lighting rail (80) is introduced. Also in the left first groove (14), which is adjacent to the fabric cover (60), a lighting rail (80) is introduced. Here, however, is also a cover or Aperture (82) inserted into the recesses (24) on the inner edge of the first groove (14). This cover or panel (82) is colored and translucent, so that by means of the illumination rail (80) desired color effects can be achieved.

That in the Fig. 10 For example, shown supporting profile (10) can be used to create a luminous wall, in which on the front of a translucent fabric cover (60) is attached, and on the back of a solid plate member (70). By means of the lighting rails (80) mounted on the inside (112) in the first grooves (14), the desired color effects and lighting effects can be achieved in order to attractively highlight the lighting wall.

In contrast to the support profile (10) according to the invention Fig. 8 or the Fig. 9 has the support profile (10) of Fig. 10 in the open cross section (12) projecting lugs (26) which are arranged at a predetermined distance from the inner edge at the inner edge of the open cross section (12) and parallel to the opening of the open cross section (12) in the longitudinal direction of the support profile (10) run. When a closure plate, not shown here, is inserted into the open cross section (12) to cover it, the clamping means or tabs of the closure plate engage behind the protruding tabs (26) and securely hold the closure plate in front of the open cross section (12).

The 11, 12 and 13 each show different examples of the use of supporting profiles (10) according to the invention,

In the Fig. 11 two support profiles (10) according to the invention are each coupled together at their front side, so that the two open cross sections (12) together form a closed channel (120). The two support profiles (10) are connected to each other here by means of suitable fastening means (92), wherein the fastening means (92) each engage in the first grooves (14) on the respective end faces (110) of the support profiles (10).

The bearing plates (28) of the support profiles (10) abut each other, so that a stable construction is provided. Thus, for example, freestanding columns or archways can be formed, or two walls can be securely connected together in this way to form a wall system. Technical pipes can be laid here in the closed duct (120) and routed to the desired location in the wall system or on the freestanding column.

In the Fig. 12 two supporting profiles (10) according to the invention are connected to each other at the corner by means of an angled plate component (90). The support profiles (10) are in each case with their contact plates (28) on the plate member (90), and are connected thereto by means of suitable fastening means (92). Here too, the fastening means (92) engage in the first grooves (14) on the end face (110) of the support profiles (10).

With this construction, for example, a freestanding corner column can be formed, or two walls of a wall system can be coupled together upper corner.

If, for example, a freestanding corner pillar is to be formed, illumination rails or the like can be introduced into the first grooves (14) on the inner sides (112) of the support profiles (10), which remain visible from the outside. By inserting colored and transparent covers or panels into the recesses (24) on the inner edges of the first grooves (14) which cover the lighting rails, desired color or lighting effects can then be achieved.

Again, in the open cross-sections (12), which are covered here by the angled plate member (90), cables for the technical connections are laid.

The Fig. 13 shows a support profile (10) according to the invention, on which a plate-shaped wall element (94) on the end face (110) of the support profile (10) is mounted. The support profile (10) rests with its bearing plates (28) on the plate-shaped wall element (94), so that a flat and aligned system is achieved. Here are also fastening means (92) are provided which engage in the first grooves (14) on the end face (110) of the support profile (10), and hold the wall element (94) securely and in the desired position on the support section 10. The wall element (94) covers the open cross-section (12) of the support profile (10), wherein here also technical connections in the open cross section (12) can be laid.

The support profile (10) may in this case be, for example, a freestanding column to which a viewing screen, a sign, or any other device element is attached. But the support profile (10) may also be the tail of a wall system to which a thin plate member (94) is to be attached.

The Fig. 14 shows a support profile according to the invention (10), on whose side surfaces (100,102) each have a supplementary profile (230) is mounted to a column construction in the form of a rectangular sight post. The outer side of the supplementary profile (230) has a centrally arranged and extending in the longitudinal direction of the supplementary profile (230) clamping groove (232), so that this side of the rectangular viewing post for attachment of supplements such as brochure or newspaper holder, billboards, trays for receiving is suitable for sweets or small giveaways. <B> LIST OF REFERENCES </ b> 10 support section 94 plate member 12 open cross-section 99 flute 14 first groove 100 faces 15 undercut 102 side surface 16 second groove 110 front 18 closed hollow chamber 112 inside 20 thread profile □ angle 22 starting point 120 channel 24 recess 200 kit 26 Recess / protruding approach 204 angular elements 28 bearing plate 206 connecting piece 30 closing plate 210 floor element 32 clamping nose 212 light element 40 clamping profile 214 Schautafei 50 management 216 information table 52 management 220 Connector / closing clamp 54 management 222 backstop 60 fabric covering 230 supplement profile 62 piping 232 groove 70 plate member AA cut 72 screw S line of symmetry 80 Belauchtungsschiene 300 mobile construction 82 Cover / bezel 302 framework structure 84 Cover / bezel 304 freestanding column 86 Flachprofill 306 hanger 90 angled plate component 308 ground 92 fastener

Claims (15)

Kit for creating short-term mobile structures, comprising supporting profiles (10) and floor elements (210), wherein the supporting profiles (10) each engage at least one connector (220) and / or at least one counter-holder (222) in which a connector (220) engage can exhibit. Kit according to claim 1, characterized in that the support profiles (10) and at least one bottom element (210) at least one connector (220) and / or at least one counter-holder (222) into which a connector (220) can engage have. Kit according to claim 1 or 2, characterized in that the connector (220) is a Spanrtverschluss (220). Kit according to claim 3, characterized in that the clamping closure (220) and / or the counter-holder (222) are arranged centrally in the end region of the support profile (10) / is. Kit according to claim 4, characterized in that the direction of action of the tension lock (220) is arranged centrally in the longitudinal direction of the support profile (10). Kit according to one of the preceding claims, characterized in that the supporting profile (10) has an open cross-section (12). Kit according to claim 6, characterized in that the tension lock (220) and / or the counter-holder (222) are each arranged centrally in the open cross-section (12) on or near the center line of the support profile (10) / is. Kit according to one of the preceding claims, characterized in that the supporting profiles (10) comprise angle elements (204) and intermediate pieces (206). Carrying profile for creating short-term mobile structures, comprising at least one connector (220) and / or at least one counter-holder (222), in which a connector (220) can engage. Carrying profile according to claim 9, characterized in that the connector (220) is a tension lock (220). Carrying section according to claim 9 or 10, characterized in that the tension lock (220) and / or the counter-holder (222) are arranged centrally in the end region of the support profile (10) / is. Carrying section according to claim 11, characterized in that the effective direction of the tension lock (220) is arranged centrally in the longitudinal direction of the support profile (10). Supporting profile according to one of claims 9 to 12, characterized in that the supporting profile (10) has an open cross-section (12). Carrying profile according to one of claims 9 to 13, characterized in that the clamping closure (220) and / or the counter-holder (222) are arranged centrally in the open cross section (12) on or near the center line of the support profile (10) / is. Supporting profile according to one of claims 9 to 14, characterized in that the supporting profile (10) is made of aluminum.

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