BE1024264B1 - SUPPORT SYSTEM FOR A FLOOR FOR STAND CONSTRUCTION - Google Patents

Abstract

This invention relates to a support system (2) for a stand construction floor, comprising at least one support profile (5), at least one foot (12) for supporting the support profile (5), said foot (12) comprising a support surface (14) for mounting the supporting profile (5) on it and one or more supporting parts (15) standing up relative to the supporting surface (14) for mounting the supporting profile (5) against it, the one or more supporting parts (15) being mounted in mounted extend the condition of the support system (2) on a single side of the support profile (5). In addition, this invention relates to a floor system (1) comprising such a support system (2) and a stand construction assembly comprising such a support system (2).

Description

(30) Priority data:

(73) Holder (s):

be Matrix BVBA 8800, ROESELARE Belgium (72) Inventor (s):

VAN DE FORDE Chris Frans Maria

8500 COURTRAI

Belgium

THERRY Koen Gilbert 8800 ROESELARE Belgium

HUYGHE Xavier 8560 GULLEGEM Belgium (54) CARRYING SYSTEM FOR A FLOOR FOR STAND CONSTRUCTION (57) (5), wherein this foot (12) comprises a support surface (14) for mounting the support profile (5) thereon and one or more supporting parts (15) upright relative to the support surface (14) for mounting the support supporting profile (5), wherein the one or more supporting parts (15) extend in mounted condition of the supporting system (2) on one single side of the supporting profile (5). In addition, the present invention relates to a floor system (1) comprising such a support system (2) and a stand building assembly comprising such a support system (2).

Mi

Fie. 3

BELGIAN INVENTION PATENT

FPS Economy, K.M.O., Self-employed & Energy

Intellectual Property Office

Publication number: 1024264 Filing number: BE2016 / 5420

International classification: E04F 15/024 Date of issue: 10/01/2018

The Minister of Economy,

Having regard to the Paris Convention of 20 March 1883 for the Protection of Industrial Property;

Having regard to the Law of March 28, 1984 on inventive patents, Article 22, for patent applications filed before September 22, 2014;

Having regard to Title 1 Invention Patents of Book XI of the Economic Law Code, Article XI.24, for patent applications filed from September 22, 2014;

Having regard to the Royal Decree of 2 December 1986 on the filing, granting and maintenance of inventive patents, Article 28;

Having regard to the application for an invention patent received by the Intellectual Property Office on 06/06/2016.

Whereas for patent applications that fall within the scope of Title 1, Book XI, of the Code of Economic Law (hereinafter WER), in accordance with Article XI.19, § 4, second paragraph, of the WER, the granted patent will be limited. to the patent claims for which the novelty search report was prepared, when the patent application is the subject of a novelty search report indicating a lack of unity of invention as referred to in paragraph 1, and when the applicant does not limit his filing and does not file a divisional application in accordance with the search report.

Decision:

Article 1. - BeMatrix BVBA, Wijnendalestraat 174, 8800 ROESELARE Belgium;

represented by

HOSTENS Veerle, Pres. Kennedypark 31c, 8500, KORTRIJK;

OSTYN Frans, Pres. Kennedypark 31c, 8500, KORTRIJK;

CHIELENS Kristof, Pres. Kennedypark 31c, 8500, KORTRIJK;

CARDOON Annelies, Pres. Kennedypark 31c, 8500, KORTRIJK;

a Belgian invention patent with a term of 20 years, subject to payment of the annual fees as referred to in Article XI.48, § 1 of the Code of Economic Law, for: CARRYING SYSTEM FOR A FLOOR FOR STAND CONSTRUCTION.

INVENTOR (S):

VAN DE Voorde Chris Frans Maria, Oudenaardsesteenweg 281, 8500, KORTRIJK;

THERRY Koen Gilbert, Groenestraat 78, 8800, ROESELARE;

HUYGHE Xavier, Maria Rosseelstraat 8, 8560, GULLEGEM;

PRIORITY:

BREAKDOWN:

Split from basic application: Filing date of the basic application:

Article 2. - This patent is granted without prior investigation into the patentability of the invention, without warranty of the Merit of the invention, nor of the accuracy of its description and at the risk of the applicant (s).

Brussels, 10/01/2018,

With special authorization:

BE2016 / 5420

CARRYING SYSTEM FOR A STAND CONSTRUCTION FLOOR

This invention relates to a support system for a floor for stand construction, comprising:

- at least one support profile;

- at least one foot for supporting the supporting profile, this foot comprising a supporting surface for mounting the supporting profile thereon; and one or more supporting parts upright relative to the bearing surface for arranging the bearing profile against it.

In addition, the present invention relates to a floor system comprising such a support system and a stand building assembly, comprising such a support system.

For temporary stands at fairs, events, etc., floors should preferably be able to be erected and dismantled quickly and still have a high aesthetic finish. They are preferably modular in construction for compact transport. To this end, these floors often comprise several aforementioned supporting profiles, which are arranged on feet and on which floor elements are applied. The different elements are easily detachably connectable. These floor elements are often provided interchangeably and are often provided with adapted images and / or lettering. The support system for these floor elements should typically be able to be used more universally for applying differently finished floor elements.

There are many floor systems for stand construction where floor elements are supported directly by feet. For this, however, the floor elements need to be quite sturdy and therefore more expensive. It is therefore preferable that such a support system, in addition to feet to support the floor elements, also comprises support profiles, which can be assembled into a

BE2016 / 5420 sturdy and robust unit, on which floor elements can be applied, which can be made less sturdy. For example, the exchangeable floor elements can be made cheaper.

Examples of such floor systems with support profiles are described, for example, in NL 1 031 125 C, FR 2 624 495 A1, GB 1,140,957 A, US 5,791,096 A, WO 2015/017470 A2 and EP 0 563 505 A1.

Most feet with mounting parts for cross-fitting and connecting different support profiles herein, as described for example FR 2 624 495 AI, GB 1,140,957 A (first embodiment), US 5,791,096 A, WO 2015/017470 A2 and EP 0 563 505 AI, however, are not suitable for supporting supporting profiles on the outside of a floor built up with this, since they then protrude relative to these supporting profiles. The protruding parts of these feet are undesirable for safety and from an aesthetic point of view.

A base according to the first embodiment of GB 1,140,957 A is suitable for mounting under supporting profiles on the outside of a floor built up with it, but has the drawback that it is less easy to install, which makes the mounting of a floor built up with it more cumbersome. .

The base as described in NL 1 031 125 C is also suitable for mounting under supporting profiles on the outside of a floor built up with it. However, for this purpose an adapted support profile with an adapted cavity at the bottom must be provided.

The object of the invention is therefore to provide such a carrying system with universally deployable feet.

This object of the present invention is achieved by providing a support system for a floor for stand construction, comprising:

- at least one support profile;

BE2016 / 5420

- at least one foot for supporting the supporting profile, this foot comprising a supporting surface for mounting the supporting profile thereon; and one or more supporting parts upright relative to the bearing surface for mounting the supporting profile, the one or more supporting parts extending on a single side of the supporting profile in the mounted condition of the supporting system.

The feet of such a support system can be placed in several places with respect to the support profiles, since the supporting parts extend on one side of the support profile in the mounted condition of the support system. Such a foot can be placed both under a support profile which is arranged somewhere centrally in a floor built up from it, and under a support profile which is arranged at the edge of a floor built up hereby. In the latter case, it can be placed so that it does not protrude from the supporting profiles on the outside of a floor built up with it.

Moreover, such a base can be placed under different types of support profiles, which can have different widths, which may or may not be provided with holies, etc.

Support profiles of such a support system can take several forms. Preferably, however, they are made hollow, so that these support profiles are as light as possible for transport and assembly.

Preferably, these support profiles also have substantially the same cross-section over almost their entire length, this towards production and stacking. However, as discussed further, it may be advantageous to also provide these support profiles with one or more openings. However, the cross section remains essentially the same. Such support profiles can for instance have mainly C-shaped or U-shaped cross sections. Preferably, however, they have a substantially rectangular cross section.

BE2016 / 5420

These support profiles preferably comprise a bottom wall with which the greatest possible contact can be made with the support surface of the foot in order to optimize the power transfer between the two. As regards force transfer, these support profiles preferably also comprise at least one side wall, which can contact the one or more supporting parts over as large a surface area as possible. For this purpose these one or more supporting parts therefore preferably also comprise a supporting surface, such that a support profile can bear against these one or more supporting parts over this supporting surface. For this purpose, the one or more supporting parts can for instance be essentially plate-shaped.

Such support profiles can be made from different types of materials, such as, for example, wood, plastic, metal, etc. Preferably, these support profiles are made from aluminum.

Such support profiles can be produced, for example, by extrusion or by folding.

The base of a support system according to this invention is preferably adjustable in height. The surface on which a floor for stand construction is placed is often not flat. With the help of such adjustable feet, such a floor can be placed flat on top of this surface.

In order to make this foot adjustable in height, it preferably comprises adjusting means for adjusting the height of the foot, wherein these adjusting means comprise engaging means for engaging these adjusting means to adjust the height, which in the mounted state of the carrying system can be gripped next to the support profile, on the side where the one or more supporting parts extend. In this way, the mounting means are easily accessible next to the support profile when the support system is mounted. Just like the one or more supporting parts, these gripping means need not protrude with respect to the supporting profiles on the outside of this floor with a foot which is arranged on the outside of a floor built up with it.

BE2016 / 5420

The said gripping means can for instance be designed as a cavity in which a hand tool such as, for example, a screwdriver or a mounting key can engage.

A carrying system according to the present invention preferably further comprises one or more mounting means for attaching the foot to the carrying profile. Such fasteners can take many forms here, such as, for example, Velcro, adhesive strips, click means, bolts, etc.

Preferably, at least one said fastening means is then provided for fastening a said leaning part to the support profile. This simplifies the mounting of such a fastener, since when mounting a support system according to this invention the upright sides of the support profile are typically more accessible than the bottom.

To this end, the last-mentioned contact part may more specifically be provided with an application opening for applying the said at least one fastening means therethrough.

The support profile can also more specifically be provided with at least one application opening for applying at least one said fastening means therethrough.

Preferably, both the support part and the support profile can be provided with a said application opening, such that said at least one fastening means can be applied through both the application opening of the support part and the application opening of the support profile.

Alternatively, the foot can for instance be provided with a fastening means which can be arranged through the application opening of such a support profile with application opening. This fastening means can for instance be designed as

BE2016 / 5420 a threaded shaft. Preferably, this fastening means is provided on a said contact part of the foot.

A support profile of a support system according to the invention with a said application opening preferably comprises a plurality of such application openings which are arranged over the length of the support profile.

In this way, the position of the attachment of a foot to this support profile can be chosen more easily in function of boundary conditions such as, for example, cabling to be arranged under the floor. It is also easier to choose the number of feet to support this support profile in a variable way, depending on the weight that can be placed on the floor at that location.

Preferably, such opening openings in the support profile are of substantially the same size. Preferably, such aperture openings are arranged centrally in the corresponding side of the support profile in height direction. Furthermore, such application openings are preferably equidistant from one another in the longitudinal direction of the support profile. In addition, such application openings are preferably circular.

At least one application opening of a support profile with one or more such application openings preferably extends through the support profile.

When such a supporting profile is designed with two upright side walls, such an application opening preferably extends through these two side walls.

A particularly flexibly deployable support profile of a support system according to the invention preferably comprises an application cavity at each end for the provision of an angle connecting element therein. Such an application cavity preferably extends over the full length of the support profile, so that when sawing the support profile to length, the same application opening is always present in order to be able to provide the same angle profile at the end side of the support profile. Two similar support profiles can be used in this way

BE2016 / 5420 corner connection element are mutually attached to each other at the angle that the corner connection element assumes.

Alternatively or additionally, the support profiles of a support system according to this invention can also be mutually connected. For this purpose, these can be mutually connected by means of a said corner connecting element or by welding, etc. Preferably, these support profiles are miter cut for this purpose.

Even more preferably, a support system according to this invention comprises a plurality of said support profiles, which are assembled into a frame.

In the mounted condition of the support system, the one or more supporting parts in such an embodiment preferably extend within the frame.

The object of this invention is also achieved by providing a floor system comprising a floor support system and floor elements which can be applied to the support system, the support system being an above described embodiment of a support system according to the present invention.

In a particularly preferred floor system according to the invention, the support system comprises a said frame and this support system further comprises an intermediate profile, which is provided at both ends with a fien, which extends in line with an upper wall of the intermediate profile, so that the intermediate profile mainly between two supporting profiles of the frame can be fitted, with the flanges of the intermediate profile on these supporting profiles, so that in the mounted state of the floor system at least one of the floor elements presses the flanges of the intermediate profile against the corresponding supporting profiles.

With the aid of such an intermediate profile, such a floor system can be further reinforced in a particularly simple manner. This support profile does not need to be attached to the frame or to a floor element. Because at least one of the floor elements presses the flanges against the support profiles, a particularly sturdy whole is obtained.

BE2016 / 5420

Such an intermediate profile can also be used advantageously in floor systems with support systems according to one or more embodiments described above, in which the feet of the support system are replaced by alternative feet, such as, for example, the feet known from the prior art.

Such intermediate profiles can take several forms. Preferably, however, they are made hollow, so that these intermediate profiles are as light as possible for transport and assembly.

Preferably, these intermediate profiles also have substantially the same cross-section over almost their entire length, this towards production and stacking. As with the supporting profiles, it can also be advantageous with such intermediate profiles to also provide these intermediate profiles with one or more openings in order to be able to easily attach further parts of the floor system or a stand building system to them. However, the cross-section of such intermediate profiles remains essentially the same. Such intermediate profiles can for instance have mainly C-shaped or U-shaped or rectangular cross sections.

Such intermediate profiles can be made of different types of materials, such as, for example, wood, plastic, metal, etc. Preferably, these intermediate profiles are made of aluminum.

Such intermediate profiles can be produced, for example, by extrusion or by folding.

In a said floor system, at least one support profile preferably comprises an edge, which is upright with respect to a top wall of this support profile, against which a floor element of the floor system can be positioned. The floor elements can hereby be easily positioned relative to the support system for mounting such a floor system.

Even more preferentially, multiple profiles of the support system are hereby assembled into a frame, wherein multiple support profiles of this frame are attached to the

BE2016 / 5420 outer edge of the frame comprise such a raised edge, so that a floor element can be fitted between these raised edges.

In addition, the object of this invention is also achieved by providing a stand building assembly comprising a floor support system, the support system being an embodiment of a support system according to the invention described above.

Preferably, such a stand construction assembly comprises an embodiment of a floor system described above, of which the support system forms part. As described above with the floor systems, the feet of the support system can optionally be replaced by alternative feet, such as, for example, the feet known from the prior art.

The present invention will now be explained in more detail with reference to the following detailed description of an embodiment of a carrying system according to this invention. The purpose of this description is only to provide illustrative examples and to indicate further advantages and details of the present invention, and thus cannot be interpreted as limiting the scope of the invention or the patent rights claimed in the claims.

In this detailed description, reference numerals are used to refer to the accompanying drawings, in which:

Figure 1 shows a foot of a carrying system according to the invention separately in perspective;

Figure 2 shows the foot of figure 1 in perspective from the opposite side as the side in which it is shown in figure 1;

- Figure 3 shows in detail a part of a carrying system according to the invention with a foot such as the foot of figure 1 at the level of a corner connection of

BE2016 / 5420 two support profiles of a frame of the support system are shown in perspective;

Figure 4 shows in detail a part of a carrying system according to the invention with a few feet, such as the foot of figure 1 being shown in perspective at the height of two supporting profiles of two respective frames of the carrying system placed against each other;

- Figure 5 shows in detail a part of a support system according to the invention with a base such as the base of figure 1 in perspective of the corner connection of some frames of the support system;

Figure 6 shows a frame of a carrying system according to the invention separately in perspective;

Figure 7 shows an intermediate profile of a support system according to the invention separately in perspective;

Figure 8 shows a support system according to the invention with multiple feet, such as the foot from Figure 1, with multiple frames and with several intermediate profiles, as the intermediate profile from Figure 7 is shown in perspective;

Figure 9 shows a floor system according to the invention with floor elements mounted on the support system of figure 8 in perspective.

The floor system (1) shown in Figure 9 comprises a support system (2), shown separately in Figure 8, and some floor elements (3) mounted thereon. Details and components of the carrying system (2) are shown in the other figures.

This floor system (1) has been developed to form part of a stand building assembly, in which further elements of this stand building assembly, such as, for example, wall elements, any transition elements, ramp elements, etc., can be easily coupled to this floor system (1). However, this can also be drawn up.

BE2016 / 5420

The illustrated support systems (2) comprise several frames (4), which are supported by height-adjustable feet (12) and in which several intermediate profiles (22) are provided for reinforcement.

The floor elements (3) of this floor system (1), which are mounted on such support systems (2), can take various forms. These can, for example, be made of plastic, glass, metal, stone, wood, composite, etc. These are simply placed on such a support system (2). These can remain on this support system (2) solely under the influence of gravity. These floor elements (3) can optionally be held on site between upright edges (11) of supporting profiles (5) from which the frames (4) of the supporting system (2) are built up. Such raised edges (11) can also simplify the positioning of the floor elements (3) on the support system (2). Optionally, the floor elements (3) can also be detachably attached to the support system (2), for example with the aid of Velcro.

In the embodiment in Figures 8 and 9, one floor element (3) per frame (4) of the support system (2) is provided. However, several floor elements (3) can equally well be arranged in such a frame (4), or a floor element (3) can be supported by several frames (4).

The feet (12) of the illustrated support systems (2) each comprise a support element (13) with a support surface (14) on which one or more support profiles (5) of a frame (4) are arranged. This support surface (14) can, for example, support two angled supporting profiles (5), as shown in Figures 3 and 5. This support surface (14) can also support, for example, a single support profile (5), as shown in Figure 4 In the illustrated embodiments, a respective supporting profile (5) here always rests with a part of its bottom wall (8) on this supporting surface (14), so that as great a contact as possible is made with this supporting surface (14).

BE2016 / 5420

In addition to the said support element (13), the depicted feet (12) each comprise a leaning part (15) which is upright with respect to the support surface (14). This contact part (15) comprises a contact surface (16) which is in each case arranged against a side wall (6) of a support profile (5), which rests on the support surface (14).

In mounted condition, no part of these feet (12) protrudes on the other side of the support profiles (5) than the side where this leaning part (15) extends.

In order to be able to adjust the feet (12) in height, these feet (12) comprise a base (31) which is placed on the ground, and is the top frame (13, 15), which is built up from said supporting element (13) and said leaning part (15) is fixed in height movable to said frame (31) by means of an adjusting screw (17). Using a hand tool, you can engage the adjusting screw (17) at the top to turn it, in order to move the top frame (13, 15) in height relative to the frame (31). In mounted condition, the adjusting screw (17) is accessible for this purpose on the side of the support profiles (5), where the contact part (15) of the foot (12) also extends.

The parts of these adjustable feet (12) can be made of different materials, such as metal, plastic, etc.

The frames (4) of the illustrated support systems (2) are each made up of four support profiles (5), which are miter-cut and welded together. These support profiles (5) could alternatively, for example, also be mutually coupled by means of corner elements.

In figure 6, these support profiles (5) are assembled into a square frame (4). In figure 8 the support profiles (5) are assembled into a rectangular frame (4). Further variants hi on it are conceivable. For example, it would also be possible to assemble 6 support profiles (5) into a hexagonal frame (4) in order to build up a floor with a honeycomb structure. Also, with three support profiles (5)

BE2016 / 5420 for example triangular frames (4) can be built. However, these frames (4) are preferably rectangular or more specifically square.

As can be seen in Figure 8, the feet (12) of the support system (2) when mounted extend partially below and partly into the respective frames (4).

The support profiles (5) of the frames (4) have a substantially rectangular cross section. These are hollow in order to obtain light, yet sturdy support profiles (5). These can be extruded for example from aluminum or plastic.

In each of the two upright side walls (6, 7) of the supporting profiles, several application openings (10) are provided, which are arranged centrally in the supporting profile (5) in height and are distributed over the length of the supporting profile (5). These application openings (10) are of the same size and are always spaced at the same distance. These application openings (10) are provided for mounting fasteners (19) therein. In this way, the feet (12) can be attached to these support profiles (5) with the aid of these mounting openings (10) and these fixing means (19) and the support profiles (5) of different frames (4) can also be attached to each other. Further elements of a stand building system can also be easily attached to these support profiles (5). The core distance between the application openings (10) corresponds to the width of the support profile (5) on the outer upright side (7) of the support profile (5) to allow a large number of aesthetic combinations of frames (4) fastened together . Due to the large mounting openings (10), the frames (4) do not have to be positioned extremely accurately with respect to each other or the feet (12) do not have to be placed with great precision with respect to the frames (4) first. to confirm. Small inaccuracies are automatically eliminated.

BE2016 / 5420

In order to be able to easily attach the feet (12) to these support profiles (5), the supporting parts (15) of these feet (12) are provided with a corresponding application opening (18). A fastening element (19) can thus be provided through the application opening (18) of the foot (12) and application openings (10) arranged one behind the other in both side walls of the support profile (5) against which the support part (15) the foot (12) is arranged. be applied. To this end, the depicted fastening elements (19) comprise a mounting body with a diameter smaller than the diameter of the mounting cavities (10, 18) and at each end of this mounting body a mounting head (19) which has a diameter larger than the mounting cavities ( 10, 18). Only the mounting heads (19) of the mounting elements are visible in the figures. At least one of the two mounting heads (19) can be detachably attached to the mounting body, for example by means of a threaded connection. On the outer edges of the carrier system (2), the mounting elements (19) can be adapted so that no mounting heads (19) protrude relative to the carrier profiles (5), as shown in figure 8.

The mounting bodies of the illustrated fasteners (19) have a length corresponding to the widths of the bottom wall of two support profiles (5). In Figures 4 and 5 these are thus arranged through two supporting profiles (5) placed against each other. In figure 3, this mounting body is arranged only through one support profile (5). In order to fix this fastening element (19) with respect to this support profile (5), an application sleeve (30) is arranged over the part of the application body projecting relative to the support profile (5).

Because the support profiles (5) comprise several application openings (10) and because the contact part (15) of the feet (12) only extends on one side of the corresponding support profile (5) after mounting, these feet (12) can be places under these support profiles (5) and be attached to these support profiles (5). It is also easily possible to adjust the position of the feet (12) and the number of feet (12) on the basis of all kinds of preconditions, such as provisions that run under the frames (4), protruding parts of a surface, the weight that should be on the floor, etc.

BE2016 / 5420

In order to easily reinforce the support systems (2), one or 5 more intermediate profiles (22) can also be fitted in the frames (4).

Figure 7 shows such an intermediate profile (22). This intermediate profile (22) is made hi to be able to make this light, but still sturdy. The illustrated intermediate profile (22) comprises a substantially U-shaped cross section (27), the opening being directed downwards to the U-shape when mounted. This can be folded from aluminum for this purpose, for example. Application openings (27) are provided in the two upright side walls of the intermediate profile (22), so that it is easy to mount additional elements on them with the aid of fasteners (19). Openings (28) are also provided in the top wall (26) for easily mounting additional elements on these intermediate profiles (22). With respect to the top wall (26), flanges (23), which are arranged in line with this top wall (26), extend at both ends of this intermediate profile (22).

Such an intermediate profile (22) can easily be placed in a frame (4), by placing its flanges (23) on top of the top walls (9) of two supporting profiles (5), as shown in figure 8. Floor elements (3) which is mounted on the support system (2), then presses these flanges (23) against these upper walls (9) under the influence of gravity, so that a solid whole is obtained. Because the intermediate profiles (22) are simply superimposed on the supporting profiles (5), the placement and number of them can easily be changed in function of all kinds of preconditions, such as facilities that run under the frames (4), protruding parts of a surface, the weight to be placed on the floor, etc.

BE2016 / 5420

Claims (15)

CONCLUSIONS Support system (2) for a stand construction floor, comprising: - at least one support profile (5); - at least one foot (12) to support the support profile (5), this foot (12) - a support surface (14) for mounting the support profile (5) thereon; - and one or more supporting parts (15) upright with respect to the support surface (14) for arranging the support profile (5) against this; characterized in that the one or more bearing parts (15), when mounted of the support system (2), extend on one single side of the support profile (5). Support system (2) according to claim 1, characterized in that the foot (1) is adjustable in height. Support system (2) according to claim 2, characterized in that the foot (12) comprises adjusting means for adjusting the height of the foot (12), said adjusting means comprising engaging means (17) for engaging these adjusting means to adjustable height, which in the mounted state of the support system (2) can be engaged next to the support profile (5), on the side where the one or more supporting parts (15) extend. Support system (2) according to one of the preceding claims, characterized in that the support system (2) comprises one or more fasteners (19) for attaching the foot (12) to the support profile (5). BE2016 / 5420 Support system (2) according to claim 4, characterized in that at least one said fastening means (19) is provided for attaching a said leaning part (15) to the support profile (5). Support system (2) according to claim 5, characterized in that the last-mentioned leaning part (15) is provided with an insertion opening (18) for inserting said at least one fastening means (19) through it. Support system (2) according to any one of claims 4 to 6, characterized in that the support profile (5) is provided with at least one application opening (10) for applying at least one said fastening means (19) through it. Support system (2) according to claim 7, characterized in that the support profile (5) is provided with several application openings (10) which are arranged over the length of the support profile (5). Support system (2) according to claim 7 or 8, characterized in that at least one application opening (10) of the support profile (5) extends through the support profile (5). Support system (2) according to one of the preceding claims, characterized in that the support system (2) comprises a plurality of said support profiles (5), which are assembled into a frame (4). Support system (2) according to claim 10, characterized in that in the mounted condition of the support system (2) the one or more supporting parts (15) extend within the frame (4). BE2016 / 5420 Floor system (1) comprising a support system (2) for a floor and floor elements (3) which can be fitted on the support system (2), characterized in that the support system (2) is a support system (2) according to any one of claims 1 to 12. Floor system (1) according to claim 12, characterized in that the support system (2) is a support system (2) according to claim 10 or 11 and that the support system (2) comprises an intermediate profile (22), which is provided at both ends of a tens (23), which extends in line with a top wall (26) of the intermediate profile (22), so that the intermediate profile (22) can be arranged mainly between two supporting profiles (5) of the frame (30), with the flanges (23) of the intermediate profile (22) on these support profiles (5), so that in the mounted state of the floor system (1) at least one of the floor elements (3) the flanges (23) of the intermediate profile (22) against the support profiles ( 5) press. Stand construction assembly, comprising a floor support system (2), characterized in that the support system (2) is a support system (2) according to any one of claims 1 to 11. Stand construction assembly according to claim 14, characterized in that this stand construction assembly comprises a floor system (1) according to claim 12 or 13, of which the support system (2) forms part. BE2016 / 5420