NL2031267B1 - Transportable system for providing a temporary sport court on a foundation, and method for providing a temporary sport court - Google Patents

Abstract

A transportable system for providing a temporary sport court on a foundation 4 comprises a transport frame 11 and a first 21 and second 22 floor panel. Each of the floor panels comprises a use surface 30, a rear 32 opposite of the use surface, a support edge 34 , and a join edge 36, opposite of the support edge. A transport condition is defined wherein the first and second floor panel are provided in an upright orientation. A use condition is defined wherein the first and second floor panel are provided in a horizontal orientation with the use surfaces of the first and second floor panel facing upward for providing a sport field and the rears of the first and second floor panel facing the foundation. The system comprises at least one support rail 61 which is placeable on the foundation and which is configured to receive the support side of at least the first floor panel.

Description

Title: Transportable system for providing a temporary sport court on a foundation, and method for providing a temporary sport court

The invention relates to a transportable system for providing a temporary sport court on a foundation according to the preamble of claim 1, as well as a method for providing a temporary sport court on a foundation.

A transportable system of this type is used to create a temporary sport court on an existing foundation, such as a parking lot, a beach, a city square, a sports field, or a lawn. The sport court includes a use surface and may include walls, and accessories such as nets and goals. The type of sport court determines the size of the court, the accessories and the characteristics of the optional walls. In particular, the sport court is a court for a ball sport, such as football/soccer variants, volleyball, basketball, or a racquet sport, such as padel, tennis, or squash.

A transportable system for providing a temporary sport court on a foundation is known from WO-2016/139.383-A1 (W0’383). WO'383 discloses a portable structure for temporary sports and/or leisure facilities consisting of at least one container with lateral sides, a roof and a bottom, and front and rear sides. The container frame comprises hinged means for unfolding from a folded position as a prismatic container to an unfolded position as a flat surface used as a base flooring for sports and/or leisure facilities. The long edges forming joins between the lateral sides, roof and bottom of the container are provided with hinges used as articulating means. One long edge is provided with openable closing means for the opening and unfolding of the frame.

A disadvantage of the transportable system of WO/383 is that the unfolding into a base flooring and the folding back into a container is cumbersome. One of the lateral sides and the roof need to be lifted together in order to pivot both lateral sides and the roof from the folded position to the unfolded position. Moreover, the lateral sides and roof are freely pivoting with respect to each other during the unfolding and folding, making the (un}folding operation difficult to control.

WQ’383 does not disclose a device or method to enable such an (un)folding operation in practice.

The current invention aims to solve at least one of these problems, or at least to provide an alternative. In particular, the invention aims to provide a transportable system for providing a temporary sport court on a foundation which is more easy to install than that of WO/383.

This aim is achieved by a transportable system for providing a temporary sport courton a foundation according to claim 1.

A transportable system for providing a temporary sport court on a foundation comprises a transport frame and a plurality of floor panels. The plurality of floor panels comprises at least a first floor panel and a second floor panel. Each of the plurality of floor panels comprises a use surface, a rear opposite of the use surface, a support edge, and a join edge, opposite of the support edge. A transport condition is defined wherein the first and second floor panel are provided in an upright orientation, the support edge of each floor panel is a lower edge of the respective floor panel, the join edge of each floor panel is an upper edge of the respective floor panel, and the transport frame supports the plurality of floor panels. A use condition is defined wherein the first and second floor panel are provided in a horizontal orientation with the use surfaces of the first and second floor panel facing upward for providing a sport field and the rears of the first and second floor panel facing the foundation. The system comprises at least one support rail which is placeable on the foundation and which is configured to receive the support side of at least the first floor panel.

The support rail enables a relative quick, and at the same time precise, placement of at least the first floor panel, in particular of both the first and the second floor panel, on the foundation.

In particular, the at least one support rail is configured to further receive the join side of at least the first floor panel.

In particular, the at least one support rail is configured to further receive the support side and/or the join side of the second floor panel.

In particular, the system comprises at least a second support rail for receiving the support side and/or the join side of the first and/or second floor panel.

In a further aspect, the invention is defined as a transportable system for providing a temporary sport court on a foundation comprises a transport frame and a plurality of floor panels.

The plurality of floor panels comprises at least a first floor panel and a second floor panel. Each of the plurality of floor panels comprises a use surface, a rear opposite of the use surface, a support edge, and a join edge, opposite of the support edge. A transport condition is defined wherein the first and second floor panel are provided in an upright orientation, the support edge of each floor panel is a lower edge of the respective floor panel, the join edge of each floor panel is an upper edge of the respective floor panel, and the transport frame supports the plurality of floor panels. A use condition is defined wherein the first and second floor panel are provided in a horizontal orientation with the use surfaces of the first and second floor panel facing upward for providing a sport field and the rears of the first and second floor panel facing the foundation. The first and second floor panel are articulated with at least a first hinge at their respective join edges and are stacked together in the transport condition such, that the rear of the first floor panel faces the rear of the second floor panel.

The articulation with a first hinge at the respective join edges of the current invention enables the first and second floor panel to simply lower both join edges together towards the foundation while at the same time the respective support edges of the first and second floor panel move away from each other, while still supporting the respective floor panel. This results in a simultaneous pivoting of the first and second floor panel from the upright orientation in the transport condition to a horizontal orientation in the use condition. As the rears face each other in the transport condition, the position of the hinge ensures that they automatically face the foundation after the first and second floor panel have pivoted to the use condition. Each of these effects contributes to a simpler unfolding of the floor panels from the transport condition to the use condition.

Another advantage of the current invention is that the stack of floor panels is more compact than the container shaped arrangement of WO/383. As a result, one frame with floor panels according to the current invention is sufficient to create a temporary sport court for several sport types, such a padel, while at least two containers of the type of WO/383 are required to create a similar sized sport court.

Within the context of the current invention, the following definitions apply. Horizontal orientation includes orientations which deviate from an absolute level orientation within the tolerances as acceptable for the relevant sporting activity. Upright orientation is an orientation of 45 to 90 degrees with respect to the horizontal, in particular 70 to 90 degrees with respect to the horizontal. A hinge is any structure which joins the floor panels while allowing a pivoting movement of the floor panels with respect to each other.

Preferred embodiments are defined in the dependent claims.

In an embodiment, a support bearing is provided at the support side of the first floor panel, which support bearing allows a movement of the support side along the foundation. In particular, the support bearing comprises at least one support wheel. The support bearing, in particular the support wheel, facilitates the movement of the support side of the first floor panel away from the second floor panel, while transferring the weight of the first floor panel to the foundation.

In an embodiment, the at least one support rail is configured to receive the support side of the first floor panel via the support bearing in the use condition. The combination of the support bearing and the support rail facilitates the movement of at least the first floor panel independent of the characteristics of the surface of the foundation.

In an embodiment, at least one of the join edge and the support edge of at least one of the plurality of floor plates is provided with at least one connector, which connector protrudes from the relative floor plate and is engageable with the join edge, support edge respectively, of an adjoining floor plate in the use condition. The connector ensures a stable mutual connection of the relative floor plates in the use condition.

In an embodiment, the plurality of floor panels comprises a third floor panel and a fourth floor panel, wherein the third floor panel and the fourth floor panel are articulated with at least a second hinge at their respective join edges and are stacked together in the transport condition such, that the rear of the third floor panel faces the rear of the fourth floor panel and the use surface of the second floor panel faces the use surface of the third floor panel. Providing more floor panels increase the size of the sport court while limiting the height of the floor panels on the transport frame in the transport condition. The third and fourth floor panel can be pivoted and moved in a similar manner as the first and second floor panel, directly after, or at the same time as, the first and second floor panel thanks to the orientation of the rear and use surfaces.

In an embodiment, the transport frame comprises a first transport frame part and a second transport frame part which are separably joined together in the transport condition and spaced apart in the use condition, wherein the first transport frame part supports at least the first floor panel and the second floor panel and the second transport frame part supports at least two further floor panels of the plurality of floor panels. The first transport frame part and the second transport frame part enable the plurality of floor panels to be split and divided over the foundation before the floor panels are moved towards their intended position on the foundation.

In particular, the first transport frame part and the second transport frame part are mirror images of each other. They support similar floor panels and optional further equipment. This reduces the cost of engineering and building the transport frame parts and facilitates the setting up of the sport court.

In particular, the system comprises at least one further support rail, wherein the at least one further support rail is configured to receive the support side of at least one of the at least two further floor panels. in an embodiment, the system comprises a mesh with markings, wherein the mesh is provided in the use condition between the foundation and the floor panels and the markings indicate support points for the floor panels. This obviates the need to make measurements and enables a quick set-up of the sport court.

In an embodiment, the system comprises a plurality of underprops which are placeable on the foundation to support the plurality of floor panels. in particular, the underprops comprise shim plates.

In an embodiment, at least one of the plurality of floor panels comprises at least one adjustable foot. This facilitates the placing and levelling of the floor panels on an irregular or non- level foundation. in an embodiment, the system comprises a winch for lowering and/or raising at least a part of the plurality of floor panels from the upright orientation to the horizontal orientation, or vice versa.

in an embodiment, the system comprises a plurality of walls which are provided on the transport frame in the transport condition. This enables the creation of an enclosed sports court. In particular, the transport frame comprises a first transport frame part and a second transport frame part, and a part of the plurality of walls is provided on the first transport frame part and another 5 part of the plurality of walls is provided on the second transport frame part.

In an embodiment, the system comprises at least one accessory from a list comprising a net, a goal, a basketball basket, and lighting. In particular, the at least one accessory is a sport accessory. in particular, the at least one accessory is provided on the transport frame in the transport condition.

The invention further relates to a method according to claims 16 and 17.

A method according to the invention for providing a temporary sport court on a foundation comprises the steps of: providing a transportable system according to one of the above definitions, moving both the first floor panel and second floor panel from the upright orientation in the transport condition to the horizontal orientation in the use condition, and receiving the support side of at least the first floor panel by the at least one support rail.

According to a further aspect, a method according to the invention for providing a temporary sport court on a foundation comprises the steps of: providing a transportable system according to one of the above definitions, pivoting the first floor panel and second floor panel with respect to each other from the upright orientation in the transport condition to the horizontal orientation in the use condition.

The invention, its effects, and advantages will be explained in more detail on the basis of the schematic drawings, in which:

Fig. 1 shows an embodiment of the system in a transport condition,

Fig. 2 shows an embodiment of a temporary sport court, made from a system according to the invention,

Figs. 3-10 show the transformation of the system from the transport condition as shown in fig. 1 to the sport court as shown in figs. 2 and 13-16,

Fig. 11 shows a side view of a partial section of the system in the use condition,

Fig. 12 shows a transverse sectional view of a partial section of the system in the use condition, and

Figs. 13-16 show examples of different types of sport courts based on embodiments of the system of the current invention

The figures show a transportable system for providing a temporary sport court according to the invention, which transportable system is denoted in its entirety by reference number 1, while the temporary sport court is denoted by reference number 2. The temporary sport court 2 is provided on a foundation 4, which is not part of the claimed invention as it is usually an existing structure or surface, such as a parking lot, a beach, a city square, or a lawn, and is therefore indicated schematically only.

The transportable system 1 comprises a transport frame 10, which is made of a first transport frame part 11 and a second transport frame part 12, each with lifting attachment points such as standard corner castings 13, and a plurality of floor panels 20. The plurality 20 of this embodiment comprises a first floor panel 21, a second floor panel 22, a third floor panel 23, a fourth floor panel 24, as well as further floor panels, in this case a fifth, sixth, seventh, and eight floor panel 25, 26, 27, 28. Each of the plurality of floor panels 20 comprises a use surface 30, a rear 32 opposite of the use surface 30, a support edge 34, a join edge 36, opposite of the support edge 34 (see fig. 3), as well as longitudinal edges (shown but not indicated in the figures).

In the transport condition, as shown in fig. 1, the first, second, third and fourth floor panels 21, 22, 23, 24 are provided in an upright orientation on the first transport frame part 11. Likewise, the second transport frame part 12 supports the fifth, sixth, seventh, and eight floor panels 25, 26, 27, 28 in an upright orientation. The support edge 34 of each floor panel is a lower edge of the respective floor panel, and the join edge 36 of each floor panel is an upper edge of the respective floor panel, in this orientation. The first transport frame part 11 and the second transport frame part 12 are joined together, in this embodiment without connection means between the transport frame parts 11, 12.

In the use condition, as shown in figures 2 and 13-16, each of the plurality of floor panels 20 is provided in a horizontal orientation with the use surfaces 30 of each floor panel facing upward for providing a sport field and with the rears 32 of each floor panel facing the foundation 4. The first transport frame part 11 and the second transport frame part 12 are spaced apart.

The first and second floor panel 21, 22 are articulated with at least a first hinge 41 at their respective join edges. The third floor panel and the fourth floor panel 34, 35 are articulated with at least a second hinge 42 at their respective join edges. In the transport condition, the first, second, third and fourth floor panels 21-24 are stacked together on the first transport frame part 11 such, that the rear 32 of the first floor panel 21 faces the rear 32 of the second floor panel 22, the rear 32 of the third floor panel 23 faces the rear 32 of the fourth floor panel 24, and the use surface 30 of the second floor panel 22 faces the use surface 30 of the third floor panel 23. The fifth to eight floor panel 25-28 are articulated in a similar manner with hinges (not shown in the drawings), and stacked in a similar manner on the second transport frame part 12, as the first to fourth floor panels 21-24 on the first transport frame part 11. in this embodiment, a support bearing 50 is provided at the support side 34 of each of the plurality of floor panels 20. Each support bearing 50 comprises a first support wheel 51 at one side of the respective floor panel and a second support wheel 52 at a second side of the respective floor panel, opposite of the first side. The support wheel 51 allows a movement of the support side 34 along the foundation 4. Each of the plurality of floor panels 20 of this embodiment further comprises third and fourth support wheels 53, 54, which are provided at the respective join side 36.

This embodiment further comprises four support rails 61, 62, 63 (fourth rail not visible in the figures). The four support rails 61, 62, 63 are positioned on the foundation 4 in the use condition. The first and second support rail 61, 62 are placed opposite of each other. The third and fourth support rail 63 are positioned opposite of each other, and in line with the first and second support rail 61, 62. The first and second support rail 61, 62 are configured to receive the support sides 34 of the first, second, third and fourth floor panel 21-24 via the respective support wheels 51, 52. The third and fourth support rail 63 are configured to receive the support sides 34 of the fifth, sixth, seventh and eighth floor panel 25-28 via the respective support wheels 51, 52.

Referring to figs. 11 and 12, the floor plates 20 each comprise a rectangular plate frame made of I-beams 70, 71. The plate frame defines the outer contour of the respective floor plate, and is covered at its in use upper side with at least a first board 72. The outside surface of the board 72 defines the use surface 30. This embodiment comprises a second board 74, provided between the first board 72 and the I-beams 70, 71. The join edge 36 and support edge 34 of each of the plurality of floor plates 20 of this embodiment are provided with a four connectors 76 at each edge 32, 34.

The connectors 76 protrude from the relative floor plate and engage the {-beam 70 of the join or support edge 32, 34 of a floor plate which adjoins the relevant floor plate in the use condition.

The system according to this embodiment comprises a plurality of shim plates forming underprops 80 which are placeable on the foundation 4 to support the plurality of floor panels 20 and the support rails 61, 62, 63, as well as a mesh with markings (not shown). The mesh is provided in the use condition between the foundation 4 and the plurality of floor panels 20. The markings indicate support points for the floor panels, in particular for indicating the points where the underprops 80 are to be positioned.

In this embodiment, each of the plurality of floor panels 20 comprises an adjustable foot 84 at the corners of the respective floor panel. As shown schematically in figure 12, the adjustable foot 84 comprises a spindle and a foot plate. The spindle extends in a direction transverse to the floor panel and is engageable from the use surface 30 of the floor panel by means of a manual or powered tool. The spindle engages the foot plate. Rotation of the spindle results in the foot plate being raised or lowered. The foot plate of the adjustable foot 84 bears on the foundation 4, in this embodiment via the underprop 80.

In this embodiment, the system comprises a manually operated winch 91 on the first transport frame part 11 and a second winch 92 on the second transport frame part 12. Each winch 91, 92 is provided for lowering and/or raising the part of the plurality of floor panels which is supported by the relevant transport frame part 11, 12. Figures 6 and 7 show two different configurations for connecting one or two cables from the winch 91 to the join edges 36 of the first and second floor plate 21, 22. Figure 6 shows an effective arrangement, wherein one cable suffices, while figure 7 shows two cables, one for each corner of the join edge 36. These two cables are controlled by the same winch 91, although separate winches could be provided for each cable. After lowering the first and second floor plate 21, 22, the third and fourth floor plate 23, 24 can be lowered in a similar manner by connecting the cable to the relevant floor plates 23, 24.

The system of this embodiment comprises a plurality of walls 100 which are provided on the transport frame 10 in the transport condition {see fig. 1). The plurality of walls 100 comprises a lower back wall 101, an upper back wall 102, lower side walls 103, upper side walls 104, and separate side walls 105 on each of the first and second transport frame part 11, 12 (see figs. 9 and 10). The lower back wall 101 is fixed with respect to respective first or second transport frame part 11, 12. The lower and upper back wall 101, 102 are articulated via hinges. The lower side wall 103 is articulated with respect to the respective first or second transport frame part 11, 12, and/or with respect to the relative lower back walt 101, while the upper side walt 104 is articulated with respect to the lower side wall 103. The separate side walls 105 are movable with respect to the frame 10, the plurality of floor panels 20, and the other walls of the plurality of walls, and are connectable to each other, to the lower side walls, and to the plurality of floor panels 20.The walls have characteristics which correspond to the intended sport. in the case ofpadel {figure 2), the walls have rebound characteristics.

The system 1 is suitable for creating different types of sport courts 2, such as a court for racquet sports, such as padel (figure 2), squash (figure 13), and badminton (figure 15), as well as ball sports, such as basketball (figure 16), and football/soccer variants including street football, cageball, panna, and futsal (figure 14). In such embodiments, the system comprises at least one accessory 110, in particular a sport accessory, such as a net 112, one or two goals 114, or one or two basketball baskets 116. The system of some embodiments comprises further accessories, such as lighting (not shown).

According to a method of the current invention, the system 1 as described above and in the figures is used for providing the temporary sport court 2 on the foundation 4. The method comprises a first step of providing the system 1, e.g. by transporting the system on a truck to the required location. At this location, the system is lifted of the truck by any suitable means, e.g. using a crane and the corner castings at the frame parts 11, 12, and the frame 10 of the system 1 is put on the foundation 4 (see figure 1). The frame parts 11, 12 are separated from each other and placed opposite of each other, marking the ends of the future temporary sport court 2 (figure 2).

Optionally, a mesh (not shown) is provided on the foundation 4, which mesh includes markings.

Underprops 80 are provided on the markings.

The next step of this embodiment is to put the support rails 61-63 on the underground 4, in particular on part of the underprops 80, followed by pivoting the first floor panel 21 and second floor panel 22 with respect to each other from the upright orientation in the transport condition to the horizontal orientation in the use condition, using the optional winch 91 (see figures 5-7). During the pivoting, the support wheels 51, 52 of the first floor panel 21 roll over the relevant support rails 61, 62 so that the support sides 34 of first and second floor panel 21, 22 spread from each other until they achieve the maximum relative distance. At this moment, the first and second floor panel 21, 22 are horizontal and the optional third and fourth support wheels 53, 54 at the join sides 36 of both floor plates 21, 22 engage the first and second supports rails 61, 62 too. The first and second floor panel 21, 22 are then moved towards the middle of the future sport court 2 using the support wheels 51, 52, 53, 54 and the support rails 61, 62. In this way, space is created for the third and fourth floor panel 23, 24 to be lowered in a similar manner. Preferably, the winch 91 is used for moving the first, second, third and fourth floor panel 21-24 over the support rails 61, 62, and for tensioning the plurality of floor panels 20 with respect to each other and/or towards the lower back wall 101.

The further floor plates 25, 26, 27, 28 on the second frame part 12 are lowered and moved over the respective support rails 63, in a similar fashion as the floor plates on the first frame part 11. The adjustable feet 84 of the plurality of floor plates 20 are extended downwards by engaging the spindles of the adjustable feet by means of a tool, such as a battery powered screwdriver or cordless drill, such that the respective foot plates bear on the foundation 4. By adjusting the height of the adjustable feet 84 the floor plates 20 are levelled to compensate for an irregular and/or not level foundation 4.

A further step is to pivot the lower side walls 103 on each transport frame part 11, 12 from their transport position parallel to the lower back wall 101 towards a position parallel to the longitudinal sides of the sport court 2. Each upper back wall 102 is pivoted upwards with respect to the lower back wall 101 and the upper side walls 104 are pivoted upwards with respect to lower side walls 103. Finally, the separate side walls 105 are put in their use positions. The plurality of walls 100 are connected to each other and/or to the plurality of floor panels 20 by not shown means, such as bolts and nuts.

The use surface 30 of the plurality of floor panels 20 is optionally provided with a further sport surface, with characteristics for the intended sports activity. Finally, one or more accessories 110, such as a net 112, one or two goals 114, or one or two basketball baskets 116 is provided depending on the type of sports activity, as well as further optional accessories, such as lighting (not shown).

After using the sport court 2 for an intended period of time, it is disassembled in an order opposite of the above described steps. The system 1 is then transported to a temporary storage space, or direct to a next location where the sport court 2 is desired.

Several variants are possible within the scope of the attached claims. The features of the above described preferred embodiment(s) may be replaced by any other feature within the scope of the attached claims, such as the features described in other embodiments, and in the following paragraphs.

A system with at least one support rail which is placeable on the foundation and which is configured to receive the support side of at least the first floor panel and a system wherein the first and second floor panel are articulated with at least a first hinge (41) at their respective join edges and are stacked together in the transport condition such, that the rear of the first floor panel faces the rear of the second floor panel are each considered an invention independent from each other.

The above described preferred embodiments comprises both inventions, but in an alternative embodiment, only one of the inventions is applied.

Different materials may be used for the transport frame and the floor panels. Preferably, the transport frame parts and I-beams of the floor panels are made of a metal, in particular steel or aluminium, or a suitable plastic. The boards for the floor panels are made of metal, such as steel, plywood, hard plastic or a composite material. The walls are preferably made of a see-through material such as safety glass or transparent plastic, such as Poly(methyl methacrylate), or polycarbonate.

In an embodiment, the use surface is covered with flooring material, e.g. in the form of tiles.

The flooring material is preferably made of resilient plastic, such as high impact Copolymer

Polypropylene, or other materials with shock absorbing properties. The flooring material has preferably drainage characteristics, e.g. by means of an open grid.

The sizes and number of floor panels depend on the required size of the sport court.

Preferably, the width of the resulting floor is less than 12 meter, so that the transport frame has a length which corresponds to that of a standard 40’ ISO sea container.

A preferred hinge for floor panels and/or the articulated walls of the current invention is a barrel hinge. In an alternative, a flexible hinge such as a living hinge or integral hinge is used. In an embodiment, the articulation between the first and second floor panel and/or the articulation between the third and fourth floor panel comprises a plurality of hinges. in an embodiment, the floor panels of the plurality of floor panels of which the use surface face each other, such as of the second and third floor panel, and/or the sixth and seventh floor panel, are articulated at their support sides.

In an alternative embodiment, the support bearing is a slide bearing. In an embodiment, the support bearing engages directly with the foundation and/or the mesh. In an embodiment, the support rails are provided on the transport frame in the transport condition. In particular, the support rails are pivoted and/or slid away from the transport frame towards their use position in the use condition. In an alternative embodiment, the support rails are provided separately. in an embodiment, at least two of the connectors of adjoining floor plates are designed to engage each other in the use condition. in an embodiment, the first and second transport frame comprise mutually cooperation connection means for providing a releasable connection between the first and second transport frame in the transport condition.

The underprops can be any shape, such as circular or rectangular, and are made of wood, plastic, or any other suitable material.

In an embodiment, the adjustable feet are adjusted by means of a hydraulic system. In an embodiment, the winch is a powered winch, in particular an electrically powered winch. In an embodiment, at least two, in particular at least three, adjustable feet are provided at the corners of at least one, in particular of each, of the plurality of floor panels. In an embodiment, one, two, or three fixed feet are provided at the corners of at least one of the plurality of floor panels.

In an embodiment, all of the plurality of walls are provided on the transport frame. In an alternative embodiment, at least part of the separate side walls are provided via a separate transport means. In an embodiment, all accessories are provided on the transport frame. In an alternative embodiment, at least part of the accessories are provided via a separate transport means.

Claims (17)

CONCLUSIESCONCLUSIONS 1. Transporteerbaar systeem (1) voor het aanleggen van een tijdelijke sportbaan (2) op een ondergrond (4), omvattende: een transportframe (10), en meerdere vloerpanelen (20) omvattende ten minste een eerste vloerpaneel (21) en een tweede vloerpaneel (22), waarbij elk van de meerdere vloerpanelen een gebruiksopperviak (30), een achterzijde (32) tegenover het gebruiksoppervlak (30), een steunrand (34), en een verbindingsrand (36) tegenover de steunrand (34) omvat, een transporttoestand wordt gedefinieerd waarbij het eerste en tweede vloerpaneel (21, 22) rechtop staan, de steunrand (34) van elk vloerpaneel een onderrand van het respectieve vloerpaneel is, de verbindingsrand (36) van elk vloerpaneel een bovenrand van het respectieve vloerpaneel is, en het transportframe de meerdere vloerpanelen ondersteunt, en een gebruikstoestand wordt gedefinieerd waarin het eerste en tweede vloerpaneel (21, 22) in een horizontale oriëntatie worden voorzien met de gebruiksoppervlakken van het eerste en tweede vloerpaneel naar boven gericht voor het voorzien van een sportveld en de achterzijden van het eerste en tweede vloerpaneel naar de ondergrond gericht, met het kenmerk, dat het systeem ten minste één steunrail (61) omvat die plaatsbaar op de ondergrond is en die is geconfigureerd om de steunzijde van ten minste het eerste vloerpaneel te ontvangen.1. Transportable system (1) for constructing a temporary sports track (2) on a surface (4), comprising: a transport frame (10), and a plurality of floor panels (20) comprising at least a first floor panel (21) and a second floor panel (22), wherein each of the plurality of floor panels comprises a usable surface (30), a rear (32) opposite the usable surface (30), a supporting edge (34), and a connecting edge (36) opposite the supporting edge (34), a transport condition is defined wherein the first and second floor panels (21, 22) are upright, the supporting edge (34) of each floor panel is a bottom edge of the respective floor panel, the connecting edge (36) of each floor panel is a top edge of the respective floor panel, and the transport frame supports the plurality of floor panels, and a use condition is defined in which the first and second floor panels (21, 22) are provided in a horizontal orientation with the use surfaces of the first and second floor panels facing upward to provide a sports field and the rear sides of the first and second floor panels directed towards the subsurface, characterized in that the system comprises at least one support rail (61) that can be placed on the subsurface and that is configured to receive the support side of at least the first floor panel. 2. Systeem volgens conclusie 1, waarin een steunlager (50) is voorzien aan de steunzijde van het eerste vloerpaneel, welk steunlager een beweging van de steunzijde langs de ondergrond mogelijk maakt.System according to claim 1, wherein a support bearing (50) is provided on the support side of the first floor panel, which support bearing enables movement of the support side along the substrate. 3. Systeem volgens conclusie 2, waarin het steunlager ten minste één steunwiel (51) omvat.System according to claim 2, wherein the support bearing comprises at least one support wheel (51). 4. Systeem volgens conclusie 2 of 3, waarbij de ten minste één steunrail (61) is geconfigureerd om de steunzijde van het eerste vloerpaneel via het steunlager (50) in de gebruikstoestand te ontvangen.System according to claim 2 or 3, wherein the at least one support rail (61) is configured to receive the support side of the first floor panel via the support bearing (50) in the use condition. 5. Systeem volgens de aanhef van conclusie 1, en in het bijzonder volgens een of meerdere van de voorgaande conclusies, waarbij het eerste en tweede vloerpaneel scharnierend zijn verbonden met ten minste een eerste scharnier {41} aan hun respectieve verbindingsranden en zodanig op elkaar zijn gestapeld in de transporttoestand, dat de achterzijde van het eerste vloerpaneel tegenover de achterzijde van het tweede vloerpaneel ligt.5. System according to the preamble of claim 1, and in particular according to one or more of the preceding claims, wherein the first and second floor panel are hingedly connected to at least a first hinge {41} at their respective connecting edges and are thus placed on each other stacked in the transport condition, such that the rear of the first floor panel is opposite the rear of the second floor panel. 6. Systeem volgens één of meerdere van de voorgaande conclusies, waarbij ten minste één van de verbindingsranden en de steunranden van ten minste één van de vloerplaten is voorzien van ten minste één verbindingsstuk (76), dat uit de betreffende vloerplaat steekt en in de gebruikstoestand aangrijpbaar is aan de verbindingsrand, respectievelijk steunrand, van een aangrenzende vloerplaat.6. System according to one or more of the preceding claims, wherein at least one of the connecting edges and the supporting edges of at least one of the floor plates is provided with at least one connecting piece (76), which protrudes from the floor plate in question and in the position of use can be engaged on the connecting edge or supporting edge of an adjacent floor slab. 7. Systeem volgens een of meerdere van de voorgaande conclusies, waarbij de meervoudige vloerpanelen een derde vioerpaneel (23) en een vierde vloerpaneel (24) omvatten, waarbij het derde vloerpaneel en het vierde vloerpaneel scharnierend zijn verbonden met ten minste een tweede scharnier (42) aan hun respectieve verbindingsranden en zodanig op elkaar worden gestapeld in de transporttoestand dat de achterzijde van het derde vloerpaneel tegenover de achterzijde van het vierde vloerpaneel ligt en het gebruiksoppervlak van het tweede vloerpaneel tegenover het gebruiksoppervlak van het derde vloerpaneel ligt.7. System according to one or more of the preceding claims, wherein the multiple floor panels comprise a third floor panel (23) and a fourth floor panel (24), wherein the third floor panel and the fourth floor panel are hingedly connected to at least a second hinge (42). ) at their respective connecting edges and are stacked on top of each other in the transport condition such that the rear of the third floor panel lies opposite the rear of the fourth floor panel and the usable surface of the second floor panel lies opposite the usable surface of the third floor panel. 8. Systeem volgens een of meerdere van de voorgaande conclusies, waarbij het transportframe een eerste transportframedeel (11) en een tweede transportframedeel (12} omvat die in de transporttoestand scheidbaar aan elkaar zijn bevestigd en in de gebruikstoestand uit elkaar zijn geplaatst, waarbij het eerste transportframedeel ten minste het eerste vloerpaneel en het tweede vloerpaneel ondersteunt en het tweede transportframedeel ten minste twee verdere vloerpanelen (25, 26, 27, 28} van de meerdere vloerpanelen ondersteunt.8. System according to one or more of the preceding claims, wherein the transport frame comprises a first transport frame part (11) and a second transport frame part (12} which are separably attached to each other in the transport position and are spaced apart in the use position, wherein the first transport frame part supports at least the first floor panel and the second floor panel and the second transport frame part supports at least two further floor panels (25, 26, 27, 28} of the plurality of floor panels. 9. Systeem volgens conclusie 8, dat ten minste één verdere steunrail (63) omvat, waarbij de ten minste ene verdere steunrail is geconfigureerd om de steunzijde van ten minste één van de ten minste twee verdere vloerpanelen te ontvangen.The system of claim 8, comprising at least one further support rail (63), wherein the at least one further support rail is configured to receive the support side of at least one of the at least two further floor panels. 10. Systeem volgens een of meerdere van de voorgaande conclusies, voorzien van een gaas met markeringen, waarbij het gaas in de gebruikstoestand tussen de ondergrond en de vloerpanelen is aangebracht en de markeringen de steunpunten voor de vloerpanelen aangeven.10. System according to one or more of the preceding claims, provided with a mesh with markings, wherein the mesh is arranged between the substrate and the floor panels in the condition of use and the markings indicate the support points for the floor panels. 11. Systeem volgens één of meerdere van de voorgaande conclusies, met meerdere onderplaten {80) die op de ondergrond kunnen worden geplaatst om de meerdere vloerpanelen te ondersteunen.11. System according to one or more of the preceding claims, with multiple base plates (80) that can be placed on the substrate to support the multiple floor panels. 12. Systeem volgens één of meerdere van de voorgaande conclusies, waarbij ten minste één van de vloerpanelen ten minste één verstelbare voet (84) omvat.12. System according to one or more of the preceding claims, wherein at least one of the floor panels comprises at least one adjustable foot (84). 13. Systeem volgens een of meerdere van de voorgaande conclusies, waarbij het systeem een lier (91) omvat om ten minste een deel van de vloerpanelen te laten zakken en/of op te tillen van de verticale stand naar de horizontale stand, of omgekeerd.System according to one or more of the preceding claims, wherein the system comprises a winch (91) for lowering and/or lifting at least part of the floor panels from the vertical position to the horizontal position, or vice versa. 14. Systeem volgens een of meerdere van de voorgaande conclusies, omvattende een aantal wanden (100) die op het transportframe in de transporttoestand zijn aangebracht.System according to one or more of the preceding claims, comprising a number of walls (100) that are arranged on the transport frame in the transport position. 15. Systeem volgens een of meerdere van de voorgaande conclusies, met ten minste één accessoire (110) uit een lijst die een net (112), een doel (114), een basketbalkorf (116) en verlichting omvat.System according to one or more of the preceding claims, with at least one accessory (110) from a list comprising a net (112), a goal (114), a basketball basket (116) and lighting. 16. Werkwijze voor het voorzien van een tijdelijke sportbaan (2) op een ondergrond {4}, omvattende de stappen van: het verschaffen van een transporteerbaar systeem (1) volgens één of meerdere van de voorgaande conclusies, het verplaatsen van zowel het eerste vloerpaneel (21) als het tweede vloerpaneel (22) van de rechtopstaande positie in de transporttoestand naar de horizontale positie in de gebruikstoestand, gekenmerkt door het ontvangen van de steunzijde van ten minste het eerste vloerpaneel door de ten minste één steunrail (61).16. Method for providing a temporary sports court (2) on a surface {4}, comprising the steps of: providing a transportable system (1) according to one or more of the preceding claims, moving both the first floor panel (21) as the second floor panel (22) from the upright position in the transport state to the horizontal position in the use state, characterized by receiving the support side of at least the first floor panel by the at least one support rail (61). 17. Werkwijze volgens conclusie 16, waarbij het verplaatsen van het eerste vloerpaneel (21) en het tweede vloerpaneel (22} van de rechtopstaande positie in de transporttoestand naar de horizontale positie in de gebruikstoestand het ten opzichte van elkaar draaien van het eerste vloerpaneel (21) en het tweede vloerpaneel (22) omvat,Method according to claim 16, wherein moving the first floor panel (21) and the second floor panel (22) from the upright position in the transport state to the horizontal position in the use state and rotating the first floor panel (21) relative to each other. ) and the second floor panel (22),