GB2604614A

GB2604614A - Modular game structure

Info

Publication number: GB2604614A
Application number: GB2103253.7A
Authority: GB
Inventors: Magee Giles
Original assignee: Individual
Current assignee: Individual
Priority date: 2021-03-09
Filing date: 2021-03-09
Publication date: 2022-09-14
Also published as: GB202103253D0

Abstract

A system for a modular game structure, said system being reconfigurable to provide different game structures, including at least first and second structural supports 200 and a wall member 100 for connection to the first and second structural supports and extending therebetween. The wall member includes: a main body (130, figure 7a) having a first end (132) and a second end (134); a first attachment formation (110) which extends from the first end in a direction (D1, figure 7b) away from the main body; and/or a second attachment formation (120) which extends from the second end in a direction (D2, figure 7b) which is away from the main body. The first and/or second structural supports include a generally elongate structural support body having an internal space (224, figure 5). Side walls of the structural supports include an opening (230, figure 5) in communication with the internal space (224) to permit the first or second attachment formation of the wall member to be positioned within the internal space. The system may also include a floor member 400.

Description

Title: Modular game structure

Description of Invention

The present invention relates to a game structure. In particular, the present invention relates to a modular game structure.

Typically game structures are provided for use in table-top or miniature wargames. The structures are made from plastics materials and/or metal and are constructed using adhesives such that once constructed the structures are rigid.

A problem with the prior art game structures is the ability to store them. Game structures typically require a lot of space which is often at a premium in households.

The present invention seeks to ameliorate the above problem.

According to a first aspect of the invention we provide a system for a modular game structure, said system being reconfigurable to provide different game structures, including at least first and second structural supports and a wall member for connection to the first and second structural supports and extending therebetween: the wall member including: a main body having a first end and a second end; a first attachment formation which extends from the first end in a direction D1 away from the main body; and/or a second attachment formation which extends from the second end in a direction D2 which is transverse to the main body; the first and/or second structural support including: a generally elongate structural support body having a main axis A; wherein the structural support body includes a base and a top connected by a sidewall which extends generally parallel to the main axis A and has an internal surface which defines an internal space; wherein the side wall includes an opening spaced from the base and top of the structural support and wherein the opening is in communication with the internal space to permit the first or second attachment formation of the wall member to be positioned within the internal space.

The first attachment formation may include a first portion which extends generally away from the first /second end of the wall member.

The first attachment formation may include a second portion connected to the first portion which extends away from the first portion and/or the base in a direction transverse to the first portion.

The second attachment formation may include a first portion which extends 20 generally away from the first /second end of the wall member.

The second attachment formation may include a second portion connected to the first portion which extends away from the first portion and/or the base in a direction transverse to the first portion.

The first and/or second portions of the first attachment formation may generally form an L-shape or hook shape.

The first and/or second portions of the second attachment formation may 30 generally form an L-shape or hook shape.

The first portion of the first and/or second attachment formation may extend in a direction generally perpendicular to the first and/or second end of the main body.

The first portion of the first and/or second attachment formation may extend in a direction generally parallel to the base and/or the top of the main body.

The second portion of the first and/or second attachment formation may extend in a direction generally perpendicular to the base and/or top of the main body.

The second portion of the first and/or second attachment formation may extend in a direction generally parallel to the first and/or second end of the main body.

The attachment formation may have a thickness. The main body may have a thickness.

The thickness of the attachment formation may be less than the thickness of 20 the main body.

In use, the first attachment formation may pass through the opening into the space. The second portion of the attachment formation, when positioned in the space, may extend beyond the opening along the main axis A. In use, the second attachment formation may pass through the opening into the space. The second portion of the attachment formation, when positioned in the space, may extend beyond the opening along the main axis A. The main body may include a base and a top connected by first and second sidewalls which may extend between the first and second ends.

The first attachment formation may be positioned at the top of the main body.

The first attachment formation may be positioned at the base of the main body.

The second attachment formation may be positioned at the top of the main body.

The second attachment formation may be positioned at the base of the main body.

The first attachment formation may be positioned at the first end.

The second attachment formation may be positioned at the second end.

The main body may be generally planar.

The main body may be generally curvilinear.

The main body may be generally arcuate.

The opening may be an elongate slot.

The structural support may include a second opening positioned in the top of the structural support.

In use, the attachment formation of the wall member may be received in the second opening.

The second opening may extend downwardly into the sidewall of the structural support.

The second opening may be in fluid communication with the space.

The structural support may include a third opening positioned in the base of the structural support.

In use, the attachment formation of the wall member may be received in the third opening.

The third opening may extend upwardly into the sidewall of the structural support.

The third opening may be in fluid communication with the space.

The system may include a floor support member for supporting a floor member thereon.

The floor support member may include a floor support main body having a first end and a second end.

The floor support member may include a third attachment formation which extends from the first end in a direction D3 transverse to the floor support main body.

The floor support member may include a fourth attachment formation which extends from the second end in a direction D4 transverse to the floor support main body.

The third attachment formation may be receivable in the third opening to permit the third attachment formation of the wall member to be positioned within the internal space.

The third attachment formation may include a first portion which extends generally away from the first end of the floor support member.

The third attachment formation may include a second portion connected to the first portion which extends away from the first portion and/or the base in a direction transverse to the first portion.

The fourth attachment formation may include a first portion which extends 10 generally away from the second end of the floor support member.

The fourth attachment formation may include a second portion connected to the first portion which extends away from the first portion and/or the base in a direction transverse to the first portion.

The first and/or second portions of the third attachment formation may generally form an L-shape or hook shape.

The first and/or second portions of the fourth attachment formation may 20 generally form an L-shape or hook shape.

The third attachment formation may be substantially the same as the first and/or second attachment formations.

The fourth attachment formation may be substantially the same as the first and/or second attachment formations The floor support main body may include first and second sides.

The base of the floor support main body may be connected to the top of the floor support main body by the first and second sides which extend between first and second ends of the floor support main body.

The first side may extend towards the second side as it extends from the base of the floor support main body to the top of the floor support main body.

The second side may extend towards the first side as it extends from the base of the floor support main body to the top of the floor support main body.

The base and/or top of the first structural support may include co-operating formations.

The base and/or top of the second structural support may include co-operating formations to permit the first and second structural supports to be connected together between their respective top or base of the first or second structural support to the other of the top or base of the first and second structural support.

The co-operating formations may include respective projections and a recess.

The projections may be positioned on the top of the first and/or second structural support.

The recess may be the third opening in the base of the first and/or second structural support.

The structural support body of the first and/or second structural support may have an external surface which is generally cuboid.

The space of the first and/or second structural support may extend to the top and/or the base of the structural support.

A cross-section of the space of the first and/or second structural support may 5 increase as the space extends towards the base and/or the top of the structural support A cross-section of the space of the first and/or second structural support may be generally cross-shaped.

The system may include a plurality of said first and second structural supports.

The system may include a plurality of wall members.

The system may include a plurality of floor support members.

The system may include a plurality of floor members.

The first and/or second attachment formations of the wall members may each have a cross-sectional profile configured for abutment against further first and/or second attachment formations such that a plurality of the first and/or second attachment formations may be received in the internal space of a first and/or second structural support at a same position along the main axis A. The third and/or fourth attachment formations of the wall members may each have a cross-sectional profile configured for abutment against further third and/or fourth attachment formations such that a plurality of the third and/or fourth attachment formations may be received in the internal space of a first and/or second structural support at a same position along the main axis A. According to a second aspect of the invention we provide a wall member for use in a system according to the first aspect of the invention.

The wall member may include a main body having a first end and a second 5 end The wall member may include a first attachment formation which extends from the first end in in a direction D1 away from the main body.

The wall member may include a second attachment formation which extends from the second end in a direction D2 which is transverse to the main body; The first attachment formation may include a first portion which extends generally away from the first end of the wall member.

The second attachment formation may include a first portion which extends generally away from the second end of the wall member.

The first and/or second portions of the attachment formations may generally form an L-shape or hook shape.

The first and/or second portions of the second attachment formation may generally form an L-shape or hook shape.

The thickness of the attachment formation may be less than the thickness of the main body.

The first attachment formation may be positioned at the top of the main body.

The first attachment formation may be positioned at the base of the main body.

The second attachment formation may be positioned at the top of the main body.

The second attachment formation may be positioned at the base of the main body.

The first attachment formation may be positioned at the first end.

The second attachment formation may be positioned at the second end.

The main body may be generally planar.

The main body may be generally curvilinear.

The main body may be generally arcuate.

The first and/or second attachment formations of the wall members may each have a cross-sectional profile configured for abutment against further first and/or second attachment formations such that a plurality of the first and/or second attachment formations may be received in the internal space of a first and/or second structural support at a same position along the main axis A. The wall member may include features of one or more floor support members in accordance with the first aspect of the invention.

The wall member and the floor support member(s) may be integrally formed.

The wall member may include features of one or more structural supports in accordance with the first aspect of the invention.

The wall member and the structural support(s) may be integrally formed.

The wall member may include one or more floor members in accordance with the first aspect of the invention.

The wall member and the floor member(s) may be integrally formed.

The second aspect of the invention may include one or more or all of the features of the first aspect of the invention.

According to a third aspect of the invention we provide a floor support member for use in a system according to the first aspect of the invention.

The floor support member may be for supporting a floor member thereon.

The fourth attachment formation may include a first portion which extends generally away from the second end of the floor support member.

The first and/or second portions of the fourth attachment formation may generally form an L-shape or hook shape.

The fourth attachment formation may be substantially the same as the first and/or second attachment formations.

The floor support main body may include first and second sides.

The floor support member may include features of one or more structural supports in accordance with the first aspect of the invention.

The floor support member and the structural support(s) may be integrally formed.

The floor support member may include one or more floor members in accordance with the first aspect of the invention.

The floor support member and the floor member(s) may be integrally formed.

The third aspect of the invention may include one or more or all of the features of the first and/or second aspects of the invention.

According to a fourth aspect of the invention we provide a structural support for use in a system according to the first aspect of the invention.

The structural support may include a generally elongate structural support body having a main axis A. The structural support body may include a base and a top connected by a sidewall which extends generally parallel to the main axis A. The structural support body may have an internal surface which defines an internal space.

The side wall may include an opening spaced from the base and top of the structural support.

The opening may be in communication with the internal space to permit the first or second attachment formation of a wall member to be positioned within the internal space.

The opening may be an elongate slot.

In use, an attachment formation of a wall member may be received in the second opening.

The second opening may be in fluid communication with the space.

In use, an attachment formation of a wall member may be received in the third opening.

The third opening may be in fluid communication with the space.

The base and/or top of the structural support may include co-operating formations to permit a further structural support to be connected to the top and/or base of the structural support.

The other of the base and/or top of the structural support may include cooperating formations to permit a further structural support to be connected to the top and/or base of the structural support.

The co-operating formations may include respective projections and a recess.

The projections may be positioned on the top of the structural support.

The recess may be the third opening in the base of the structural support.

The structural support body may have an external surface which is generally cuboid.

The space of the structural support may extend to the top and/or the base of the structural support A cross-section of the space of the structural support may increase as the space extends towards the base and/or the top of the structural support.

A cross-section of the space of the structural support may be generally cross-shaped.

The structural support may include one or more floor members in accordance with the first aspect of the invention.

The structural support and the floor member(s) may be integrally formed.

The fourth aspect of the invention may include one or more or all of the features of the first and/or second and/or third aspects of the invention.

According to a fifth aspect of the invention we provide a system for a modular game structure, said system being reconfigurable to provide different game structures, including one or more or all of: at least first and/or second structural support including a generally elongate structural support body having a main axis A; wherein the structural support body includes a base and a top connected by a sidewall which extends generally parallel to the main axis A and has an internal surface which defines an internal space; wherein the side wall includes an opening in communication with the internal space; a wall member for connection to the first structural and second structural supports; a floor member for connection to the first structural support; a floor support member for connection to the first structural support; wherein one of the wall member, floor member and floor support member are integrally formed with the first structural support; and wherein the opening in the side wall permits connection of one of the wall member, floor member and floor support member to the first structural support.

The fifth aspect of the invention may include one or more or all of the features of the first and/or second and/or third and/or fourth aspects of the invention.

According to a sixth aspect of the invention we provide a wall member for use in a system according to a fifth aspect of the invention.

The wall member may include said features of the wall member as defined in the first and/or second aspects of the invention.

The wall member may include said features of one or more floor support members for use in a system according to the first aspect of the invention.

The wall member and/or the floor support member(s) may be integrally 25 formed.

The floor support members may include said features of the floor support member as defined in the first and/or third aspects of the invention.

The wall member may include said features of one or more structural supports for use in a system according to the first aspect of the invention.

The wall member and the structural support(s) may be integrally formed.

The structural supports may include said features of the structural supports as defined in the first and/or fourth aspects of the invention.

The wall member may include one or more floor members as defined in the first aspect of the invention.

The wall member and the floor member(s) may be integrally formed.

The sixth aspect of the invention may include one or more or all of the features of the first and/or second and/or third and/or fourth and/or fifth aspects of the invention.

According to a seventh aspect of the invention we provide a floor support member for use in a system according to the fifth aspect of the invention.

The floor support member may include said features of the floor support member as defined in the first and/or third aspects of the invention.

The floor support member may include said features of one or more structural supports for use in a system according to the first aspect of the invention.

The structural support may include said features of the structural support as defined in the first and/or fourth aspects of the invention.

The floor support member may include one or more floor members as defined in the first aspect of the invention.

The floor support member and the floor member(s) may be integrally formed.

The seventh aspect of the invention may include one or more or all of the features of the first and/or second and/or third and/or fourth and/or fifth and/or sixth aspects of the invention.

According to an eighth aspect of the invention we provide a structural support for use in a system according to the fifth aspect of the invention.

The structural support may include one or more floor members as defined in the first aspect of the invention.

The structural support member and the floor member(s) may be integrally 20 formed.

The eighth aspect of the invention may include one or more or all of the features of the first and/or second and/or third and/or fourth and/or fifth and/or sixth and/or seventh aspects of the invention.

According to a ninth aspect of the invention we provide a method of manufacturing a system in accordance with the first aspect of the invention; and/or a structural support in accordance with the fourth aspect of the invention; and/or a wall member in accordance with the second aspect of the invention; and/or a floor support member in accordance with the third aspect of the invention, including the step of 3D printing the or each structural support and/or the or each wall member and/or the or each floor support member.

The ninth aspect of the invention may include one or more or all of the features of the first and/or second and/or third and/or fourth and/or fifth and/or sixth and/or seventh and/or eighth aspects of the invention.

Embodiments of the invention will now be described, by way of example only, with reference to the accompanying drawings, of which: Figure 1 is a perspective view of a system in accordance with the present invention; Figure 2 is an exploded view of the system of figure 1; Figure 3 is a perspective view of a further system in accordance with the present invention; Figures 4(a) to (d) are perspective, side, top and bottom views respectively of a structural support as shown in the system of figure 1; Figure 5 is a cross-sectional view of the structural support of figure 4 along the line X-X; Figures 6(a) to (e) are cross-sectional views of alternative structural supports along a similar line to line X-X in accordance with the present invention; Figure 7(a) is a perspective view of a wall member as shown in the system of figure 1; Figure 7(b) is a side view of the wall member of figure 7(a); Figure 8(a) is an exploded view of a further wall member including a door in accordance with the present invention; Figure 8(b) is an exploded view of a further wall member including a door in accordance with the present invention; Figure 9 is an exploded view of a further wall member including a window in accordance with the present invention; Figure 10(a) is an exploded view of a further wall member and floor member in accordance with the present invention; Figure 10(b) is an exploded view of a further wall member and floor member in accordance with the present invention; Figure 11(a) is a perspective view of a floor support member as shown in the system of figure 1; Figure 11(b) is a side view of a floor support member as shown in figure 11(a); Figure 12(a) is a top perspective view of a floor member as shown in figure 1, Figure 12(b) is a bottom perspective view of a floor member as shown in Figure 12(a); Figure 13 is an exploded view of a further floor member in combination with a ladder; Figure 14 is a perspective view of a further floor member; and Figure 15 is an exploded view of a further floor member in combination with a staircase or steps.

Referring to figures 1 and 2 there is provided a system 10 for a modular game structure. The system 10 in the present embodiment includes a wall member 100, a plurality of structural supports 200, a plurality of floor support members 300 and a floor member 400. In embodiments, such as shown in figure 3, the system 10 may include a plurality of wall members 100 and/or a plurality of floor members 400 without departing from the scope of the present invention.

As can be seen in figures 1 to 3, the wall members 100, structural supports 200, floor support members 300 and floor members 400 can be assembled into a game structure by attaching the wall members 100 (shown in figures 7(a) and (b)), and floor support members 300 (shown in figures 11(a) and (b)) to the structural supports 200. The floor members 400 then rest on the floor support members 300 or the wall members 100. The game structure can subsequently be disassembled by removing the floor members 400 and/or detaching the wall members 100 and the floor support members 300 from the structural supports 200.

The wall members 100, structural supports 200, floor support members 300 and floor members 400 can be reconfigured to provide various different game structures, for example to reconfigure the structure shown in figure 1 to become the structure shown in figure 3. This may be achieved by including additional wall members 100 and/or structural supports 200 and/or floor support members and/or floor members 400. The attachment formations 110, 120, 310, 320 may then be attached to the structural supports 200 in different ways to produce new game structures.

Such a system 10 is advantageous as it permits the system 10 to be 30 disassembled and stored in a more compact space.

The system 10 shown in figure 1 includes first, second, third and fourth structural supports 200. The structural supports 200 are substantially the same in the present embodiment and so only the first structural support will be described.

Figures 4(a) to (d) and 5 show the first structural support 200 in more detail. As can be seen in the figures, the first structural support 200 includes a generally elongate body 210 including a base 212 and a top 214. Four sidewalls 216 connect the base 212 to the top 214. In embodiments more or fewer sidewalls may be provided. For example, the structural support 200 may include 3, 5, 6, 7, 8 or more sidewalls 216 without departing from the scope of the present invention. The main body 210 has a main axis A which is generally vertical in use and extends between the top 214 and the base 212. The sidewalls 216 extend in a direction generally parallel to the axis A. The body 210 is generally rectangular cuboid in shape and includes an external surface 220 defined by the base 212, top 214 and sidewalls 216. In other embodiments the body 210 may take other shapes. For example, the body may be a prism including a triangular, pentagonal, hexagonal, octagonal or other 2D polygonal cross-section defined by the base, top and sidewalls without departing from the scope of the present invention. In particular the body 210 has a height Hs, a width Ws and a depth Ds. The height of the body is 74.5mm. The width of the body is 16mm and the depth of the body is 16mm. In embodiments the height may be at least 30mm; 40mm; 50mm; 60mm or 70mm. In embodiments the height may be at most 120mm; 130mm; 140mm; or 150mm. In embodiments the width may be at least 8mm; 9mm; 10mm; 11mm or 12mm. In embodiments the width may be at most 20mm; 19mm; 18mm; 17mm or 16mm. In embodiments the depth may be at least 8mm; 9mm; 10mm; 11mm or 12mm. In embodiments the depth may be at most 20mm; 19mm; 18mm; 17mm or 16mm. In the present embodiment the width and the depth are the same. In embodiments the width may be greater than the depth. In further embodiments the depth may be greater than the width. In the present embodiment the height is greater than the width and/or the depth.

The body 210 also includes an internal surface 222. The internal surface 222 defines an internal space 224. The internal space 224 is generally elongate and extends along the axis A. In particular the internal space 224 extends towards and up to the base 212 and the top 214. The internal surface 222 which defines the internal space 224 may have a generally cross-shaped cross-sectional area perpendicular to the axis A. In embodiments the internal surface may alternatively, or additionally, have a rectangular, hexagonal, octagonal or other 2D polygonal shaped cross-sectional area.

The four sidewalls 216 are substantially the same and so only the first sidewall 216 will be described. In embodiments the sidewalls may differ. The sidewall 216 includes a first opening 230 which is spaced from the base 212 and the top 214. In other words, the first opening 230 is positioned partway up the sidewall 216 with respect to the base 212 along the axis A. The first opening 230 includes a top 232 and a bottom 233. The top 232 of the opening 230 is positioned generally halfway between the base 212 and the top 214. In embodiments this may not be the case and the opening 230 may be positioned closer to the top 214 than the base 212. In embodiments one or more or all of the sidewalls 216 may not include a first opening 230.

The first opening 230 is formed as a generally elongate slot through which a portion of the attachment formation 110, 120 may pass, in use, into the internal space 224. In the present embodiment the first opening 230 is generally octagonal. In embodiments, the first opening 230 may take other shapes without departing from the scope of the present invention. For example, the first opening may be rectangular, hexagonal or another 2D polygonal shape without departing from the scope of the present invention.

The opening 230 is in communication with the internal space 224 to receive a portion of the wall member 100 to be positioned within the internal space 224.

The structural support 200 further includes a second opening 240. The second opening 240 is positioned in the top 214 of the structural support 200 and extends at least partially downwardly into the sidewall 216. The second opening 240 includes an open top 242 and a bottom 243. In other words the second opening 240 defines a groove in the top 214 which extends downwardly into the sidewall 216. The second opening 240 may be partly octagonal when viewed from a side of the main body 210, e.g. it may have the shape of half an octagon. In the present embodiment the structural support 200 includes a plurality of second openings 240. The second openings 240 in particular, may form a portion of a cross shape in the top 214 in plan view. In embodiments one or more or all of the sidewalls 216 may not include a second opening 240.

The second opening 240 is in communication with the internal space 224 to permit the attachment of the wall member 100 and/or the floor support member 300 to the structural support.

The structural support 200 further includes a third opening 250. The third opening 250 is positioned in the base 212 of the structural support 200 and extends at least partially upwardly into the sidewall 216. The third opening 250 includes a top 252 and an open bottom 253. In other words the third opening 250 defines a groove in the base 212 which extends upwardly into the sidewall 216. The third opening 250 may be partly octagonal when viewed from a side of the main body 210, e.g. it may have the shape of half an octagon. In the present embodiment the structural support 200 includes a plurality of third openings 250. The third openings 250 in particular, may form a portion of a cross shape in the base 212 in a bottom view of the structural support 200. In embodiments one or more or all of the sidewalls 216 may not include a third opening 250.

The structural support 200 includes a plurality of co-operating formations 260 positioned on the top 214. In embodiments, the co-operating formations 260 may be provided alternatively, or additionally, on the base 212 and/or the sidewall 216. In the present embodiment four such co-operating formations 260 are positioned on the top 214. In embodiments more or fewer than four co-operating formations 260 may be positioned on the top 214. The cooperating formations 260 permit a further structural support to be connected to the top 214 and/or base 212 of the structural support 200, as shown in figure 3.

In the present embodiment the co-operating formations 260 positioned on the top 214 are projections which extend away from the top 214 and/or the main body 210 along the main axis A. The projections 260 are generally cuboid in shape and include chamfered edges, on sides of the projections 260 which face away from the second openings 240, at a free end thereof furthest from the main body 210. The projections 260 are positioned inwardly of respective corners of the main body 210, or inwardly of the exterior surface 224 in a direction towards the main axis A, and are positioned at corners of a rectangle in plan view. Collectively the chamfered edges of the projections 260 form a frustum of a square based pyramid.

Further co-operating formations 262 are provided in the base 212 of the structural support 200. In use, co-operating formations 260 of a further structural support 200 may be received by the further co-operating formations 262. The further co-operating formations 262 in the present embodiment are provided by a plurality of recesses 262. The recesses 262 may have a complementary shape to the projections 260 such that the projections 260 lie adjacent the internal surface 222 when they are received in the recesses 262. The recesses 262 are positioned inwardly of respective corners of the main body 210, or inwardly of the exterior surface 224 in a direction towards the main axis A, and are positioned at corners of a rectangle in plan view. The recesses 262 extend towards and are in fluid communication with, or connected to, the third openings 250 in the base 212 of the structural support 200 and/or are in fluid communication with the internal space 224. The recesses 262 have a cross-sectional area which is generally rectangular. As the recesses 262 extend towards the top 214 the recesses 262 taper into the internal space 224 and the cross-shaped cross-sectional area defined by the internal surface 222. In embodiments the recesses may be positioned in the top of the structural support and as they extend towards the base of the structural support the recesses may taper into the internal space 224 as described above.

Co-operating formations as described above are advantageous. The cooperating formations permit multi-level game structures to be easily assembled and disassembled during game play such that the game structure can be destroyed, for example, during game play. Thus, the co-operating formations provide a level of interaction with the game structure not previously possible.

Figures 6(a) to (e) disclose side views similar to figure 5 of further structural supports in accordance with the present invention which may share one or more features in common with the structural support 200 and differences therebetween will now be described. The structural supports have respective heights H1, H2, H3, H4 and H5. Height H1 is greater than height H2. Height H2 is greater than height H3. Height H3 is greater than height H4. Height H4 is greater than height H5. In particular, the heights of H1 to H5 may be at least 7mm; or 26mm; or 45mm. The heights H1 to H5 may be at most 116mm or 71mm.

As can be seen in figure 6(a), the structural support of figure 6(a) includes a plurality of first openings 230 provided on the same portion of the exterior surface 222 of the sidewall 216. This is to enable different height walls to be assembled on the structural support or to enable features such as bridges to be installed into the game structure.

As can be seen in figures 6(c) and 6(d), the structural supports do not include first openings 230 but include second and third openings 240, 250. This is to provide intermediate levels within the game structure.

The structural support of figure 6(e) includes no first or second openings 230, 240 but does include third openings 250. This structural support also does not include any projections 260 but does include recesses 262. Such a structural support is advantageous as it provides a cap to cover the projections 260 of a further structural support 200 and so is more aesthetically pleasing. It also provides a further surface on which game play may occur.

The system 10 shown in figure 1 includes a wall member 100. A wall member 100 as shown in figure 1 is shown in more detail in figures 7(a) and (b).

The wall member 100 is for connection to the first and second structural supports 200 of the system 10 and extends between the first and second structural supports 200 in use.

Referring to figures 7(a) and (b) the wall member includes a generally planar main body 130 having first and second respective ends 132, 134. The main body 130 includes a base 136 and a top 138 connected by first and second sidewalls 140, 142 which extend between the first and second ends 132, 134. The base 136 and the top 138 are generally planar and lie in generally parallel planes with respect to each other. In embodiments the base 136 and/or the top may be non-planar. For example the top and/or the base may be convex, concave or may include cut-outs or the like. This is advantageous, for example, for simulating a breach of a wall member 100.

In particular the body 130 has a height Hw, a width Ww and a depth Dw. The 5 height of the body is 65mm. The width of the body is 69.4mm and the depth of the body is 6mm. In embodiments the height may be at least 20mm; 30mm; 40mm; 50mm; 60mm or 70mm. In embodiments the height may be at most 120mm; 130mm; 140mm; or 150mm. In embodiments the width may be at least 20mm; 30mm; 40mm; 50mm or 60mm. In embodiments the width may 10 be at most 70mm; 80mm; 90mm; 100mm; 110mm; 120mm; 130mm; 140mm; 150mm; 160mm; or 170mm. In embodiments the depth may be at least 2mm; 3mm; 4mm or 5mm. In embodiments the depth may be at most 6mm; 7mm; 8mm; 9mm; 10mm; 15mm; 20mm; 25mm; 30mm; 35mm; or 40mm.

The first and second sidewalls 140, 142 lie in generally parallel planes. In embodiments the first and second sidewalls may not lie in generally parallel planes. For example, the sidewalls 140, 142 may be inclined at an angle with respect to each other or may be generally curvilinear or arcuate in plan view.

The first and second ends 132, 134 lie in generally parallel planes. In embodiments the first and second ends may not lie in generally parallel planes. For example, the ends 132, 134 may be inclined at an angle with respect to each other or may be generally curvilinear or arcuate in plan view. Further, in embodiments the main body may be convex, concave or curvilinear or arcuate in shape. This may be advantageous, for example, to simulate different game structures, e.g. a bulkhead in a spaceship or a turret in a castle.

The wall member 100 includes first and second attachment formations 110, 120 which extend from first and second respective ends 132, 134 of the main body 130 in a direction D1, D2 away from the main body 130.

The first and second attachment formations 110, 120 are positioned at the top 138 of the main body 130. In embodiments the first and/or second attachment formations 110, 120 may be positioned at the base 136 of the main body 130. The first and second attachment formations 110, 120 are substantially the same and so only the first attachment formation will be described.

As mentioned above, the first attachment formation extends from the first end 132 in a direction D1 away from the main body 130. In the present embodiment the direction D1 is in a same plane, or a parallel plane, to the main body 130 and/or is generally horizontal. The direction D1 is also orthogonal to the first end 132. In embodiments the direction D1 may be transverse to a plane of the main body 130 or inclined at an acute angle to the first end 132. The first attachment formation 110 has a cross-sectional profile configured for abutment against further first attachment formations. This is so that a plurality of first attachment formations 110 may be received in the internal space 224 of a structural support 200 at a same position along the main axis A. This is described in more detail below.

The first attachment formation 110 includes a first portion 112 which extends generally away from the main body 130, and in particular the first end 132, of the wall member 100. A top of the first portion 112 is co-planar with the top 138 of the main body 130. In embodiments a bottom of the first portion 112 is co-planar with the base 136 of the main body 130.

The first portion 112 is generally linear and extends along the direction Dl.

The first portion 112 extends in a direction generally orthogonal to the first end 132 and/or the second end 134 and/or the first and/or second sidewalls 140, 142. In embodiments the first portion 112 may extend in a direction generally parallel to the first end 132 and/or the second end 134 and/or the first and/or second sidewalls 140, 142. The first portion also extends in a direction parallel to, or co-planar with, the top 138 and/or the base 136. The first portion 112 includes first and second respective ends 1120, 1122. The first end 1120 of the first portion 112 is connected to the first end 132 of the main body 130. The first portion 112 is generally cuboidal and includes chamfered edges which face towards a surface on which the assembled game structure is to be positioned.

The first attachment formation 110 also includes a second portion 114 connected to the first portion 112 which extends away from the first portion 112 and/or the base 212 of the structural support 200 in a direction transverse to the first portion 112. In particular the first and second portions 112, 114 connect to form an L-shape or hook shape. In use, the second portion 114 is received in the internal space 224 and extends beyond the opening 230, 240 along the axis A. In detail, the second portion 114 is generally linear and extends in a direction generally orthogonal to the first portion 112 and/or the top 138 and/or the base 136. The second portion 114 extends in a direction generally parallel to the first and/or second ends 132, 134 and/or the first and/or second sidewalls 140, 142. The second portion 114 includes first and second respective ends 1140, 1142. The first end 1140 of the second portion 114 is connected to the second end 1122 of the first portion 112 and the second end 1142 is a free end. In embodiments the first end 1140 of the second portion 114 may connect to other parts of the first portion 112. The second portion 114 is generally cuboidal and includes chamfered edges which face away from the first end 132. This is advantageous because this permits a plurality of second portions 114 of attachment formations 110 to be positioned in the internal space 224 of the structural support 200 at the same time in abutment with each other. This permits a complex floor support member network to be assembled for use in creating the game structure.

A recess 150 is defined between the first attachment formation 110 and the first end 132.

The attachment formation 110 has a thickness, or depth, DA which extends between the first and second sidewalls 140, 142. The main body also has a thickness or depth as described above which extends between the first and second sidewalls 140, 142. The thickness of the attachment formation 110 is less than the thickness of the main body 130. In embodiments the thickness of the attachment formation 110 may be the same as, or more than, the thickness of the main body 130. In the present embodiment the attachment formation has a thickness of 3.4mm. In embodiments the attachment formation may have a thickness of at least 2mm or 3mm. In embodiments the attachment formation may have a thickness of at most 3.7mm; 4mm; 5mm; 6mm; 7mm; 8mm; 9mm or 10mm.

The attachment formation 110 has a width WA which extends along the direction Dl. The main body also has a width which extends between the first and second ends. The width of the attachment formation 110 is less than the width of the main body 130. In embodiments the width of the attachment formation 110 may be the same as, or more than, the width of the main body 130.

The width of the attachment formation 110 is less than the thickness of the attachment formation 110 and/or the main body 130. The width of the main body 130 is greater than the thickness of the main body 130. In the present embodiment the width of the attachment formation is 6mm. In embodiments the width of the attachment formation may be at least 3mm; 4mm; 5mm; 5.9mm or 6mm. In embodiments the width of the attachment formation may be at most 7mm; 8mm; 9mm or 10mm.

The attachment formation 110 has a height HA which extends along the direction D2. The main body 130 also has a height which extends in a direction generally orthogonal to the base 136 and the top 138. The height of the attachment formation 110 is less than the height of the main body 130. In embodiments the height of the attachment formation 110 may be the same as, or more than, the height of the main body 130.

The height of the attachment formation 110 is greater than the width and/or thickness of the attachment formation 110. The height of the attachment formation 110 is greater than the thickness of the main body 130. The height of the attachment formation 110 is less than the width of the main body 130. The height of the main body 130 is greater than the thickness of the main body 130. The height of the main body 130 is the same as, or less than, the width of the main body 130. In embodiments the height of the main body 130 may be greater than the width of the main body 130. In the present embodiment the height of the attachment formation is 11mm. In embodiments the height of the attachment formation may be at least 6.5mm; 7mm; 8mm; 9mm or lOmm. In embodiments the width of the attachment formation may be at most 11mm; 12mm; 13mm; 14mm or 15mm.

The first portion 112, 122, in use, is received by and remains in the opening 230 and/or the opening 240 in an assembled state. For simplicity we shall only refer to the opening 230. In particular, the first portion 112, 122 abuts the bottom 233 of the opening 230. The second portion 114, 124, in use, is received in the internal space 224 and extends generally parallel, or coaxial, to the main axis A in a direction away from the opening 230. In particular, the second portion 114, 124 may extend in a direction away from the opening 230 towards the base 212. The second portion 114, 124 abuts the internal surface 222.

In use, the sidewall 216 of the structural support 200 is positioned in the recess 150 as the second portion 114 is positioned in the internal space 224 and extends along the axis A. Such a configuration of opening is advantageous. It permits the wall member to be secured relative to the structural support in an assembled state quickly and thereby create a stable game structure which may be used to play a game. The wall member can then be quickly removed from the structural support by simply detaching the attachment formation from the opening without the need to disassemble the remainder of the game structure. This enables wall members to be quickly interchanged during gameplay, e.g. if a wall member is destroyed or breached during game play the complete wall member can be replaced by one which is destroyed, or simply removed, and thus provides a more interactive, engaging user experience.

In embodiments the wall member 100 is integrally formed with the one or more structural supports 200. In such embodiments the wall member 100 may not include first and second attachment formations 110, 120. For example, the wall member 100 may include only the first or second attachment formation 110, 120. In further examples the wall member 100 may not include any attachment formations. In embodiments, the first and/or second attachment formations 110, 120 may be provided on the one or more structural supports 200 without departing from the scope of the present invention. The first and/or second attachment formations 110, 120 may include one or more or all of the features described above in relation to the wall member 100. Optionally, features of the attachment formations 110, 120 described in relation to the main body 130 of the wall member 100 may additionally, or alternatively, apply in relation to the body 210 of the or each structural support 200.

Figures 8 to 10 show further wall members in accordance with the present invention which may share one or more features in common with the wall member 100 and differences therebetween will now be described.

Referring firstly to figure 8(a) there is shown a wall member 100 in accordance with the present invention. The wall member 100' is substantially the same as the wall member 100. Only the differences therebetween will be described. The wall member 100' includes a door member 160'. The door member is positioned in an opening 162' in the main body 130' and is held in position by a door support member 164'. The door support member 164' includes a generally cuboidal main body 166' which lies beneath the door member 160' in use. First and second protrusions 167', 168' extend from first and second ends of the door support member 164' and are received in corresponding grooves in the base 136' of the main body 130' of the wall member 100'. A recess is provided in a top of the main body 166' of the door support member 164' in which a protrusion 161' of the door member 160' is received. A further recess 163' is provided in the main body 130' of the wall member 100' in which a further protrusion 165' of the door member 160' is received. The door member 160' rotates about an axis R defined by the protrusions 161', 165'.

Referring to figure 8(b) there is shown a wall member 100" in accordance with the present invention. The wall member 100" is substantially the same as the wall member 100. Only the differences therebetween will be described. The wall member 100" includes a slidably removable door member 160". The door member 160" is received, in use, in an internal space 170" defined by an interior surface 172". Openings are provided in the top 138" of the wall member 100" and in the first and second side walls 140", 142" which are in fluid communication with the internal space 170". In use, the door member 160" is slidably received in the internal space 170" through the opening in the top 138". The door member 160" is then viewable through the openings in the first and second side walls 140", 142". The door member 160" includes a handgrip 174" positioned at a top thereof. The opening in the top 138" extends downwardly into the sidewall 140" to provide a complementary groove in which the handgrip 174" is received. The handgrip 174" extends away from the door member 160" and the sidewall 140" beyond the sidewall 140".

Referring to figure 9 there is shown a wall member 100-in accordance with the present invention. The wall member 100" is substantially the same as the wall member 100. Only the differences therebetween will be described. The wall member 100" includes a window member 176". The window member 176" is positioned in an opening in the sidewalls 140", 142" and is held in place by clips 178". A frame 180" of the window member 176" holds the window member in position in hand with the clips 178" with the clips being positioned on the second sidewall 142" and the frame 180-being positioned on the first sidewall 140".

Referring to figure 10(a) there is shown a wall member 100" in accordance with the present invention. The wall member 100-is substantially the same as the wall member 100. Only the differences therebetween will be described. The main body 130" of the wall member 100" includes a connection portion 182" which extends between the first and second ends 132", 134". The connection portion 182" may be generally linear. In embodiments the connection portion 182" may be curvilinear or arcuate. The first and second ends 132", 134" are generally orthogonal with respect to each other and the connection portion 182" extends between the first and second ends 132", 134-at an angle of roughly 45 degrees, in plan view, with respect to the first and/or second ends 132", 134". In embodiments this angle may differ. For example, the connection portion 182" may form an angle of at least 20 degrees, 30 degrees, 40 degrees, 50 degrees, 60 degrees, 70 degrees, 80 degrees or 90 degrees with respect to the first and/or second ends 132", 134" without departing from the scope of the present invention. Further the connection portion 182" may form an angle of at most 170 degrees, 160 degrees, 150 degrees, 140 degrees, 130 degrees, 120 degrees, 110 degrees or 100 degrees with respect to the first and/or second ends 132"", 134" without departing from the scope of the present invention. Further the first and second ends 132", 134-may not be orthogonal with respect to each other.

They may for example be at an angle with respect to each other as described in relation to the connection portion 182". A floor member 400" which has a corresponding periphery to the shape of the main body 130-is also provided.

Referring to figure 10(b) there is shown an alternative wall member 100" where the connection portion 182" is curved. In particular the connection portion 182" is formed as part of a circumference of a circle. In embodiments other curvatures could be utilised. For example, the connection portion 182" could be formed as part of an oval, an obround or any other elliptical shape without departing from the scope of the present invention.

The system 10 shown in figure 1 includes first, second, third and fourth floor support members 300. The floor support members 300 are substantially the same in the present embodiment and so only the first floor support member will be described. The floor support member 300 as shown in figure 1 is shown in more detail in figures 11(a) and (b).

The floor support member 300 is for supporting a floor member 400 thereon. Referring to figures 11(a) and (b) the floor support member 300 includes a generally elongate main body 330 having first and second respective ends 332, 334. The main body 330 includes a base 336 and a top 338 connected by first and second sidewalls 340, 342 which extend between the first and second ends 332, 334. The base 336 and the top 338 are generally planar and lie in generally parallel planes with respect to each other. In embodiments the base 336 and/or the top 338 may be non-planar. For example the top and/or the base may be convex, concave or may include cut-outs or the like.

In the present embodiment the first sidewall 340 extends towards the second sidewall 342 as the first sidewall extends away from the base 336. The second sidewall 342 extends towards the first sidewall 340 as the second sidewall extends away from the base 336. In other words, the first and second sidewalls 340, 342 taper towards each other. In embodiments the first and second sidewalls 340, 342 lie in generally parallel planes. In particular, the first and second sidewalls include first and second respective portions 3400, 3402, 3420, 3422. The first respective portions 3400, 3420 are generally parallel with respect to each other. The second respective portions 3402, 3422 taper towards each other. Accordingly, the main body 330 has a generally rectangular cross-sectional shape including chamfered corners adjacent the top 338.

In particular the body 330 has a height H0, a width We and a depth De. The height of the body is 4.76mm. The width of the body is 69.4mm and the depth of the body is 7mm. In embodiments the height may be at least 2mm; 3mm or 4mm. In embodiments the height may be at most 5mm; 6mm; 7mm; or 8mm. In embodiments the width may be at least 20mm; 30mm; 40mm; 50mm or 60mm. In embodiments the width may be at most 70mm; 80mm; 90mm; 100mm or 110mm; 120mm; 130mm; 140mm; 150mm; 160mm; 170mm; or 180mm. In embodiments the depth may be at least 2mm; 3mm; 4mm; 5mm or 6mm. In embodiments the depth may be at most 7mm; 8mm; 9mm or lOmm.

The first and second ends 332, 334 lie in generally parallel planes. In embodiments the first and second ends may not lie in generally parallel planes. For example, the ends 332, 334 may be inclined at an angle with respect to each other or may be generally curvilinear or arcuate in plan view. Further, in embodiments the main body 330 may be convex, concave or curvilinear or arcuate in shape. This may be advantageous, for example, to simulate different game structures, e.g. a bulkhead in a spaceship or a turret in a castle.

The floor support member 300 includes third and fourth attachment formations 310, 320 which extend from first and second respective ends 332, 334 of the main body 330 in a direction D3, D4 away from the main body 330. In use, the third and fourth attachment formations 310, 320 pass through the third openings 250 into the internal space 224. The third and fourth attachment formations 310, 320 are substantially the same as the first and second attachment formations 110, 120 and so their structure will not be described further. Reference numerals for the first and second portions of the attachment formations are the same as for the first and second attachment formations with the addition of 200.

The first portion of the third and fourth attachment formations 312, 322, in use, is received by and remains in the opening 250 in an assembled state. In particular, the first portion 312, 322 abuts the top 252 of the opening 250. The second portion 314, 324, in use, is received in the internal space 224 and extends generally parallel, or coaxial, to the main axis A in a direction away from the opening 250. In particular, the second portion 314, 324 may extend in a direction away from the opening 250 towards the top 214. The second portion 314, 324 abuts the internal surface 222.

In embodiments the floor support member 300 is integrally formed with one or more structural supports 200. In such embodiments the floor support member 300 may not include third and fourth attachment formations 310, 320. For example, the floor support member 300 may include only the third or fourth attachment formation 310, 320. In further examples the floor support member 300 may not include any attachment formations. In embodiments, the third and/or fourth attachment formations 310, 320 may be provided on the one or more structural supports 200 without departing from the scope of the present invention. The third and/or fourth attachment formations 310, 320 may include one or more or all of the features described above in relation to the floor support member 300. Optionally, features of the attachment formations 310, 320 described in relation to the main body 330 of the floor support member 300 may additionally, or alternatively, apply in relation to the body 210 of the or each structural support 200.

In embodiments the wall member 100 is integrally formed with one or more floor support members 300. In such embodiments the floor support member 300 and/or the wall member 100 may not include attachment formations 310, 320, 110, 120. For example, the wall member 100 may include only the first or second attachment formation 110, 120 and/or the floor support member 300 may include only the third or fourth attachment formation 310, 320. In further examples the floor support member 300 may not include any attachment formations and the wall member 100 may include the first and second attachment formations 110, 120. This may be advantageous in decreasing the number of the components needed to assemble a game structure and/or in decreasing assembly time.

The system 10 shown in figure 1 includes a floor member 400. The floor member 400 as shown in figure 1 is shown in more detail in figures 12(a) and (b). The floor member 400 defines a playing surface of the game and rests, in use, on the floor support members 300.

The floor member 400 includes a generally planar main body 410 which extends in a plane generally horizontal to a surface on which the game structure is to be positioned. The main body includes a base 436 and a top 438 which are generally planar and are parallel with respect to each other. In embodiments the top 438 may be inclined at an angle to the base 436. The floor member 400 includes grooves 420 positioned around a periphery of the main body 410. The grooves 420 are a complementary shape to a portion of the main body 330 of the floor support member 300. In particular the groove 420 includes first and second surfaces which are inclined at an acute angle with respect to each other. This is advantageous as it permits the floor member 400 to sit flush in the game structure and to provide a snug fitment of the floor member 400 in the game structure. In embodiments only a portion of the periphery of the floor member 400 may be provided with grooves 420. In plan view the main body 410 is generally rectangular but includes rectangular cut-outs in respective corners of the main body 410. This is advantageous as it permits the structural support 200 to abut the floor member 400 and provide a snug fit. Such a fitment also conceals the floor support members 300 which is advantageous. In embodiments the main body 410 may be generally circular, triangular, pentagonal, hexagonal, octagonal or any 2D polygonal shape in plan view.

In particular the body 410 has a height HF, a width WF and a depth DF. The height of the body is 6mm. The width of the body is 85.4mm and the depth of the body is 85.4mm. In embodiments the height may be at least 2mm; 3mm; 4mm or 5mm. In embodiments the height may be at most 6mm; 7mm; 8mm; 9mm; or 1 Omm. In embodiments the width may be at least 50mm; 60mm; 70mm; or 80mm. In embodiments the width may be at most 90mm; 100mm; 110mm; or 120mm. In embodiments the depth may be at least 50mm; 60mm; 70mm; or 80mm. In embodiments the depth may be at most 90mm; 100mm; 110mm; or 120mm.

In embodiments one or more floor support members 300 may be integrally formed with the floor member 400. In such embodiments the floor member may include attachment formations as described in relation to the floor support member 300. Such a formation is advantageous in decreasing the build time required to assemble the game structure and reducing the number of pieces required to assemble the game structure.

In embodiments the floor member 400 is integrally formed with the first and/or second structural supports 200. In such embodiments the floor member 400 may include attachment formations as described in relation to the floor support member 300. For example, the floor support member 300 may include third and/or fourth attachment formations 310, 320 for attachment to further structural supports 200. In embodiments, attachment formations as described in relation to the floor support member 300 may be provided on the first and/or second structural supports 200 without departing from the scope of the present invention. The third and/or fourth attachment formations 310, 320 may include one or more or all of the features described above in relation to the floor support member 300. Optionally, features of the attachment formations 310, 320 described in relation to the main body 330 of the floor support member 300 may additionally, or alternatively, apply in relation to the body 210 of the or each structural support 200.

In embodiments the floor member 400 is integrally formed with one or more structural supports 200. In such embodiments the floor member 400 may include attachment formations as described in relation to the floor support member 300 for attachment to further structural supports. In embodiments, the attachment formations may be provided on the one or more structural supports 200 without departing from the scope of the present invention.

Optionally, features of the attachment formations 310, 320 described in relation to the main body 330 of the floor support member 300 may additionally, or alternatively, apply in relation to the body 410 of the floor member 400 and/or the body 210 of the or each structural support 200.

In embodiments one or more wall members 100 may be integrally formed with the floor member 400. In such embodiments the floor member may include attachment formations as described in relation to the floor support member 300. Such a formation is advantageous in decreasing the build time required to assemble the game structure and reducing the number of pieces required to assemble the game structure.

Figures 13 to 15 show further floor members in accordance with the present invention which may share one or more features in common with the floor members 400 and differences therebetween will now be described.

Referring firstly to figure 13 there is shown a floor member 400' in accordance with the present invention. The floor member 400' is substantially the same as the floor member 400. Only the differences therebetween will be described.

The floor member 400' includes an opening 430' positioned in the main body 410. In particular, the opening 430' extends between and into the base 436' and the top 438'. The opening 430' is generally circular. In embodiments, the opening 430' may be triangular, rectangular, hexagonal, octagonal or any other 2D polygonal shape without departing from the scope of the present invention.

First and second recesses, or openings, 440', 442' are provided in the main body 430' in which, in use, first and second protrusions 444', 446' of a ladder member 450' are positioned. In an assembled state the ladder member 450' may extend between the floor member 400' and a further floor member 400 on a different level in the game structure. Such a construction is advantageous as it provides a more interactive gaming experience for a user and provides a mechanism by which characters can move between levels in the game structure.

Referring to figure 14 there is shown a further floor member 400" in accordance with the present invention. The floor member 400" is substantially the same as the floor member 400. Only the differences therebetween will be described.

The top 438" of the floor member 400" is inclined with respect to the base 436" to provide a ramp. The floor member 400" is also integrally formed with first and second structural supports 470", 472" and first, second and third floor connectors 474", 476", 478". The first and/or second structural supports and first, second and third floor connectors may include one or more or all of the features as described above in relation to structural support 200 and floor connector 300. Such a construction is advantageous in providing a mechanism by which characters in a game may be able to move between levels within the game structure. In embodiments the first and second structural supports 470". 472" and first, second and third floor connectors 474", 476", 478" may be formed separately from the floor member 400".

Referring to figure 15 there is shown a further floor member 400" in accordance with the present invention. The floor member 400" is substantially the same as the floor member 400. Only the differences therebetween will be described.

A periphery of the floor member 400" is provided with inwardly extending grooves 440" for the receipt of a steps member 450". The steps member 450" includes first and second formations 452-, 454-which are complementary to the grooves 440" and which are received in the grooves 440". This provides a secure fitment of the steps member 450" to the floor member 400". The steps member 450-may extend between the floor member 400-and a further floor member 400 on a different level in the game structure. Such a construction is advantageous as it provides a more interactive gaming experience for a user and provides a mechanism by which characters can move between levels in the game structure.

In embodiments we provide a system for a modular game structure. The system is reconfigurable to provide different game structures. The system includes at least first and second structural supports including a generally elongate structural support body having a main axis A. The structural support body includes a base and a top connected by a sidewall which extends generally parallel to the main axis A and has an internal surface which defines an internal space. The side wall includes an opening in communication with the internal space. The system further includes a wall member for connection to the first and second structural supports, a floor member for connection to the first structural support, and a floor support member for connection to the first structural support. One of the wall member, floor member and floor support member are integrally formed with the first structural support. The opening in the side wall permits connection of one of the wall member, floor member and floor support member to the first structural support. The opening in the sidewall may correspond to one of the first, second or third openings 230, 240, 250 to permit attachment to a respective attachment formation of the wall member, floor support member, or floor member. The wall members, structural support members, floor support members and floor members which are not integrally formed may be substantially the same as those described above. The structural support member may share one or more features in common with the structural support member 200 and/or the wall member 100 and/or the floor support member 300 and/or the floor member 400. For example, the structural support member 200 may include a side to which the wall member 100 is integrally formed and a further side including one or more openings 230, 240, 250 for attachment to one or more of: a wall member; a floor support member; or a floor member.

In the present embodiment the wall members 100, structural supports 200, floor support members 300 and floor members 400 are formed separately. In embodiments one or more or all of the wall members 100, structural supports 200, floor support members 300 and floor members 400 may be integrally formed. For example, a structural support 200 may be integrally formed with one or more wall members 100 and/or one or more floor support members 300 and/or one or more floor members 400. This may be advantageous in decreasing the time it takes to construct a game structure. In particular, predetermined combinations of pieces may be integrally formed for use in a particular game that a user wishes to play.

There is also provided a method of manufacturing a system 10. This includes the manufacture of one or more or all of the structural supports 200, the wall members 100, the floor support members 300, and the floor members 400. The method includes the step of providing CAD files to a computer for each of the structural supports and/or wall members and/or the floor support members and/or the floor members and also providing a 3D printer. A print function is then executed and one or more or all of the structural supports 200, the wall members 100, the floor support members 300 and the floor members 400 are 3D printed.

Alternatively, or additionally, the method of manufacturing the system may include other forms of moulding. For example, the method may include the step(s) of plastic injection moulding, compression moulding, thermoforming or casting one or more or all of the structural supports 200, the wall members 100, the floor support members 300, and the floor members 400. Optionally, the method may include integrally forming one or more or all of the structural supports 200, the wall members 100, the floor support members 300, and the floor members 400, in particular in the combinations described as being integrally formed above.

When used in this specification and claims, the terms "comprises" and "comprising" and variations thereof mean that the specified features, steps or integers are included. The terms are not to be interpreted to exclude the presence of other features, steps or components.

The features disclosed in the foregoing description, or the following claims, or 30 the accompanying drawings, expressed in their specific forms or in terms of a means for performing the disclosed function, or a method or process for attaining the disclosed result, as appropriate, may, separately, or in any combination of such features, be utilised for realising the invention in diverse forms thereof.

Although certain example embodiments of the invention have been described, the scope of the appended claims is not intended to be limited solely to these embodiments. The claims are to be construed literally, purposively, and/or to encompass equivalents.

Claims

Claims 1. A system for a modular game structure, said system being reconfigurable to provide different game structures, including at least first and second structural supports and a wall member for connection to the first and second structural supports and extending therebetween: the wall member including: a main body having a first end and a second end; a first attachment formation which extends from the first end in a direction D1 away from the main body; and/or a second attachment formation which extends from the second end in a direction D2 which is transverse to the main body; the first and/or second structural support including: a generally elongate structural support body having a main axis A; wherein the structural support body includes a base and a top connected by a sidewall which extends generally parallel to the main axis A and has an internal surface which defines an internal space; wherein the side wall includes an opening spaced from the base and top of the structural support and wherein the opening is in communication with the internal space to permit the first or second attachment formation of the wall member to be positioned within the internal space.
2. A system according to claim 1 wherein the first and/or second attachment formations include: a first portion which extends generally away from the first /second end of the wall member; and a second portion connected to the first portion which extends away from the first portion and/or the base in a direction transverse to the first portion.
3. A system according to claim 2 wherein the first and/or second portions of the attachment formations generally form an L-shape or hook shape.
4. A system according to claim 2 or claim 3 wherein the first portion of the first and/or second attachment formation extends in a direction generally perpendicular to the first and/or second end of the main body; and/or wherein the first portion of the first and/or second attachment formation extends in a direction generally parallel to the base and/or the top of the main 10 body.
5. A system according to any one of claims 2 to 4 wherein the second portion of the first and/or second attachment formation extends in a direction generally perpendicular to the base and/or top of the main body; and/or wherein the second portion of the first and/or second attachment formation extends in a direction generally parallel to the first and/or second end of the main body.
6. A system according to any preceding claim wherein the attachment formation has a thickness and the main body has a thickness; wherein the thickness of the attachment formation is less than the thickness of the main body.
7. A system according to any preceding claim wherein, in use, the first and/or second attachment formation passes through the opening into the space and the second portion of the attachment formation, when positioned in the space, extends beyond the opening along the main axis A.
8. A system according to any preceding claim wherein the main body includes a base and a top connected by first and second sidewalls which extends between the first and second ends; and wherein the first and/or second attachment formation is positioned at the top of the main body and/or the base of the main body; and/or wherein the first attachment formation is positioned at the first end; and/or wherein the second attachment formation is positioned at the second end
9. A system according to any preceding claim wherein the main body is generally planar; or wherein the main body is generally curvilinear or arcuate.
10. A system according to any preceding claim wherein the opening is an elongate slot.
11. A system according to any preceding claim wherein the structural support includes a second opening positioned in the top of the structural support; wherein, in use, the attachment formation of the wall member may be received in the second opening; optionally wherein the second opening extends downwardly into the sidewall of the structural support; and/or wherein the second opening is in fluid communication with the space.
12. A system according to any preceding claim wherein the structural support includes a third opening positioned in the base of the structural support; wherein, in use, the attachment formation of the wall member may be received in the third opening; optionally wherein the third opening extends upwardly into the sidewall of the structural support; and/or wherein the third opening is in fluid communication with the space.
13. A system according to claim 12 including a floor support member for supporting a floor member thereon, the floor support member including: a floor support main body having a first end and a second end; a third attachment formation which extends from the first end in a direction D3 transverse to the floor support main body; and a fourth attachment formation which extends from the second end in a direction D4 transverse to the floor support main body; wherein the third attachment formation is receivable in the third opening 10 to permit the third attachment formation of the floor support member to be positioned within the internal space.
14. A system according to claim 13 wherein the third and/or fourth attachment formations include: a first portion which extends generally away from the first /second end of the floor support member; and a second portion connected to the first portion which extends away from the first portion and/or the base in a direction transverse to the first portion; and/or wherein the first and/or second portions of the third and/or fourth attachment formations generally form an [-shape or hook shape; and/or wherein the third and/or fourth attachment formations are substantially the same as the first and/or second attachment formations; and/or wherein the floor support main body includes first and second sides; wherein the base of the floor support main body is connected to the top of the floor support main body by the first and second sides which extend between first and second ends of the floor support main body; and wherein the first side extends towards the second side as it extends from the base of the floor support main body to the top of the floor support 30 main body; and/or wherein the second side extends towards the first side as it extends from the base of the floor support main body to the top of the floor support main body.
15. A system according to any preceding claim wherein the base and/or top of the first structural support includes co-operating formations; and the base and/or top of the second structural support includes cooperating formations to permit the first and second structural supports to be connected together between their respective top or base of the first or second structural support to the other of the top or base of the first and second structural support; optionally wherein the co-operating formations include respective projections and a recess; and/or wherein the projections are positioned on the top of the first and/or second structural support.
16. A system according to claim 15 when dependent, directly or indirectly, on claim 12 wherein the recess is the third opening in the base of the first and/or second structural support.
17. A system according to any preceding claim wherein the first and/or second structural support include one or more or all of the following features: a) the structural support body has an external surface which is generally cuboid; b) the space extends to the top and/or the base of the structural support; c) a cross-section of the space increases as the space extends towards the base and/or the top of the structural support; d) a cross-section of the space is generally cross-shaped. 30
18. A system according to any preceding claim including: a plurality of said first and second structural supports; and/or a plurality of wall members; and/or a plurality of floor support members; and/or a plurality of floor members.
19. A system according to claim 18 wherein the first and/or second attachment formations of the wall members each have a cross-sectional profile configured for abutment against further first and/or second attachment formations such that a plurality of the first and/or second attachment formations may be received in the internal space of a first and/or second structural support at a same position along the main axis A; and/or wherein the third and/or fourth attachment formations of the floor support members each have a cross-sectional profile configured for abutment against further third and/or fourth attachment formations such that a plurality of the third and/or fourth attachment formations may be received in the internal space of a first and/or second structural support at a same position along the main axis A.
20. A wall member for use in a system according to any preceding claim; optionally including said features of the wall member as defined in claims 2 to 9 or 19; and/or including said features of one or more floor support members for use in a system according to any one of claims 1 to 19 wherein the wall member and the floor support member(s) are integrally formed; optionally including said 25 features of the floor support member as defined in claims 13 and 14; and/or including said features of one or more structural supports for use in a system according to any one of claims 1 to 19 wherein the wall member and the structural support(s) are integrally formed; optionally including said features of the structural support as defined in claims 10 to 12, or 15 to 17; 30 and/or including one or more floor members wherein the wall member and the floor member(s) are integrally formed.
21. A floor support member for use in a system according to any one of claims 1 to 19; optionally including said features of the floor support member as defined in claims 13 and 14; and/or including said features of one or more structural supports for use in a system according to any one of claims 1 to 19 wherein the floor support member and the structural support(s) are integrally formed; optionally including said features of the structural support as defined in claims 10 to 12, or 15 to 17; and/or including one or more floor members wherein the floor support member and the floor member(s) are integrally formed.
22. A structural support for use in a system according to any one of claims 1 to 19; optionally including said features of the structural support as defined in claims 10 to 12, or 15 to 17; and/or including one or more floor members wherein the floor support member and the floor member(s) are integrally formed.
23. A method of manufacturing a system; and/or a structural support and/or a wall member and/or a floor support member according to any preceding claim including the step of 3D printing, plastic injection moulding, compression moulding, thermoforming or casting the or each structural support and/or the or each wall member and/or the or each floor support member.
24. A system for a modular game structure, said system being reconfigurable to provide different game structures, including one or more or all of at least first and/or second structural support including a generally elongate structural support body having a main axis A; wherein the structural support body includes a base and a top connected by a sidewall which extends generally parallel to the main axis A and has an internal surface which defines an internal space; wherein the side wall includes an opening in communication with the internal space; a wall member for connection to the first structural and second structural supports; a floor member for connection to the first structural support; a floor support member for connection to the first structural support; wherein one of the wall member, floor member and floor support member are integrally formed with the first structural support; and wherein the opening in the side wall permits connection of one of the wall member, floor member and floor support member to the first structural support.
25. A wall member for use in a system according to claim 24; optionally including said features of the wall member as defined in claims 2 to 9 or 19; and/or including said features of one or more floor support members for use in a system according to any one of claims 1 to 19 wherein the wall member and the floor support member(s) are integrally formed; optionally including said features of the floor support member as defined in claims 13 and 14; and/or including said features of one or more structural supports for use in a system according to any one of claims 1 to 19 wherein the wall member and the structural support(s) are integrally formed; optionally including said features of the structural support as defined in claims 10 to 12, or 15 to 17; and/or including one or more floor members wherein the wall member and the floor member(s) are integrally formed.
26. A floor support member for use in a system according to claim 24; optionally including said features of the floor support member as defined in claims 13 and 14; and/or including said features of one or more structural supports for use in a system according to any one of claims 1 to 19 wherein the floor support member and the structural support(s) are integrally formed; optionally including said features of the structural support as defined in claims 10 to 12, or 15 to 17; and/or including one or more floor members wherein the floor support member and the floor member(s) are integrally formed.
27. A structural support for use in a system according to claim 24; optionally including said features of the structural support as defined in claims 10 to 12, or 15 to 17; and/or including one or more floor members wherein the floor support member and the floor member(s) are integrally formed.