Collapsible game board and case

Abstract

A collapsible game board having a plurality of rectangular shaped sections joined side by side at a lengthwise edge by a flexible member. The flexible member enables the sections to be folded into a generally rectangular shape with a hollow cavity therethrough. A plurality of closing elements are attached to the game board and are operatively arranged to magnetically interact to secure the game board in a folded configuration or around a case. The rectangular shaped sections preferably have a game design imprinted on one side. Alternatively, either a plurality of strips of the flexible member can be adhered at joints where the lengthwise edge of the rectangular shaped sections meet or a single sheet of the flexible material can be adhered to every rectangular shaped section opposite the game design.

Description

FIELD OF THE INVENTION

This invention relates generally to a game board, more particularly to a collapsible game board that is comprised of incrementally wider longitudinal segments that are adhered to a flexible backing on the non-playing side of the board. The game board can also include closing elements that are operatively arranged to magnetically secure the game board closed or connected to a case that can hold game pieces.

BACKGROUND OF THE INVENTION

Game boards that are foldable or collapsible are known. Conventional game boards are designed to be folded to ease the storage of the game board. Some game boards (e.g., U.S. Pat. No. 538,380 (McKenzie) and U.S. Pat. No. 724,760 (Altena)) are designed to increase the portability of games such as chess or checkers. Game boards of this style are formed from multiple segments that are joined at the edge of the segments by a flexible material. The flexible material enables the segments to be united into a single unit or board when in the unfolded configuration, or to be folded into a compact form. Game pieces can be held inside a hollow pocket that is formed after the game board is folded, however, the game pieces are not contained in a secure case and thus there is the potential that pieces can be lost or damaged. If the pieces are contained in a separate case, such as in the folding board disclosed by McKenzie, the folding pattern of the board, and the size of the case, prevents the case and board from being combined into one compact unit for easy transport. Also previous collapsible game boards either lack closing elements, or the closing elements and folding pattern are not conducive for easy and swift folding.

The quintessential characteristic and goal of a folding game board of this type is its capability of being transported easily. Consequently, features that increase the portability of a game board are laudable. U.S. Pat. No. 6,196,546 (Iglesias) provides a game board that folds up for easy transport using a locking latch that locks the game board in the folded position. The game board is composed of several slats that have hollow chambers in the slats that can be used to hold game pieces. Each slat of the game board has a trapezoidal shape that permits the board to be rolled into an octagonal shape. The capacity to hold game pieces is provided by this style of game board, but the individual compartments are not large enough to hold all of the pieces. It is also difficult to place pieces into and/or remove them from these small compartments. Moreover, the locking latch, which secures the game board in the folded position, requires that the board be folded in precisely the same way each time and there is no means that assists the user in folding the board properly. If the board is not folded properly, the locking latch will not be aligned properly and in those instances the latch is useless.

What is needed, then, is a collapsible game board that can overcome the above mentioned problems and that has closing elements that magnetically secures the game board in a collapsed position. In some aspects, the game board includes a case that assists in the folding of the game board and that can hold game pieces and magnetically holds the game board in a collapsed position.

SUMMARY OF THE INVENTION

The present invention broadly comprises a collapsible game board having a plurality of rectangular shaped sections joined side by side at a lengthwise edge by a flexible member. The flexible member enables the sections to be folded into a generally rectangular shape with a hollow cavity therethrough. A plurality of closing elements attached to the game board are operatively arranged to magnetically interact to secure the game board in a folded configuration or around a case.

The collapsible game board can further comprise rectangular shaped sections that are progressively greater in width. A first section can have a width that is less than successive sections, and the first section is preferably folded first when collapsing the game board. In some aspects, a last section is wider than all other sections. An opening tab can be attached to a longitudinal edge of the game board that can be used to open the game.

The rectangular shaped sections preferably have a game design imprinted on one side. Alternatively, either a plurality of strips of the flexible member can be adhered at joints where the lengthwise edge of the rectangular shaped sections meet or a single sheet of the flexible material can be adhered to every rectangular shaped section opposite the game design.

In another preferred embodiment, the game board includes a case that the game board can be folded around. The case can reside within the hollow cavity that is created when the game board is folded into a generally rectangular shape. Two enlarged cap portions fixedly attached to the ends of the case provide a guide that can prevent the game board from sliding off of the case. The case can further include at least one compartment capable of holding game pieces and the combination case and game board can further include game pieces, such as chess pieces, checker pieces, backgammon pieces, or countless other game board pieces. The case preferably includes closing elements attached to the case and operatively arranged to magnetically interact with the closing elements disposed on the game board. Preferably, the closing elements disposed on the game board are operatively arranged to magnetically interact with the closing elements disposed on the case. In some aspects, the closing elements on the game board and the case are magnetic or ferromagnetic. The closing elements on the case can be magnetic and/or ferromagnetic. The game board is preferably magnetically attachable to the case.

It is a general object of the invention to provide a game board that can be foldable into a compact unit and that can be secured in a folded configuration by closing elements that magnetically interact.

It is another object of the invention to provide a game board that is foldable around a case that is capable of holding game pieces.

It is a further object of the invention to provide a game board that can be secured magnetically to a case.

These and other objects, features, and advantages of the present invention will become readily apparent to those having ordinary skill in the art upon reading the following detailed description of the invention in view of the several drawings of the invention.

BRIEF DESCRIPTION OF THE DRAWINGS

The nature and mode of operation of the present invention will now be more fully described in the following detailed description of the invention taken with the accompanying drawing figures, in which:

FIG. 1 is a perspective view of a game board and case of the present invention;

FIG. 2 is a perspective view of the game board and case shown in FIG. 1 with the game board partially unfolded;

FIG. 3 is a perspective view of the game board shown in FIG. 1 with the game board unfolded and one section of the board still attached to the case;

FIG. 4 is a perspective view of the game board shown in FIG. 1 with the game board fully unfolded with a perspective view of the case partially shown in FIG. 3;

FIG. 5 is a perspective view of the top of the game board shown in FIG. 1 completely unfolded;

FIG. 6 is a perspective view of the back of the game board shown in FIG. 1 completely unfolded with a portion of the backing folded back to reveal a closing element;

FIG. 7 is a perspective view of the left side of the case partially shown in FIG. 3 with empty compartments;

FIG. 8 is a perspective view of the right side of the case partially shown in FIG. 3 with game pieces inside the compartments of the case;

FIG. 9 is a perspective view of the bottom of the case partially shown in FIG. 3; and,

FIG. 10 is a vertical cross section of a fully folded game board on the case shown in FIG. 1 taken generally at line 10-10.

DETAILED DESCRIPTION OF THE INVENTION

At the outset, it should be appreciated that like drawing numbers on different drawing views identify identical structural elements of the invention. While the present invention is described with respect to what is presently considered to be the preferred embodiments, it is understood that the invention is not limited to the disclosed embodiments. In the description below, the terms “upper”, “lower”, “front”, “back”, “left”, “right”, and their derivatives, should be interpreted from the perspective of one viewing the game board as shown in FIG. 1.

Furthermore, it is understood that this invention is not limited to the particular methodology, materials and modifications described and as such may, of course, vary. It is also understood that the terminology used herein is for the purpose of describing particular embodiments only, and is not intended to limit the scope of the present invention.

Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood to one of ordinary skill in the art to which this invention belongs. Although any methods, devices or materials similar or equivalent to those described herein can be used in the practice or testing of the invention, the preferred methods, devices, and materials are now described.

FIG. 1 is a perspective view of game 8 of the present invention, which is comprised of game board 10 and case 40 (best shown in FIGS. 7 and 8), with game board 10 in the closed or fully folded position. It should be understood that game board 10 can be folded around case 40 or merely folded around itself. Game board 10 consists of a collapsible or foldable game board with a plurality of slats or sections, where the first slat is designated as slat 12. Slat 12 has an opening tab 28 connected to the middle of the longitudinal side of the perimeter of the slat. Opening tab 28 assists a user in unfolding game board 10. Opening tab 28 can be made from various substances which can include, but is not limited to fabric, leather, vinyl, etc. In a preferred embodiment, opening tab 28 is constructed of synthetic leather and is attached to game board 10 with an adhesive. Opening tab 28 can be attached, constructed and positioned to game board 10 in various other ways and the attachment means, construction and positioning of opening tab 28 is in no way limited to the preferred method and position described above.

In some aspects, game board 10 is folded around case 40 (best shown in FIGS. 7 and 8) between end caps 42 and 44 which are located on the ends of case 40. End caps 42 and 44 prevent game board 10 from sliding off the ends of case 40 when it is in wrapped around the case. End caps 42 and 44 are essentially square pieces that are attached to each end of main body 40a of case 40. End caps 42 and 44 preferably extend outward from main body 40a of case 40 a distance equal to the thickness of game board 10 when it is folded about the case. In some aspects, the profile of end caps 42 and 44 is slightly larger then the profile of folded game board 10. This arrangement enables end caps 42 and 44 to hold a folded game board 10 slightly above the surface the case is placed upon, thereby protecting game board 10 from being marred or worn prematurely when the game 8 is placed on a surface. If the profile of folded game board 10 is slightly smaller than end caps 42, game board 10 will not touch the surface that game board 10 (folded on case 40) is placed on. In one embodiment, end caps 42 and 44 are roughly 2″ square and game board 10, when in the fully folded position, forms a square that is roughly 2″ on each side. This preferred configuration delivers a game board and case combination that can be folded together and transported as one compact unit.

FIG. 2 is a perspective view of game 8 showing game board 10 partially unfolded from case 40. Slat 12 has been unsecured from case 40 by breaking the magnetic hold provided by the interaction of closing elements 32 and 30, which are imbedded within the ends of slat 12, with closing elements 52 and 54, respectively (best shown in FIGS. 7 and 8), which are imbedded within the top of case body 40a. The front side of game board 10 has a game design of alternating black and white squares. The rear side of game board 10 has backing 38 attached, which is flexible and can cover the entire surface of the individual slats that make up game board 10. Backing 38 is preferably constructed of a durable synthetic or natural paper which is resistant to tearing or wear that may be caused by repeated folding and unfolding of game board 10. Using a paper backing material can reduce cost of manufacturing game board 10, but it is entirely within the spirit and scope of the invention to use material such as fabric or another flexible material. Backing 38 is adhered to individual slats using any adhesive known to one of ordinary skill in the art. Alternatively, backing 38 can be sewn onto game board 10 or the individual slats that make up game board 10. Backing 38 is shown covering the entire surface of the individual slats that make up the game board. In other embodiments, backing 38 can be solely at the joints between the individual slats, or thin ribbons of backing 38 can be applied to the rear surface of the individual slats (not shown). Substituting a hinge for backing 38 is another possible alternative to enabling game board 10 to be foldable (not shown).

FIG. 3 is a perspective view of game board 10 entirely unfolded from case 40 with the exception for one slat. Slat 26 remains attached to case 40 due to the magnetic interaction of closing elements 34 and 36, which are imbedded within the opposing ends of slat 26, with closing elements 58 and 60, respectively, which are imbedded within the left side of case 40. As shown, case 40 has two separate compartments, compartment 46 and compartment 48 which are separated by divider 56. Game pieces 50 can be contained within compartments 46 and 48. Separate compartments provide a way to organize game pieces 50 according to color should the game pieces be checker pieces, as shown, which tend to have different colors assigned to opposing sides. Alternatively, the game pieces could be chessmen or backgammon pieces. If an alternative design should be applied to the surface of game board 10, such as the design popularized by games like Scrabble™, Monopoly™, etc., game pieces appropriate for playing those games can be alternatively placed within compartments 46 and 48 and included as part of game 8. It should be understood that case 40 can have one compartment, two compartments, or a plurality of compartments (not shown).

FIG. 4 is a perspective view of the back of game board 10 fully unfolded from case 40 with slat 26 unsecured from case 40 by releasing the magnetic interaction of closing elements 34 and 36, which are imbedded within opposite ends of slat 26, to closing elements 60 and 62, respectively, imbedded within the left side of case 40. Case 40 is shown on top of the back of game board 10. Case 40 is positioned over slat 24 of game board 10, which obscures slat 24. Although closing elements 34 and 36 are shown positioned to magnetically interact with case closing elements 60 and 62, respectively, it should be understood that game board 10 can be repositioned on case 40 in numerous other ways. For example, closing element 34 and 36 can magnetically interact with closing elements 52 and 54, 64 and 66, or 68 and 70, respectively.

FIG. 5 is a perspective view of the top of game board 10 completely unfolded, sporting an alternating black and white pattern suitable for playing checkers or chess. It should be appreciated that other game board designs or patterns can be applied to game board 10 and such alternatives are considered within the spirit and scope of the invention. In one embodiment, game board 10 is comprised of eight separate rectangular shaped slats that are joined by backing 38. In other embodiments, fewer or additional slats can be used. In one embodiment of game board 10, 25 each successive slat that is attached to slat 12 is incrementally reduced in width. To demonstrate, if slat 12 is 1.5″ wide then slat 14 would be 1.45″ wide, and so on. The change in width of the slats depends on the size of the overall board, the thickness of the slats and whether a case is used. If a case is used the size of the case influences the width of the slats as well. In a preferred embodiment of game 8 where case 40 has bottoms and sides that are 1.29″ wide, which game board 10 folds around, slat 12 is 1.71″; slats 14 and 16 are 1.59″; slats 18 and 20 are 1.47″; slats 22 and 24 are 1.35″; and slat 26 is 1.29″. This sequential change in slat width provides each slat the clearance to enable game board 10 to fold upon itself in a form that is compact and has a profile that is nearly a perfect square. In some aspects, the slats of the folded game board 10 lie flat against each other with no gaps between the slats. The initial slat 12 has a predetermined width and the following six slats, which are slats 14-24, are reduced in width by pairs. That is, slat 14 and 16 are reduced to a similar width that is less than slat 12; slats 18 and 20 are reduced to a similar width that is less than slats 14 and 16; and slats 22 and 24 are reduced to a similar width that is less than slats 18 and 20. The final slat, slat 26, is reduced slightly to a width that is thinner than slats 22 and 24. Coupling the reduction in width among the middle set of slats in pairs, is one way to enable game board 10 to fold tightly around case 40 to form a compact generally rectangular form with a profile that is almost perfectly square.

Slat 12 has closing element 30, which is imbedded in the end of the right side of slat 12, and closing element 32, which is imbedded in the end of the left side of slat 12. Slat 26 has closing element 34, which is imbedded in the end of the right side of slat 26, and closing element 36, which is imbedded in the end of the left side of slat 26. Closing elements 30, 32, 34 and 36 can be constructed of either a ferromagnetic material, i.e., material that is attracted to a magnet, or a permanent magnetic material. Metals such as iron or nickel or alloys composed of those metals would be superior choices for ferromagnetic substances, but other metallic material can be substituted. Excellent choices for permanent magnetic materials include magnetized metals, ceramic magnets, or other magnetized materials known to one of ordinary skill in the art.

FIG. 6 is a perspective view of the back of game board 10 completely unfolded with a portion of backing 38 folded back to reveal closing element 34. Outlines of closing elements 30, 32, 34 and 36 reveal the preferred location of those elements. Preferably, closing elements 30 and 32 can be imbedded within slat 12 near the ends of the slat, and closing elements 34 and 36 can be imbedded within slat 26 near the ends of that slat. Alternatively, these closing elements can also be disposed at any other position on slats 12 and 26, or disposed on other slats entirely. Shallow recesses, which are a depth that is roughly equivalent to the thickness of the closing elements, can be used to retain the closing elements within slats 12 and 26. The closing elements can be secured within the recesses using an adhesive or another attachment means that would be known to one or ordinary skill in the art. Backing 38 is secured over top the imbedded closing elements. Opening tab 28 is shown attached at the middle of a longitudinal edge of slat 12. In some aspects, opening tab 28 is adhered to slat 12 and backing 38 is adhered over tab 28. Thus, backing 38 can be used as a primary or supplemental securing means for tab 28 or the closing elements attached to game board 10.

FIG. 7 is a perspective view of the left side of case 40, absent game board 10, with empty compartments 46 and 48. Closing elements 60 and 62 are shown imbedded within the left side of case 40 at the ends of the left side distal to each other. Lining 58, which covers the entire surface of compartment 46 and 48, is preferably made from a soft material that can absorb shock and protect the contents placed with the compartments. Representative materials that can adequately be used as lining 58 include such products as foam rubber, felt, rubber, cork, fabric etc., but lining 58 is not limited to those materials. Separating the compartments is divider 56 which can be a hard plastic insert that is surrounded by a soft material that is similar what has been described above for lining 58. Divider 56 can also be constructed entirely of a material like foam rubber, or various other materials. Implementing divider 56 is optional and it should be appreciated that in some instances it may be preferable that case 40 be undivided, or that case 40 include a plurality of dividers 56. Case 40 can be constructed of a material like plastic, but case 40 is in no way limited to just that material. Other possible alternatives like wood, metal, acrylics, etc. can be substituted, but case 40 is in no way limited to those materials.

FIG. 8 is a perspective view of the right side of case 40 with game pieces 50 placed inside compartments 46 and 48. Closing elements 52 and 54 are disposed on the top of case 40 distal to each other and are shown imbedded within the top of case 40 within recesses that have a depth equal to the thickness of the closing elements. Closing elements 52 and 54 are operatively arranged to magnetically interact with closing elements 30, 32, 34 and 36 that are imbedded within game board 10. The position at which game board 10 is magnetically attached to case 40 will determine which closing elements interact with each other. On the right side of case 40 are another set of closing elements, specifically closing elements 64 and 66, which are also imbedded within case 40 at the ends of the case distal to each other. All closing elements used in game board 10 and case 40 are constructed of either a ferromagnetic material, i.e., material that is attracted to a magnet, or a permanent magnetic material. Metals such as iron or nickel or alloys composed of those metals would be superior choices for ferromagnetic substances, but other metallic material can be substituted. Excellent choices for permanent magnetic materials include magnetized metals, ceramic magnets, or other magnetized materials known to one of ordinary skill in the art.

FIG. 9 is a perspective view of the bottom of case 40 partially shown in FIG. 3 with game board 10 absent. Closing elements 68 and 70 are disposed on the bottom of case 40 and are operatively arranged to interact magnetically with closing elements 30, 32, 34 and 36 on game board 10. The arrangement best suited to provide the magnetic interaction that will sufficiently magnetically attach game board 10 to case 40 is to position closing elements 52, 54, 60, 62, 64, 66, 68 and 70 near the ends of case 40 proximate to end caps 42 and 44. Disposing closing elements on each end of the surfaces of case 40 facilitates that game board 10 will be magnetically attachable to case 40 at multiple locations. Arranging the closing elements on each surface of 40 also provides that game board 10 will resist unintentional removal of game board 10 from case 40. Although, the positioning of the closing elements described above is a preferred arrangement, variations in the location of closing elements 52, 54, 60, 62, 64, 66, 68 and 70 can include disposing the closing elements at any position on case 40.

FIG. 10 is a vertical cross section view of game board 10 closed and folded around case 40, as shown in FIG. 1, taken generally at line 10-10. Closing elements 52, 60, 66 and 68 are shown imbedded within case 40 proximate to end cap 42. While the closing elements are shown imbedded within recesses in case 40 it should be appreciated that other attachment arrangements for closing elements 52, 54, 60, 62, 64, 66, 68 and 70 are possible and are within the spirit and scope of the invention. For example, closing elements 52, 54, 60, 62, 64, 66, 68 and 70 can be attached to the exterior surface of case 40, or in recesses in case 40, with an adhesive or an attachment means such as a brad, staple or nail. Another possible alternative attachment means for securing the closing elements to case 40 is using Velcro™ or hook and loop patches that are secured to the closing element and case 40. Closing elements 52, 54, 60, 62, 64, 66, 68 and 70 can be attached to the surface of case 40, or if imbedded in recesses they can be secured with an adhesive or similar attachment means known to one of ordinary skill in the art. In some aspects, the case closing elements are truly imbedded, meaning that they are not visible because they are hidden under a superficial layer of case 40. Closing elements 52, 54, 60, 62, 64, 66, 68 and 70 on case 40 secure game board 10 to case 40 preferably by magnetic interaction with game board closing elements 30, 32, 34 and 36. Both sets of closing elements on case 40 and game board 10 are operatively arranged to align with each other when game board 10 is folded around case 40. As shown in FIG. 10, closing element 60, on the left side of case 40 is aligned over closing element 36 disposed on slat 26 of the lower right corner on game board 10 (see FIG. 6). Alternatively, if slat 26 was secured to the bottom of case 40, closing element 68 would be aligned with closing element 36. Thus, the position that slat 26 is attached to case 40 is open to the discretion of the user and as a result can be attached to the left side, right side, bottom or top of case 40. Preferably each closing element disposed on case 40 is operatively arranged to align with the closing elements disposed on game board 10.

In some aspects, slat 26 is attached first to case 40 by the magnetic interaction of closing elements 52, 60, 66 or 68 with closing element 36 on one side of slat 26, and the magnetic interaction of closing elements 54, 62, 64 or 70 with closing element 34 on the other side of slat 26. The next slat that is folded around case 40 is slat 24, which as shown is flat against the bottom surface of case 40 resting against case body 40a. As shown, there are closing elements disposed on slats 26 and 12. However, closing elements can be disposed on each slat (not shown). Disposing closing elements on both the ends of each slat can facilitate a more secure attachment of game board 10 to case 40. In the embodiment shown, closing elements are not disposed on slats 14-24 and those slats merely lie upon the surface of case body 40a of case 40. Slat 22 is shown abutting the right side of case 40. Slat 20 is shown abutting the top of case 40. Slat 20 also serves as the portion of game board 10 that functions as a covering for compartments 46 and 48, which secures game pieces 50 inside the case. Following the folding of slat 20 on to case 40, slat 18 is folded onto case 40 overlapping slat 26. Each slat after this point is also overlapping another previously folded slat as well as being folded around case 40. The final slat to be folded onto case 40, slat 12, is overlapping slat 20. Closing element 32, which is disposed on the upper left corner of slat 12, is aligned with closing element 52, which is disposed on the top of case 40. The alignment of closing elements on case 40 and game board 10 is variable and depends upon whether the first slat is attached to the top, bottom, left side or right side of case 40. Thus, the configuration of game board 10 with case 40 as shown in FIG. 10 is only one arrangement of many that are possible.

In a preferred embodiment, game board 10 has slats that are progressively greater in width. One slat, which is designated as the thinnest slat, is preferably attached first to case 40. As shown in FIG. 10, slat 26 is the thinnest slat that is first attached to case 40 first. Gradually the slats are folded upon case 40 and progressively the width of the slats increases. For instance, slat 24 is slightly larger than slat 26. In an ideal embodiment, the width of successive slats is only incrementally larger and the increase in width only occurs for every other slat, excluding the first and last slats which do not follow this exemplary pattern. For instance, slat 26 is the thinnest slat followed by two slats, slats 24 and 22, which are slightly wider than slat 26, but are similar in width with each other. Slats 20 and 18 would be slightly wider than slats 24 and 22, but would be similar in width to each other. That pattern continues until slat 12, which would be the final slat, would be the widest slat on game board 10. This pattern of incrementally increasing the width of successive slats provides a game board that can be folded compactly around case 40 without any gaps between each folded slat and case 40. This pattern in slat size also can enable game board 10 to be folded into compact rectangular form with a nearly square profile.

Thus, it is seen that the objects of the present invention are efficiently obtained, although modifications and changes to the invention should be readily apparent to those having ordinary skill in the art, and these modifications are intended to be within the spirit and scope of the invention as claimed.

Claims

1. A collapsible game board comprising:

a plurality of rectangular shaped sections joined side by side at a lengthwise edge by at least one flexible member; wherein said flexible member enables said sections to be folded into a generally rectangular shape with a hollow cavity therethrough; and

a plurality of closing elements attached to said game board, each of said plurality of closing elements are operatively arranged to magnetically interact to secure said game board in a folded configuration.

2. The collapsible game board of claim 1, wherein said rectangular shaped sections are progressively greater in width, wherein a first section has a width that is less than successive sections.

3. The collapsible game board of claim 1, wherein said closing elements are magnetic.

4. The collapsible game board of claim 1, wherein said closing elements are ferromagnetic.

5. The collapsible game board of claim 1, further comprising an opening tab attached to a longitudinal edge of said game board.

6. The collapsible game board of claim 1, wherein said rectangular shaped sections have a game design imprinted on one side.

7. The collapsible game board of claim 6, wherein said flexible member is a plurality of strips of flexible material adhered at a joint where said lengthwise edge of said rectangular shaped sections meet, wherein said flexible material is adhered on said rectangular shaped sections opposite said game design.

8. The collapsible game board of claim 6, wherein said flexible member comprises a single sheet of flexible material adhered to the back of all said rectangular shaped sections on the side opposite the game design.

9. The collapsible game board of claim 1, further comprising a case that said game board is folded around and that resides within said hollow cavity.

10. The collapsible game board of claim 9, wherein said case has two enlarged cap portions fixedly attached to the ends of said case.

11. The collapsible game board of claim 9, wherein said case has at least one compartment.

12. The collapsible game board of claim 11, further comprising game pieces.

13. The collapsible game board of claim 12, wherein said game pieces are chess pieces.

14. The collapsible game board of claim 12, wherein said game pieces are checker pieces.

15. The collapsible game board of claim 9, wherein said case further comprises closing elements attached to said case and operatively arranged to magnetically interact with said closing elements disposed on said game board.

16. The collapsible game board of claim 15, wherein said closing elements disposed on said game board are operatively arranged to magnetically interact with said closing elements disposed on said case.

17. The collapsible game board of claim 15, wherein said closing elements on said case are magnetic.

18. The collapsible game board of claim 15, wherein said closing elements on said case are ferromagnetic.

19. The collapsible game board of claim 15, wherein said game board is magnetically attachable to said case.

20. A collapsible game board comprising:

a plurality of rectangular shaped sections joined side by side at a lengthwise edge by at least one flexible member; wherein said flexible member enables said sections to be folded into a generally rectangular shape with a hollow cavity therethrough; wherein said rectangular shaped sections are progressively greater in width, wherein a first section has a width that is less than successive sections; and,

a plurality of closing elements attached to said game board each of said plurality of closing elements are operatively arranged to magnetically interact to secure said game board in a folded configuration.