Disclosed is a multi-modular maze device comprising a plurality of maze modules interconnected using a plurality of adaptors to configure a plurality of interconnected pathways. The maze modules and the adaptors are removably engaged to each other using hook and loop fastening arrangements. The maze
Disclosed is a multi-modular maze device comprising a plurality of maze modules interconnected using a plurality of adaptors to configure a plurality of interconnected pathways. The maze modules and the adaptors are removably engaged to each other using hook and loop fastening arrangements. The maze device is capable of being removably installed on a supporting surface (for example, floor), either outdoor or indoor.
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What is claimed is: 1. A maze device, comprising: a plurality of maze modules capable of being installed on a supporting surface, each maze module configuring a module base section on the supporting surface, and each maze module comprising a plurality of first arched frames configured longitudinall
What is claimed is: 1. A maze device, comprising: a plurality of maze modules capable of being installed on a supporting surface, each maze module configuring a module base section on the supporting surface, and each maze module comprising a plurality of first arched frames configured longitudinally along a first side of the module base section such that a top portion of each first arched frame is positioned above the module base section, and side end portions of the first arched frames rest on the module base section, with the side end portions of consecutive first arched frames resting on the module base section in proximity with each other, thereby defining a first side of each maze module, a plurality of second arched frames configured longitudinally along a second side of the module base section lying opposite and in parallel to the first side of the module base section such that a top portion of each second arched frame is positioned above the module base section, and side end portions of the second arched frames rest on the module base section, with the side end portions of consecutive second arched frames resting on the module base section in proximity with each other, thereby defining a second side of each maze module, a plurality of third arched frames extending between the first and second sides of each maze module such that a top portion of each third arched frame is positioned above the module base section, a first side end portion of each third arched frame rests on the module base section in proximity to the side end portions of the first arched frames, and a second side end portion of each third arched frame rests on the module base section in proximity to the side end portions of the second arched frames, the third arched frames comprising a front arched frame at a front of each maze module, and a back arched frame at a back of each maze module, a plurality of top covers configured to cover a top of the maze module, wherein each top cover is disposed between a first arched frame, a second arched frame, and two third arched frames, and engaged to the top portions of the first arched frame, the second arched frame and the two third arched frames, and a plurality of side covers configured to cover the first and second sides of the maze module, wherein each first arched frame and each second arched frame has a side cover extending along a complete length of the first arched frame and the second arched frame; and a plurality of adaptors capable of being installed on the supporting surface, each adaptor configuring an adaptor base section on the supporting surface, each adaptor comprising four adaptor arched frames along four sides of the adaptor base section such that a top portion of each adaptor arched frame is positioned above the adaptor base section, and side end portions of consecutive adaptor arched frames rest on the adaptor base section in proximity with each other, and an adaptor cover engaged to the top portions of the adaptor arched frames and configured to cover a top of the adaptor; wherein at least one of the front and back arched frames of the maze modules removably engage with the adaptor arched frames to configure a plurality of interconnected pathways on the supporting surface; and wherein an adaptor arched frame of at least one adaptor serves as a door for ingress and egress from the maze device. 2. The maze device of claim 1, further comprising an engagement edge extending along a complete length of at least one of the front and back arched frames, the engagement edge capable of removably engaging with complementary engagement edges extending along a complete length of the adaptor arched frames. 3. The maze device of claim 2, wherein the engagement edge and the complementary engagement edges comprise one of complementary features of a hook and loop fastening arrangement and complementary mating halves of a zipper chain fastening arrangement. 4. The maze device of claim 1, further comprising a module floor section covering the module base section, and an adaptor floor section covering the adaptor base section. 5. The maze device of claim 4, wherein the module floor section has a floor engagement edge that is capable of removably engaging with complementary floor engagement edges on the adaptor floor section. 6. The maze device of claim 5, wherein the floor engagement edge and the complementary floor engagement edges comprise one of complementary features of a hook and loop fastening arrangement and complementary mating halves of a zipper chain fastening arrangement. 7. The maze device of claim 4, wherein the module floor section and the adaptor floor section are made of at least one of nylon and ethylene-vinyl acetate foam. 8. The maze device of claim 1, wherein the adaptor further comprises a top circular frame disposed on top of the adaptor, the top circular frame engaged to the adaptor cover. 9. The maze device of claim 1, wherein the first arched frames, the second arched frames, the third arched frames, and the adaptor arched frames are made from a material selected from the group consisting of fiberglass, aluminum, and combinations comprising at least one of the foregoing. 10. The maze device of claim 1, further comprising at least one of a front cover configured to cover a front of the maze module, the front cover extending across a complete length of the front arched frame, and a back cover configured to cover a back of the maze module, the back cover extending along a complete length of the back arched frame. 11. The maze device of claim 1, wherein a portion of at least one side cover is configured as a side door panel using zipper chain fastening arrangements, the side door panel capable of being unzipped to form a side door for ingress and egress from the maze device. 12. The maze device of claim 1, wherein at least one side end portion of a first arched frame and a first side end portion of a third arched frame are securely received within a first side pocket disposed on the supporting surface. 13. The maze device of claim 1, wherein at least one side end portion of a second arched frame and a second side end portion of a third arched frame are securely received within a second side pocket disposed on the supporting surface. 14. The maze device of claim 1, wherein side end portions of consecutive adaptor arched frames are securely received within an adaptor pocket disposed on the supporting surface. 15. The maze device of claim 1, further comprising an engagement edge extending along a complete length of at least one of the front and back arched frames of at least some of the maze modules, the engagement edge capable of removably engaging with a complementary engagement edge extending along a complete length of at least one of the front and back arched frames of remaining maze modules, for interconnecting maze modules together. 16. The maze device of claim 1, further comprising an engagement edge extending along a complete length of the front arched frame of the maze modules, the engagement edge capable of removably engaging with a complementary engagement edge extending along a complete length of the back arched frame of the maze modules, for interconnecting the maze modules together. 17. The maze device of claim 1, wherein the arched frames have foldable structural features for folding the arched frames. 18. A maze device, comprising: a plurality of maze modules capable of being installed on a supporting surface, each maze module configuring a module base section on the supporting surface, and each maze module comprising at least one first arched frame configured longitudinally along a first side of the module base section such that a top portion of the first arched frame is positioned above the module base section, and side end portions of the first arched frames rest on the module base section, with the side end portions of consecutive first arched frames resting on the module base section in proximity with each other, the first arched frames thereby defining a first side of each maze module, at least one second arched frame configured longitudinally along a second side of the module base section parallely opposite to the first side of the module base section such that a top portion of the second arched frame is positioned above the module base section, and side end portions of the second arched frames rest on the module base section, with the side end portions of consecutive second arched frames resting on the module base section in proximity with each other, the second arched frames thereby configuring a second side of each maze module, a plurality of third arched frames extending between the first and second sides of each maze module such that a top portion of each third arched frame is positioned above the module base section, a first side end portion of each third arched frame rests on the module base section in proximity to the side end portions of the first arched frames, and a second side end portion of each third arched frame is rests on the module base section in proximity to the side end portions of the second arched frames, the third arched frames comprising a front arched frame at a front of each maze module, and a back arched frame at a back of each maze module, at least one top cover configured to cover a top of the maze module, wherein each top cover is disposed between a first arched frame, a second arched frame, and two third arched frames, and engaged to the top portions of the first arched frame, the second arched frame and the two third arched frames; wherein at least some of the maze modules have a plurality of side covers configured to cover the first and second sides of the maze module, wherein each first arched frame and each second arched frame has a side cover extending along a complete length of first arched frame and the second arched frame; wherein at least one of the front and back arched frames of the maze modules having the side covers removably engage with at least one of the first arched frame, the second arched frame and the third arched frames of remaining maze modules to configure a plurality of interconnected pathways on the supporting surface, the maze modules removably engaged to each other using at least one of hook and loop fastening arrangements, and zipper chain fastening arrangements; and wherein at least one of first arched frame, the second arched frame and the third arched frames of at least one the remaining maze modules serves as a door for ingress and egress from the maze device. 19. A module capable of being installed on a supporting surface, the module configuring a module base section on the supporting surface, the module comprising: a plurality of first arched frames configured longitudinally along a first side of the module base section such that a top portion of each first arched frame is positioned above the module base section, and side end portions of the first arched frames rest on the module base section, with the side end portions of consecutive first arched frames resting on the module base section in proximity with each other, thereby defining a first side of the module, a plurality of second arched frames configured longitudinally along a second side of the module base section lying opposite and in parallel to the first side of the module base section such that a top portion of each second arched frame is positioned above the module base section, and side end portions of the second arched frames rest on the module base section, with the side end portions of consecutive second arched frames resting on the module base section in proximity with each other, thereby defining a second side of the module, a plurality of third arched frames extending between the first and second sides of each maze module such that a top portion of each third arched frame is positioned above the module base section, a first side end portion of each third arched frame rests on the module base section in proximity to the side end portions of the first arched frames, and a second side end portion of each third arched frame rests on the module base section in proximity to the side end portions of the second arched frames, the third arched frames comprising a front arched frame at a front of the module, and a back arched frame at a back of the module, a plurality of top covers configured to cover a top of the module, wherein each top cover is disposed between a first arched frame, a second arched frame, and two third arched frames, and engaged to the top portions of the first arched frame, the second arched frame and the two third arched frames, and a plurality of side covers configured to cover the first and second sides of the module, wherein each first arched frame and each second arched frame have a side cover extending along a complete length of the first arched frame and the second arched frame.
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